The Intelligent And Comprehensive Modular Solution

Transcript

September 2005 The Intelligent and Comprehensive Modular Solution Versatile Modules The IQ Modular system provides the versatile gateway into the digital domain. Developed using the expertise that has placed Snell & Wilcox at the forefront of broadcasting technology for over twenty-five years. Comprehensive Range The IQ Modular range already comprises more than two hundred modules and variants – analog and digital, video and audio, MPEG and fiber, standard and high definition – capable of use in any combination to match precisely the needs of a system. Our development program ensures that IQ Modular systems will continue to meet our customers’ future needs. Intelligent Operation IQ modules are intelligent – they store all their own settings and parameters – allowing rapid configuration, and expansion. Compact System IQ modules are compact, with space for up to sixteen modules in a 3RU enclosure. Control Compatible IQ Modular offers a choice of control strategies, from simple card edge control to integration with automation systems. Integrated Audio IQ modules offer not only the unique Snell & Wilcox expertise in image processing, but also similarly advanced audio processing capability. Multi-format Modules IQ modular now offers a range of multi-format modules to enable greater system flexibility. Modules are available which accept both SD and HD-SDI video signals for distribution, synchronization or routing etc. Intelligent Modular Systems Get your infrastructure right today for a smooth ride tomorrow September 2005 This document is also available on CD For the latest information see the Product Guide on the Snell & Wilcox Website - http://www.snellwilcox.com Our main product guide detailing our non-modular products is also available TABLE OF CONTENTS - SECTIONS DETAILED TABLE OF CONTENTS ............................................................................................. III THE DIGITAL TRANSITION ......................................................................................................... 1 QUESTIONS AND ANSWERS ...................................................................................................... 3 DISTRIBUTION AND ROUTING ................................................................................................... 7 ROUTERS ........................................................................................................................ 7 VIDEO DISTRIBUTION .............................................................................................................. 29 AUDIO DISTRIBUTION .............................................................................................................. 47 EMBEDDED AUDIO .................................................................................................................. 61 MULTIPLEXERS ...................................................................................................................... 61 DEMULTIPLEXERS................................................................................................................... 79 REMULTIPLEXERS ................................................................................................................... 89 SIGNAL CONVERSION .............................................................................................................. 99 ANALOG/DIGITAL - VIDEO ....................................................................................................... 99 ANALOG/DIGITAL - AUDIO ..................................................................................................... 105 COMPOSITE TO SDI ............................................................................................................... 113 SDI TO COMPOSITE ............................................................................................................... 159 FIBER .................................................................................................................... 173 MPEG/SDI .................................................................................................................... 189 HD-SDI/SD-SDI .................................................................................................................... 195 SIGNAL PROCESSING ............................................................................................................ 207 SYNCHRONIZERS AND TBCS................................................................................................. 207 ASPECT RATIO CONVERSION ................................................................................................ 245 VIDEO PROCESSING .............................................................................................................. 253 AUDIO PROCESSING.............................................................................................................. 259 NOISE REDUCTION ................................................................................................................ 269 LOGO INSERTERS AND KEYERS............................................................................................ 281 SIGNAL MONITORING ............................................................................................................ 289 SDI MONITORING................................................................................................................... 289 MPEG MONITORING............................................................................................................... 291 SIGNAL GENERATION ............................................................................................................ 301 HIGH DEFINITION................................................................................................................... 309 MPEG/ASI SIGNALS ............................................................................................................... 311 FRAMES/ENCLOSURES ......................................................................................................... 313 ROLLCALL INFRASTRUCTURE MANAGEMENT SYSTEM........................................................ 321 INDEX OF BOARD CODES ...................................................................................................... 347 © Snell & Wilcox 2005 i TABLE OF CONTENTS - DETAILED THE DIGITAL TRANSITION ......................................................................................................... 1 QUESTIONS AND ANSWERS ...................................................................................................... 3 DISTRIBUTION AND ROUTING ................................................................................................... 7 ROUTERS IQSRT00 IQSRT10 IQDRT IQSRT21(20) IQDCO IQMMX2 IQBRT IQBCO IQACO ........................................................................................................................ 7 5x2 HD/SD-SDI Router................................................................................................. 9 8x2 HD/SD-SDI Router............................................................................................... 11 SDI Router (8x8, 6x4).................................................................................................. 13 Digital Router (8x1, 4x1).............................................................................................. 15 SDI Changeover Switch .............................................................................................. 17 ASI 2x1 Router ........................................................................................................... 19 Synchronous Digital Audio Router (8x8, 6x4) .............................................................. 21 AES/EBU Changeover Switch..................................................................................... 25 Analog Video Changeover Switch ............................................................................... 27 VIDEO DISTRIBUTION .............................................................................................................. 29 IQMDA00 HD/SD-SDI Monitoring Distribution Amplifier............................................................... 31 IQSDA01 Intelligent HD/SD-SDI Distribution Amplifier................................................................. 33 IQDSDR Reclocking SDI Distribution Amplifier .......................................................................... 35 IQDSDA SDI Distribution Amplifier............................................................................................. 37 IQMDDA ASI Distribution Amplifier............................................................................................. 39 IQDASI ASI/SDI Distribution Amplifier ...................................................................................... 41 IQAVDR Analog Video Distribution Amplifier with RollCall Control ............................................. 43 IQAVDA Analog Video Distribution Amplifier.............................................................................. 45 AUDIO DISTRIBUTION .............................................................................................................. 47 IQBDDAD Dual Stream AES/EBU Distribution Amplifier ............................................................... 49 IQBDDAS AES/EBU Distribution Amplifier ................................................................................... 51 IQBDA7S Dual Analog Audio Distribution Amplifier ..................................................................... 55 IQBDA7 Analog Audio Distribution Amplifier ............................................................................. 57 IQBDA3S Dual Analog Audio Distribution Amplifier ..................................................................... 59 EMBEDDED AUDIO .................................................................................................................. 61 MULTIPLEXERS 61 IQMUX01/11 4/8 Channel AES Multiplexer and Audio Processor............................................................... 63 IQMUX60/61 Universal Audio Multiplexer and ADC ...................................................................... NEW 67 IQANT00 Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer – 12 bit ...................................................Limited Availability 71 IQANT10 Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer and Noise Reducer ...................................................Limited Availability 75 DEMULTIPLEXERS................................................................................................................... 79 IQDMX01/11 4/8 Channel AES demultiplexer and Audio Processor................................................. 81 IQDMX21 4 Channel Analog Audio demultiplexer........................................................................ 85 REMULTIPLEXERS ................................................................................................................... 89 IQMUX42/43 HD-SDI 10/16 Channel AES Remultiplexer .................................................... NEW 91 IQBRK00/01 AES Break Out Module with Audio DAC ......................................................... NEW 95 SIGNAL CONVERSION .............................................................................................................. 99 ANALOG/DIGITAL - VIDEO ....................................................................................................... 99 IQD1ADC Video Analog to Digital Converter.............................................................................. 101 IQDDAC Video Digital to Analog Converter.............................................................................. 103 ANALOG/DIGITAL - AUDIO ..................................................................................................... 105 IQBADCD-N 4 Channel Audio ADC (No Delay) .............................................................................. 107 IQBDACD-N 4 Channel Audio DAC (No Delay) .............................................................................. 111 © Snell & Wilcox 2005 iii TABLE OF CONTENTS - DETAILED COMPOSITE TO SDI.............................................................................................................. 113 IQDEC00 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit ............................................................................................................. NEW 117 IQDEC01 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit .......................................................................................................... NEW 121 IQDEC02 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit ...................................................................... NEW 125 IQDEC03 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit ............................................................................. NEW 129 IQDEC04 Golden Gate Decoder, Synchronizer with Noise Reduction – 12 bit................ NEW 133 IQDEC05 Composite Decoder, Synchronizer with Noise Reduction – 12 bit ................. NEW 137 IQDAMDA Advanced Multi-standard Decoder with Synchronizer - 12 bit .... Limited Availability 141 IQDAMDD Advanced Multi-standard Decoder - 12 bit ................................Limited Availability 145 IQDMSDP Multi-standard Decoder with Synchronizer and Noise Reduction - 10 bit .................................................................................................. Limited Availability 147 IQDMSDS Multi-standard Decoder with Synchronizer - 10 bit .................... Limited Availability 149 IQDMSDL Multi-standard Decoder with Synchronizer & Noise Reduction .. Limited Availability 151 IQATBSD Synchronizing Decoder/Timebase Corrector ............................................................ 155 SDI TO COMPOSITE............................................................................................................... 159 IQDMSES Multi-standard (PAL/PAL-N/PAL-M/NTSC/SECAM) Encoder with Synchronizer - 12 bit...................................................................................................................... 161 IQDMENCS PAL/NTSC/SECAM Encoder with Synchronizer - 10 bit ........................................... 163 IQDAVM Video and Audio Monitoring Encoder........................................................................ 165 IQDSDED Dual Channel Multi-standard Monitoring Encoder ..................................................... 169 IQDSDES Monitoring Encoder and Distribution Amplifier .......................................................... 171 FIBER IQORX00 IQOTX00 IQOTR00 IQWDM00 IQORX IQOTX ................................................................................................................... 173 Single mode Fiber Optic Receiver for HD/SD-SDI Signals ............................. NEW 175 Single mode Fiber Optic Transmitter for HD/SD-SDI Signals ........................ NEW 177 Single mode Fiber Optic Transceiver for HD/SD-SDI Signals ........................ NEW 181 Fiber Optic Wave Division Multiplexing Module ............................................. NEW 183 Single/Multi-mode Fiber Optic Receiver ..................................... Limited Availability 185 Single/Multi-mode Fiber Optic Transmitter ................................. Limited Availability 187 MPEG/SDI IQMDMO ................................................................................................................... 189 MPEG 422 Professional Decoder with MOLE™........................................................ 191 HD-SDI/SD-SDI IQUDC00 IQUDC01 ................................................................................................................... 195 Synchronizing HD/SD-SDI Up, Down and Cross Converter ........................... NEW 197 HD/SD-SDI Up, Down and Cross Converter .................................................. NEW 203 SIGNAL PROCESSING............................................................................................................ 207 SYNCHRONIZERS AND TBCS................................................................................................. 207 IQSYN21 HD/SD-SDI Frame Synchronizer with Embedded Audio Processing .............. NEW 209 IQSYN20 HD/SD-SDI Frame Synchronizer............................................................................... 213 IQUAV00/01 Universal Audio Video Module with Synchronizer...................................................... 215 IQAVS00/10 SDI and 4/8 Channel AES/EBU Synchronizer ........................................................... 219 IQMUX00/10 SDI Synchronizer and 4/8 Channel AES Multiplexer ........................................................... 223 IQDMX00/10 SDI Synchronizer and 4/8 Channel AES demultiplexer.............................................. 227 IQDMX20 Frame Synchronizer with 4 Channel Analog Audio demultiplexer .............................. 231 IQSYN00 Frame Synchronizer with Embedded Audio Processing............................................ 235 IQDSYN SDI Synchronizer with Ancillary Space Passing......................................................... 239 IQATBS Composite Timebase Corrector................................................................................ 241 ASPECT RATIO CONVERSION................................................................................................ 245 IQARC00 Aspect Ratio Converter with Signalling ..................................................................... 247 IQARC01 Fixed Mode Aspect Ratio Converter ......................................................................... 251 VIDEO PROCESSING.............................................................................................................. 253 IQDPF Digital Video Processor............................................................................................. 255 IQDPR Digital Video Proc Amp............................................................................................. 257 © Snell & Wilcox 2005 iv TABLE OF CONTENTS - DETAILED AUDIO PROCESSING.............................................................................................................. 259 IQDLY00/01 8 Channel AES/EBU Audio Synchronizer, Delay and Shuffler Module ....................... 261 IQDLY20/21 AES and Analog Audio Delay and Shuffler Module ......................................... NEW 265 NOISE REDUCTION ................................................................................................................ 269 IQDCPP SDI Pre-processor .................................................................................................... 271 IQDANR SDI Advanced Noise Reducer................................................................................... 275 IQDNRS Digital Noise Reducer ............................................................................................... 279 LOGO INSERTERS AND KEYERS............................................................................................ 281 IQDLOG SDI Logo Inserter...................................................................................................... 283 IQDKEY SDI Linear Keyer ....................................................................................................... 285 SIGNAL MONITORING ............................................................................................................ 289 SDI MONITORING................................................................................................................... 289 MPEG MONITORING............................................................................................................... 291 IQMDDM-T ASI 2x1 Router, Distribution Amplifier & Stream Monitor with Template Matching................................................................................................................... 293 IQMDDM ASI 2x1 Router, Distribution Amplifier & Stream Monitor ........................................... 297 SIGNAL GENERATION ............................................................................................................ 301 IQD1FPG Frame Pattern Generator .......................................................................................... 303 IQADBBG Multi-standard Analog Black Burst Generator with Genlock...................................... 305 IQBDAR AES/EBU Reference Generator................................................................................. 307 HIGH DEFINITION................................................................................................................... 309 MPEG/ASI SIGNALS ............................................................................................................... 311 FRAMES/ENCLOSURES ......................................................................................................... 313 IQH IQ Modular Enclosures.............................................................................................. 315 IQHEXT Module Extender Card .............................................................................................. 319 ROLLCALL INFRASTRUCTURE MANAGEMENT SYSTEM........................................................ 321 RollMap Infrastructure Management System for Broadcast Systems...................................... 323 RollCall Control Panel Windows PC Based configuration and control ..................................................... 325 RollCall Middleware Services System Logging and Monitoring Services for RollCall ................................ 327 RollSNMP Monitor SNMP compliant agents from other vendors within RollMap........................ 329 RollIPM RollCall TCP/IP Multiplexor.......................................................................................................... 331 RPAN Router Control Panel ................................................................................................ 333 RollPod Configurable Control Panel ....................................................................................... 335 IQCGPI General Purpose Interface ........................................................................................ 337 IQCSPI Serial Port Interface................................................................................................... 339 IQCBRG RollCall Network Bridge with Modem Interface ......................................................... 341 RollPCI RollCall PC Network Card......................................................................................... 343 RollPCM RollCall PCMCIA Network Card................................................................................................. 343 IQCRSAD RollCall Serial Adaptor .............................................................................................. 345 INDEX OF BOARD CODES ...................................................................................................... 347 © Snell & Wilcox 2005 v The Digital Transition The video industry is in a period of transition. Many broadcasters and post-production houses do not have the budget to afford an immediate transition to all-new digital operation, and are faced with the problem of migrating their existing analog equipment into the digital domain. Conversely, companies that have made the transition to all-digital operation still need to interface with other analog-based companies. The answer is the IQ Modular system from Snell & Wilcox. Comprising a range of intelligent modules, enclosures and a choice of control interfaces, the system has been designed from the outset to combine the ultimate in versatility with ease of implementation and control. At the heart of any IQ Modular system is the intelligence that has been a key design feature of the concept. Stored on each IQ module is all the information about the module that a system will need: its complete menu structure, configuration information, user settings and PC control window. When plugged in – anywhere at all in the system and without the need to power-down – the module automatically updates the control units with all this information. This approach completely avoids the need for an operator or installer to enter this information centrally and perhaps incorrectly. As a further aid to rapid configuration, each type of module has its own unique rear connector panel featuring module-specific printed information. For users who want remote control operation the benefits of IQ Modular are its ease of configuration and re-configuration of the system, and very simple upgrade and expansion paths. Users who don’t need remote control receive exactly the same modules – the remote control functionality comes free. Upgrading to full remote control is thus cheap and easy, and can be implemented at any time. All IQ modules have been designed to provide a uniquely high level of interoperability. Users can easily achieve exactly the combination of functions required, mixing video and audio, analog, digital, SD, HD, and MPEG modules side-by-side in the same enclosure and without any interference. The choice of enclosures can be simplified to just two – a 3RU box housing up to sixteen modules, and a 1RU version housing up to six. Both enclosures are fan cooled - with a temperature management system for the 3RU box - and conform fully to EMC and safety standards. All IQ HD-SDI modules are also SD-SDI compatible and have an industry leading 140m input equalization capability. These modules are backwards compatible with all IQH3A style 3U frames and provide all of the expected RollCall remote control and logging functionality associated with IQ modules. © Snell & Wilcox 2005 1 Questions and Answers Can you put audio, video, analog, digital, MPEG, fiber, SD and HD modules side-by-side in the same box? The IQ Modular system offers many advantages, one of them being the ability to place digital audio modules next to analog video modules without any form of interference between the different types. For the customer, this brings the benefits of a simple choice between just two boxes: some manufacturers offer a confusing choice of six housings to overcome incompatibility problems. IQ Modular also has the potential to save rack space, since one box can be used for both audio and video. How densely can you pack your modules? The 3RU housing can accommodate up to sixteen modules, the 1RU housing up to six. In practice, the number depends on the total of inputs and outputs required from each module. For example, the IQ 10-bit field comb decoder has a packing density of 16 modules in a 3RU housing with two outputs per module, or 8 modules in a 3RU housing with four outputs per module. Can replacement modules be ‘hot-plugged’ to save downtime? All modules have on-board regulators and filtering that allow modules to be replaced, upgraded or changed while the box is still powered - without disturbance to other modules in the housing. Does it include back-up power supply without sacrificing module slots? The IQ 3RU housing has fully dual redundant power supplies. Each supply can provide on its own the entire requirements of the box – there is no power sharing. If a supply fails, the other is automatically on-line, without causing any disturbance to video, audio or control signals; yet the number of module slots remains at sixteen. The failure of a supply can be indicated either through the Snell & Wilcox RollCall remote control system, or via a separate status output. Either way, the user can have complete confidence in unattended systems operating round-the-clock. © Snell & Wilcox 2005 3 Questions and Answers Are your modules intelligent enough to know who they are? Modules requiring control contain all the necessary information about their current settings, their menu sets, their default factory settings, their logging parameters and their own PC control window. This information can be used in the RollCall control system to provide the basis of an IQ modular system. Why is an IQ Modular system desirable? Both boxes and modules automatically report their presence to the control system, giving details of everything on the network at a glance. Expanding the system is simply a matter of plugging-in the extra modules or enclosures: there is no need to reconfigure control software. Settings for each module can be saved and restored; software upgrades are easy. Can you see the status of the system, and what’s going wrong? Each module has a choice of conditions, loss of input, for example, that can be reported to the RollCall error logging and status reporting system. Compatible modules have EDH included free of charge to facilitate the use of error logging and system analysis. Is it possible for my audio delay modules to track the degree of audio delay required? There is a unique system called RollTrack which allows up to eight audio delay modules to track the delay introduced by a video processing device such as a frame synchronizer. This is done through the RollCall control system, so there is no need for external connections (though a TTL pulse is available if required). Can I connect the IQ RollCall network to an existing control system? RollCall can be connected to an existing control panel or to a full automation system. Snell & Wilcox publishes its open protocol, and there is a software developer’s toolkit to aid development by end users or systems integrators. How far can I take my HD signals? All IQ HD compatible modules have an industry leading 140m input equalization capability. This extra performance means that the systems designer will not need to resort to thicker cable with its added costs, weight and installation hassle. What is a remultiplexer? The remultiplexer is a revolution. No longer do system designers have to choose between multiplexing and de-multiplexing AES audio into SDI video streams. One module now does both, with inputs and outputs being software selectable via RollCall. © Snell & Wilcox 2005 4 Questions and Answers What is the benefit of a ‘firewall’ capability? Video servers will often stop recording if the embedded audio fails. Transmission MPEG encoders will stumble if their audio fails. Where a chain of products feed each other, if the signal fails then the system can take a long time to recover. As the input is restored, each unit takes a couple of seconds to recover. Units with a firewall guarantee that the audio is maintained as well as the video, thus preventing all the problems mentioned above. The IQSYN00, IQBRK00/01, IQMUX00/01/10/11, IQDMX00/01/10/11/20/21, IQAVS00/10, IQDLY00/01 and IQUAV00/01 all provide video and audio firewall capability. What is a syncswitch? Many situations require two inputs and adding a router takes valuable space. The IQSYN00, IQBRK00/01, IQMUX00/01/10/11, IQDMX00/01/10/11, IQDMX20/21, IQDLY00/01, IQUAV00/01 and IQAVS00/10 all provide Dual inputs with a syncswitch capability. Syncswitch is a powerful unique feature for dealing with nonco-timed SD-SDI inputs. Non-RP168 switching on SD is always challenging. It cannot be detected 100% reliably before the next field with at least one broken line and a possible vertical displacement for at least one field being the likely result. Syncswitch allows an A to B switch to take place within the module. In two out of three cases it will mean no visible effect at all. In 30% of cases it means just a one field freeze. This is almost undetectable by the average viewer. In essence, it means clean switching between SD sources even if they are mis-timed. Can I take video from one SDI input and audio from the other? The IQSYN00, IQMUX00/01/10/11, IQDMX00/01/10/11, IQDMX20/21, IQBRK00/01, IQUAV00 and IQAVS00/10 all allow the audio to be taken from one input and the video from the other and enable them to be combined at the output. The two inputs do not need to be co-timed, synchronous or even the same line rate! Is it possible to wrap audio around a pure video device? Where a piece of equipment does not support embedded audio the IQSYN00 has the ability to wrap the audio around it using this single module. It is also suitable for bypassing equipment that does handle embedded audio but does the wrong things with it, or where it does not provide the right kind of support such as Dolby E support, proc. amp control or tracking delays. The IQSYN00 is capable of providing control of the audio such as channel-level manipulation, channel gain, four assignable four-input mixers and a comprehensive delay solution including tracking and fixed delays. Therefore not only will this system provide a bypass, it can also control and manipulate the audio to compliment the video processing in the bypassed equipment. © Snell & Wilcox 2005 5 Questions and Answers Is there a module that can break out embedded audio to feed my audio description generator, then re-embed its output? The IQBRK00 is designed to take up to two embedded audio streams, break them out to AES and then reingest the resultant signals. The end result being the ability to insert a pure audio device into an embedded stream. It can take its audio input on a channel-by-channel basis from the dual AES, the embedded sources or a combination of both. At the heart of this module is a comprehensive processing block that provides a powerful audio manipulation solution. Each audio output can be fed with a separate audio combination as necessary. Both the video and the audio sources are protected by a firewall that ensures breaks in the incoming signal do not effect the output, and bypass paths allow for the passing of non-PCM audio such as Dolby E.. Video proc. amp. control and a video delay of up to three frames also makes this a powerful solution for the video stream. Any unique audio features? Assignable mixing is a really simple feature that makes the IQSYN00, IQBRK00, IQMUX00/01/10/11, IQDMX00/01/10/11, IQDMX20/21, IQDLY00/01, IQUAV00/01 and IQAVS00/10 much better audio system solutions. Four, four-input mixers allow embedded audio and incoming audio (in the case of the IQMUX) to be combined. Uses include: monoing but with adjustable level control producing stereo mixes from discreet surround sound adding commentaries to background feeds making a stereo mix from mono sound feeds Is it possible to automatically embed audio if there is none present in the SDI stream and not embed if there is? The IQMUX00/01/10/11, IQUAV00/01, IQBRK00/01 and IQAVS00/10 are all able to use Rolltracks to enable automatic detection of embedded audio in the input SDI stream. The unit can then switch between embedding external AES audio, or re-embedding the existing audio. © Snell & Wilcox 2005 6 IQSRT00 5X2 HD/SD-SDI ROUTER................................................................................. 9 IQSRT10 8X2 HD/SD-SDI ROUTER............................................................................... 11 IQDRT SDI ROUTER (8X8, 6X4)................................................................................. 13 IQSRT21(20) DIGITAL ROUTER (8X1, 4X1) ......................................................................... 15 IQDCO SDI CHANGEOVER SWITCH........................................................................... 17 IQMMX2 ASI 2X1 ROUTER........................................................................................... 19 IQBRT SYNCHRONOUS DIGITAL AUDIO ROUTER (8X8, 6X4).................................... 21 IQBCO AES/EBU CHANGEOVER SWITCH.................................................................. 25 IQACO ANALOG VIDEO CHANGEOVER SWITCH ....................................................... 27 The IQ Modular range has the capability to switch between multiple sources in HD or SD SDI and AES audio. Functions include up to 8x8 crosspoint routing, intelligent change-over switching, GPI remote control and onscreen multi-picture monitoring. Control can be via card edge, a 1U active front panel, a PC running RollCall network management software or a third party automation system. In addition they can be controlled from the RPAN 1U router control panel. For Additional Related Modules See: Section: Module: Audio Processing IQDLY00 MPEG Monitoring IQMDDM-T MPEG Monitoring IQMDDM Multiplexers IQMUX00/10 Multiplexers IQMUX60/61 Demultiplexers IQDMX00/10 Remultiplexers IQBRK00/01 Synchronizers and TBCs IQUAV00 Synchronizers and TBCs IQAVS00/10 Synchronizers and TBCs IQSYN00 Synchronizers and TBCs IQSYN20 Synchronizers and TBCs IQSYN21 HD-SDI/SD-SDI IQUDC00 HD-SDI/SD-SDI IQUDC01 © Snell & Wilcox 2005 7 DISTRIBUTION & ROUTING Routers IQSRT00 5x2 HD/SD-SDI Router The IQSRT00 is a five input router/switcher for HD-SDI 1.5 Gbit/s, SD-SDI/DVB-ASI 270 Mbit/s and wideband signals. This module provides a mixed HD/SD solution and includes both a bonus input and a bonus output when compared with the common 4X1 specification. Dual outputs and using just one slot in a 3RU enclosure mean that very powerful routing solutions can be built in a very compact space. Ideal as a comprehensive local HD/SD router, a range of RPAN control panels are available for easy construction of comprehensive control environments. Does this module suit your application? Why should you choose this module? • • HD/SD-SDI router with synchronous switching timed to an external reference according to SMPTE RP168 Standards supported: ! HD-SDI to SMPTE292M ! SD-SDI to SMPTE259M-C ! DVB-ASI Choice of SD bi-level or HD tri-level reference switching Can be used to select between inputs of different standards Handles HD-SDI or SD-SDI/ASI sources with re-clocking Handles other wide-band signals without reclocking Comprehensive button per cross-point, or multi-destination control from RPAN router control panel Optional RS-422 control with separate IQCSPI module • • • • • • 1 HD & SD-SDI RX & Equalisation Carrier Detector 2 HD & SD-SDI RX & Equalisation Carrier Detector • • • • • Standard Detection Wideband Routing Switch Inputs Carrier Detector SDI TX Advanced Re-clocker SDI TX Output Format Selector CRC and EDH Checking Switch Control Built-in Intelligence Network intelligence, control and monitoring Block diagram for IQSRT0026-1A shown Order codes for IQH3A enclosures 2 1 4 3 IQSRT0 _26-1A SERIAL IN SER OUT 2 5 SER OUT 1 IQSRT0026-1A HD/SD-SDI 5x2 Router. 2 HD/SD-SDI outputs, For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 1 2 Re-clock Bypass Timing Select Ref In Advanced Re-clocker Re-clock Bypass Standard Detection 5 HD & SD-SDI RX & Equalisation CRC and EDH checking 9 Outputs • Very high density HD/SD-SDI routing, with over 53 cross-points per rack unit Second output for preview, monitoring, redundant path feeds and other purposes Will work with the RPAN control panels for simple network-connected routing installations HD and SD capable for mixed operation or to provide a future upgrade path Can be combined with other IQ Modular routers for mixed-format multi-level routing Can be used with HD and SD inputs simultaneously, with one output feeding HD and the other SD, ideal for wrapping around up and down converters IQSRT00 5x2 HD/SD-SDI Router Inputs & Outputs Signal Inputs Return Loss......................... > –15dB Inputs .................................. 5 x Serial Digital Input(s) Signal Outputs Electrical ............................. 1.5Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259MC/DVB-ASI Outputs ............................... 2 x Serial Digital Outputs Electrical ............................. 1.5Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259MC/DVB-ASI Input Cable Length .............. Up to 140m Belden 1694A @ 1.5 Gbit/s Up to 350m Belden 1694A @ 270 Mbit/s Connector / Format ............. BNC/ 75ohm panel jack on standard S&W connector panel Return Loss......................... > –15dB Analog Reference ................ 1 x Analog Reference to SMPTE240/ 274M and RS170A Connector / Format ............. BNC/ 75ohm panel jack on standard S&W connector panel Card Edge & RollCall Controls User Memories .................... 16 x Save / Recall / Rename Indicators Logging ............................... Input Status (1-5) CRC/EDH Error Input Standard Ref Status Output 1/2 standard Power.................................. OK CPU .................................... OK Status.................................. OK (Green) Warning (Yellow) Error (Red) RollTrack Controls ............... On/Off, Index, Source, Address, Command, Status, Sending. RollCall Features RollTrack Outputs ................ Input present - 1 to 5 Output 1 Tallies Output 2 Tallies Reference OK Input Loss - 1 to 5 Unused Router Control..................... Switching control of input to output channels Router Configuration ........... Displays current router channel allocation Channel Renaming .............. Labelling of all input and output channels Specifications Inputs Power Consumption Reference Source................ External – HD Tri-Level / SD Bi-level / Output Video syncs © Snell & Wilcox 2005 Module Power Consumption 8.6 W 10 IQSRT10 8x2 HD/SD-SDI Router The IQSRT10 is an eight input router/switcher for HD-SDI 1.5 Gbit/s, SD-SDI 270 Mbit/s, DVB-ASI and wideband signals. This module offers a complete routing solution in a tiny package with GPI control, true tallies and 16 HD cross-points. By offering a full eight inputs and two outputs many local HD/SD routing requirements can be solved. The two feeds can be used as two independent destinations. Examples include main and redundant feeds, or main and preset outputs or even as a main and a preview output. The inclusion of true tallies in straight-forward tally per cross-point form enhances the robustness of compact low-cost routing solution over simpler dumb modular solutions. Does this module suit your application? Why should you choose this module? • • • • • • • • 1 HD & SD-SDI RX & Equalisation Carrier Detector 2 HD & SD-SDI RX & Equalisation Carrier Detector • • Standard Detection Wideband Routing Switch Inputs Carrier Detector Ref In Advanced Re-clocker SDI TX 1 Advanced Re-clocker SDI TX 2 Re-clock Bypass Standard Detection 8 HD & SD-SDI RX & Equalisation CRC and EDH checking CRC and EDH Checking Re-clock Bypass Timing Select Output Format Selector Switch Control Built-in Intelligence Network intelligence, control and monitoring Block diagram for IQSRT1028-2A shown © Snell & Wilcox 2005 Outputs • • 11 GPI Control and TTL Pulse I/O I/O • • Very easy to control for creating simple solutions with built in GPIs and a choice of other control methods Suitable for critical applications such as main feed change-over with true tallies and duplicate outputs in an enclosure with dual redundant PSUs Second output for preview, monitoring, redundant path feeds and other purposes Can be combined with other IQ Modular routers for mixed-format multi-level routing Can be used with HD and SD inputs simultaneously, with one output feeding HD and the other SD, ideal for wrapping around up and down converters 24 X GPI/O • HD/SD-SDI router with synchronous switching timed to an external reference according to SMPTE RP168 Standards supported: ! HD-SDI to SMPTE292M ! SD-SDI to SMPTE259M-C ! DVB-ASI Can be used to select between inputs of different standards Sixteen true tallies, providing feedback for all inputs on both outputs Two outputs of each destination Choice of SD bi-level or HD tri-level reference switching Handles HD-SDI or SD-SDI/ASI sources with re-clocking Handles other wide-band signals without reclocking Comprehensive button per cross-point, or multi-destination control from RPAN router control panel, or from GPIs Optional RS-422 control with separate IQCSPI module IQSRT10 8x2 HD/SD-SDI Router Order codes for IQH3A enclosures 2 1 4 3 1 SER OUT 2 5 1 IQSRT1 _28-2A SERIAL IN 7 6 GPI 2 8 SERIAL IN 2 SER OUT 1 IQSRT1028-2A HD/SD-SDI 8x2 Router. 2 x 2 HD/SD-SDI outputs, For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Return Loss......................... > –15dB Inputs .................................. 8 x Serial Digital Input(s) Signal Outputs Electrical ............................. 1.5Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259MC/DVB-ASI Outputs ............................... 2 x 2 Serial Digital Outputs Electrical ............................. 1.5Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259MC/DVB-ASI Input Cable Length .............. Up to 140m Belden 1694A @ 1.5 Gbit/s Up to 350m Belden 1694A @ 270 Mbit/s Connector / Format ............. BNC/ 75ohm panel jack on standard S&W connector panel Return Loss......................... > –15dB Analog Reference ................ 1 x Analog Reference to SMPTE240/ 274M and RS170A Connector / Format ............. BNC/ 75ohm panel jack on standard S&W connector panel Card Edge & RollCall Controls Channel Renaming .............. Labelling of all input and output channels Indicators Power.................................. OK User Memories .................... 16 x Save / Recall / Rename CPU .................................... OK Logging ............................... Input Status (1-8) CRC/EDH Error Input Standard Ref Status Output 1/2 standard Status.................................. OK (Green) Warning (Yellow) Error (Red) GPI Control RollTrack Controls ............... On/Off, Index, Source, Address, Command, Status, Sending. 24 programmable GPI/Os.... 8 Tallies Output 1 8 Tallies Output 2 8 Router Selection RollTrack Outputs ................ Input present - 1 to 8 Output 1 Tallies Output 2 Tallies Reference OK Input Loss - 1 to 8 Unused RollCall Features Router Control..................... Switching control of input to output channels Router Configuration ........... Displays current router channel allocation Specifications Inputs Reference Source................ External – HD Tri-Level / SD Bi-level / Output Video syncs Power Consumption Module Power Consumption 11 W © Snell & Wilcox 2005 12 IQDRT SDI Router (8x8, 6x4) IQDRT is a range of serial digital video routers capable of routing up to 8x8 SDI signals. The unit takes in Serial 4:2:2, 4fsc or ASI video inputs, and routes each input to any number of the outputs. • • Does this module suit your application? • • • • • • • • 8x8/ 6x4 router for 4:2:2/ 4fsc/ ASI serial digital video signals Up to 8 independent 143, 177 or 270 Mbit/s SDI video inputs Each input can be routed to any number of the outputs Loss of input indication Automatic standards selection All input and output channels can be renamed The video outputs are reclocked and fully restored An Analog Reference input is provided for correct timing of video switching 8/6 x SDI Inputs 8 RollCall 8/6 Input Receiver 8 Remote unit control through RollCall Eight memory locations for storage and recall of selectable parameters Why should you choose this module? • • • • 8/6 x 5 Crosspoint Switch A Digital Video router that enables source selection for all applications Can be used with 4fsc, 4:2:2 or ASI serial digital video Easy integration with the new RollCall operational control panels or with third party control panels Re-clocking outputs ensure there are no jitter problems downstream 8 8 Reclocker & Cable Driver SDI Outputs x 8/4 Reclocker & Cable Driver Processor Order codes for IQH3A enclosures SDI Monitor Output Order codes for other enclosures SDI OUTPUTS SDI INPUTS 2 1 3 3 1 2 IQDRT8-3 2 4 5 4 6 6 5 2 7 8 8 7 MONITOR REFERENCE IQDRT8-3-0 SDI Router. 8 inputs, 8 outputs. IQDRT8-3A SDI Router. 8 inputs, 8 outputs. SDI OUTPUTS SDI INPUTS IQDRT6-2 2 2 1 1 5 4 3 MONITOR 6 REFERENCE IQDRT6-2-0 SDI Router. 6 inputs, 4 outputs. IQDRT6-2A SDI Router. 6 inputs, 4 outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 4 3 2 13 IQDRT SDI Router (8x8, 6x4) Inputs & Outputs Signal Inputs Serial Input IQDRT8 ............. 8 SDI Inputs Serial Input IQDRT6 ............. 6 SDI IQDRT 8x8, 6x4 SDI Router Outputs Digital Standards............................ SMPTE 259M-ABC-1997, DVB_ASI Digital Up to 8 x Equaliser SDI x 8(6) Analog Video Reference ...... Black burst 625/525 line terminated by 75 ohms Up to 8 x 9 Crosspoint Switch SDI 1-8(1-4) Up to 9 x Reclocker SDI Monitor Signal Outputs Serial Output IQDRT8 .......... 8 SDI Serial Output IQDRT6 .......... 4 SDI RollCall Remote Control & Display Standards............................ SMPTE 259M-ABC-1997, DVB_ASI Monitor Output (SDI)............ 1 x 270 Mb/s Standards............................ SMPTE 259M-C-1997 Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Functions Available via RollCall™ Only Router Configuration ........... Independently configure the 8 outputs to any of the 8 inputs Router Configuration............ Displays current router configuration Take Button......................... Initiates Routing SDI Input Status................... Displays SDI Input Status Indicators Video Reference Status ....... Displays Reference standard and Status SDI Input Loss..................... Illuminates when the input SDI is lost Logging ............................... Input Loss, EDH Error and Reference Status Take LED............................. FLASHES when routing assignment has changed and requires initiating via the take button Channel Renaming .............. Labeling of all sources and destinations 8 Memory Stores ................. Storage and Recall of Selected Parameters Power OK ........................... +5 V, -5 V and top card +5 V Switching Point.................... Frame or Field switching Specifications Note that these modules perform re-clocking. Output Return Loss ............. better than 15 dB to 270 MHz Input Return Loss ................ better than 15 dB to 270 MHz Power Consumption Maximum Input Cable Length…Better than 150 m (D1 270 MHz) Typically 200 m Module Power ConsumptionIQDRT8 17.1 W max IQDRT6 12.1 W max © Snell & Wilcox 2005 14 IQSRT21(20) Digital Router (8x1, 4x1) The IQSRT20 and IQSRT21 are 4 and 8 input router/switchers for both serial 4:2:2 and 4fsc video signals. Does this module suit your application? Why should you choose this module? • • • • 8(4) x 1(1) switcher/routers EDH function provides: ♦ EDH code checking and insertion to SMPTE RP 165 ♦ EDH error statistics reporting over the RollCall network ♦ EDH error history displayed on card edge LEDs Auto input format detect Equalizer • • Serial digital routers that enable source selection for all applications Can operate in the serial 4:2:2 or 4fsc domain so are ideal for use in D2/D3 applications, like edit suites, that may be changed to 4:2:2 Can be controlled from any RollCall control panels, including the dedicated Rpan router control panel, or third party control panels using GPI or serial RS422/RS232 interfacing via additional IQCGPI or IQCSPI modules respectively Reclocker Equalizer Equalizer Serial Inputs Equalizer 8 to 1 Selector Equalizer Deserializer Equalizer Equalizer EDH Checksum Verify & Regenerate Serializer Serial Outputs Output Drivers Equalizer RollCall™ Interface Control Processor Selection Switches Status Indication Order codes for IQH3A enclosures 8 SERIAL IN Order codes for other enclosures 6 7 8 2 3 IQSRT2102-2 4 2 1 1 IQSRT21 03-2A SERIAL OUT 6 3 2 2 1 IQSRT20 01-1A IQSRT20 00-1 SERIAL OUT 3 4 1 2 SERIAL OUTPUT IQSRT2102-2 8 in/1 out Router (EDH) 2 outputs of the same source. 1 SERIAL IN 4 3 SERIAL INPUT IQSRT2001-1A 4 in/1 out Router (EDH) 1 output. 2 1 SERIAL OUTPUT IQSRT2000-1 4 in/1 out Router (EDH) 1 output. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 5 SERIAL INPUT IQSRT2103-2A 8 in/1 out Router (EDH) 2 outputs of the same source. 4 7 5 15 IQSRT21(20) Digital Router (8x1, 4x1) Inputs & Outputs Signal Inputs Inputs Serial Input .......................... 4 (IQSRT20) or 8 (IQSRT21) SDI IQSRT21(20) Serial Digital Router (4:2:2/4fsc) Digital Digital Standards............................ SMPTE 259M-ABC-1997 Signal Outputs Serial Digital 8 (4) Inputs Serial .................................. 1 (IQSRT20) or 2 of the same source (IQSRT21) serial digital Outputs 8-to-1 or 4-to-1 Multiplex 8/10-Bit Operation Serial Digital 1-2 (1) Figures in brackets refer to single width module Standards............................ SMPTE 259M-ABC-1997 Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) SDI Check ........................... Format Queried (525/625) Channel Select .................... 1 of 8 (4) channels EDH..................................... Error History EDH Reset Logging ............................... Channel Names EDH Errors Input Signal Status Functions Available via RollCall™ Only Auto-Cycle .......................... Rate from 1 to 32,000 fields Specifications Note that these modules perform re-clocking. D1 Video Delay.................... approximately 425 ns Input Return Loss ................ better than 15 dB to 270 MHz Power Consumption Maximum Input Cable Length 125 m (D1 270 MHz) Module ................................ IQSRT20 - 5.1 W max IQSRT21 - 6.2 W max Output Return Loss ............. better than 15 dB to 270 MHz © Snell & Wilcox 2005 16 IQDCO SDI Changeover Switch The IQDCO is a passive changeover switch with SDI video presence detection. Does this module suit your application? Why should you choose this module? • • • • • • • • • • Passive SDI changeover switch Detection of carrier, SDI lock, line standard, EDH and embedded audio /data presence Automatic switch over on programmable condition(s) Continuity (A input) maintained with power loss or module removal Three programmable GPI/O’s for control or tally Programmable switch over time delay RollCall remote and card edge control RollCall fault logging Can be linked to trigger other changeover modules via RollTrack Ideal for conditions where switch over needs to be fully programmable. For example, carrier loss, the absence of embedded audio or any logical combination of conditions may trigger switchover Continuity (A input) maintained with power loss or module removal Three programmable GPI/O’s for control or tally Programmable switch over time delay • • • Fitted on Rear Panel A SW3 Input 75 ohm SW3 Output 75 ohm SW2 Output 75 ohm SW1 (Primary) Output B A SW2 Input B A SW1 (Primary) Input B Signal Detect Relays shown in power-OFF state RollCall™ 3 x GPI Processor Order codes for IQH3A enclosures Order codes for other enclosures OUTPUT B A IQDCO-2-B 3 2 1 A PRIMARY OUTPUT B A IQDCO-2 SDI Video changeover switch. 1 primary, 2 secondary switches For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 B 2 GPI I/O IQDCO-2A SDI Video changeover switch. 1 primary, 2 secondary switches OUTPUT 17 IQDCO SDI Changeover Switch Inputs & Outputs Signal Inputs Inputs Primary switch ..................... 2 x SDI via BNC connectors IQDCO SDI Changeover Unit Outputs Digital Digital Standards............................ SMPTE 259M-C-1997 SDI Input A Channel 1 (Primary) SDI Input B Secondary switch ................ 2 per channel (2 channels) via BNC Signal Outputs (Passive) A B Select Signal Detect EDH Detect SDI Input A Channel 2 SDI Input B Primary switch ..................... 1 x SDI via BNC connector Standards............................ SMPTE 259M-C-1997 SDI Channel 1 (Primary) SDI Channel 2 A B Select SDI Input A Channel 3 SDI Input B Secondary switch ................ 1 per channel (2 channels) via BNC SDI Channel 3 GPI I/O ................................ 3 x closing contact via BNC GPI x 3 Changeover Control Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Switch mode ....................... Manual / Auto Audio presence B ................ At least one channel of embedded audio detected Manual switch ..................... A / B EDH A ................................. Present; Error-Minute: Error-Hour EDH B ................................. Present; Error-Minute: Error-Hour EDH Reset........................... Resets error flags (both inputs) Functions Available via RollCall Only Local ................................... Selects default mode (cancels any RollCall programmed conditions) Switch rules ......................... Any logical combination of warnings and GPI triggers Indicators GPI/O program .................... TALLY any input state or warning or set as trigger Power O.K. Input Loss A Switch delay ........................ 0 to 10 s from trigger condition(s) Input Loss B Reporting & Logging ............ Input Loss; Input Line Standard; EDH error; Audio & data presence Audio presence A ................ At least one channel of embedded audio detected Specifications Signal Inputs Signal Outputs (Passive) Primary SDI (x2) Primary Input Return Loss ................ better than 15 dB to 270 MHz (Output terminated) Output Return Loss ............. better than 15 dB to 270 MHz (Inputs A and B terminated) Maximum Cable Length....... >100 m PSF1/2 or equivalent Cable length is defined as input cable length + output cable length Secondary (2 Channels) Output Return Loss ............. Better than –38 dB @ 5 MHz Secondary (2 channels) GPI I/O (x3) Characteristics.. Closing Contact Type Output Sink Current 100 mA Input Source Current 1 mA typical Input Threshold Voltage 1 V typical Input Return Loss ................ Better than –38 dB @ 5 MHz Note that the secondary switches are not guaranteed to work with 270 Mbit SDI signals, but may do so in some installations. © Snell & Wilcox 2005 Power Consumption Module Power Consumption3.9 W max 18 IQMMX2 ASI 2x1 Router The IQMMX2 is an ASI two input router and distribution amplifier. Does this module suit your application? Why should you choose this module? • • • • • • • • • ASI 2x1 Router Two equalized and transformer coupled inputs Up to 8 Re-clocked and transformer coupled outputs 2 configurable GPI Ports Monitoring of signal presence, featuring auto input change over on loss of carrier signal Passive relay input bypass option RollCall remote control ASI Input 1 EQ & Reclock ASI Input 2 EQ & Reclock • Two equalized and transformer coupled inputs Up to 8 Re-clocked and transformer coupled outputs 2 configurable GPI Ports Up to 8 ASI Outputs Signal Detection RollCall GPI 1 Processor GPI 2 Order codes for IQH3A enclosures Order codes for other enclosures IQMMX2-1 ASI OUT ASI IN 4 2 2 3 1 1 IQMMX2-1 ASI 2x1 Switch. 4 outputs. Transformer coupled. IQMMX2-1A ASI 2x1 Switch. 5 outputs. Transformer coupled. 5 7 6 8 IQMMX2-2 IQMMX2-2A ASI 2x1 Switch. 8 outputs. Transformer coupled. 2 ASI OUT 1 1 1 3 4 GPI 2 2 2 ASI IN IQMMX2-2 ASI 2x1 Switch. 8 outputs. Transformer coupled. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 19 IQMMX2 ASI 2x1 Router Inputs & Outputs Signal Inputs IQMMX2 ASI 2 x 1 Router & Distribution Amplifier ASI 1 ................................... ASI (270 MBit/s) ASI 2 ................................... ASI (270 MBit/s) Inputs Standards............................ DVB-ASI, ETR290 Outputs Data GPI 1 (Double width only) ... Configurable as: 1) Input Select - Closing contact 2) Loss of data warning Equalization Data Re-Clocking ASI 1 Up to 8 ASI Equalization GPI 2 .................................. Configurable as: 1) Input Select - Closing contact 2) Loss of data warning ASI 2 Re-Clocking GPI x 2 Signal Outputs Serial Data........................... Up to 8 ASI (270 MBit/s) Standards............................ DVB-ASI, ETR290 RollCall Remote Control & Display Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) ASI 2 Selected ..................... Yellow LED Input Select ......................... Input 1/ Input 2 Functions Available via RollCall™ Only Indicators Log Signal Absence ............. On/Off Power OK............................ Green LED (x2) Input Select ......................... INPUT 1/ Input 2/ Auto ASI 1 Signal Absent ............. Red LED GPI Configuration ................ Input/ Output ASI 2 Signal Absent ............. Red LED GPI Sense ........................... Inverted/ Non-inverted ASI 1 Selected..................... Yellow LED Labeling of inputs................. Up to 8 ASCII Characters Specifications Serial Input Return Loss....... Better than -15 dB to 270 MHz Maximum Input Cable Length >100 m (PSF1/2 or equiv. cable) Output Jitter ........................ < 0.2 UI Power Consumption Module Power Consumption 5.1 W max Signal Output Level ............. 800 mV ±10% Output Return Loss ............. Better than -15 dB to 270 MHz © Snell & Wilcox 2005 20 IQBRT Synchronous Digital Audio Router (8x8, 6x4) IQBRT is a range of Synchronous Digital Audio Routers capable of routing up to 8x8 AES pairs. IQBRT can accept PCM digital audio at sampling rates of 16 kHz to 96 kHz and will automatically detect the recognised standards of 32, 44.1 and 48 kHz. IQBRT accepts both AES/EBU and SPDIF (-B versions only) inputs, and outputs professional AES/EBU digital audio. The Router also has an AES/EBU monitoring output for previewing input material. IQBRT sample rate converts all PCM audio inputs to 48 kHz with no loss of audio quality. The outputs are then synchronized to either 525 or 625 line video, or a 48 kHz AES Reference, and are frame aligned in accordance to the AES11 specification. Does this module suit your application? • • • • • • • • • Up to 8x8 AES/EBU Router for PCM audio , plus an AES Preview output 24-bit sampling rate converters on all inputs required to synchronize asynchronous digital audio to either 525 or 625 video, an AES Reference or freerun Automatic 32, 44.1 and 48 kHz detection Professional AES/EBU 48 kHz output Glitch-free switching of digital audio Input error detection indicator and reporting Independent phase reversal on any input subframe Framing error correction of up to one sample Programme level adjust on each input channel from + 6 dB to –18 dB in 0.1 dB steps © Snell & Wilcox 2005 • Built-in Test tone generator to ensure ease of system set-up • Channel status monitoring of AES receivers and transmitters • Channel status editor • Remote Peak Programme Meter with adjustable 0 dB reference • Eight memory locations for storage and recall of selectable parameters • RollCall remote control and reporting/logging Why should you choose this module? • • • 21 Digital Audio routers that enable source selection for all applications Automatic 32, 44.1 and 48 kHz detection Easy integration with the new RollCall operational control panels or with third party control panels IQBRT Synchronous Digital Audio Router (8x8, 6x4) Order codes for IQH3A enclosures Order codes for other enclosures AES AUDIO INPUTS REF IQBRT8-2-D AES AUDIO OUTPUTS IQBRT8-2A-D Digital Audio Router 8 inputs, 8 outputs, balanced AES REF IN/MON OUT IQBRT8-2-D Digital Audio Router 8 inputs, 8 outputs, balanced AES AUDIO OUTPUTS AES/SPDIF INPUTS 2 1 3 IQBRT8-3-B 3 1 2 2 4 5 4 6 6 5 2 7 8 8 7 REF MON IQBRT8-3A-B Digital Audio Router 8 inputs, 8 outputs, unbalanced IQBRT8-3-B Digital Audio Router 8 inputs, 8 outputs, unbalanced AES OUTPUTS AES/SPDIF INPUTS IQBRT6-2-B 2 2 3 2 5 4 3 IQBRT6-2A-B Digital Audio Router 6 inputs, 4 outputs, unbalanced 4 1 1 MON 6 REF IQBRT6-2-B Digital Audio Router 6 inputs, 4 outputs, unbalanced For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Digital Audio Input (Balanced –D versions) 8 Channel Pairs AES/EBU via 25 way D Connector Digital Audio Input (Unbalanced –B versions) 8/6 Channel Pairs AES/EBU via BNC Connectors Digital Audio Monitor (Balanced –D versions) 1 channel pair AES/EBU via 9 way D Connector Digital Audio Monitor (Unbalanced –B versions) 1 channel pair AES/EBU via BNC Connector AES Reference Input (Balanced –D versions) Sample Frequency 48 kHz via 9 way D Connector or via BNC connector Reference Input (Balanced –D versions) 525/625 line Black Burst via BNC connector Reference Input (Unbalanced –B versions) 525/625 line Black Burst, or unbalanced AES/EBU sample frequency 48 kHz via BNC connector IQBRT Series Digital Audio Routers Outputs Digital Digital AES/EBU 1-8 (BRT8) AES/EBU 1-6 (BRT6) Resample Output Select Switch AES/EBU 1-8 (BRT8) AES/EBU 1-4 (BRT6) Level Adjust Signal Outputs Digital Audio (Balanced –D versions) 8 channel pairs AES/EBU via 25 way D Connector AES/EBU Reference Polarity inverter Analog Channel Status Monitor/ Editor AES/EBU Monitor Video Reference Digital Audio (Unbalanced –B versions) 8/4 channel pairs AES/EBU via BNC Connectors © Snell & Wilcox 2005 Inputs Rollcall Remote Control 22 IQBRT Synchronous Digital Audio Router (8x8, 6x4) Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Test tone insertion ............... Insert test tone or silence into any output sub-frame Router Mode only, Configure output channels Independently configure the 8 outputs to any of the 8 inputs Test tone frequency ............. Select test tone frequency from 250 Hz to 16 kHz in 250 Hz steps Lock select .......................... Selects synchronizing source, from either:- Video, AES Reference, Input 1 or freerun Take Button......................... Initiates routing Indicators AES Input error.................... Illuminates when there is an error on the AES inputs AES Input status monitor ..... Displays AES format and status Sync Loss ........................... Illuminates when locking source is lost Channel Status Monitor ....... Displays input or output channel status for any subframe Take LED ............................ Flashes when routing assignment has changed and requires initiating via take button Channel Status Editor .......... Enables user to edit Channel status information Peak Program Meter for any input Scale of 0 - 7, 4 dB steps, adjustable 0 dBu reference (‘4’) – 10 dBFS to -24 dBFS Power OK............................ +5 V, -5 V Functions Available via RollCall™ Only Input Sample rate detection. Automatic 32, 44.1, 48 kHz detection Phase reversal ..................... Independent phase reversal for any input subframe Input program level adjust Adjusts input programme level for each input channel from + 6 dB to -18 dB in 0.1 dB steps Eight memory stores............ Storage and recall of selected parameters Specifications Distortion (THD + Noise) 24 bits –117 dB, 1 kHz@ -1 dBFS, SRC I/O ratio < 0.33 to 1.7 –104 dB, 1 kHz@ -1 dBFS, SRC I/O ratio < 0.33 to 3 Input Impedance ................. Balanced 110 ohm Unbalanced 75 ohm Cable Length....................... Balanced, > 150 m of AES3 Cable Unbalanced, up to 500 m of RG59 or Equivalent Input Sample Frequency...... 16 – 96 kHz, Input ‘1’ 48 kHz ±2 Hz if selected as the locking reference Dynamic Range ................... 120 dB Output Impedance .............. Balanced 110 ohm Unbalanced 75 ohm Output Signal level............... Balanced 3 V pk to pk typical Unbalanced 1 V pk to pk typical Output Return Loss (-B)....... 33 dB at 6 MHz Fader time ........................... 12.8 ms Channel Status delay........... 4 ms @ 48 KHz FSI/FSO User data delay ................... 4 ms @ 48 KHz FSI/FSO Fader cut-off level................ - 60 dBFS Jitter .................................... < 0.005 UI p-p Audio processing delay (48 kHz I/O sample frequency) 1.9 ms max. with sampling rate conversion TBD µs without sampling rate conversion Output Sampling ................. 48 kHz frame locked to 48 kHz AES/EBU reference, 48 kHz frame locked to PAL video reference, 48 kHz frame locked to every 5th frame of an NTSC video reference (Conforms to AES11 – 1997 spec) Power Consumption Module Power ConsumptionIQBRT8 5.7 W max (balanced versions) IQBRT8 7 W max (unbalanced versions) IQBRT6 5.4 W max (unbalanced versions) Free run stability Grade 2..... ±10 ppm Digital Reference Input Pull-In Range ±2 Hz © Snell & Wilcox 2005 23 IQBCO AES/EBU Changeover Switch The IQBCO is a passive AES/EBU audio changeover switch with AES audio presence detection. Both inputs are monitored for signal presence and channel status. The condition for switch over may be programmed to be signal loss or a change in channel status. Three GPI/O’s are available to provide additional trigger inputs or tally outputs. RollTrack can also be used to trigger to/from another unit on the network. In event of power loss input A is automatically selected. For additional security the relay switch is mounted in the rear panel assembly thus enabling the module to be removed from the chassis without breaking the connectivity of input A to output. Does this module suit your application? Why should you choose this module? • • Automatic switch over on programmable condition(s) Continuity (A input) maintained with power loss or module removal Three programmable GPI/O’s for control or tally Programmable switch over time delay Passive unbalanced AES audio changeover switch (-B) Passive balanced AES audio changeover switch (-D) RollCall remote and card edge control RollCall error logging Changeover switch status control available via RollTrack • • • • • • • • • • • Ideal for conditions where switch over needs to be fully programmable. For example, carrier loss, the absence of embedded audio or any logical combination of conditions may trigger switchover Three programmable GPI/O’s are available for external control or tally Relays mounted on the rear panel assembly ensure signal integrity (A input) is maintained in case of power loss or module removal Status changes can be linked to/ from other changeover switches via RollTrack Fitted on Rear Panel Fitted on Rear Panel A A+ SW3 Input 110 ohm Input + Output 75 ohm SW3 Output 75 ohm SW2 Output 75 ohm SW1 (Primary) Output B B+ A SW2 Input AInput - Output B B- A Signal Detect SW1 (Primary) Input B Relays shown in power-OFF state RollCall™ Signal Detect GPI Processor Relays shown in power-OFF state RollCall™ 3 x GPI Processor IQBCO-D IQBCO-B Specifications Primary Inputs & Outputs: (-B) Primary Inputs & Outputs: (-D) Return Loss (output terminated) <-25 dB @ 6 MHz Maximum cable length (input + output) >180 meters Return Loss (input terminated) <-25 dB @ 6 MHz Power Consumption Module Power Consumption1.4 W max (balanced version) 1.7 W max (unbalanced version) Maximum cable length (input + output) >500 metres GPI I/O Characteristics ........ Closing Contact Type Output Sink Current 100 mA Input Source Current 1 mA typical Input Threshold Voltage 1 V typical Secondary Input & Outputs (-B) Return Loss......................... < -38 dB @ 5 MHz Crosstalk ............................. < -30 dB up to 100 MHz © Snell & Wilcox 2005 25 IQBCO AES/EBU Changeover Switch Order codes for IQH3A enclosures Order codes for other enclosures AES AUDIO OUT GPI IQBCO-2-D GPI 1-3 A B GPI 1 AES AUDIO IN IQBCO-2A-D AES/EBU audio changeover switch. Balanced. 1 primary switch IQBCO-2-D AES/EBU audio changeover switch. Balanced. 1 primary switch OUTPUT B A IQBCO-2-B 3 OUTPUT A PRIMARY 2 GPI I/O IQBCO-2A-B AES/EBU audio changeover switch. Unbalanced. 1 primary, 2 secondary switches 2 1 B OUTPUT B A IQBCO-2-B AES/EBU audio changeover switch. Unbalanced. 1 primary, 2 secondary switches For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs GPI I/O ................................ 3 x closing contact via BNC/9 way D Connector Digital Audio Input (Balanced –D versions) 2 per channel (1 channel) AES/EBU via 2x9 way D Connector Inputs AES Input A Channel 1 (Primary) AES Input B A B Select Signal Detect AES Input A Channel 2 (-B only) AES Input B Standards............................ AES3–1992 Signal Outputs (Passive) AES Input A Channel 3 (-B only) AES Input B Digital Audio (Balanced –D versions) 1 per channel (1 channel) AES/EBU via 1x9 way D Connector GPI x 3 Digital Audio (Unbalanced –B versions) 1 per channel (3 channels) AES/EBU via BNC Connectors Outputs Digital Digital Digital Audio Input (Unbalanced –B versions) 2 per channel (3 channels) AES/EBU via BNC Connectors AES Channel 1 (Primary) AES Channel 2 (-B only) A B Select AES Channel 3 (-B only) Changeover Control Rollcall™ Remote Control Standards............................ AES3–1992 Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Switch delay ........................ 0 to 10 s from trigger condition(s) Switch mode ....................... Manual / Auto (Audio Loss only) Reporting & Logging ............ Input Loss; Channel Status Monitoring Manual switch ..................... A / B Local ................................... Selects default mode (cancels any RollCall programmed conditions) Indicators Power O.K. Input Loss A Input Loss B Functions Available via RollCall Only Switch condition .................. Any logical combination of warnings and GPI triggers GPI/O program.................... Tally any input state or warning or set as trigger © Snell & Wilcox 2005 IQBCO AES Changeover Unit 26 IQACO Analog Video Changeover Switch The IQACO is a passive changeover switch with composite video presence detection. Both inputs are monitored for sync presence, sync amplitude and line standard. The condition for switch over may be programmed to be sync loss or video standard change. Does this module suit your application? Why should you choose this module? • • • • • • • • • Passive composite / pulse changeover switch Automatic switch over on programmable condition(s) Detection of sync presence, sync amplitude and line standard Continuity (A input) maintained with power loss or module removal Three programmable GPI/O’s for control or tally Programmable switch over time delay RollCall remote and card edge control RollCall fault logging • • Switch over on programmable condition(s) for fully automatic operation Fault detection triggers the unit to switch over to the alternative input and creates an alarm trigger to flag the problem All fault or warning conditions can be reported and logged over RollCall Fitted on Rear Panel A SW3 Input 75 ohm SW3 Output 75 ohm SW2 Output 75 ohm SW1 (Primary) Output B A SW2 Input B A SW1 (Primary) Input B Signal Detect Relays shown in power-OFF state RollCall™ 3 x GPI Processor Order codes for IQH3A enclosures Order codes for other enclosures OUTPUT B A IQACO-2-B 3 2 1 A PRIMARY OUTPUT B A IQACO-2 Analog Video Changeover Switch. 1 primary, 2 secondary switches. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 B 2 GPI I/O IQACO-2A Analog Video Changeover Switch. 1 primary, 2 secondary switches. OUTPUT 27 IQACO Analog Video Changeover Switch Inputs & Outputs Signal Inputs Primary Analog .................... 2 per channel (1 channel) Composite/Black Burst video via BNC Inputs IQACO Analog Video Changeover Unit Outputs Analog Analog Secondary Analog ............... 2 per channel (2 channels) For low data rate signals via BNC Analog Input A Channel 1 (Primary) Analog Input B Signal Outputs (Passive) A B Select Signal Detect Standard Detect Low Sync Detect Analog Input A Channel 2 Analog Input B Primary Analog .................... 1 per channel (1 channel) via BNC Analog Channel 2 A B Select Analog Input A Channel 3 Analog Input B Secondary Analog ............... 1 per channel (2 channels) via BNC Analog Channel 1 (Primary) Analog Channel 3 GPI I/O ................................ 3 x closing contact via BNC GPI x 3 Changeover Control Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Low Sync A Switch mode ....................... Manual / Auto Low Sync B Manual switch ..................... A / B Functions available via RollCall only Local ................................... Selects default mode (cancels any RollCall programmed conditions) Switch condition .................. Any logical combination of warnings and GPI triggers Indicators Power O.K. GPI/O program .................... Tally any input state or warning or set as trigger Input Loss A Switch delay ........................ 0 to 10s from trigger condition(s) Input Loss B Reporting & Logging ............ Input Loss; Input Line Standard; Low Sync Level Input Standard A ................. 525/625 Input Standard B ................. 525/625 Specifications Analog Input Level ............... Standard levels ±6 dB GPI I/O Characteristics ........ Closing Contact Type Output Sink Current 100 mA Input Source Current 1 mA typical Input Threshold Voltage 1 V typical Input Return Loss (Primary).. better than 35 dB to 6 MHz (Output terminated) Input Return Loss (Secondary) better than 35 dB to 5 MHz (Output terminated) Power Consumption Module Power Consumption 1W max Output Return Loss (Primary) better than 35 dB to 6 MHz (Inputs A and B terminated) Output Return Loss (Secondary) better than 35 dB to 5 MHz (Inputs A and B terminated) © Snell & Wilcox 2005 28 IQMDA00 HD/SD-SDI MONITORING DISTRIBUTION AMPLIFIER.................................... 31 IQSDA01 INTELLIGENT HD/SD-SDI DISTRIBUTION AMPLIFIER ................................... 33 IQDSDR RECLOCKING SDI DISTRIBUTION AMPLIFIER ............................................... 35 IQDSDA SDI DISTRIBUTION AMPLIFIER...................................................................... 37 IQMDDA ASI DISTRIBUTION AMPLIFIER...................................................................... 39 IQDASI ASI/SDI DISTRIBUTION AMPLIFIER ............................................................... 41 IQAVDR ANALOG VIDEO DISTRIBUTION AMPLIFIER WITH ROLLCALL CONTROL ...... 43 IQAVDA ANALOG VIDEO DISTRIBUTION AMPLIFIER .................................................. 45 Even within comparatively simple systems, a single video feed will often need to be supplied to a number of different functions. IQ Modular offers a comprehensive series of video distribution amplifiers, offering a range of functions and up to ten video channels from a single input signal. Digital versions can operate in either 1.5 Gbit/s HDSDI, MPEG-ASI, 4:2:2 component or 4fsc composite. They can be specified with a re-clocking capability to minimize jitter in the ongoing picture. They also feature input equalization to allow the use of long cable runs. Versions with analog operation are also available, featuring 45MHz operation to ensure high quality outputs suitable for broadcast purposes - including HDTV reference distribution - with RollCall™ control as an option. For Additional Related Modules See: Section: Module: SDI to Composite IQDSDES SDI to Composite IQDSDED MPEG Monitoring IQMDDM-T MPEG Monitoring IQMDDM SDI to Composite IQDAVM © Snell & Wilcox 2005 29 DISTRIBUTION & ROUTING Video Distribution IQMDA00 HD/SD-SDI Monitoring Distribution Amplifier The IQMDA00 is an HD/SD-SDI distribution amplifier and HD-SDI monitoring downconverter. This module takes HD-SDI streams and produces four re-clocked HD-SDI outputs. It also converts the input signal to same frame-rate SD-SDI outputs for monitoring. Output options include 4 x HD-SDI and 3 x SD-SDI. One group of audio can also be carried through from the HD inputs to the SD outputs. This module can also be used to distribute SD-SDI signals to SMPTE 259M-C, providing 7 outputs from one input. Does this module suit your application? Why should you choose this module? • • • • • • • • • • • An HD-SDI monitoring down-converter to allow compact low-cost, low-power monitoring solutions for HD environments Standards supported: ! HD-SDI to SMPTE292M ! SD-SDI to SMPTE259M-C A distribution amplifier for HD-SDI signals with SD-SDI monitoring capability A distribution amplifier for SD-SDI signals with 7 x SD-SDI outputs Audio capability means that a complete Audio/Video monitoring solution is possible Supports one output group of embedded audio channels with input audio group selection Monitoring output aspect ratio may be set to letterbox, anamorphic or center cut out picture modes Signal loss detection Maintains the input frame-rate for the output signal RollCall remote control and monitoring compatible 1 HD & SD-SDI RX & Equalisation • • • • HD-SDI 1 CRC and EDH Checking Standard Detection • Extremely compact solution for downconversion of HD picture sources for monitoring on SD equipment with embedded audio Allows low cost SD video monitors with SDI inputs to be used to monitor HD signals Allows HD sources to be recorded on SD recording equipment for monitoring or viewing at a future time Combined audio and video support means that SD monitoring systems can be used for HD feeds including their audio content SD/HD input flexibility allows distribution of SDSDI signals or distribution and downconversion of HD-SDI signals without the need for separate hardware Will pass SD signals to allow monitoring of either HD or SD signals fed via a single connector Advanced Re-clocker SDI TX 2 3 Progressive to Interlace Conversion Audio De-embed Scaler Aspect Ratio Converter 4 Audio Embedder SDI TX SD-SDI 1 Inputs Built-in Intelligence Audio Group Select Network intelligence, control and monitoring Block diagram for IQMDA0026-1A shown Order codes for IQH3A enclosures 2 1 IQMDA 0026-1A SERIAL IN HD-SERIAL OUT 4 3 2 1 3 SD-SERIAL OUT IQMDA0026-1A HD/SD-SDI DA and HD-SDI Monitoring Downconverter. 4 HD-SDI and 3 SD-SDI outputs For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 31 3 Outputs 2 IQMDA00 HD/SD-SDI Monitoring Distribution Amplifier Inputs & Outputs Signal Input Connector / Format ............. BNC/ 75 Ohm panel jack on standard S&W connector panel Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Outputs ............................... 4 Return loss .......................... > -15 dB Connector / Format ............. BNC/ 75 Ohm panel jack on standard S&W connector panel Downconverter Outputs Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s Electrical.............................. 270 Mb/s SD-SDI SMPTE 259M-C including one group of embedded audio, delayed to match the HD/SD video processing delay Return loss .......................... > -15 dB Connector / Format ............. BNC/ 75ohm panel jack on standard S&W connector panel Distribution Outputs Outputs ............................... 3 Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Output Return Loss ............. > -15 dB Card Edge & RollCall Controls Indicators Aspect ratio for monitoring outputs letterbox, anamorphic, center cut out Power.................................. OK CPU .................................... OK User Memories .................... 16 x Save / Recall / Rename Status.................................. OK (Green) Warning (Yellow) Error (Red) Input audio group selection.. Groups 1 to 4 Reporting............................. Input format(including unknown), input loss, CRC error Available Conversions Input Output 1125(1080)/29.97i or sF 525(483)/29.97i 1125(1080)/25i or sF 625(576)/25i 750(720)/59.94P 525(483)/29.97i 750(720)/50P 625(576)/25i 625(576)/25i 625(576)/25i 525(483)/29.97i 525(483)/29.97i Logging ............................... Input Status Input Standard Convert CRC/EDH CRC/EDH total RollTrack Controls ............... On/Off, Index, Source, Address, Command, Status, Sending. RollTrack Outputs ................ Unused SD Output Video Delay Input Present Input Loss RollCall Control Control ............................... SD Output standard (including auto) Specifications Processing .......................... 10 bit Horizontal Response (anamorphic) ±0.2 dB to 5.4 MHz, > 45 dB stop band attenuation Under/over shoot ................ <10% Linearity............................... ±1 LSB S/N...................................... > 65 dB Vertical Response................ > 40 dB stop band attenuation Color Space ........................ Transmission matrix conversion from SMPTE274 to ITUR-601 Y/C delay............................. < 10 ns SD Output Delay.................. 1 output Frame 625(576)/25i = 40 ms 525(483)/29.97i = 33 ms No conversion = 0 ms With SD inputs = 1.2 µs © Snell & Wilcox 2005 Power Consumption Module Power Consumption 8.5 W Max 32 IQSDA01 Intelligent HD/SD-SDI Distribution Amplifier The IQSDA01 provides up to seven re-clocked outputs for HD-SDI 1.5 Gbit/s or 270 Mbit/s SD-SDI signals, four re-clocked outputs for DVB-ASI signals, or even non re-clocking distribution of wide-band signals. Its 140m HD input equalization performance makes it the most capable HD-SDI DA available. This extra performance means that the systems designer will not need to resort to thicker cable with its added costs, weight and installation hassle. This distribution amplifier also achieves industry-leading density with over 37 reclocked outputs per rack unit. Does this module suit your application? Why should you choose this module? • • Intelligent HD-SDI and SD-SDI/DVB-ASI reclocking distribution amplifier Will distribute DVB-ASI (outputs 1, 3, 5, 7) and other wide-band signals Equalizes up to 140 m at 1.5 Gbit/s and up to 350 m at 270 Mbit/s of Belden 1694A cable Standards supported: ! HD-SDI to SMPTE292M ! SD-SDI to SMPTE259M-C ! DVB-ASI RollCall monitoring allows all signal paths to be managed Extremely compact – up to 16 channels and 112 outputs in 3RU - for use where space is at a premium 16 user configurable memories • • • • • • The longest receive distance for any HD-SDI distribution amplifier makes this the most versatile HD/SD re-clocking DA The IQSDA01 provides an incredible density of HD-SDI outputs, over 37 per rack unit, and channels, 5.33 per rack unit, making it the most space efficient HD distribution amplifier available Useful for critical installation thanks to outstanding input equalization capability Can be used for current SD systems that will later upgrade to HD • • • 1 2 3 1 HD & SD-SDI RX & Equalisation CRC and EDH Checking Standard Detection Advanced Re-clocker SDI TX 4 5 Re-clock Bypass 6 Inputs Network intelligence, control and monitoring Block diagram for IQSDA0026-1A shown Order codes for IQH3A enclosures 2 1 IQSDA0 _26-1A SERIAL IN 4 3 6 5 7 SERIAL OUT IQSDA0126-1A Intelligent reclocking high-performance distribution amplifier with RollCall . 7 outputs For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 33 Outputs 7 Built-in Intelligence IQSDA01 Intelligent HD/SD-SDI Distribution Amplifier Inputs & Outputs Signal Input Signal Outputs Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C / DVB-ASI Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C / DVB-ASI Connector / Format ............. BNC/ 75 Ohm panel jack on standard S&W connector panel Connector / Format ............. BNC/ 75 Ohm panel jack on standard S&W connector panel Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s HD / SD-SDI Outputs .......... 1, 2, 3, 4, 5, 6, 7 DVB-ASI Outputs ................ 1, 3, 5, 7 Return loss .......................... > -15 dB Return loss .......................... > -15 dB Card Edge & RollCall Controls Indicators Logging ............................... Input Status Input Standard CRC/EDH Power.................................. OK CPU .................................... OK Status.................................. OK (Green) Warning (Yellow) Error (Red) RollTrack Controls ............... On/Off, Index, Source, Address, Command, Status, Sending. RollTrack Outputs ................ Unused Input OK Input None Input HD Input SD Input Unknown Input ASI Input Standards RollCall Functions Auto/Manual SD/HD Reclock DVB-ASI Input Status......................... Present, Loss, Standard User Memories .................... 16 x Save / Recall / Rename Specifications Power Consumption Module Power Consumption (RDHDAR1A) 3 W max © Snell & Wilcox 2005 34 IQDSDR Reclocking SDI Distribution Amplifier The IQDSDR provides up to ten re-clocked equalized outputs operating with 143, 177, and 270 Mbit/s SDI signals, or 5 non-inverting outputs suitable for 270 Mbit/s ASI signals. Does this module suit your application? Why should you choose this module? • • • • • • • • Performs equalization and reclocking of serial 4:2:2/4fsc and ASI signals Provides up to 10 buffered outputs for SDI signals and 5 for ASI signals selectable via a front card edge switch Input equalizer and reclocking allows for use as a line receiver/ distribution amplifier Input signal loss indicator LED on the front card edge Single and double width rear modules available RollCall remote control and monitoring Serial Input • • • Buffer Amplifier Reclocking distribution amplifier ensures there are no jitter problems in the system Input equalization ensure maximum cable lengths can be used Can be used in either serial 4:2:2, 4fsc or ASI systems Fan-out can be either 5, 7 or 10, depending on rear panel Output Drivers Receiver Reclocker Serial Outputs Auto/Manual Standard Selection Standard Select Switch Options 143, 177, 270Mbit/s Processor RollCall Note: ‘+’ = non-inverting output, ‘-‘ = inverting output. Order codes for IQH3A enclosures 5 6 + 3 + + + - 4 2 Order codes for other enclosures 1 SERIAL OUTPUT IQDSDR -1A IQDSDR-1 7 SERIAL IN + + + 5 + 2 3 + 4 + 1 2 SERIAL IN SERIAL OUT IQDSDR-1-R Reclocking DA (4:2:2/4fsc) + RollCall. 5 SDI / ASI outputs. IQDSDR-1A-R Reclocking DA (4:2:2/4fsc) + RollCall. 7 SDI / 5 ASI outputs (numbered 1, 3, 4, 6, 7). - SERIAL OUTPUT - 5 4 - + + 3 4 7 8 - 6 IQDSDR-2 + + 9 10 2 + 1 SERIAL OUTPUT - 5 + 10 1 + 6 7 9 + - - IQDSDR -2A + 2 8 + SERIAL IN SERIAL IN IQDSDR-2-R Reclocking DA + RollCall. 10 SDI / 5 ASI outputs (numbered 6 to 10). IQDSDR-2A-R Reclocking DA (4:2:2/4fsc) + RollCall. 10 SDI / 5 ASI outputs (numbered 1 to 5). For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 2 3 35 IQDSDR Reclocking SDI Distribution Amplifier Inputs & Outputs Signal Inputs Serial .................................. 143, 177, 270 SDI or 270 Mbit/s ASI Inputs IQDSDR 4:2:2/4fsc Reclocking Distribution Amplifier Digital Standards............................ SMPTE 259M-ABC-1997, DVB-ASI Outputs Digital Reclocking Signal Outputs 1 Serial Digital Serial Distribution Amplifier with Up to 10 Serial Digital EQ Buffering Serial Digital ........................ Up to 10 SDI Standards............................ SMPTE 259M-ABC-1997, DVB-ASI RollCall Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Signal Standard ................... Monitor Input Signal Standard .......... Auto Detect or Manual set Indicators Functions Available via RollCall™ Only No Signal ............................. Loss of Serial Input Signal Presence................... Monitor Power .................................. Presence of power supplies Specifications Input Return Loss ................ better than 15 dB to 270 MHz Preset Control Functions Maximum Input cable Length 250 m Input Signal Standard .......... 143, 177 or 270 Mbit/s Output Return Loss ............. better than 15 dB to 270 MHz Module Power Consumption Power Consumption Insertion Delay ..................... <5 ns 4.2 W max (-R versions) SDI Output Level ................. 800 mv ± 5% © Snell & Wilcox 2005 36 IQDSDA SDI Distribution Amplifier The IQDSDA provides up to ten equalized outputs operating with 143, 177 and 270 Mbit/s SDI signals, or 5 non-inverting outputs suitable for 270 Mbit/s ASI signals. Does this module suit your application? Why should you choose this module? • • • • Provides up to 10 buffered outputs and ASI formats 525 or 625 operation Serial Input Buffer Amplifier Ideal distribution amplifier for all serial digital applications Output Drivers Receiver Serial Outputs For more details on enclosure types please refer to the Frames/Enclosures section Order codes for IQH3A enclosures 5 6 3 Order codes for other enclosures 1 4 2 IQDSDA -1A IQDSDA-1 7 SERIAL IN SERIAL OUTPUT 5 3 2 1 2 4 SERIAL IN SERIAL OUT IQDSDA-1A Non-reclocking D.A. 7 SDI / 5 ASI outputs (numbered 1, 3, 4, 6, 7) IQDSDA-1 Non-reclocking D.A. 5 SDI/ASI outputs 4 9 SERIAL OUTPUT 8 4 5 6 IQDSDA-2 10 2 3 SERIAL OUTPUT 2 3 5 7 1 7 9 10 8 2 1 6 IQDSDA -2A SERIAL IN IQDSDA-2 Non-reclocking D.A. 10 SDI / 5 ASI outputs (numbered 6 to 10) SERIAL IN IQDSDA-2A Non-reclocking D.A. 10 SDI / 5 ASI outputs (numbered 1 to 5) Note: This module does not support any RollCall features. Inputs & Outputs Signal Inputs Serial .................................. 143, 177, 270 SDI or 270 Mbit/s ASI Inputs IQDSDA SDI/ ASI Distribution Amplifier Digital Standards............................ SMPTE 259M-ABC-1997, DVB-ASI Digital Serial Distribution Signal Outputs 1 Serial Digital Amplifier for Input Cable Lengths up to 200m Serial Digital ........................ Up to 10 SDI Standards............................ SMPTE 259M-ABC-1997, DVB-ASI Specifications Note that this module does not perform re-clocking. SDI Output Level ................. 800 mv ± 5% Input Return Loss ................ better than 15 dB to 270 MHz Power Consumption Maximum Input Cable Length >200 m Module Power Consumption2.5 W max Output Return Loss ............. better than 15 dB to 270 MHz © Snell & Wilcox 2005 Outputs 37 Up to 10 Serial Digital IQMDDA ASI Distribution Amplifier The IQMDDA is an ASI distribution amplifier, which provides up to 8 equalized and reclocked outputs. Does this module suit your application? Why should you choose this module? • • • • • • • • • • ASI Distribution amplifier with up to 8 outputs Equalized and transformer coupled input Selectable true or inverted data polarity Reclocked and transformer coupled outputs RollCall remote control Monitoring of data presence Passive relay input bypass option 2 Configurable GPI ports ASI Input • • ASI Distribution amplifier with up to 8 outputs Selectable true or inverted data polarity, useful when polarity sensitive ASI data has passed through SDI equipment 2 GPI ports which may be configured to switch data polarity or report input loss RollCall remote control & logging EQ & Reclock Up to 8 ASI Outputs Signal Detection RollCall GPI 1 Processor GPI 2 Order codes for IQH3A enclosures Order codes for other enclosures IQMDDA-1 ASI OUT 4 2 3 1 ASI IN IQMDDA-1 ASI Distribution Amplifier. 4 outputs. Transformer coupled. IQMDDA-1A ASI Distribution Amplifier. 5 outputs. Transformer coupled. 5 7 6 8 1 IQMDDA-2 1 3 4 GPI 2 2 2 ASI IN ASI OUT IQMDDA-2 ASI Distribution Amplifier. 8 outputs. Transformer coupled. IQMDDA-2A ASI Distribution Amplifier. 8 outputs. Transformer coupled. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 39 IQMDDA ASI Distribution Amplifier Inputs & Outputs Signal Inputs IQMDDA ASI Distribution Amplifier Data .................................... ASI (270 MBit/s) Inputs Standards............................ DVB-ASI, ETR290 GPI 1 (Double width only) .... Configurable as: 1) Data polarity switch input Closing contact 2) Loss of data warning Outputs Data ASI x 1 Data Equalization Up to 8 ASI Re-Clocking Polarity Control GPI 2 .................................. Configurable as: 1) Data polarity switch input Closing contact 2) Loss of data warning GPI x 2 Signal Outputs RollCall Remote Control & Display Serial Data........................... Up to 8 ASI (270 MBit/s) Standards............................ DVB-ASI, ETR290 Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Signal not Inverted .............. Yellow LED Data Invert........................... On/Off Functions Available via RollCall™ Only Indicators Log data presence............... On/Off Power OK............................ Green LED GPI Configuration ................ Input/ Output Signal Presence................... Yellow LED GPI Sense ........................... Inverted/ Non-inverted Signal Inverted .................... Yellow LED Labeling of Input .................. Up to 8 ASCII characters Specifications Serial Input Return Loss....... Better than -15 dB to 270 MHz Output Jitter ........................ < 0.2 UI Maximum Input Cable Length >100 m Power Consumption Module Power Consumption6.6 W max Signal Output Level ............. 800 mV ±10% Output Return Loss ............. Better than -15 dB to 270 MHz © Snell & Wilcox 2005 40 IQDASI ASI/SDI Distribution Amplifier The IQDASI provides four equalized, reclocked and non-inverted ASI/SDI outputs. Does this module suit your application? Why should you choose this module? • • • • • • Automatic equalization and reclocking for >200 metres Four buffered non-inverting outputs Signal loss indication Low power consumption RollCall control option available SDI Input Buffer Amplifier • • A distribution amplifier with four outputs specifically for ASI signals Reclocking ensures minimum jitter Automatic equalization on input enables cable input lengths greater than 200 meters Output Drivers Receiver Reclocker Processor Order codes for IQH3A enclosures Serial Outputs RollCall (-R version) Order codes for other enclosures IQDASI-1 4 3 2 1 SERIAL OUTPUT SERIAL INPUT IQDASI-1A-R ASI DA with RollCall. 4 outputs. IQDASI-1-R ASI DA with RollCall. 4 outputs. IQDASI-1A ASI DA. 4 outputs. IQDASI-1 ASI DA. 4 outputs. For more details on enclosure types please refer to the Frames/Enclosures section Features Signal Inputs Inputs Serial Digital Video ............... 1 x 270 Mbit/s SDI or ASI stream IQDASI SDI/ASI Serial Reclocking DA Digital Standards............................ SMPTE 259M-C-1997, DVB PI Digital Reclocking Signal Outputs SDI/ASI Serial Digital Serial Digital Video ............... 4 x re-clocked SDI/ASI Serial Distribution Amplifier with EQ Buffering Standards............................ SMPTE 259M-C-1997, DVB PI Controls None Rollcall Remote Control (-R versions) Indicators No Signal............................. Loss of Serial Input Power.................................. Presence of Power Supplies Specifications Input Return Loss ................ better than 15 dB to 270 MHz Power Consumption Maximum Input cable Length >200 m Module Power Consumption 3 W max Output Return Loss ............. better than 15 dB to 270 MHz © Snell & Wilcox 2005 Outputs 41 Serial Digital 1-4 IQAVDR Analog Video Distribution Amplifier with RollCall Control The IQAVDR provides up to ten equalized analog video outputs. Features include; adjustable gain and equalization, and full remote control and status reporting. Does this module suit your application? Why should you choose this module? • • • • • • • • • • • Up to 10 high quality outputs Balanced Loop-through input 35 MHz bandwidth Adjustable gain and equalization Equalization for RG59U/Belden 8263 or PSF1/2/Belden 8281 (link selectable) Black level clamp (link selectable) Full RollCall remote control and signal identification Sync and burst level warnings Automatic gain control (AGC) with respect to sync height Automatic equalization (ACC) with respect to burst height Differential Input Buffer Video Input • • • • • • Ideal distribution amplifier where input cable configuration is likely to change, such as OB trucks Remote control and card edge control of gain and equalization Equalization for 3 different cable types up to 250 meters Automatic gain and equalization control mode available Sync and burst level warnings provided for low level signals 35 MHz bandwidth allows it to be used with HDTV component signals Differential input for excellent common mode rejection Equalizer & Gain Correction Output Drivers Video Outputs Sync Separation RollCall Processor Order codes for IQH3A enclosures Order codes for other enclosures IQAVDR-1 OUTPUTS 4 2 1 3 LOOP IN IQAVDR-1A Analog Video DA with RollCall. 6 outputs. IQAVDR-1 Analog Video DA with RollCall. 4 outputs. IQAVDR-1A-E1 Analog Video DA with RollCall, special equalization settings for Nokia cable. 6 outputs. IQAVDR-1-E1 Analog Video DA with RollCall, special equalization settings for Nokia cable. 4 outputs. 5 OUTPUTS 3 4 6 IQAVDR-2 7 9 10 1 2 8 2 LOOP IN IQAVDR-2A Analog Video DA with RollCall. 10 outputs IQAVDR-2 Analog Video DA with RollCall. 10 outputs IQAVDR-2A-E1 Analog Video DA with RollCall, special equalization settings for Nokia cable. 10 outputs IQAVDR-2-E1 Analog Video DA with RollCall, special equalization settings for Nokia cable. 10 outputs For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 43 IQAVDR Analog Video Distribution Amplifier with RollCall Control Inputs & Outputs Signal Inputs Video................................... 1 Balanced loop-through Inputs Signal Outputs IQAVDR Video Distribution Amplifier Analog Video................................... Up to 10 Unbalanced Outputs Video Loop-through Outputs Analog Equalization Gain Correction Video up to 10 Standard Identification RollCallTM Remote Control and Display Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) AGC .................................... [On/Off] - All recognized SD Sources Gain .................................... ±3 dB in steps of 0.05 dB ACC .................................... [On/Off] - Composite Sources Only Equalization (PSF1/2 or Beldon 8281) 0-200 m .............................. ±0.1 dB to 10 MHz ±0.2 dB 10-25 MHz Functions Available via RollCall™ Only Signal Identification .............. Line Standard - 525 Mono, 625 Mono, NTSC, PAL, 750, 1125, 1250 and Unknown 0-100 m .............................. +0.5, -1.5 dB 25-35 MHz 200-300 m .......................... ±0.2 dB to 10 MHz +0.3 dB, -1.5 dB 10-25 MHz Selectable Clamp Equalization (RG59/U or Beldon 8263) Signal level........................... Sync and Burst amplitude ±10% 0-300 m .............................. ±0.1 dB to 8 MHz Logging ............................... Signal Level Warning, Line Standard, Burst level warning 0-100 m .............................. ±0.2 dB 8-20 MHz 200 m.................................. -1 dB typical at 25 MHz 300 m ................................. -1 dB typical at 15 MHz Specifications Frequency Response Input Return Loss (Un-Powered) better than 33 dB to 30 MHz (Without Equalization) .......... 10 kHz - 10 MHz ± 0.1 dB 10 MHz - 30 MHz ± 0.2 dB 35 MHz <-1 dB Input Impedance ................. > 22 k ohms Headroom ........................... +6 dB Differential Gain .................. Unity Gain - Better than 0.2% Output Impedance............... 75 ohms ±1% Differential Phase ................ Unity Gain - Better than 0.2° Gain .................................... Unity ±1% as supplied Signal/Noise Ratio ............... 10 kHz – 7 MHz - Better than -66 dB (Unweighted) Clamp Rejection .................. 8 dB typical at 50 Hz Power Consumption Linearity............................... Better than 0.1% 50 Hz tilt K50Hz .................. Better than 0.1% Output D.C.......................... < 90 mV Module Power Consumption 3.5 W max EMC Performance Information Output Return Loss ............. better than 33 dB to 10 MHz, 26 dB to 30 MHz Environment ....................... Commercial and light industrial E2 Maximum Output Level........ 2.4 V pk to pk @ 20 MHz into 75 ohms Peak Mains Inrush Current following a 5 second mains interruption Insertion Delay .................... 20 ns ............................................ No mains input Y-C Gain/ Delay inequality ... < 1%, < 1 ns Performance Information ..... Immunity to conducted common-mode RF interference (EN 55103-2 immunity phenomenon I6): Interference is just visible on critical picture material when a video input or output is subjected to modulated RF at a level of 3 V. K2T, KPB ............................ Better than 0.1% Max. Input Level .................. + 6 dB CMRR ................................ Better than 60 dB at 50 Hz, 40 dB 50 Hz to 8 MHz Input Return Loss (Powered) better than 36 dB to 10 MHz, 30 dB to 30 MHz © Snell & Wilcox 2005 44 IQAVDA Analog Video Distribution Amplifier The IQAVDA provides up to eight equalized analog video outputs, for use in broadcast, professional and industrial applications. Does this module suit your application? Why should you choose this module? • • • • • • Up to 8 high quality outputs on BNC Connectors Equalizer, better than ±0.1 dB to 15 MHz with 100 m RG59 cable 45 MHz frequency response High quality, low noise implementation Balanced loop-through Input • • Differential Input Buffer Video Input Ideal distribution amplifier for analog video applications Maintenance of video quality ensured by the 45 MHz frequency response Equalizer ensures the flat response (±0.1 dB) to 15 MHz necessary for quality distribution Output Drivers Equalizer Gain Video Outputs Equalize For more details on enclosure types please refer to the Frames/Enclosures section Order codes for IQH3A enclosures Order codes for other enclosures IQAVDA-1 3 2 1 OUTPUT INPUT IQAVDA-1A Video DA. 5 outputs. IQAVDA-1 Video DA. 3 outputs. IQAVDA-1A -E1 Video DA, special equalization settings for Nokia cable. 5 outputs. IQAVDA-1-E1 Video DA, special equalization settings for Nokia cable. 3 outputs. 5 IQAVDA-2 8 4 3 7 6 OUTPUT 2 1 INPUT IQAVDA-2A Video DA. 8 outputs. IQAVDA-2 Video DA. 8 outputs. IQAVDA-2A-E1 Video DA, special equalization settings for Nokia cable. 8 outputs. IQAVDA-2-E1 Video DA, special equalization settings for Nokia cable. 8 outputs. Note: This module does not support any RollCall features Inputs & Outputs Signal Inputs Inputs Video................................... 1 Balanced loop-through IQAVDA Video Distribution Amplifier Analog Signal Outputs Analog Analog Distribution Video................................... Up to 8 Unbalanced Outputs Composite Loop-through Amplifier with Gain Control and Cable Equalisation © Snell & Wilcox 2005 Outputs 45 Composite up to 8 IQAVDA Analog Video Distribution Amplifier Specifications Headroom ........................... +6 dBV Frequency Response, 0-100 m RG59U (or equivalent) 15 MHz ±0.1 dB typ. -0.33 dB at 20 MHz typ. -3 dB at 36 MHz Output Impedance............... 75 ohms ±1% Output Isolation ................... Better than 38 dB to 5 MHz Better than 36 dB to 10 MHz Differential Gain .................. Better than 0.1% Differential Phase ................ Better than 0.1° Output Return Loss ............. Better than 36 dB to 5 MHz Better than 33 dB at 10 MHz Signal/Noise Ratio ............... Better than 75 dBV rms. (unified weighting filter) Gain .................................... Unity ±1% as supplied Power Consumption 50 Hz tilt K50 Hz ................. Better than 0.5% Module Power Consumption Output D.C.......................... ±45 mV max. ±10 mV typical Insertion Delay .................... 17 ns Max. Input Level .................. + 6 dB 3.3 W max (-2/2A versions) 2.2 W max (-1/1A versions) Control Ranges CMRR ................................ Better than 55 dB at 50 Hz Better than 45 dB at 250 Hz Gain .................................... +6 dB to -4 dB typical Equalization ......................... Equalizes up to 100 m of RG59 to 15 MHz ±0.1 dB Input Return Loss ................ Better than 50 dB at LF Better than 40 dB at 5 MHz Better than 36 dB at 10 MHz © Snell & Wilcox 2005 46 IQBDDAD DUAL STREAM AES/EBU DISTRIBUTION AMPLIFIER .................................... 49 IQBDDAS AES/EBU DISTRIBUTION AMPLIFIER ............................................................ 51 IQBDA7S DUAL ANALOG AUDIO DISTRIBUTION AMPLIFIER ........................................ 55 IQBDA7 ANALOG AUDIO DISTRIBUTION AMPLIFIER .................................................. 57 IQBDA3S DUAL ANALOG AUDIO DISTRIBUTION AMPLIFIER ........................................ 59 Separate audio signals, whether analog or digital, form a significant element of most facilities' systems. The IQ Modular range provides an extensive choice of audio distribution amplifiers suitable for use with either the AES/EBU digital format or with analog signals. Both single and dual channel digital amplifiers are available, with transformer-coupled inputs and outputs as standard and additional unbalanced inputs and outputs as an option. All versions provide automatic sensing of the input signal's sampling rate, providing operation at 32, 44.1 or 48kHz. The analog distribution amplifier range includes three (stereo) or seven (mono/ stereo) balanced outputs from a single input channel, providing unity gain and very low distortion and noise. © Snell & Wilcox 2005 47 DISTRIBUTION & ROUTING Audio Distribution IQBDDAD Dual Stream AES/EBU Distribution Amplifier The IQBDDAD provides 2 AES/EBU audio inputs with 3 equalized and reclocked outputs each. Does this module suit your application? Why should you choose this module? • • • • • • • • • Equalization for 150 m of AES cable or 500 m of RG45 cable (unbalanced) Automatic 32, 44.1 and 48 kHz operation 2 transformer coupled balanced Inputs Optional 2 transformerless unbalanced inputs 3 reclocked transformer coupled balanced outputs per channel input Optional 3 reclocked transformerless unbalanced outputs per channel input Channel status monitoring RollCall reporting of input lock • • • • High quality distribution amplifiers for AES/EBU digital audio Dual stream for multi-lingual systems Operates with all normal professional sampling rates, 32, 44.1 and 48 kHz Balanced or unbalanced output configurations enables use in all environments Status monitoring and input lock reporting through RollCall remote control, provides error checking Balanced Output A x 3 Balanced Input A EQ CHANNEL A Unbalanced Input A (Option) Unbalanced Output A x 3 (Option) Balanced Output B x 3 Balanced Input B EQ CHANNEL B Unbalanced Input B (Option) Unbalanced Output B x 3 (Option) RollCall Processor Order codes for IQH3A enclosures Order codes for other enclosures AES AUDIO OUTPUTS B IQBDDAD-2-B 1 2 B A AES AUDIO INPUTS IQBDDAD-2A-B AES DA. Dual stream Unbalanced. 2 x 3 outputs. 3 1 2 AES AUDIO OUTPUTS A 3 IQBDDAD-2-B AES DA. Dual stream Unbalanced. 2 x 3 outputs. IQBDDAD-1-D IQBDDAD-1A-D AES DA. Dual stream Balanced. 2 x 3 outputs. AES AUDIO IN+OUT IQBDDAD-1-D AES DA. Dual stream Balanced. 2 x 3 outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 49 IQBDDAD Dual Stream AES/EBU Distribution Amplifier Inputs & Outputs Signal Inputs Digital Audio Input ............... 2 Channel (2 Stereo Pairs) Balanced 25 way D Unbalanced -B (Optional) BNC Inputs IQBDDAD Dual Stream Digital Audio Distribution Amplifier Digital Standards............................ AES3–1992 Outputs Digital Signal Outputs Channel A AES/EBU x 3 (Balanced) Digital Audio ........................ 6 x (3 per channel pair) Serial Digital (Balanced) –D 6 x (3 per channel pair) Serial Digital (Unbalanced) –B AES/EBU Serial Channel A Equalize Channel A AES/EBU x 3 (Option: Unbalanced) Reclock Standards............................ AES3–1992 Channel B AES/EBU x 3 (Balanced) AES/EBU Serial Channel B Channel B AES/EBU x 3 (Option: Unbalanced) RollCallTM Remote Control Card Edge & RollCall Controls Card Edge Controls Input Sample Rate Detect .... Automatic 32, 44.1, 48 kHz detection None Channel Status Monitor ....... Displays Channel Status Information Functions Available via RollCall™ Only Input Lock Detect ................ Detects presence of input (32, 44.1, 48 kHz only) Specifications Power Consumption Input Cable Length .............. Balanced, > 150 m of AES3 Cable Unbalanced, 500 m of RG59 or Equivalent Module Power Consumption 2 W max EMC Performance Information Output level ......................... Balanced 3 V pk to pk typical Unbalanced 1 V ±0.1 V pk to pk Environment ....................... Commercial and light industrial E2 Peak Mains Inrush Current following a 5 second mains interruption No mains input Equalization Mode ............... Automatic Insertion Delay ..................... <600 ns Re-clocking ......................... Yes © Snell & Wilcox 2005 Performance Information ..... No performance degradations or cable length limitations 50 IQBDDAS AES/EBU Distribution Amplifier The IQBDDAS digital audio distribution amplifier can receive digital audio from up to 150 m of AES approved cable for balanced inputs or up to 500 m of RG59B for unbalanced inputs. Up to 9 reclocked outputs are provided. Digital audio sample rates of 32, 44.1 and 48 kHz are automatically selected, however input sample rates between 25 and 55 kHz may be applied. Does this module suit your application? Why should you choose this module? • • • • • • • • • Can receive digital audio from up to 150 m of AES cable (balanced inputs) or 500 m of RG59B or equivalent cable (unbalanced inputs) Automatic 32, 44.1 and 48 kHz operation 7 reclocked transformer coupled balanced outputs Optional 9(6,4) reclocked transformerless unbalanced outputs,1 transformer coupled balanced input Optional transformerless unbalanced input Optional monitor analog output and headphone output Channel status monitoring RollCall reporting of input lock • • • High quality distribution amplifiers for AES/EBU digital audio Operates with all normal professional sampling rates, 32, 44.1 and 48 kHz Balanced or unbalanced output configurations enables use in all environments Status monitoring and input lock reporting through RollCall remote control, provides error checking Balanced Outputs x 7 Balanced Input RX Unbalanced Input (Option) Unbalanced Outputs x 9 (Option) Monitor DAC (Option) RollCall Processor © Snell & Wilcox 2005 51 Analog Output Headphone Output IQBDDAS AES/EBU Distribution Amplifier Order codes for IQH3A enclosures Order codes for other enclosures IQBDDAS-1-0-D IQBDDAS-1A-0D Single stream AES DA. Balanced. 7 outputs. AES AUDIO IN+OUT IQBDDAS-1-0-D Single stream AES DA. Balanced. 7 outputs. IQBDDAS-1-M-D IQBDDAS-1A-MD Single stream AES DA. with Monitoring Balanced. 5 AES+ 1 analog Stereo monitoring output AES IN+AES/ANALOGUE OUT IQBDDAS-1-M-D Single stream AES DA. with Monitoring Balanced. 5 AES+ 1 analog Stereo monitoring output IQBDDAS-1-0-B IQBDDAS-1A-0B Single stream AES DA. Unbalanced. 6 outputs. 1 AES IN 2 3 AES AUDIO OUTPUTS 4 IQBDDAS-1-0-B Single stream AES DA. Unbalanced. 4 outputs. IQBDDAS-2-0-B IQBDDAS-1A-MB Single stream AES DA with Monitoring. Unbalanced. 3 AES+ 1 analog Stereo monitoring output 1 2 6 AES IN 3 4 5 7 8 AES AUDIO OUTPUTS 9 IQBDDAS-2-0-B Single stream AES DA. Unbalanced. 9 outputs. ANALOGUE AUDIO OUTPUTS IQBDDAS-2A-0B Single stream AES DA. Unbalanced. 9 outputs. IQBDDAS-2-M-B 3 AES IN 1 2 4 5 AES AUDIO OUTPUTS 6 IQBDDAS-2-M-B Single stream AES DA with Monitoring. Unbalanced. 6 AES+ 1 analog Stereo monitoring output IQBDDAS-2A-MB Single stream AES DA with Monitoring. Unbalanced. 6 AES+ 1 analog Stereo monitoring output For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Input Digital Audio Input ............... 2 Channels (1 Pair) Inputs Standards............................ AES3–1992 IQBDDAS AES/EBU Digital Audio Distribution Amplifier Outputs Digital Digital Signal Outputs AES/EBU Serial Digital Audio (Balanced) ....... 7 (5 with Monitor output option) x Serial Digital Reclocker Headphone Amplifier (Option) Digital Audio (Unbalanced)... Up to 9 (6 with Monitor output option) x Serial Digital AES/EBU x 9 (Option: Unbalanced) Analog Analog Audio ....................... 1 x Stereo (option) Analog and Headphone Output (Option) Headphone (card edge) ....... 1 x Stereo via 3.5 mm jack (option) Standards............................ AES3–1992 RollCallTM Remote Control © Snell & Wilcox 2005 AES/EBU x 7 (Balanced) DAC 52 IQBDDAS AES/EBU Distribution Amplifier Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Headphone Volume (Monitor output option) ........ ‘OR’ing of Lock, parity, validity and confidence errors (Monitor output option) ........ Adjusts headphone volume only Functions available via RollCall™ only Mute to 0 dB in 1 dB Steps Input lock detect.................. Detects presence of input Indicators Channel Status Monitor ....... Display’s Channel Status information Power.................................. +5 V and –5 V Input sample rate detect ...... Automatic 32, 44.1, 48 kHz detection Input error indicator Specifications Input Impedance ................. Balanced 110 ohm Unbalanced 75 ohm Analog THD+N at +24 dBu.. Better than –94 dB at 700 Hz, 0 dBFS Sampling Frequency Range. 25 – 55 kHz (50 kHz Max with monitor output option) Headphone Output Level..... 5 V pk to pk (max) Headphone THD+N @ 0 dB into 160 ohms Better than 0.07% at 700 Hz, 0 dBFS Cable Length....................... Balanced, > 150 m of AES3 Cable Unbalanced, up to 500 m of RG59 or Equivalent Headphone Impedance ....... 32 - 600 ohms Output Impedance .............. Balanced 110 ohm Unbalanced 75 ohm Headphone Jack Type ........ 3.5 mm Stereo Jack socket Performance Output Signal level............... Balanced 3 V pk to pk typical Unbalanced 1 V ±0.1 V pk to pk Insertion Delay..................... < 600 ns Re-clocking ......................... Yes Analog Audio Output Level .. Level Adjustable +18 to +24 dBu for Full Scale Analog Output Impedance... 50 ohm Power Consumption Analog THD+N at +18 dBu.. Better than –92 dB at 700 Hz, 0 dBFS Module Power Consumption © Snell & Wilcox 2005 1.8 W max (-0 version) 4.4 W max (-M version) 53 IQBDA7S Dual Analog Audio Distribution Amplifier The IQBDA7S(-R) provides either dual analog inputs with seven outputs per input, or a single analog input with 14 outputs. • Output gain adjustable from -24 dB to +30 dB (IQBDA7S-R) via RollCall • +24 dBu headroom Why should you choose this module? Does this module suit your application? • • • • • IQBDA7S accepts two analog audio inputs and gives seven outputs per input Can be linked to provide 14 outputs from 1 input Very low THD+N Output gain adjustable from -6 dB to +24 dB by links (IQBDA7S) Additional –6 dB to +6 dB gain by pot (IQBDA7S) • • • • Ideal stereo distribution amplifier for large analog audio applications Single width (-1A) version available allowing 16 modules (224 outputs) in 3U Maintenance of audio quality ensured by very low THD+N and 24 dBu input headroom 14 balanced transformerless outputs Output 1 Output 2 Output 3 Input 1 Receiver Gain Output 4 Output 5 Output 6 Output 7 Output 8 Output 9 Output 10 Input 2 Receiver Gain Output 11 Output 12 Output 13 Output 14 Switches Processor Order codes for IQH3A enclosures RollCall (-R versions) Order codes for other enclosures ANALOG IN / OUT IQBDA7S-2-0-D A B IQBDA7S-2A-0D Dual Analog Audio D.A. - Stereo. IQBDA7S-2-0-D Dual Analog Audio D.A. - Stereo. IQBDA7S-2A-RD Dual Analog Audio D.A. - Stereo, with RollCall. IQBDA7S-2-R-D Dual Analog Audio D.A. - Stereo, with RollCall. IQBDA7S -1A ANALOG IN + OUT ANALOG IN + OUT IQBDA7S-1A-0D Dual Analog Audio D.A. - Stereo.* IQBDA7S-1A-RD Dual Analog Audio D.A. - Stereo, with RollCall.* *Note: This version can only be used when driving high impedence loads For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 55 IQBDA7S Dual Analog Audio Distribution Amplifier Inputs & Outputs Signal Inputs IQBDA7S Dual Channel Audio Distribution Amplifier Analog................................. 2 channels balanced via D type connector Signal Outputs Analog................................. 7 per input channel balanced via D type connector Inputs Outputs Analog Analog 7 x Audio via D-type Input Audio via D-type Receiver Gain 7 x Audio via D-type Input Audio via D-type Rollcall™ Remote Control (-R versions) Card Edge & RollCall Controls Indicators Gain (Separate L and R) (-R version) -24 dB, -18 dB, -12 dB, -6 dB, 0 dB, +6 dB, +12 dB, +18 dB, +24 dB, and +30 dB via card edge rotary switches. Silence L and Right.............. <=20 dBu for 40 seconds Card Edge Controls (also available via RollCall - R version only) Gain (Separate L and R) (-0 version) -6 dB to 24 dB in 6 dB steps (jumper links). -6 dB to +6 dB variable control Functions Available via RollCall™ Only (- R version only) Gain (Separate L and R)...... -24 dB to +30 dB in 0.5 dB steps Specifications Analog Input/Output Level ... Headroom set to: 24 dBu (17.5 V pk to pk) Gain at Unity Stereo Amplitude Matching (-R version) Better than ±0.2 dB L to R any gain Analog Input Impedance...... 10 k ohms Analog Output Impedance... <50 ohms Common Mode Rejection.... Better than -60 dB (20 Hz to 20 kHz) Total Harmonic Distortion + Noise Less than 0.005% at 700 Hz, 24 dBu in and 0 dB gain Frequency Flatness ............. Better than +0.1 dBu to -0.3 dBu (20 Hz to 20 kHz with reference to 1 kHz) Noise Floor (-0 version) ........ Better than –119 dB FS, 0 dB gain (20 Hz to 20 kHz) Headroom (in and out) ......... 24 dBu Power Consumption Noise Floor (-R version)........ Better than –105 dBFS, 0 dB gain (20 Hz to 20 kHz) Module Power Consumption4.1 W max (-1A-R versions) 3.4 W max (-1A-0 versions) Stereo Amplitude Matching (-0 version) Better than ±0.1 dB L to R any gain Module Power Consumption14.9 W max (-2/2A-R versions) 12.7 W max (-2/2A-0 versions) © Snell & Wilcox 2005 Gain Accuracy L or R .......... Better than ±0.2 dB w.r.t. 0 dB 56 IQBDA7 Analog Audio Distribution Amplifier The IQBDA7(-R) provides a single analog input with seven outputs. Does this module suit your application? Why should you choose this module? • • • • • • • IQBDA7 accepts one analog audio input and provides seven outputs Very low THD+N Output gain adjustable from -6 dB to +24 dB by links Additional –6 dB to +6 dB gain by potentiometer Output gain adjustable from -24 dB to +30 dB (IQBDA7-R) via RollCall +24 dBu headroom • • Ideal distribution amplifier for analog audio applications Maintenance of audio quality ensured by very low THD+N and 24 dBu input headroom 7 balanced transformerless outputs Output 1 Output 2 Output 3 Receiver Gain Input Output 4 Output 5 Output 6 Output 7 Switches RollCall (-R versions) Processor Order codes for IQH3A enclosures Order codes for other enclosures IQBDA7-1-0-D ANALOG IN / OUT IQBDA7-1A-0-D Analog Audio D.A - Mono. IQBDA7-1-0-D Analog Audio D.A - Mono. IQBDA7-1A-R-D Analog Audio D.A - Mono, with RollCall. IQBDA7-1-R-D Analog Audio D.A - Mono, with RollCall. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs IQBDA7 Single Channel Audio Distribution Amplifier Analog................................. 1 channel balanced via D type connector Signal Outputs Analog................................. 7 balanced via D type connector Inputs Outputs Analog Analog Input Audio via D-type Receiver Gain Rollcall™ Remote Control (-R versions) © Snell & Wilcox 2005 57 7 x Audio via D-type IQBDA7 Analog Audio Distribution Amplifier Card Edge & RollCall Controls Indicators Gain (-R version) .................. -24 dB, -18 dB, -12 dB, -6 dB, 0 dB, +6 dB, +12 dB, +18 dB, +24 dB, +30 dB via card edge rotary switches. Silence ................................ <=20 dBu for 40 seconds Card Edge Controls (also available via RollCall - R version only) Functions Available via RollCall™ Only (- R version only) Gain (-0 version) .................. -6 dB to 24 dB in 6 dB steps (jumper links). -6 dB to +6 dB variable control Gain..................................... -24 dB to +30 dB in 0.5 dB steps Specifications Analog Input/Output Level ... Headroom set to: 24 dBu (17.5 V pk to pk) Gain at Unity Gain Accuracy ..................... Better than ±0.2 dB w.r.t. 0 dB Analog Input Impedance...... 10 k ohms Frequency Flatness ............. Better than +0.1 dBu to -0.3 dBu (20 Hz to 20 kHz with reference to 1 kHz) Common Mode Rejection.... Better than -60 dB, 20 Hz to 20 kHz Analog Output Impedance... <50 ohms Total Harmonic Distortion+Noise Less than 0.005% at 700 Hz, 24 dBu input and 0 dB gain Headroom (in and out) ......... 24 dBu Power Consumption Noise Floor (-0 version) ........ Better than –119 dBF’s, 0 dB gain (20 Hz to 20 kHz) Module Power Consumption 7.6 W max (-R versions) 7.1 W max (-0 versions) Noise Floor (-R version)........ Better than –105 dBF’s, 0 dB gain (20 Hz to 20 kHz) © Snell & Wilcox 2005 58 IQBDA3S Dual Analog Audio Distribution Amplifier The IQBDA3S(-R) provides 2 analog inputs with three outputs per input. Does this module suit your application? Why should you choose this module? • • • • • • • • Accepts two analog audio inputs Three outputs per input Very low THD+N Output gain adjustable from -6 dB to +24 dB by links (IQBDA3S) Additional –6 dB to +6 dB gain by pot (IQBDA3S) Output gain adjustable from -24 dB to +30 dB (IQBDA3S-R) via RollCall +24 dBu headroom • • • Ideal distribution amplifier for analog audio applications Maintenance of audio quality ensured by very low THD+N and 24 dBu input headroom Two analog audio inputs and three outputs per input Balanced transformerless outputs Output 1 Receiver Gain Input 1 Output 2 Output 3 Output 4 Receiver Gain Input 2 Output 5 Output 6 Switches RollCall (-R versions) Processor Order codes for IQH3A enclosures Order codes for other enclosures IQBDA3S-1-0-D ANALOG IN / OUT IQBDA3S-1A-0D Dual Analog Audio D.A. - Stereo. IQBDA3S-1-0-D Dual Analog Audio D.A. - Stereo. IQBDA3S-1A-RD Dual Analog Audio D.A. - Stereo, with RollCall. IQBDA3S-1-R-D Dual Analog Audio D.A. - Stereo, with RollCall. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs IQBDA3S Dual Audio Distribution Amplifier Analog................................. 2 channels balanced via D type connector Inputs Outputs Analog Analog Signal Outputs Analog................................. 3 per channel balanced via D type connector Input 1 Audio via D-type Receiver Gain 3 x Audio via D-type Input 2 Audio via D-type Receiver Gain 3 x Audio via D-type Rollcall™ Remote Control (-R versions) © Snell & Wilcox 2005 59 IQBDA3S Dual Analog Audio Distribution Amplifier Card Edge & RollCall Controls Indicators Gain (Separate L and R) (-R version) 24 dB, -18 dB, -12 dB, -6 dB, 0 dB, +6 dB, +12 dB, +18 dB, +24 dB, +30 dB via card edge rotary switches. Silence L and Right.............. <=20 dBu for 40 seconds Card Edge Controls (also available via RollCall - R version only) Gain (Separate L and R) (-0 version) -6 dB to 24 dB in 6 dB steps (jumper links). -6 dB to +6 dB variable control Functions Available via RollCall™ Only (- R version only) Gain (Separate L and R)....... -24 dB to +30 dB in 0.5 dB steps Specifications Analog Input/Output Level ... Headroom set to: 24 dBu (17.5 V pk to pk) Gain at Unity Stereo Amplitude Matching (-R version) Better than ±0.2 dB L to R any gain Analog Input Impedance...... 10 k ohms Gain Accuracy L or R .......... Better than ±0.2 dB w.r.t. 0 dB Analog Output Impedance... <50 ohms Common Mode Rejection.... Better than -60 dB (20 Hz to 20 kHz) Total Harmonic Distortion + Noise Less than 0.005% at 700 Hz, 24 dBu in and 0 dB gain Frequency Flatness ............. Better than +0.1 dBu to -0.3 dBu (20 Hz to 20 kHz with reference to 1 kHz) Noise Floor (-0 version) ........ Better than –119 dBFS 0 dB gain (20 Hz to 20 kHz) Headroom (in and out) ......... 24 dBu Power Consumption Noise Floor (-R version)........ Better than –105 dBFS 0 dB gain (20 Hz to 20 kHz) Module Power Consumption 8.1 W max (-R versions) 7.7 W max (-0 versions) Stereo Amplitude Matching (-0 version) Better than ±0.1 dB L to R any gain © Snell & Wilcox 2005 60 MULTIPLEXERS IQMUX01/11 4/8 CHANNEL AES MULTIPLEXER AND AUDIO PROCESSOR........................ 63 IQMUX60/61 UNIVERSAL AUDIO MULTIPLEXER AND ADC ................................................ 67 IQANT00 MULTI-STANDARD DECODER AND ANALOG AUDIO MULTIPLEXER WITH SYNCHRONIZER – 12 BIT .............................................................................. 71 IQANT10 MULTI-STANDARD DECODER AND ANALOG AUDIO MULTIPLEXER WITH SYNCHRONIZER AND NOISE REDUCER ........................................................ 75 The range of multiplexer modules encompasses different numbers of input channels, and the choice of AES/EBU digital or analog audio insertion. The IQMUX60/61 multiplexer can even handle a combination of AES/EBU and analog signals. The multiplexers are capable of dealing with asynchronous audio inputs and have a range of audio processing functions including channel-level routing, assignable mixing, flexible audio delays (both fixed and tracking) and a firewall to provide a continuous output. For Additional Related Modules See: Section: Module: Synchronizers and TBCs IQSYN00 Synchronizers and TBCs IQMUX00/10 Synchronizers and TBCs IQAVS00/10 Remultiplexers IQBRK00/01 Synchronizers and TBCs IQUAV00/01 © Snell & Wilcox 2005 61 EMBEDDED AUDIO Many operations - MPEG encoding, for example - require audio information to be combined with its corresponding video information into a single signal. Many other operations and equipment require that they be kept separate. IQ Modular offers an extensive choice of multiplexers and demultiplexers for use with 4:2:2 serial digital signals. IQMUX01/11 4/8 Channel AES Multiplexer and Audio Processor The IQMUX01 and IQMUX11 are 4 x AES/EBU stream multiplexers with advanced embedded audio handling. Ideal as a general digital ingest module where any digital audio source signal can be catered for, even combinations of embedded and external digital audio. All audio manipulation is at the channel-level suiting discreet surround and multi-lingual use. Its audio firewall capability ensures errors or interruptions in the input signal are not passed through to the output. In addition to its tracking audio delay, it also has a bulk audio delay feature. To complete the delay flexibility, it has a built-in video delay that can be used to adjust to match external audio processing delays, such as that from a Dolby E encoder. A dual SDI input allows the unit to take signals from either of two paths. This can be used for handling main and redundant feeds, or it can be used with a composite decoder such as the IQDAMDA to provide analog and digital alternative inputs. The second input also allows split operation, with video taken from one input and embedded audio from the other. Does this module suit your application? Why should you choose this module? • • • • • • • • • • Handles 2/4 AES streams or any eight embedded input channels to total eight output channels Handles up to 24 bit embedded audio present on the incoming SDI stream or AES inputs, and embeds/de-embeds to 20 bits Combine AES and embedded source channels Channel-level (Sub-frame) routing 4 off 4 channel assignable audio mixers Flexible audio delay including per pair fixed delay, common fixed delay and tracking delay Firewall for processed PCM audio to provide a continuous output Variable audio delay of up to 0.5s which seamlessly tracks the video delay or external RollTrack / GPI inputs Video proc-amp (gain, saturation, black level) • • Provides a multiplexing solution for 2/4 streams of AES or non-PCM audio Allows the use of mixed AES and embedded audio where both must be accommodated or combinations may be required A complete AV solution for incoming lines with audio firewall, proc. amp, audio shuffling and delay Ancillary data bypass 1 SDI RX & Equalisation 1 Video Proc. Amp SDI RX & Equalisation Ancillary Data Multiplexer SDI TX 2 Inputs Outputs 2 Selective Ancillary Blanking Demux Channel Proc. Amp Audio Firewall Channel Router Channel Proc. Amp Signal Monitoring Additional Delay Audio Tracking Delay 1 2 AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers Built-in Intelligence I/O Tone Tone Generator Generator Network intelligence, control and monitoring Block diagram for IQMUX0103-2A shown © Snell & Wilcox 2005 GPI control and TTL pulse I/O 1 X GPI Demux 63 IQMUX01/11 4/8 Channel AES Multiplexer with Audio Processor Order codes for IQH3A enclosures SERIAL OUT SERIAL IN IQMUX1 _15-1A 2 AES AUDIO IN SERIAL IN 2 AES AUDIO IN 2 1 1 IQMUX1/3 _17-2A IQMUX0315-1A SDI and 4 channel AES multiplexer with extended video delay. Balanced AES connection. 1 SDI input, 2 AES inputs, 2 SDI outputs SERIAL OUT SERIAL IN 1 IQMUX0317-2A SDI and 4 channel AES multiplexer with extended video delay. Balanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 1 GPI IQMUX1315-1A SDI and 8 channel AES multiplexer with extended video delay. Balanced AES connection. 1 SDI input, 4 AES inputs, 2 SDI outputs Order codes for other enclosures AES IN 1 SERIAL OUT SERIAL OUT 2 1 GPI 2 AES IN 1 SERIAL IN 2 IQMUX0 _02-2 IQMUX0 _01-1A AES IN 2 SERIAL IN 2 SERIAL IN 1 IQMUX0101-1A SDI and 4 channel AES multiplexer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs AES IN 1 AES IN 2 1 REFERENCE SERIAL OUT IQMUX0102-2 SDI and 4 channel AES multiplexer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 1 GPI SERIAL IN 2 AES AUDIO IN 2 AES IN 2 SERIAL IN 1 SERIAL IN 2 GPI 1 IQMUX0/1 116-2 IQMUX0 _03-2A SERIAL IN 1 SERIAL OUT IQMUX0103-2A SDI and 4 channel AES multiplexer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 1 GPI 2 1 SERIAL OUT SERIAL IN 1 IQMUX0316-2 SDI and 4 channel AES multiplexer with extended video delay. Balanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 1 GPI 3 4 2 2 IQMUX2 _06-2A IQMUX1316-2 SDI and 8 channel AES multiplexer with extended video delay. Balanced AES connection. 2 SDI inputs, 4 AES inputs, 2 SDI outputs, 1 GPI AES IN 1 2 1 1 SERIAL OUT SERIAL IN IQMUX1106-2A SDI and 8 channel AES multiplexer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 4 AES inputs, 2 SDI outputs, 1 GPI For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Digital Video ........................ 2 x SDI (BNC) (1 x SDI – single width versions) Digital Video ........................ SDI x 2 Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Unbalanced digital audio ..... 2/4 x AES/EBU, AC3, Dolby E (BNC) Control Interface Balanced digital audio ........ 2/4 x AES/EBU, AC3, Dolby E (25 Way D-Type) GPI...................................... 1x Closing contact I/O interface (BNC) Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994, AES3-1992 © Snell & Wilcox 2005 64 IQMUX01/11 4/8 Channel AES Multiplexer with Audio Processor Card Edge & RollCall Controls Card Edge Controls Video Vertical Delay ............. +1 Frame in 1 line steps NONE Video Delay Frames ............. 0 to +2 frames Card Edge Indicators SDI Input Loss..................... Loss = Off, Good = Green Other Controls SDI Input Error..................... Yellow = Unused input not at current operating standard Pass vertical data................. On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) AES Input Present ............... 1 x LED per pair Preset Unit........................... Returns all settings to default CPU running / Power........... One green LED, flashing = OK Pattern Select ...................... 100%/75% Bars, Multiburst, Black, Animated Bars RollCall Functions User Memories .................... Name, clear, save and read 8 user memories Audio Controls Audio extraction select ........ SDI input 1/2/Follow Video Control Default Video Output............ pattern / freeze/ run through Set headroom ..................... 4 to 24 dB in 1 dB steps Default Audio Output ........... Silence Set audio detector thresholds High and low levels, time delay Caption Output ................... On/Off (default and pattern output only) External input audio delay.... Up to 1.5 s additional delay in 1 ms steps Caption Generator ............... Programmable up to 19 characters Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded and input channels. +18 dB to –18 dB in 0.1 dB steps. GPI/O set-up ....................... May be attached to any memory function/polarity Reporting (* also Logged) EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Channel routing .................. Output channels routed from AES pairs 1 to 4, test tone and silence, SDI 8 embedded channels from any group No SDI ................................ *No input present Input ancillary error .............. ANC error, ANC error-seconds Input error............................ Unused input not at current operating standard Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded output channels. +18 dB to – 18 dB in 0.1 dB steps. Report Embedded Audio Data Report audio data pairs on input and output SDI Audio Silence, High Level, Low Level, Overflow For processed audio channels only Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. Variable audio delay control source Up to 0.5 s from RollTrack + GPI RollTrack Input Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 10 kHz in 100 Hz steps. Delay ................................... Audio delay – Fixed, RollTrack + fixed Tone Setup: Delay ................................... Current video/audio delay Frequency ........................... 100 Hz to 10 kHz in 100 Hz steps RollTrack Output Luminance Gain .................. ± 6 dB Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 GPI 1 Low, High, Inactive Chrominance Gain............... ± 6 dB Embedded Audio state ........ De-embed 1-8 Lost/Present Video Horizontal Delay......... +1 Line in 37 ns steps External AES Audio state ..... 1-2 Lost/present Channel Ident ...................... 0.5 s interruption every 2 s Video Controls Select primary input............. 1/2 Black Level .......................... ± 100 mV in 0.8 mV steps Y/C Timing ......................... ± 592 ns in 148 ns steps Picture position ................... ± 592 ns in 148 ns steps © Snell & Wilcox 2005 65 IQMUX01/11 4/8 Channel AES Multiplexer with Audio Processor Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Input Cable Length .............. >150 m of AES3 cable Serial Input Return Loss....... Better than 15 dB to 270 MHz Impedance .......................... 110 Ohms Maximum Input Cable length > 200 m (PSF1/2 or equiv. cable) Digital Audio Input (Unbalanced) Serial Output Level .............. 800 mV ±5% Connector/Format ............... BNC Output Overshoot................ < 70 mV Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Output Return Loss ............. Better than 15 dB to 270 MHz Input Cable Length .............. >500 m of RG59 cable Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Impedance .......................... 75 Ohms Output Sampling ................. 48 kHz frame locked to 48 kHz AES/EBU Reference in AES lock mode Digital Audio Output (Balanced) Minimum Delay ................... 6 µs Delay (Delay Mode).............. 6 µs - 3 Frames + 5.5 µs THD+N ................................ < -117 dB @ 700 Hz (24 bits) AES to AES Power Consumption Digital Audio Input (Balanced) Module Power Consumption 7.46 W max Connector/Format .............. 25 W D Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref © Snell & Wilcox 2005 66 IQMUX60/61 Universal Audio Multiplexer and ADC The IQMUX60/61 is a flexible 4-channel analog and AES audio multiplexer with advanced embedded audio handling. When used with a composite decoder such as the IQDAMDA it provides a powerful analog video and audio ingest solution. The built in audio firewall capability ensures errors or interruptions in the input signal are not passed through to the output. A dual SDI input allows the unit to take signals from either of two paths. The second input also allows split operation, with video taken from one input and embedded audio from the other. The inclusion of two AES outputs also enables the unit to operate as an audio ADC or AES delay/shuffler if required. Does this module suit your application? Why should you choose this module? • • Combine external analog, AES and embedded audio source channels Handles 4 analog audio channels, 4 AES audio channels, or any eight embedded input channels to total eight output channels Handles up to 24 bit embedded audio present on the incoming SDI stream, and embeds/deembeds to 20 bits Firewall for processed PCM audio to provide a continuous output Channel-level (Sub-frame) routing 4 off 4 channel assignable audio mixers Flexible audio delay including per pair fixed delay, common fixed delay and tracking delay Variable audio delay of up to 0.5s which seamlessly tracks the video delay or external RollTrack / GPI inputs Up to 3 frames of video delay Video proc-amp (gain, saturation, black level) • • • • • • • • • Allows the use of mixed analog, AES and embedded audio where all must be accommodated or combinations may be required When used with the IQDAMDA decoder provides a complete analog AV solution for incoming lines with firewall, proc. amp, audio shuffling and delay Suitable for use as an audio ADC with delay and processing • • Ancillary data bypass 1 SDI RX & Equalisation 1 Selective Ancillary Blanking Video Proc. Amp SDI RX & Equalisation Ancillary Data Multiplexer SDI TX 2 Inputs Outputs 2 Demux Proc. Amp Audio Firewall Channel Router Channel Proc. Amp Signal Monitoring Additional Delay Audio Tracking Delay Demux AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp 2 AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp 1 2 AES TX AES TX ADC Adjustable Pair Delay Channel Proc. Amp ADC Adjustable Pair Delay Channel Proc. Amp 3 4 Assignable Audio Mixers Built-in Intelligence Network intelligence, control and monitoring Block diagram for IQMUX6117-2A shown © Snell & Wilcox 2005 2 I/O Tone Tone Generator Generator GPI control and TTL pulse I/O 1 1 X GPI 1 67 IQMUX60/61 Universal Audio Multiplexer and ADC Order codes for IQH3A enclosures Order codes for other enclosures SERIAL OUT ANALOG AUDIO & AES IN / AES OUT SERIAL IN IQMUX6_16-2 IQMUX6 _15-1A 2 ANALOG AUDIO & AES IN / AES OUT 1 IQMUX6115-1A Universal audio multiplexer and ADC. Balanced audio connection. 1 SDI input, 4 analog audio inputs, 2 AES/EBU inputs, 2 SDI outputs, 2 AES/EBU outputs ANALOG AUDIO & AES IN / AES OUT 2 2 SERIAL IN 2 GPI 1 SERIAL OUT SERIAL IN 1 IQMUX6116-2 Universal audio multiplexer and ADC. Balanced audio connection. 2 SDI inputs, 4 analog audio inputs, 2 AES/EBU inputs, 2 SDI outputs, 2 AES/EBU outputs, 1 GPI SERIAL IN 2 1 IQMUX6 _17-2A SERIAL OUT SERIAL IN 1 IQMUX6117-2A Universal audio multiplexer and ADC. Balanced audio connection. 2 SDI inputs, 4 analog audio inputs, 2 AES/EBU inputs, 2 SDI outputs, 2 AES/EBU outputs, 1 GPI 2 1 ANALOG AUDIO IN 2 AES OUT AES IN 2 1 2 1 IQMUX6 _18-2A 1 SERIAL OUT SERIAL IN IQMUX6018-2A Universal audio multiplexer and ADC. 2 SDI inputs, 4 balanced analog audio inputs, 2 unbalanced AES/EBU inputs, 2 SDI outputs, 2 unbalanced AES/EBU outputs, 1 GPI For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Digital Video ........................ 2 x SDI (BNC) Unbalanced digital audio ..... 2 x AES/EBU, AC3, Dolby E (BNC) Analog Audio ....................... 4 Channels (2 Stereo Pairs) (25Way D-Type) Unbalanced digital audio ..... 2 x AES/EBU (BNC) Balanced digital audio ........ 2 x AES/EBU, AC3, Dolby E (25 Way D-Type) Balanced digital audio ........ 2 x AES/EBU (25Way D-Type) Control Interface GPI...................................... 1x Closing contact I/O interface (BNC, Double Width only) Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 AES3 - 1992 Signal Outputs Digital Video ........................ SDI x 2 © Snell & Wilcox 2005 68 IQMUX60/61 Universal Audio Multiplexer and ADC Card Edge & RollCall Controls Card Edge Controls Chrominance Gain ............... ±6 dB NONE Genlock H Phase................. ±32 µs in 74 ns steps Card Edge Indicators Genlock V Phase ................. ±262/312 lines in 1 line steps SDI Input Loss..................... Loss = Off, Good = Green Video delay .......................... +0 to +2 frames SDI Input Error..................... Yellow = Unused input not at current operating standard Other Controls AES Input Present ............... 1 x LED per pair Pass vertical data................. On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) CPU running / Power........... One green LED, flashing = OK Preset Unit........................... Returns all settings to default RollCall Functions Pattern Select ...................... 100%/75% Bars, Multiburst, Black, Animated Bars Audio Controls User Memories .................... Name, clear, save and read 8 user memories Audio extraction select ........ SDI input 1/2/Follow Video Control Set line up level ................... +20 to –20 dBu in 1 dB steps Default Video Output............ pattern / freeze/ run through Set headroom ..................... 4 to 24 dB in 1 dB steps Default Audio Output ........... Silence Set audio detector thresholds High and low levels, time delay Caption Output ................... On/Off (default and pattern output only) External input audio delay.... Up to 1.5 s additional delay in 1 ms steps Caption Generator ............... Programmable up to 19 characters Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded and input channels. +18 dB to –18 dB in 0.1 dB steps. GPI/O set-up ....................... May be attached to any memory function/polarity Reporting (* also Logged) EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Channel routing .................. Output channels routed from AES pairs 1 & 2, analog pairs 1 & 2, test tone and silence, SDI 8 embedded channels from any group No SDI ................................ *No input present Input ancillary error .............. ANC error, ANC error-seconds Input error............................ Unused input not at current operating standard Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded output channels. +18 dB to – 18 dB in 0.1 dB steps. Report Embedded Audio Data Report audio data pairs on input and output SDI Audio Silence, High Level, Low Level, Overflow For processed audio channels only Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. Variable audio delay control source Up to 0.5 s from RollTrack + GPI + video synchronizer RollTrack Input Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 15 kHz in 100 Hz steps. RollTrack Output Delay ................................... Audio delay – Fixed, RollTrack + fixed Delay ................................... Current video/audio delay Y/C Timing ......................... ±592 ns in 148 ns steps Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 Picture position ................... ±592 ns in 148 ns steps Embedded Audio state ........ Pair present Luminance Gain .................. ±6 dB External Audio state............. Pair present Tone Setup: Frequency ........................... 100 Hz to 15 kHz in 100 Hz steps Channel Ident ...................... 0.5 s interruption every 2 s Video Controls Select primary input............. 1/2 Black Level .......................... ±100 mV in 0.8 mV steps © Snell & Wilcox 2005 69 IQMUX60/61 Universal Audio Multiplexer and ADC Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Impedance .......................... 110 Ohms Serial Input Return Loss....... Better than 15 dB to 270 MHz Digital Audio Input (Unbalanced) Maximum Input Cable length > 200 m (PSF1/2 or equiv. cable) Connector/Format ............... BNC Serial Output Level .............. 800 mV ±5% Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Output Overshoot................ < 70 mV Input Cable Length .............. >500 m of RG59 cable Output Return Loss ............. Better than 15 dB to 270 MHz Impedance .......................... 75 Ohms Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Output Sampling ................. 48 kHz frame locked to 48 kHz AES/EBU Reference in AES lock mode Digital Audio Output (Balanced) Minimum Delay ................... 6 µs Delay ................................... 6 µs - 3 Frames + 5.5 µs Analog Audio Input (Balanced) Digital Audio Output (Balanced) Analog Input Impedance...... 10 k ohms Connector/Format ............... 25 W D Frequency Response........... 20 Hz to 20 kHz (+/- 0.1 dB) Level.................................... 3 V p-p typical into 110 Ohms Distortion (THD+N) .............. < -95 dB, 1kHz@ -1 dBFS Digital Audio Output (Unbalanced) Dynamic range .................... > 106 dB Connector/Format ............... BNC Audio delay ......................... Equal to video delay + adjustable offset Level.................................... 1 V p-p typical into 75 Ohms Digital Audio Input (Balanced) Module Power Consumption Power Consumption 8.9 W max Connector/Format .............. 25 W D Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Input Cable Length .............. >150 m of AES3 cable © Snell & Wilcox 2005 70 IQANT00 Limited Availability Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer – 12 bit (Note: Please contact your local sales office for the latest decoding and multiplexing solutions and more information on expected availabilty.) The IQANT00 provides superior quality multi-standard composite decoding with frame synchronization and 4 channel analog audio multiplexing. It uses enhanced Golden Gate decoding technology with spatio-temporal filters, and inserts 4 analog audio channels into a serial 4:2:2 video stream, sampling at 48 kHz synchronous to video using 24-bit converters. Audio delay is adjustable from 1 to 80ms. • Does this module suit your application? • • • • • • • • • • Uses enhanced Golden Gate technology with spatio-temporal filters for accurate luminance and chrominance separation Input standards - PAL, NTSC, NTSJ, PALN, PALM, SECAM and N4.43 Frame synchronizer with H and V phasing controls 12-bit over-sampled ADC with ‘601’ filtering Adjustment of luminance gain, black level, chrominance gain, picture position and horizontal Y-C timing Locks to unstable inputs including VHS with automatic comb mode selection Inserts four analog channels into SDI video 1 / 2 (left/right) swapping Audio insertion group and pair selectable Preserves existing audio data • 24-bit, 48 kHz audio sampling, -100 dB THD+N, 109 dB dynamic range typical Audio sample rate locked to video Why should you choose this module? • • • • • • Multi-aperture spatio-temporal filter gives excellent results for all types of images using enhanced Golden Gate technology Ability to handle unstable signals at full quality Full remote control functionality enables control and monitoring from all required areas Inserts 4 analog audio channels into any selected group or position to enable cascading without overwriting existing audio Additional preset Audio delay of 1 to 80 ms High quality 20-bit 48 kHz sampling ensures optimum audio quality for any audio embedded Input 1/Left ADC Polarity/Gain Control Input 1/Right ADC Polarity/Gain Control Input 2/Left ADC Polarity/Gain Control Input 2/Right ADC Polarity/Gain Control L/R Map L/R Map Delay Tone Clock/PLL Reference Input Serialize Ref Genlock Input Genlock H V ANC Insert ANC Delete EDH Insert H V ANC Status Y Analog Composite Input Silence Deserialize Line/Frame Comb Decoder PAL/NTSC C Synchronizer D1 Format EDH Check ADC SECAM SECAM Decoder Decoder Switches Processor GPI © Snell & Wilcox 2005 RollCall Delay 71 EDH Insert Reserialize SDI Output IQANT00 Limited Availability Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer – 12 bit Order codes for IQH3A enclosures SERIAL IN IQBAAI /D-1A SERIAL OUT AUDIO INPUTS 2 3 1 COMP IN IQDAMD A-1A SERIAL OUT IQANT0099-2A Multi-standard Decoder with Synchronizer and 4 Channel Analog Audio Multiplexer. 1 output For more details on enclosure types please refer to the Frames/Enclosures section For replacement see IQDEC00 Golden Gate Decoder, Synchronizer, Audio Embedder Module Inputs & Outputs Signal Inputs IQDAMDA Advanced Multi-Standard Decoder with Synchronizer IQDAMDA Inputs Composite Video ................. 1 x Differential input Analog Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM/N4.43 Composite Reference............................ 1 x Loop-through Reference GPI...................................... Closing contact style input IQBAAID Decodes PAL/NTSC/NTSC-J PAL-M/PAL-N/SECAM/ N443 12-Bit Processing 10-Bit Serial 656 Output Frame Synchronizer GPI Delay/GPI 3 x SDI Analog Audio ...................... 4 x Channels (2Stereo Pairs) Digital Video ........................ 1 x Serial Digital Inputs Standards............................ SMPTE 259M-C–1997, SMPTE 272M-A-1994 Digital SDI Signal Outputs IQDAMDA Analog 4 Audio via D-Type 10-bit Serial Digital............... 3 x SDI outputs Standards............................ SMPTE 259M-C-1997 GPI Output/Delay ................ TTL levels, sink or source current <10 mA Deserialize EDH Check ANC Status Rx Buffer ANC Insert EDH Insert Delay Reserialize 48 kHz Operation RollCall™ Remote Control IQBAAID Digital Video ........................ 1 x Serial Digital Standards............................ SMPTE 259M-C–1997, SMPTE 272M-A-1994 © Snell & Wilcox 2005 IQBAAID 4 Channel Analog Multiplexer with Delay 72 Outputs Digital 1 x SDI IQANT00 Limited Availability Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer – 12 bit Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) IQBAAID IQDAMDA Card Edge Controls (also available via RollCall) Luminance Gain .................. ± 6 dB in 0.1 dB steps Input Assign......................... Assign to Stereo Pair, Test Tone or Silence Black level ........................... ±120mV in 1mV steps Strip ANC Data .................... Remove all ANC data before insertion Chrominance Gain............... ± 6 dB in 0.1 dB steps NTSC Hue........................... ± 45 deg. in 1 degree steps Select Tone/Silence Insertion Select Test Tone or Silence for Insertion Y/C Timing ......................... ± 592 ns in 148 ns steps Picture position ................... ± 592 ns in 37 ns steps Genlock mode..................... Lock to Ref/Lock to input and Freerun Local/Remote Control Select Local operation or via RollCall™ remote control Genlock H phase................. ±32 µs in 37ns steps Analog Input Headroom Links Preset Headroom for each input +24, +21, +18, +15 dBu Genlock V phase ................. ± 262/312 lines in 1 line steps Pattern Select...................... On/Off (Black /EBU Bars/100% Bars/Ramp/ Multiburst / Pulse & Bar and Green) Indicators Caption ............................... On/Off EDH Error History ................ Presence/Minute/Hour Indicators No D1.................................. Loss of SDI D1 Input Power ok ANC Error ............................ Checksum Errors in Embedded Ancillary Data Input Loss ANC Full ............................. No Space Left for Embedding Input Error Inserter Status ..................... Operational Status of Embedded streams Reference Loss Functions Available via RollCall Only Functions Available via RollCall™ Only Standards Selection ............ PAL / NTSC / NTSCJ / PALN/ PAL-M / SECAM / N443 Re-assign ........................... Re-assign Existing Embedded Audio Decoder .............................. Studio/Simple/Minimum Delay Reporting............................. Audio Data Channels Present Bypass ................................ Returns video settings to default while selected Map Channels .................... Map Selected Pair Polarity Invert ....................... Invert Polarity of Selected Input Preset Unit .......................... RETURNS all settings to default Tone Selection..................... Independent Left and Right Generators User Memories .................... Name, clear, save and recall 8 user memories Tone Amplitude ................... 0 dBFS to –100 dBFS in 1 dB steps Preset to –20 dBFS Default Output ..................... Video / Freeze/ Pattern Caption Generator............... Programmable up to 19 characters Tone Frequency................... 0 to 12700 Hz in 100 Hz steps Preset to 1000 Hz VBI Pass.............................. Selectable pass or blank for each vertical interval line Input Gain Control................ ±14 dB in 0.1 dB steps GPI Input set-up .................. Programmable to recall any memory or force pattern Additional Delay ................... 0 to 80 ms in 1 ms steps Preset to 0 ms (not RollTrack compatible) GPI Output/Delay Flag......... Programmable output port for input present, standard 625 or video delay flag Attempted Insertion ............. Report Failure Attempted Insertion ............. Report Failure RollTrack ............................. Enable / program address of receiving unit EDH Error History ............... Errors & time since last reset. Line Standard Reporting ...... Report 525 or 625 Logging ............................... Input Loss, Input line Standard, Reference loss © Snell & Wilcox 2005 Naming................................ Naming of each Audio Channel (User reference only) 73 IQANT00 Limited Availability Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer – 12 bit Specifications IQDAMDA IQBAAID Internal Processing .............. 12-bit analog to digital conversion, >12-bit luma/chroma processing, 10 bit serial output Serial Input Return Loss....... Better than 15 dB to 270 MHz Serial Output Return Loss.... Better than 15 dB to 270 MHz Analog Audio Inputs ............ Gain Adjustable ±14 dB via RollCall Y Frequency Response ....... 5.75 MHz ±0.1dB Preset Headroom ............... +24, +21, +18 and +15 dBu PbPr Frequency Response .. 1.5 MHz -3dB Input Impedance ................. >10 k ohm selectable 600 ohm Termination Signal / Noise ...................... Better than –65 dB (Weighted, ramp) THD + Noise........................ -100 dB (0 dB Additional Gain, Full Headroom used) K-2T .................................... Better than 0.5% Y Non Linearity .................... Better than 0.5% (5 step staircase) Dynamic Range ................... 105 dB (0 dB Additional Gain, Full Headroom used) Subcarrier Rejection ............ Better than -46 dB (PAL, NTSC) Differential Gain ................... Less than 0.5% (5 step modulated staircase) Audio Delay ......................... >1.4 ms Video Delay ......................... 0.75 µs Sampling ............................. 24-bit, 48 kHz synchronous to D1 video stream (20 MSBs inserted) Differential Phase................. Less than 0.5° (5 step modulated staircase) Power Consumption Input Return Loss (Analog)... Better than -38 dB to 5 MHz IQDAMDA Power Consumption 10.8 W max Output Return Loss (Digital) . Better than -15 dB to 270 MHz Insertion Delay ..................... Normal mode: 1 frame + approximately 13 µs + synchronizer delay. Min delay mode: 1 line + approximately 13 µs + synchronizer delay. © Snell & Wilcox 2005 IQBAAID Power Consumption 7.4 W max 74 IQANT10 Limited Availability Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer and Noise Reducer (Note: Please contact your local sales office for the latest decoding and multiplexing solutions and more information on expected availabilty.) The IQANT10 provides multi-standard decoding, frame synchronization and noise reduction of Y-C or composite video signals, with 4 channel analog audio multiplexing into the resulting SDI stream. • Does this module suit your application? • • • • • • • • • • 4:2:2 frame synchronizer with H phase control Input standards - PAL, NTSC, NTSC-J, PALN, PALM, N4.43 and SECAM 2 Composite and 1 Y/C inputs (1 composite input only on single width rear panels) Auto standards detection Adaptive line comb decoder Handles VHS feature modes Inserts four analog channels into SDI video 1 / 2 (left/right) swapping Audio insertion group and pair selectable Preserves existing audio data 24-bit, 48 kHz audio sampling, -100 dB THD+N, 109 dB dynamic range typical Audio sample rate locked to video • Why should you choose this module? • Multi-standard adaptive line comb decoder for quality decoding of any source Full frame synchronizer to enable output to be accurately timed into a system Inserts 4 analog audio channels into any selected group or position to enable cascading without overwriting existing audio Additional preset Audio delay of 1 to 80 ms High quality 20-bit 48 kHz sampling ensures optimum audio quality for any audio embedded • • • • Input 1/Left ADC Polarity/Gain Control Input 1/Right ADC Polarity/Gain Control Input 2/Left ADC Polarity/Gain Control Input 2/Right ADC Polarity/Gain Control L/R Map Reference Input L/R Map SPG Delay Tone Clock/PLL Composite Inputs Decoder Noise Reducer Frame Store D1 Serialize Format Deserialize SDI Output Y-C Input ADC ANC Insert SECAM Decoder ANC Delete ANC Status Switches Processor RollCall EDH Check Delay © Snell & Wilcox 2005 Silence 75 EDH Insert Reserialize IQANT10 Limited Availability Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer and Noise Reducer Order codes for IQH3A enclosures SERIAL IN IQBAAI /D-1A AUDIO INPUTS 2 1 SERIAL OUT SERIAL OUT COMP IN IQDMSD L-1A IQANT1099-2A Multi-standard Decoder with Synchronizer, Noise Reduction and 4 Channel Analog Audio Multiplexer. 1 output For more details on enclosure types please refer to the Frames/Enclosures section For replacement see IQDEC01 Composite Decoder, Synchronizer, Audio Embedder Module Inputs & Outputs Signal Inputs Standards............................ SMPTE 259M-C–1997, SMPTE 272M-A-1994 IQDMSDL Composite Video ................. 2 x Differential via BNC connectors (1 on single width) Inputs Y-C...................................... 1 via BNC connectors (Double width only) IQDMSDL Multi-Standard Digital Decoder Digital Analog Composite A Composite/Y-C B Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM/N4.43 Reference Reference............................ 1 Loop through via BNC connectors IQBAAID Inputs Analog Audio ...................... 4 x Channels (2Stereo Pairs) Digital Digital Video ........................ 1 x Serial Digital SDI Standards............................ SMPTE 259M-C–1997, SMPTE 272M-A-1994 Analog 4 Audio via D-Type Signal Outputs IQDMSDL Outputs Decodes PAL/NTSC/NTSC-J/PAL-M/ PAL-N/N4.43/SECAM Synchronise Noise Reduce 10-Bit Serial 656 Output IQBAAID 4 Channel Analog Multiplexer with Delay Deserialize EDH Check ANC Status Rx Buffer ANC Insert EDH Insert Delay Reserialize 48 kHz Operation Serial 656 (2) Outputs Digital 1 x SDI Serial Digital......................... 2 x SDI via BNC connectors Standards............................ SMPTE 259M-C-1997 RollCall™ Remote Control IQBAAID Digital Video ........................ 1 x Serial Digital Card Edge & RollCall Controls Controls Indicators IQDMSDL Power OK Card Edge Controls (also available via RollCall) Input Loss Input select.......................... Composite A, composite B, YC Input Error Pedestal .............................. Switches between NTSC and NTSCJ inputs Reference Loss Freeze ................................. On / Off Pattern ................................ On / Off Input Standard..................... PAL, PALN ,SECAM ,NTSC ,PALM, NTSCJ, N4.4 Luminance Gain .................. ± 3 dB in 0.1dB steps NTSC Hue ........................... 360 deg in 1 deg steps Chroma Gain ....................... ± 3 dB in 0.1 dB steps Luminance Noise Reduction Off / [ On: Low, Medium, High ] Black Level .......................... ±102.4 mV in 1.6 mV steps Chrominance Noise Reduction Off/[ On: Low, Medium, High ] Functions Available via RollCall™ Only Genlock............................... On/Off © Snell & Wilcox 2005 76 IQANT10 Limited Availability Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer and Noise Reducer Local/Remote Control Select Local operation or via RollCall™ remote control Enhance .............................. Off/[ On: De, Low, Medium, High ] Automatic Gain Control ....... On / Off (Automatic Range +0.5 dB to -6 dB) Automatic Chroma Gain Control On / Off Analog Input Headroom Links Preset Headroom for each input +24, +21, +18, +15 dBu Pass vertical data ................ On / Off Indicators PAL Line 23......................... Process As video / Pass / Blank EDH Error History ................ Presence/Minute/Hour NTSC Line 21 & 283............ Process As video / Pass / Blank No D1.................................. Loss of SDI D1 Input Noise Reduction Split screen Off / Top Bottom split, Left Right split ANC Error ............................ Checksum Errors in Embedded Ancillary Data Pattern Select...................... Black, Multi-burst, 75% color bars, 100% color bars ANC Full ............................. No Space Left for Embedding Y/C Timing ......................... ±1036 ns in 148 ns steps Inserter Status ..................... Operational Status of Embedded streams Picture Position ................... ±1036 ns in 148 ns steps Functions Available via RollCall™ Only Genlock .............................. Enable Re-assign ........................... Re-assign Existing Embedded Audio Genlock H Phase 625 ........ ±113 µs in 225 ns steps. Reporting............................. Audio Data Channels Present Genlock H Phase 525 ........ ±114 µs in 279 ns steps. Map Channels .................... Map Selected Pair Default Output ..................... Input, Pattern, Freeze Polarity Invert ....................... Invert Polarity of Selected Input Logging (via RollCall)............ Reference, Input State, Input Standard Tone Selection..................... Independent Left and Right Generators GPI action ........................... Memories 1 to 8, Pattern, Freeze Tone Amplitude ................... 0 dBFS to –100 dBFS in 1 dB steps Preset to –20 dBFS GPO ................................... Off, [On: Delay Flag, Input Loss, polarity high/low] RollTrack Setup ................... Enable Unit 1..8 8 User Memories ................. [Save / Name / Recall / Clear] Tone Frequency................... 0 to 12700 Hz in 100 Hz steps Preset to 1000 Hz Preset Unit .......................... Returns all unit settings to factory defaults Input Gain Control................ ±14 dB in 0.1 dB steps Additional Delay ................... 0 to 80 ms in 1 ms steps Preset to 0 ms (not RollTrack compatible) Restart Unit ......................... Implements a full restart without the need to power down and power up Attempted Insertion ............. Report Failure IQBAAID Attempted Insertion ............. Report Failure Card Edge Controls (also available via RollCall) EDH Error History ............... Errors & time since last reset. Input Assign ........................ Assign to Stereo Pair, Test Tone or Silence Line Standard Reporting ...... Report 525 or 625 Naming................................ Naming of each Audio Channel (User reference only) Strip ANC Data.................... Remove all ANC data before insertion Select Tone/Silence Insertion Select Test Tone or Silence for Insertion © Snell & Wilcox 2005 77 IQANT10 Limited Availability Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer and Noise Reducer Specifications IQDMSDL Preset Headroom ............... +24, +21, +18 and +15 dBu Internal Processing .............. 4:2:2 Input Impedance ................. >10 k ohm selectable 600 ohm Termination Y Frequency Response ....... 5 MHz +0.2 dB, -0.5 dB THD + Noise........................ -100 dB (0 dB Additional Gain, Full Headroom used) PbPr Frequency Response .. 1.5MHz -3dB typ Signal / Noise ...................... Better than -60dB (Weighted, ramp) Dynamic Range ................... 105 dB (0 dB Additional Gain, Full Headroom used) K-2T .................................... Better than 1% Audio Delay ......................... >1.4 ms Subcarrier Rejection ............ Better than 46dB (PAL, NTSC), Modulated Staircase Video Delay ......................... 0.75 µs Sampling ............................. 24-bit, 48 kHz synchronous to D1 video stream (20 MSBs inserted) Input Return Loss(analog) .... Better than -35dB at 5MHz Output Return Loss (digital) . Better than -15dB at 270MHz Power Consumption IQBAAID IQDMSDL Power Consumption 9 W max Serial Input Return Loss....... Better than 15 dB to 270 MHz Serial Output Return Loss.... Better than 15 dB to 270 MHz IQBAAID Power Consumption 7.4 W max Analog Audio Inputs ............ Gain Adjustable ±14 dB via RollCall © Snell & Wilcox 2005 78 DEMULTIPLEXERS IQDMX01/11 4/8 CHANNEL AES DEMULTIPLEXER AND AUDIO PROCESSOR ................... 81 IQDMX21 4 CHANNEL ANALOG AUDIO DEMULTIPLEXER............................................. 85 Many operations - MPEG encoding, for example - require audio information to be combined with its corresponding video information into a single signal. Many other operations and equipment require that they be kept separate. IQ Modular offers an extensive choice of multiplexers and demultiplexers for use with 4:2:2 serial digital signals. For Additional Related Modules See: Section: Module: SDI to Composite IQDAVM MPEG/SDI IQMDMO Synchronizers and TBCs IQSYN00 Synchronizers and TBCs IQDMX00/10 Synchronizers and TBCs IQDMX20 Synchronizers and TBCs IQAVS00/10 Remultiplexers IQBRK00/01 Synchronizers and TBCs IQUAV00/01 © Snell & Wilcox 2005 79 EMBEDDED AUDIO The range of demultiplexer modules encompasses different numbers of output channels, and the choice of AES/EBU digital or analog audio extraction. They are capable of extracting audio from any of the 4 embedded groups and all units may be cascaded to extract additional channels. IQDMX01/11 4/8 Channel AES demultiplexer and Audio Processor The IQDMX01 and IQDMX11 are 2/4 x AES/EBU stream demultiplexers with advanced embedded audio handling. All audio manipulation is at the channel-level suiting discreet surround and multi-lingual use. In addition to its tracking audio delay, it also has a bulk audio delay feature. To complete the delay flexibility, it has a built-in video delay that can be used to adjust to match external audio processing delays, such as that from a Dolby E encoder. Its audio firewall capability ensures continuous audio output even when the embedded audio signal fails. A dual SDI input allows this module to take signals from either of two paths thus allowing split operation, with video taken from one input and embedded audio from the other. • • • Does this module suit your application? • • • • • • • • • 4/8 channel AES/EBU demultiplexer Can de-embed AES/EBU and AC3 digital audio data Handles up to 24 bit embedded audio present on the incoming SDI stream, and deembeds/embeds to 20 bits Flexible audio delay including common fixed delay and tracking delay A further audio delay of up to 0.5s which seamlessly tracks the video delay or external RollTrack / GPI inputs Firewall for processed PCM audio to provide a continuous output Transparent to non-PCM audio Eight channel audio processor with channel level manipulation Channel level (Sub-frame) routing • • 4 off 4 channel audio mixers Video proc-amp (gain, saturation, black level) Video test pattern generator, 2 channel audio tone generator Up to 3 frames of video delay RollCall control and monitoring compatible Why should you choose this module? • • • Superb for a lines input role, with proc-amps on both audio and video signals Ideal as a general demultiplexer for audio monitoring Video delay feature allows this module to be used where a Dolby E decoder, for example, is to be placed downstream of the AES outputs Ancillary data bypass SDI RX & Equalisation 1 2 SDI RX & Equalisation Inputs Channel Proc. Amp Channel Router Demux Channel Proc. Amp Selective Ancillary Blanking Signal Monitoring Ancillary Data Multiplexer Additional Delay SDI TX 2 Outputs Video Proc. Amp Audio Tracking Delay Audio Firewall Demux Tone Tone Generator Generator Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers AES TX AES TX GPI Control and TTL Pulse I/O 2 I/O Built-in Intelligence 1 1 X GPI 1 Network intelligence, control and monitoring Block diagram for IQDMX0103-2A shown © Snell & Wilcox 2005 81 IQDMX01/11 4/8 Channel AES demultiplexer and Audio Processor Order codes for IQH3A enclosures SERIAL OUT 2 1 4 3 SERIAL IN IQDMX0/ 1_15-1A AES OUT 2 AES AUDIO OUT 2 1 IQDMX1 _06-2A IQDMX0315-1A SDI and 4 channel AES demultiplexer with extended video delay. Balanced AES connection. 1 SDI input, 2 AES outputs, 2 SDI outputs 2 1 SERIAL OUT SERIAL IN IQDMX1106-2A SDI and 8 channel AES demultiplexer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 4 AES outputs, 2 SDI outputs, 1 GPI IQDMX1315-1A SDI and 8 channel AES demultiplexer with extended video delay. Balanced AES connection. 1 SDI input, 4 AES outputs, 2 SDI outputs Order codes for other enclosures AES AUDIO OUT SER OUT SER OUT 2 1 1 AES OUT SERIAL IN 2 IQDMX0101-1A SDI and 4 channel AES demultiplexer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs 2 2 GPI 1 SERIAL OUT REFERENCE SERIAL IN 1 IQDMX0316-2 SDI and 4 channel AES demultiplexer with extended video delay. Balanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, 1 GPI SERIAL IN 2 AES AUDIO OUT SERIAL IN 2 SERIAL IN 1 IQDMX0/1 _16-2 IQDMX0 _01-1A 2 AES OUT 1 IQDMX0/1 _17-2A IQDMX1316-2 SDI and 8 channel AES demultiplexer with extended video delay. Balanced AES connection. 2 SDI inputs, 4 AES outputs, 2 SDI outputs, 1 GPI 1 SERIAL OUT SERIAL IN 1 AES OUT IQDMX0317-2A SDI and 4 channel AES demultiplexer with extended video delay. Balanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, 1 GPI SERIAL IN 2 GPI 2 IQDMX0 _02-2 IQDMX1317-2A SDI and 8 channel AES demultiplexer with extended video delay. Balanced AES connection. 2 SDI inputs, 4 AES outputs, 2 SDI outputs, 1 GPI AES OUT 1 2 1 SERIAL OUT REFERENCE SERIAL IN 1 IQDMX0102-2 SDI and 4 channel AES demultiplexer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, 1 GPI 1 SERIAL IN 2 2 2 1 IQDMX0 _03-2A SERIAL OUT SERIAL IN 1 IQDMX0103-2A SDI and 4 channel AES demultiplexer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, 1 GPI For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Balanced digital audio ........ 2/4 x AES/EBU, AC3, Dolby E (25 Way D-Type) Digital Video ........................ 2 x SDI (BNC) (1 x SDI – single width versions) Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994, AES3-1992 Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Control Interface Signal Outputs GPI...................................... 1x Closing contact I/O interface (BNC) Digital Video ........................ SDI x 2 Unbalanced digital audio ..... 2/4 x AES/EBU, AC3, Dolby E (BNC) © Snell & Wilcox 2005 82 IQDMX01/11 4/8 Channel AES demultiplexer and Audio Processor Card Edge & RollCall Controls Card Edge Controls Other Controls NONE Card Edge Indicators Pass vertical data................. On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) SDI Input Loss..................... Loss = Off, Good = Green Preset Unit........................... Returns all settings to default SDI Input Error..................... Yellow = Unused input not at current operating standard Pattern Select ...................... 100%/75% Bars, Multiburst, Black, Animated Bars CPU running / Power........... One green LED, flashing = OK User Memories .................... Name, clear, save and read 8 user memories RollCall Functions Default Video Output............ pattern / freeze/ run through Audio Controls Default Audio Output ........... Silence Audio extraction select ........ SDI input 1/2/Follow Video Control Caption Output ................... On/Off (default and pattern output only) Set headroom ..................... 4 to 24 dB in 1 dB steps Set audio detector thresholds High and low levels, time delay Caption Generator ............... Programmable up to 19 characters Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded audio. +18 dB to –18 dB in 0.1 dB steps. GPI/O set-up ....................... May be attached to any memory function/polarity Reporting (* also Logged) Channel routing .................. Output channels routed from test tone, silence or SDI 8 embedded channels from any group EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded and AES output channels. +18 dB to –18 dB in 0.1 dB steps. Input ancillary error .............. ANC error, ANC error-seconds No SDI ................................ *No input present Input error............................ Unused input not at current operating standard Report Embedded Audio Data Report audio data pairs on input and output SDI Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. Audio Silence, High Level, Low Level, Overflow For processed audio channels only Variable audio delay control source Up to 0.5 s from RollTrack + GPI Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 15 kHz in 100 Hz steps. RollTrack Input Delay ................................... Audio delay – Fixed, RollTrack + fixed Tone Setup: RollTrack Output Frequency ........................... 100 Hz to 15 kHz in 100 Hz steps Delay ................................... Current video/audio delay Channel Ident ...................... 0.5 s interruption every 2 s Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 GPI 1 Low, High, Inactive Video Controls Select primary input............. 1/2 Black Level .......................... ± 100 mV in 0.8 mV steps Y/C Timing ......................... ± 592 ns in 148 ns steps Picture position ................... ± 592 ns in 148 ns steps Luminance Gain .................. ± 6 dB Chrominance Gain............... ± 6 dB Video Horizontal Delay......... +1 Line in 37 ns steps Embedded Audio state ........ De-embed 1-8 Lost/Present Video Vertical Delay ............. +1 Frame in 1 line steps Video Delay Frames............. 0 to +2 frames © Snell & Wilcox 2005 83 IQDMX01/11 4/8 Channel AES demultiplexer and Audio Processor Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Serial Input Return Loss....... Better than 15 dB to 270 MHz THD+N ................................ < -117 dB @ 700 Hz (24 bits) AES to AES Maximum Input Cable length Digital Audio Output (Balanced) Connector/Format ............... 25 W D > 200 m (PSF1/2 or equiv. cable) Serial Output Level .............. 800 mV ±5% Level.................................... 3 V p-p typical into 110 Ohms Output Overshoot................ < 70 mV Digital Audio Output (Unbalanced) Output Return Loss ............. Better than 15 dB to 270 MHz Connector/Format ............... BNC Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Level.................................... 1 V p-p typical into 75 Ohms Minimum Delay ................... 6 µs Module Power Consumption Power Consumption Delay (Delay Mode).............. 6 µs - 3 Frames + 5.5 µs © Snell & Wilcox 2005 7.46 W max 84 IQDMX21 4 Channel Analog Audio demultiplexer The IQDMX21 is a 4 channel analog audio demultiplexer. In addition to demultiplexing this module provides a more enhanced product featuring audio and video delay, proc. amp. control and audio channel routing. • • • • Does this module suit your application? • • • • • • • 4 channel analog audio demultiplexer Flexible audio delay including common fixed delay and tracking delay A further audio delay of up to 0.5s which seamlessly tracks the video delay or external RollTrack / GPI inputs Firewall for processed audio to provide a continuous output Transparent to Dolby E / non-PCM audio Handles up to 24 bit embedded audio present on the incoming SDI stream, and deembeds/embeds to 20 bits Eight channel audio processor with channel level manipulation • • Channel level (Sub-frame) routing 4 off 4 channel audio mixers Video proc-amp (gain, saturation, black level) Video test pattern generator, 2 channel audio tone generator Up to 3 frames of video delay RollCall control and monitoring compatible Why should you choose this module? • • This module provides a comprehensive solution for analog audio demultiplexing Superb for a lines input role, with proc-amps on both audio and video signals Ancillary data bypass 1 SDI RX & Equalisation 1 Selective Ancillary Blanking Video Proc. Amp SDI RX & Equalisation Ancillary Data Multiplexer SDI TX 2 Outputs 2 Channel Proc. Amp Channel Proc. Amp Signal Monitoring Additional Delay Demux Tone Tone Generator Generator Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers DAC DAC GPI Control and TTL Pulse I/O DAC I/O Built-in Intelligence Network intelligence, control and monitoring Block diagram for IQDMX2117-2A shown © Snell & Wilcox 2005 Audio Tracking Delay Audio Firewall 1 X GPI inputs Channel Router Demux 85 DAC 1 2 3 4 IQDMX21 4 Channel Analog Audio demultiplexer Order codes for IQH3A enclosures SERIAL OUT Order codes for other enclosures SERIAL IN ANALOG AUDIO OUT SERIAL IN 2 GPI IQDMX2 _15-1A 2 ANALOG AUDIO OUT 1 ANALOG AUDIO OUT 2 2 IQDMX2 _16-2 IQDMX2115-1A SDI and 4 channel analog audio demultiplexer with extended video delay. Balanced analog audio connection. 1 SDI input, 4 analog outputs, 2 SDI outputs. SERIAL OUT 1 REFERENCE SERIAL IN 1 IQDMX2116-2 SDI and 4 channel analog audio demultiplexer with extended video delay. Balanced analog audio connection. 2 SDI inputs, 4 analog outputs, 2 SDI outputs, 1 GPI. SERIAL IN 2 1 IQDMX2 _17-2A SERIAL OUT SERIAL IN 1 IQDMX2117-2A SDI and 4 channel analog audio demultiplexer with extended video delay. Balanced analog audio connection. 2 SDI inputs, 4 analog outputs, 2 SDI outputs, 1 GPI. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Balanced analog audio ....... 4 channels (25 Way D-Type) Control Interface Digital Video ........................ 2 x SDI (BNC) (1 x SDI – single width versions) GPI...................................... 1x Closing contact I/O interface (BNC) Signal Outputs Digital Video ........................ SDI x 2 Card Edge & RollCall Controls Card Edge Controls and AES output channels. +18 dB to –18 dB in 0.1 dB steps. NONE Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. Card Edge Indicators SDI Input Loss..................... Loss = Off, Good = Green Variable audio delay control source Up to 0.5 s from RollTrack + GPI + video synchronizer SDI Input Error..................... Yellow = Unused input not at current operating standard CPU running / Power........... One green LED, flashing = OK Audio Controls Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 15 kHz in 100 Hz steps. Audio extraction select ........ SDI input 1/2/Follow Video Control Tone Setup: Set line up level ................... +20 to –20 dBu in 1 dB steps Frequency............................ 100 Hz to 15 kHz in 100 Hz steps Set headroom ..................... 4 to 24 dB in 1 dB steps Channel Ident ...................... 0.5 s interruption every 2 s Set audio detector thresholds High and low levels, time delay Video Controls Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded audio. +18 dB to –18 dB in 0.1 dB steps. Black Level .......................... ± 100 mV in 0.8 mV steps Channel routing .................. Output channels routed from test tone, silence or SDI 8 embedded channels from any group Luminance Gain................... ± 6 dB Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded Video Vertical Delay ............. +1 Frame in 1 line steps RollCall Functions © Snell & Wilcox 2005 Select primary input ............. 1/2 Y/C Timing ..........................± 592 ns in 148 ns steps Picture position ................... ± 592 ns in 148 ns steps Chrominance Gain ............... ± 6 dB Video Horizontal Delay ......... +1 Line in 37 ns steps Video Delay Frames ............. 0 to +2 frames 86 IQDMX21 4 Channel Analog Audio demultiplexer Other Controls Report Embedded Audio Data Report audio data pairs on input and output SDI Pass vertical data ................ On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) Audio Silence, High Level, Low Level, Overflow For processed audio channels only Preset Unit .......................... Returns all settings to default Pattern Select...................... 100%/75% Bars, Multiburst, Black, Animated Bars RollTrack Input User Memories .................... Name, clear, save and read 8 user memories Delay ................................... Audio delay – Fixed, RollTrack + fixed Default Video Output ........... pattern / freeze/ run through RollTrack Output Default Audio Output ........... Silence Delay ................................... Current video/audio delay Caption Output ................... On/Off (default and pattern output only) Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 Caption Generator............... Programmable up to 19 characters GPI/O set-up ....................... May be attached to any memory function/polarity Reporting (* also Logged) EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Embedded Audio state ........ Pair present No SDI ............................... *No input present External Audio state............. Pair present Input ancillary error .............. ANC error, ANC error-seconds Input error ........................... Unused input not at current operating standard Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Serial Input Return Loss....... Better than 15 dB to 270 MHz THD+N................................ < -117 dB @ 700 Hz (24 bits) AES to AES Maximum Input Cable length Analog Audio Outputs > 200 m (PSF1/2 or equiv. cable) Output Impedance ............. ~25 Ohms Serial Output Level .............. 800 mV ±5% THD+N................................ -95 dB typical at 1 kHz Output Overshoot................ < 70 mV Conversion .......................... min 20-bit – 105 dB dynamic range Output Return Loss ............. Better than 15 dB to 270 MHz Sampling ............................. 48 kHz Synchronous to D1 video stream Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Power Consumption Minimum Delay ................... 6 µs Module Power Consumption 7.46 W Video Delay ......................... 6 µs - 3 Frames + 5.5 µs © Snell & Wilcox 2005 87 REMULTIPLEXERS IQMUX42/43 HD-SDI 10/16 CHANNEL AES REMULTIPLEXER ........................................... 91 IQBRK00/01 AES BREAK OUT MODULE WITH AUDIO DAC ............................................... 95 Remultiplexing is a term used to describe the capability to multiplex and demultiplex audio signals on the same module. The IQMUX42/43 can multiplex up to 16 audio channels, eight AES/EBU streams into an HD/SD-SDI video stream. It can also demultiplex up to eight AES/EBU streams from the video stream. It is even possible to multiplex and demultiplex at the same time to provide, for example, AES monitoring outputs of the audio inputs. For SD-SDI signals the IQBRK00/01 module can be used to ‘break-out’ AES audio signals. It allows the user to de-embed 4 channels of audio from the incoming SDI stream, pass it through an AES only unit (e.g. an audio description inserter) and re-embed the resultant AES into the SDI stream. It is also ideal for audio monitoring, being able to demultiplex audio to both AES and analog outputs simultaneously. For Additional Related Modules See: Section: Module: Synchronizers and TBCs IQUAV00/01 Synchronizers and TBCs IQAVS00/10 © Snell & Wilcox 2005 89 EMBEDDED AUDIO Often during system design the requirement to multiplex or demultiplex audio is not known until late in the project, causing last minute changes to equipment orders and possible delays in implementation. To help simplify this Snell and Wilcox has produced a module that allows its AES/EBU audio inputs and outputs to be configured by the user. IQMUX42/43 HD/SD-SDI 10/16 Channel AES Remultiplexer The IQMUX42/43 is the single solution for all HD-SDI 1.5 Gbit/s or SD-SDI 270 Mbit/s multiplexing/demultiplexing operations. It can multiplex up to 16 audio channels, eight AES/EBU streams. It can also demultiplex up to eight AES/EBU streams from the video stream. It is even possible to multiplex and demultiplex at the same time providing for example wrap-around functionality to feed an audio only device from the embedded streams. This feature can also be used to provide AES monitoring outputs of the audio inputs. Audio processing features include tracking audio delay, gain, phase invert, both AES input pair routing and separate channel level routing, mixing and Dolby E compatibility. Video features include proc. amp controls and up to 12 frames of delay. • Does this module suit your application? • • • • • • • • • • • • Multiplex unbalanced AES audio onto HD/SDSDI video streams with channel-level control Demultiplex existing audio channels and output them to unbalanced AES Standards supported: ♦ HD-SDI to SMPTE292M/274M/296M ♦ SD-SDI to SMPTE259M-C Channel-level control allows up to 16 individual embedded audio channels to be swapped-over or swapped out 4 off 4 channel assignable audio mixers Audio proc-amp and delay 2 independent audio delay channels including selectable fixed delay and tracking delays for each (either selectable for eight pairs) Tracking audio delay which seamlessly tracks the video delay or external RollTrack / GPI inputs Embedded Dolby E support – pair routing and delay matching (48 kHz synchronous to video input and output) Any group of embedded audio may be passed unchanged if not selected for processing Video delay feature, up to 12 frames Video controls including video gain and offset 16 x user memories 1 SDI RX & Equalisation Signal loss & CRC detection Presence, CRC and Standards Detection Demux inputs Synchronizer 1-8 • Why should you choose this module? • • • • Proc Amp Suitable for synchronous or asynchronous multiplexing and demultiplexing HD/SD-SDI applications using unbalanced audio Excellent for discrete and encoded surround sound supporting up to sixteen individual channels and channel-level control Suitable for multi-lingual audio applications thanks to channel-level control and up to sixteen channel operation Connect embedded audio to external AES processing equipment by passing it demultiplexed audio from the IQMUX42/43 that is then re-multiplexed back into the original video stream after processing, using the same IQMUX42/43 module 1 Proc Amp Multiplexer Proc Amp Synchronizer 8 1 Network intelligence, control and monitoring Block diagram for IQMUX4329-2A shown © Snell & Wilcox 2005 91 AES TX Out AES RX In 1-8 8 1 Built-in Intelligence 2 1-8 1-8 I/O Proc Amp SDI TX 1 Channel Router 1-8 Sample Rate Conversion • Selective Ancillary Blanking 1-16 Sample Rate Conversion • • Outputs • Input SDI, CRC, EDH and ANC data checking and reporting In-built test pattern generator Input loss detection – input pass through or black/pattern/freeze Capable of processing up to 16 input audio channels to 24-bits at rates of 32 kHz, 44.1 kHz and 48 kHz both synchronous and asynchronous to the video stream Naming for audio input, mixer and output channels for easy identification 8 AES TX Out AES RX In IQMUX42/43 HD/SD-SDI 10/16 Channel AES Remultiplexer Order codes for IQH3A enclosures 3 1 2 5 SERIAL IN IQMUX4 _26-1A AES IN / OUT 8 AES MON OUT 6 1 7 2 4 SERIAL OUT 1 IQMUX4226-1A HD/SD-SDI 10 Channel Remultiplexer. 2 HD/SDSDI outputs, 5 AES/EBU unbalanced inputs/outputs 3 5 2 SERIAL IN 1 2 4 IQMUX4 _29-2A SERIAL OUT AES IN / OUT IQMUX4329-2A HD/SD-SDI 16 Channel Remultiplexer. 2 HD/SD-SDI outputs, 8 AES/EBU unbalanced inputs/outputs, 1 AES monitor output For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Video Signal Inputs Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Digital Video ........................ 1 x Serial Digital Input Connector / Format ............. BNC/ 75 Ohm panel jack on standard S&W connector panel Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M, SMPTE 299M 270 Mbit/s SDI, SMPTE 259M-C Audio Signal Inputs/Outputs (software selectable) Connector / Format ............. BNC/ 75 Ohm panel jack on standard S&W connector panel AES Audio ........................... 5/8 Unbalanced Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s Connector / Format ............. BNC/ 75 Ohm panel jack AES Audio Monitor Output .. 1 Unbalanced (IQMUX43 only) Video Signal Outputs Resolution ........................... Up to 24-bit, 32 kHz/ 44.1 kHz/48 kHz synchronous or asynchronous to video stream (20 MSBs embedded in SD-SDI stream) Digital Video ........................ 2 x Serial Digital Outputs Audio Delay ......................... Minimum 1.5 ms Return loss .......................... > -15 dB Maximum 2.5 s Card Edge & RollCall Controls Indicators Variable audio delay control source Up to 0.5 s from RollTrack + GPI + Video Delay Power.................................. OK (Green) CPU .................................... OK (Green flashing) Channel 2 Delay sources FPGA .................................. OK (Yellow flashing) Manual delay offset .............. Up to +2 s in 0.25 ms steps, common to any selected pairs. Status.................................. OK (Green) Warning (Yellow) Error (Red) Variable audio delay control source Up to 0.5 s from RollTrack + GPI + Video Delay Lock .................................... OK (Green) SDI Error ............................. Error (Red) Channel Status handling and checking RollCall Features Tone Setup: Audio Controls Frequency............................ 1 kHz, 2 kHz, 4 kHz, mute @ –20 dBFS or –18 dBFS Channel routing .................. Output channels routed from AES inputs 1 to 8, SDI 16 embedded channels from any group, test tone and silence Video Controls Output Standard.................. Select, Follow Input Standards List ..................... Select video standards for automatic follow Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded output channels. +12 dB to -36 dB in 0.1 dB steps. Black Level .......................... ±200 mV in steps of 1 mV Master Video Gain ............... ±6 dB in steps of 0.1 dB. Y Gain.................................. ±6 dB in steps of 0.1 dB. Channel 1 Delay sources Cb/Cr Gain .......................... ±6 dB in steps of 0.1 dB. Manual delay offset.............. Up to +2 s in 0.25 ms steps, common to any selected pairs. © Snell & Wilcox 2005 92 IQMUX42/43 HD/SD-SDI 10/16 Channel AES Remultiplexer RollCall Features Pattern Select...................... 100% Color Bars, 75% Color Bars SMPTE Bars, Tartan Bars, Pluge Ramp, H Sweep, Pulse & Bar, Burst Video Channel Control......... Y On/Off, C On/Off Logging ............................... Input Status Input Standard Embedded audio status (pairs 1-8) AES audio status (pairs 1-8) Audio delay limit ANC Error EDH EDH Total CRC CRC Total Default Video Output ........... Pattern / freeze/ black / run through RollTrack Controls ............... Source, Address, Command, Status, Sending. Other Controls RollTrack Sources................ Unused, Video Delay, Input Present, Input Loss, Output Freeze, Output Unfreeze, Audio Delay, Embedded Audio (Pairs 18) AES Audio (Pairs 1-8) Blank Ancillary Data............. Blank All, Pass All, Pass when Output Standard equals Input Standard Manual Freeze ..................... On/Off Freeze ................................. Field/Frame User Memories .................... 16 x Save / Recall / Rename Input/Output Names............ User configurable naming of the input and output AES/EBU, embedded audio and mixer channels Specifications Video Standards Delay Adjustment................. Horizontal and Vertical timing 750(720)/60p, 1125(1080)/30i 750(720)/59p, 1125(1080)/30sF 750(720)/50p, 1125(1080)/29i Vertical Timing ..................... 0 to 1 output frame in steps of 1 line. 1125(1080)/30p, 1125(1080)/29sF Video Delay.......................... 1 line to 11 frames 1125(1080)/29p, 1125(1080)/25i Internal audio processing ..... 32 channels @ 24-bit 1125(1080)/25p, 1125(1080)/25sF Embedded audio handling ... HD - 24-bit synchronous 48 kHz to SMPTE 299M SD - 20-bit synchronous 48 kHz to SMPTE 272M-A Minimum Delay .................... 1 line 1125(1080)/24p, 1125(1080)/24sF 1125(1080)/23p, 1125(1080)/23sF 1125(1035)/30i Power Consumption 1125(1035)/29i Module Power Consumption 525(480)/29i, 625(576)/25i 11.2 W Max Horizontal Timing................. 0 to 1 output line in steps of 1 pixel. © Snell & Wilcox 2005 93 IQBRK00/01 AES Break Out Module with Audio DAC The IQBRK00 is designed to take up to two embedded audio streams, break them out to AES and then reingest the resultant signals. The end result being the ability to insert a pure audio device into an embedded stream. It can take its audio input on a channel-by-channel basis from either the dual AES, the embedded sources or a combination of both. At the heart of this module is a comprehensive processing block that provides a powerful audio manipulation solution. The processed audio can be embedded into the SDI output as well as being fed to the AES outputs. Each audio output can be fed with a separate audio combination as necessary. The audio sources are protected by a firewall that ensures breaks in the incoming signal do not effect the output. Video proc. amp. control and a video delay of up to three frames make this a powerful solution for the video stream. Audio features include fixed and tracking delays, channel-level shuffling, proc. amp controls and assignable four-input mixers for combining audio sources. The user can choose to combine audio channels from any of the input sources - embedded streams and AES inputs. Bypass paths allow for the passing, embedding or de-embedding of non-PCM audio such as Dolby E. Analog audio outputs are also provided to enable either AES to analog audio conversion or analog audio de-embedding. Applications: • • • • • De-embed audio output to external dedicated audio unit (e.g. Graphic EQ, reverb, chain of audio boxes, etc.), then re-embed its output into the video stream. De-embed Dolby E audio stream, pass through Dolby E decoder, re-embed resulting AES audio. De-embed AES audio, pass through Dolby E encoder, re-embed Dolby E stream. AES to analog audio conversion Analog audio de-embedding Does this module suit your application? Why should you choose this module? • • • • • • • • • • Combine AES and embedded source channels Produce embedded, AES and analog audio outputs Handles 2 AES streams or any eight embedded input channels to total eight output channels Handles up to 24 bit embedded audio present on the incoming SDI stream, and embeds/deembeds to 20 bits Channel-level (Sub-frame) routing for selected sources 4 off 4 channel assignable audio mixers Flexible audio delay including per pair fixed delay, common fixed delay and tracking delay Up to 3 frames of video delay Firewall for processed PCM audio to provide a continuous output © Snell & Wilcox 2005 • • 95 Allows the use of mixed AES and embedded audio where both must be accommodated or combinations may be required A complete AV solution for incoming lines with firewall, proc. amp, audio shuffling and delay Can be used to break out embedded audio for AES processing and then return the audio to the embedded domain, with analog monitoring for added confidence IQBRK00/01 AES Break Out Module with Audio DAC ancillary data bypass SDI RX & Equalisation 1 Selective Ancillary Blanking Video Proc. Amp 2 SDI RX & Equalisation inputs Channel Proc. Amp AES RX & Sample Rate Conversion Audio Tracking Delay Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers Channel Proc. Amp Adjustable Pair Delay Additional Delay 2 Audio Firewall Demux 1 Signal Monitoring Channel Proc. Amp Channel Router Demux SDI TX Ancillary Data Multiplexer Outputs 1 1 AES TX 2 AES TX 1 DAC Channel Proc. Amp Adjustable Pair Delay Tone Tone Generator Generator 1 X GPI GPI Control and TTL Pulse I/O Built-in Intelligence 2 DAC 3 DAC I/O 2 AES RX & Sample Rate Conversion 4 DAC Network intelligence, control and monitoring Block diagram for IQBRK0117-2A Order codes for IQH3A enclosures 2 SERIAL OUT SERIAL IN 1 IQBRK0 _15-1A ANALOG AUDIO OUTPUTS 2 AES AUDIO IN / OUT 2 1 2 IQBRK0 _18-2A IQBRK0115-1A AES Break out module with audio DAC. Balanced audio connection. 1 SDI input, 2 AES inputs, 2 SDI outputs, 2 AES outputs, 4 analog audio outputs. AES IN + AES / ANALOG AUDIO OUT AES OUT AES IN 2 1 1 1 SERIAL OUT SERIAL IN IQBRK0018-2A AES Break out module with audio DAC. Unbalanced audio connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, 4 analog audio outputs. SERIAL IN 2 3 Order codes for other enclosures 2 1 IQBRK0 _17-2A SERIAL OUT AES IN + AES / ANALOG AUDIO OUT SERIAL IN 2 GPI SERIAL IN 1 2 IQBRK0 _16-2 IQBRK0117-2A AES Break out module with audio DAC. Balanced audio connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, 4 analog audio outputs. 1 SERIAL OUT SERIAL IN 1 IQBRK0116-2 AES Break out module with audio DAC. Balanced audio connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, 4 analog audio outputs. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Unbalanced digital audio ..... 2 x AES/EBU, AC3, Dolby E (BNC) Video Reference .................. Composite video (BNC) Balanced digital audio ........ 2 x AES/EBU, AC3, Dolby E (25 Way D-Type) Unbalanced digital audio ..... 2 x AES/EBU, AC3, Dolby E (BNC) Balanced analog audio ....... 4 channels (25 Way D-Type) Digital Video ........................ 2 x SDI (BNC) Control Interface Balanced digital audio ........ 2 x AES/EBU, AC3, Dolby E (25 Way D-Type) GPI...................................... 1x Closing contact I/O interface (BNC) Signal Outputs Digital Video ........................ SDI x 2 © Snell & Wilcox 2005 96 IQBRK00/01 AES Break Out Module with Audio DAC Card Edge & RollCall Controls Card Edge Controls Genlock V Phase ................. ± 262/312 lines in 1 line steps NONE Video Horizontal Delay ......... +1 Line in 37 ns steps Card Edge Indicators Video Vertical Delay ............. +1 Frame in 1 line steps SDI Input Loss..................... Loss = Off, Good = Green Video Delay Frames ............. 0 to +2 frames SDI Input Error..................... Yellow = Unused input not at current operating standard Other Controls AES Input Present ............... 1 x LED per pair CPU running / Power........... One green LED, flashing = OK Pass vertical data................. On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) RollCall Functions Preset Unit........................... Returns all settings to default Audio Controls Pattern Select ...................... 100%/75% Bars, Multiburst, Black, Animated Bars Audio extraction select ........ SDI input 1/2/Follow Video Control User Memories .................... Name, clear, save and read 8 user memories Set line up level ................... +20 to –20 dBu in 1 dB steps Set headroom ..................... 4 to 24 dB in 1 dB steps Default Video Output............ pattern / freeze/ run through Set audio detector thresholds High and low levels, time delay Default Audio Output ........... Silence External input audio delay.... Up to 1.5 s additional delay in 1 ms steps Caption Output ................... On/Off (default and pattern output only) Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded and input channels. ±18 dB in 0.1 dB steps. Caption Generator ............... Programmable up to 19 characters Channel routing .................. Output channels routed from AES pairs 1 to 4, test tone and silence, SDI 8 embedded channels from any group EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds GPI/O set-up ....................... May be attached to any memory function/polarity Reporting (* also Logged) No SDI ................................ *No input present Input ancillary error .............. ANC error, ANC error-seconds Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded and AES output channels. ±18 dB in 0.1 dB steps. Input error............................ Unused input not at current operating standard Report Embedded Audio Data Report audio data pairs on input and output SDI Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. Audio Silence, High Level, Low Level, Overflow For processed audio channels only Variable audio delay control source Up to 0.5 s from RollTrack + GPI Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 15 kHz in 100 Hz steps. RollTrack Input Tone Setup: RollTrack Output Frequency ........................... 100 Hz to 15 kHz in 100 Hz steps Delay ................................... Current video/audio delay Channel Ident ...................... 0.5 s interruption every 2 s Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 Delay ................................... Audio delay – Fixed, RollTrack + fixed Video Controls Select primary input............. 1/2 Black Level .......................... ± 100 mV in 0.8 mV steps Y/C Timing ......................... ± 592 ns in 148 ns steps Picture position ................... ± 592 ns in 148 ns steps Luminance Gain .................. ± 6 dB Chrominance Gain............... ± 6 dB Embedded Audio state ........ Pair present Genlock H Phase................. ± 32 µs in 74 ns steps © Snell & Wilcox 2005 External AES Audio state ..... Pair present 97 IQBRK00/01 AES Break Out Module with Audio DAC Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Serial Input Return Loss....... Better than 15 dB to 270 MHz Input Cable Length .............. >500 m of RG59 cable Impedance .......................... 75 Ω Maximum Input Cable length Digital Audio Output (Balanced) > 200 m (PSF1/2 or equiv. cable) Serial Output Level .............. 800 mV ±5% Connector/Format ............... 25 W D Output Overshoot................ < 70 mV Level.................................... 3 V p-p typical into 110 Ω Sampling ............................. 48 kHz Synchronous to SDI Stream Output Return Loss ............. Better than 15 dB to 270 MHz Digital Audio Output (Unbalanced) Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Connector/Format ............... BNC Level.................................... 1 V p-p typical into 75 Ω Minimum Delay ................... 6 µs Delay .................................. 6 µs - 3 Frames + 5.5 µs Analog Audio Outputs THD+N ................................ < -117 dB @ 700 Hz (24 bits) AES to AES Output Level........................ Adjustable +12 dBu to +24 dBu Digital Audio Input (Balanced) THD+N ................................ -95 dB typical at 1 kHz Connector/Format .............. 25 W D Conversion .......................... min 20-bit – 105 dB dynamic range Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Sampling ............................. 48 kHz Synchronous to SDI stream Input Cable Length .............. >150 m of AES3 cable Power Consumption Impedance .......................... 110 Ω Module Power Consumption Output Impedance ............. ~25 Ohms 9.75 W Digital Audio Input (Unbalanced) Connector/Format ............... BNC © Snell & Wilcox 2005 98 ANALOG/DIGITAL - VIDEO IQD1ADC VIDEO ANALOG TO DIGITAL CONVERTER................................................... 101 IQDDAC VIDEO DIGITAL TO ANALOG CONVERTER................................................... 103 Analog to Digital conversion Providing the vital link between the analog and digital domains, the IQD1ADC provides high quality conversion of component video signals to two outputs in 270 Mbit/s 4:2:2 serial digital format. All versions of the module feature broadcast quality 10-bit processing, with the choice of full Rec. 601 filtering, or 'near' 601 filtering for less demanding applications. Versions with full Rec. 601 filtering feature EDH as standard, with options that include a key channel that derives a digital key signal from the analog luminance signal (i.e. Y to 4:0:0), and a Betacam version that accepts the high chrominance level PbPr signals from a Sony Betacam. Double width versions of these feature external sync inputs. Digital to Analog Conversion In many cases, the high standards of accuracy inherent in digital processing are of little value if conversion back into the analog domain is any less efficiently achieved. To ensure this transition is as loss-free as possible, the IQ Modular D to A converters are oversampled 10-bit designs incorporating Rec. 601 filters and EDH capability. A key channel version is also available as an option. For Additional Related Modules See: Module: Composite to SDI IQDEC00 - 05 Composite to SDI IQDAMDA Composite to SDI IQDAMDD Composite to SDI IQDMSDP Composite to SDI IQDMSDS Composite to SDI IQDMSDL Composite to SDI IQATBSD SDI to Composite IQDAVM SDI to Composite IQDMSES SDI to Composite IQDMENCS SDI to Composite IQDSDED SDI to Composite IQDSDES © Snell & Wilcox 2005 99 SIGNAL CONVERSION Section: IQD1ADC Video Analog to Digital Converter The IQD1ADC converts analog component video (in either YPbPr or GBR formats) to serial 4:2:2 format at 270 Mbit/s. Key channel or Betacam level options available. Does this module suit your application? Why should you choose this module? • • • • • • • • • • • Analog component YPbPrS or GBRS (selected by links) to serial 4:2:2 10-bit resolution Key channel versions Y to serial 4:0:0 Set for SMPTE/EBU N10 levels 525 or 625 operation - automatic switching Digital clamping for accurate color black 'Near' 601 or full Rec. 601 filtering EDH insertion as standard Out of range indicators for YPbPr Level adjustment by RollCall remote control or card edge • • • • 10-bit conversion from analog component to digital component video ensures maximum quality Full range of options enable conversions for all operational requirements Near 601 filter option for monitoring systems Digital clamping ensures accurate black levels Control by card edge switches or RollCall™ remote control ADC Y/G Matrix Pb/B Serial 656 Outputs Format & Serialize Pr/R EDH Insert Analog Reference Loop-thru SPG Processor Switches Order codes for IQH3A enclosures (Code ‘A’) RollCall™ Order codes for other enclosures IQD1ADC-1 Y G Pb B Pr R 2 COMPONENT INPUT 1 SERIAL OUTPUT IQD1ADC-1A-10F Video Monitoring ADC. IQD1ADC-1-10F-0 Video Monitoring ADC. IQD1ADC-1A-10-E Video ADC Full 601 IQD1ADC-1-10-E Video ADC Full 601 IQD1ADC-1A-10-B Video ADC Betacam IQD1ADC-1-10-B Video ADC Betacam SYNC INPUT IQD1ADC-2 G Y B Pb COMPONENT INPUT R Pr 2 SERIAL OUTPUT IQD1ADC-2A-10F-0 Video Monitoring ADC. IQD1ADC-2-10F-0 Video Monitoring ADC. IQD1ADC-2A-10-E Video ADC Full 601 IQD1ADC-2-10-E Video ADC Full 601 IQD1ADC-2A-10-B Video ADC Betacam IQD1ADC-2-10-B Video ADC Betacam IQD1ADC -1-K Y INPUT 1 SERIAL OUTPUTS IQD1ADC-1-10-K Video ADC Key Channel IQD1ADC-1A-10-K Video ADC Key Channel For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 2 101 1 IQD1ADC Video Analog to Digital Converter Inputs & Outputs Signal Inputs Inputs Component 525/625 ........... YPbPr to EBU/SMPTE specification or GBR IQD1ADC Analog to Serial Digital Converter Outputs Digital Analog YPbPr/GBR Y 525/625 (-K versions) ....... Y Key signal 10-Bit ADC Reference Sync .................. Composite Sync or Black Burst Serial 656 1-2 Reference Sync Loop-thru Signal Outputs Note: -1 version has no reference sync input Serial .................................. 2 sets of 4:2:2 Serial or 4:0:0 for -K versions Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Input Signal Standard .......... 525/625 Luminance Gain .................. ± 2dB Force Standard.................... Auto or Force 525/625 Black Level .......................... ±100 mV Picture Position.................... -8 to +7 in increments of 74 ns PbPr Gain............................ ±2 dB (not on -K versions) Functions Available via RollCall™ Only Sync Select ......................... External or Signal Input Y-C Timing........................... ±592 ns in increments of 74 ns (not on –K versions) VITS Pass (DIGITAL Y output) On/Off Specifications Y Frequency Response ....... 601 Filter:- 5.5 MHz ± 0.05 dB Near 601 Filter:- 5.5 MHz ± 0.1 dB Composite Sync Input ......... 2 V pk to pk ±6 dB (loop-through) 525 or 625 line standard PbPr Frequency Response .. 601 Filter:- 2.75 MHz ± 0.05dB Near 601 Filter:- 2.2 MHz ± 0.1 dB Black Burst Input ................. 0.3 V pk to pk ±6 dB (loop-through) 525 or 625 line standard GBR to YPbPr Matrix Error .. Better than 1% Sync Input Return Loss ....... Better than 40 dB to 6 MHz Signal Input Return Loss...... Better than 40 dB to 6 MHz Delay ................................... 4.26 µs Serial Output Level .............. 800 mV ±10% Power Consumption Serial Output Return Loss.... Better than 15 dB to 270 MHz Module Power Consumption 6.3 W max Jitter .................................... < 500 ps © Snell & Wilcox 2005 102 IQDDAC Video Digital to Analog Converter The IQDDAC converts serial 4:2:2 format at 270 Mbit/s to analog component video (in either YPbPr or GBR formats). Each channel is oversampled and applied to three 10 bit DAC's. These analog signals are corrected for gain and offset, syncs added to the Y signal, and then low-pass filtered in accordance with the requirements for full ‘601’ performance. Optional Key channel only version available. Does this module suit your application? Why should you choose this module? • • • • • • • • • • • • • • SDI to analog YPrPbS or GBRS 10-bit oversampled DAC's Full CCIR601 filter performance 525 line YPbPr in Betacam or SMPTE levels auto-detects 625/525 line standards Separate 2V Sync output Control of blanking timing, picture position and Y to PbPr correction Two outputs for each component (-2) EDH monitoring and error checking User controlled Blanking shaping Digital bypass mode Selectable vertical blanking RollCall control, monitoring and logging • • • • Digital to analog converters are 10 bit and twice oversampled for optimum accuracy. Reconstruction is to within CCIR601 specification Operates within the 525 or 625 environments so can be used in multi-format digital component environments Component analog can be YPbPr (EBU or Betacam levels) or GBRS as required by the system Input is monitored for EDH errors to ensure system integrity Blanking is selectable between analog and digital limits to ensure no unwanted picture content at the side of the display Serial 656 Out Serial Cable Driver Y/G Serial 656 In Serial Receiver Output Processing SPG & Blanking Serial Decoder Pb/Pr Oversample DAC Pr/R Output Matrix & Sync Insert Filters Pb/B Y/G Pr/R Pb/B Sync EDH Detect Switches Order codes for IQH3A enclosures RollCall Processor Order codes for other enclosures IQDDAC-1 SYNC OUT COMPONENT OUTPUT G R Y B IQDDAC-1A Video DAC 601 spec 10-Bit, 1 output. SERIAL OUT 2 Pr SERIAL IN Pb IQDDAC-1 Video DAC 601 spec 10-Bit, 1 output. COMPONENT OUTPUT SERIAL OUTPUT 1 2 IQDDAC-2 G B G IQDDAC -K-1A SYNC OUT 1 2 SERIAL IN SERIAL OUT IQDDAC-K-1A Video DAC Key Channel only 10-Bit 1 output. R B 3 Pr SERIAL IN Pb SYNC OUT 2 Y OUT SERIAL OUT SERIAL IN IQDDAC-K-1 Video DAC Key Channel only 10-Bit 1 output. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 Pr 2 IQDDAC-2 Video DAC 601 spec 10-Bit 2 component, 3 serial outputs. IQDDAC-K-1 OUTPUT Y Pb Y SYNC OUT IQDDAC-2A Video DAC 601 spec 10-Bit 2 component, 3 serial outputs. R Y 103 IQDDAC Video Digital to Analog Converter Inputs & Outputs Signal Inputs Inputs Serial .................................. SDI 525 or 625 serial digital IQDDAC Serial Digital to Analog Converter Digital Outputs Digital Standards............................ SMPTE 259M-C-1997 Serial 656 1-3 Signal Outputs Serial 656 Component Serial to Analog Component Component 525/625 ........... YPbPr to EBU/SMPTE/Betacam specification or GBR, Sync on Y, selectable on G, B/R Analog 2 x YPbPr/GBR with Reclocked Serial Output(s) Analog 1 x Sync Serial ................................... Up to3 reclocked SDI Standards............................ SMPTE 259M-C-1997 Rollcall™ Remote Control Sync ................................... Mixed Syncs at -2 V pk to pk Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Horizontal Blanking .............. D1 active (no shaping) D1 active (shaped) Composite (shaped) Minimum Legal (Composite shaped) Picture Position ................... +518 to -592 ns in increments of 74 ns Y to PbPr Timing ................. +222 to -148 ns in increments of 74 ns Output select ....................... YPBPR or GBR EDH clear ............................ On/Off 525 YPbPr Levels ................ SMPTE/Betacam Vertical Blanking .................. Pass/Blank Functions Available via RollCall™ Only Syncs .................................. On/Off EDH..................................... Statistics Digital Bypass...................... On/Off Picture Position.................... +3700 ns to -1332 ns in increments of 74 ns Specifications Serial input/ Output Return Loss Better than -15 dB at 270 MHz Delay ................................... 2.29 µs Frequency Response........... Within 601 specification Output D.C.......................... <±50 mV (YUV outputs) Analog Output Return loss... Better than 35 dB DC to 5.0 MHz Power Consumption Maximum input cable length >200 m Module Power Consumption Processing .......................... 10 bit with oversampling © Snell & Wilcox 2005 7.5 W max 104 ANALOG/DIGITAL - AUDIO IQBADCD-N 4 CHANNEL AUDIO ADC (NO DELAY) .......................................................... 107 IQBDACD-N 4 CHANNEL AUDIO DAC (NO DELAY) .......................................................... 111 IQ Modular offers a range of audio conversion modules to provide the optimum balance of price to performance for all system requirements. Both dedicated audio analog-to-digital and digital-to-analog modules are available, alongside multi-function video and audio modules designed to offer the improved flexibility and functionality demanded by today’s integrated infrastructure applications. For Additional Related Modules See: Section: Module: IQDLY20/21 Multiplexers IQMUX60/61 Remultiplexers IQBRK00/01 Synchronizers and TBCs IQDMX20 Demultiplexers IQDMX21 Synchronizers and TBCs © Snell & Wilcox 2005 IQUAV00/01 105 SIGNAL CONVERSION Audio Processing IQBADCD-N 4 Channel Audio ADC (No Delay) The IQBADCD-N converts two analog stereo pairs, or four analog mono channels into two AES/EBU digital audio streams. Each analog input is sampled at 48 kHz, 44.1 kHz or 32 kHz with 24-bit resolution. Sampling can be free-running, clock and audio frame locked to a reference AES/EBU digital input audio stream or video locked in accordance with AES11 recommended practice. Video standard is automatically determined. Does this module suit your application? Why should you choose this module? • • • • • • • • • • • Converts four analog audio channels into two AES/EBU digital audio streams Output gain adjustable 0 to +12 dB Balanced and Unbalanced AES/EBU on the same card 24-bit sampling resolution Operates at 32, 44.1 and 48 kHz Sampling can be free-running, or locked to a video or an AES/EBU reference Input headroom adjustable +12 to +24 dBu Overflow indication GPI inputs programmable to any control function RollCall control and monitoring Converts four analog audio channels into two AES/EBU digital audio streams, useful in multi-lingual systems or for digitizing the output of a VTR Can operate in all digital sampling standards, 32, 44.1 or 48 kHz to ensure integration into any system Will lock to video and AES/EBU digital audio references Balanced or unbalanced output configurations enables use in all environments 24-bit sampling resolution allows the highest possible performance Full RollCall control and monitoring with an assignable GPI • • • • • Input A Digital Transmitters ADC Input B Output A/B Control Output C/D Input C ADC Clock Input D Clock Processor Digital Receiver RollCall AES/EBU Reference Sync Separator Xtal Phase-Locked Loop Video Reference GPI Input IQBADCDN -1-D Order codes for IQH3A enclosures REF AUDIO IN + OUT IQBADCD-1-N Dual Audio ADC. Balanced (2) outputs. IQBADCDN -1K-D IQBADCD-1A-N Dual Audio ADC. Balanced (2) & Unbalanced (2) AES/EBU outputs. Order codes for other enclosures AUDIO IN + OUT 1 AUDIO IN + OUT IQBADCDN -2-D AES OUTPUT REF IQBADCD-2-N Dual Audio ADC. Balanced (2) & Unbalanced (2) AES/EBU outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 AES OUTPUT IQBADCD-1K-N Dual Audio ADC. Balanced (2) & Unbalanced (2) AES/EBU outputs GPI 2 1 2 107 IQBADCD-N 4 Channel Audio ADC (No Delay) Inputs & Outputs Signal Inputs Inputs Analog Input ........................ 4 Channels (2 Stereo Pairs) IQBADCD-N 4-Channel Audio ADC Outputs Analog Analog Video Reference ...... Black Burst via BNC Digital Audio Reference ....... 48 kHz, 44.1 kHz or 32 kHz AES/ EBU Balanced via 25 way D Audio x 4 Digital Audio Reference ....... 48 kHz, 44.1 kHz or 32 kHz AES/ EBU Unbalanced via BNC Video Reference Digital ADC 32,44.1,48 kHz Operation Overflow Check GPI...................................... TTL Signal via BNC (-2 Version) AES/EBU X 2 Digital Signal Outputs AES/EBU Reference Digital Audio 1 ..................... 1 x AES/EBU output Balanced via 25 way D 1 x AES/EBU output Unbalanced via BNC (-2/-1A Versions) GPI Digital Audio 2 ..................... 1 x AES/EBU output Balanced via 25 way D 1 x AES/EBU output Unbalanced via BNC (-2/-1A Versions) Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) No Sync............................... Loss of Video Reference Functions available via RollCall™ only Headroom ........................... +24 dBu to +18 dBu or +18 dBu to +12 dBu by pot and link. Gain..................................... Adjustable from 0 to +12 dB in 0.25 dB steps Gain .................................... 0, +3 dB, +6 dB, and +9 dB Sample Rate........................ Select 48 kHz, 44.1 kHz and 32 kHz Reporting............................. Video Standard Reference Select ................. Free Run, AES/EBU or Video PAL/NTSC Auto Selected L/R Swap ............................ On both channels 1 + 2 Logging ............................... Reference Loss, Input Format Phase Invert......................... On both channels 1 + 2 Mute.................................... Mute either Output Pair On/Off Channel Status Editor .......... Channel Status origin and destination names can be edited. Channel Status bytes 0, 1, 2 and 4 are all editable or can be automatically generated Control ................................ Select Local or Remote Indicators Overflow .............................. 0.2 dB or greater than headroom setting (Left, Right, Channels 1 & 2) Specifications Digital Reference Unbalanced Input Level 0.03 V to 5 V pk to pk into 75 ohms Maximum Cable Length 1000 m Digital Balanced Output Level Typically 4 V pk to pk into 110 ohms Analog Input Level ............... 24 dBu (17.5 V pk to pk) Headroom Analog Input Impedance...... >10 k ohms (Selectable 600 ohm termination) Analog Reference Input Level Black Burst at standard level ± 6 dB Analog Reference Input Standard 625/525 line Digital Unbalanced Output Level Typically 1 V pk to pk into 75 ohms Digital Reference Balanced Input Standard AES/EBU (AES3-1992) Digital Path .......................... 32 kHz, 44.1 kHz and 48 kHz 20-bit Digital Reference Balanced Input Level 0.2 V to 7 V pk to pk into 110 ohms via 25 way D Maximum Cable Length 150 m Total Harmonic Distortion + Noise Better than 0.002% (-95 dB) at 700 Hz and -1 dBFs Noise Floor .......................... Better than -106 dBFs (20 Hz to 20 kHz) Digital Reference Unbalanced Input Standard AES/EBU (AES3-1992) © Snell & Wilcox 2005 Channel Separation ............. Better than -100 dBFs at 10 kHz 108 IQBADCD-N 4 Channel Audio ADC (No Delay) Frequency Flatness ............. Better than +0.1 dBu to -0.3 dBu (20 Hz to 20 kHz with reference to 1 kHz ) Sampling ............................. 48 kHz, 44.1 kHz or 32 kHz Free Running 48 kHz, 44.1 kHz or 32 kHz clock and frame locked to AES/EBU reference 48 kHz clock and frame locked to a PAL or NTSC video reference Output Level Accuracy ........ better than –0.3 dB Channel Amplitude Matching better than ±0.05 dB Digital Reference Input Frequency Pull-In Range +2 Hz to –1 Hz Transport Delay ................... 0.9 ms Power Consumption Module Power Consumption 6 W max © Snell & Wilcox 2005 109 IQBDACD-N 4 Channel Audio DAC (No Delay) The IQBDACD-N converts two AES/EBU audio streams into four analog channels. The digital streams may be at 48 kHz, 44.1kHz or 32 kHz and are converted to analog with 20-bit resolution. The analog output is factory set to give +24 dBu, variable range +18 dBu to +24 dBu (+12 dBu to +18 dBu with link fitted) for a full-scale digital input. In addition a digital gain control permits up to -12 dB of fine level adjustment. To ensure a low jitter level the regenerated digital clock is crystal locked before feeding the digital to analog converters. Does this module suit your application? Why should you choose this module? • • • • • • • • • Converts two AES/EBU audio streams into four analog channels 20-bit sampling resolution Operates at 32, 44.1 and 48 kHz Output level presetable (via pot & link) +12 to +24 dBu Output gain adjustable -12 dB to 0 dB Overflow indication Dual PLL design for low jitter RollCall control and monitoring • • • • Converts two AES/EBU audio streams into four analog channels, useful in multi-lingual systems or with four channel VTR recording Can operate in all digital sampling standards, 32, 44.1 or 48 kHz to ensure integration into any system Dual PLL ensures accurate sampling with minimum jitter Balanced or unbalanced input configurations enables use in all environments 20-bit sampling resolution gives optimum audio quality Output A Input A/B Digital In DAC Output B Control Output C Input C/D Digital In Clock DAC Output D Clock Xtal Phase-Locked Loop RollCall Processor GPI Input Order codes for IQH3A enclosures AUDIO IN+OUT IQBDACD-2 IQBDACD-1A-N Dual Audio DAC Balanced 4 analog outputs. Order codes for other enclosures GPI1/DLY 2 GPI 2 GPI1/DLY IQBDACD-2-N Dual Audio DAC. Balanced & Unbalanced inputs 4 analog Balanced outputs. A IQ AUDIO IQBDACD-1 AUDIO IN + OUT 1 UNBAL AUDIO IN GPI 2 IQBDACD-1-N Dual Audio DAC Balanced 4 analog outputs. AES B ANALOG IQBDACD-1K-N Dual Audio DAC. Balanced & Unbalanced inputs. 4 analog Balanced outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 111 IQBDACD-N 4 Channel Audio DAC (No Delay) Inputs & Outputs Signal Inputs Inputs Digital Audio Balanced......... 2 Channels via 25 way D IQBDACD-N 4-Channel Audio DAC Digital Digital Audio Unbalanced..... 2 Channels via BNC (-2 Versions) GPI Control Input................. 2 x Closing contacts AES/EBU x 2 Standards............................ AES3–1992 Signal Outputs GPI x 2 Outputs Analog DAC 32, 44.1, 48 kHz Operation 4 Audio Channels Overflow Check Analog................................. 4 Channels via 25 way D Rollcall™ Remote Control Card Edge & RollCall Controls Board Adjustments Indicators Output Level........................ 18 to 24 dBu (12 to 18 dBu with link fitted). Overflow .............................. 0 dBu (i.e. full scale input) on both left and right for both channels Card Edge Controls (also available via RollCall) Functions Available via RollCall™ Only Mute.................................... On/Off Either Output Pair Digital Gain .......................... -9 dB, -6 dB, -3 dB, and 0 dB Digital Gain ......................... Adjustable from –12 dB to 0 dB in 0.25 dB Steps Control Select...................... Local/Remote Logging ............................... Input Format Input Select ......................... Balanced/Unbalanced for each Channel L/R Swap ............................ On both channels 1 + 2 Phase Invert......................... On both channels 1 + 2 Specifications Digital Input (Balanced) ........ Level 0.2 V to 7 V pk to pk into 110 ohms Cable length greater than 150 m Using 110 ohm AES/EBU recommended cable Analog Output Impedance... <50 ohms Total Harmonic Distortion + Noise Less than 0.004% at 700 Hz and –1 dBFs Noise Floor .......................... Better than -101 dBFs (20 Hz to 20 kHz) Digital Input (Unbalanced) .... Level 0.03 V to 5 V pk to pk into 75 ohms Cable length greater than 1 km of RG59 or equivalent Channel Amplitude Matching Better than ±0.1 dBu Channel Separation ............. Better than –100 dBFs at 48 kHz Transport Delay ................... 0.6 ms Output Level Accuracy ........ Better than ±0.15 dBu Digital Reference Pull-In Range +2 Hz to –1 Hz at 48 kHz Flatness............................... Better than +0.1 dBu to -0.2 dBu (20 Hz to 20 kHz with reference to 1 kHz) Sampling ............................. 32 kHz, 44.1 kHz and 48 kHz clock and frame locked to AES/EBU Input Power Consumption Module Power Consumption 6 W max Analog Output Level ............ +24 dBu with Full Scale Input and Gain = 0 dB © Snell & Wilcox 2005 112 COMPOSITE to SDI GOLDEN GATE DECODER, SYNCHRONIZER, AUDIO EMBEDDER WITH NOISE REDUCTION – 12 BIT................................................................................... 117 IQDEC01 COMPOSITE DECODER, SYNCHRONIZER, AUDIO EMBEDDER WITH NOISE REDUCTION – 12 BIT................................................................................... 121 IQDEC02 GOLDEN GATE DECODER, SYNCHRONIZER, AUDIO EMBEDDER WITH NOISE REDUCTION AND AUXILIARY SDI INPUT – 12 BIT ....................................... 125 IQDEC03 COMPOSITE DECODER, SYNCHRONIZER, AUDIO EMBEDDER WITH NOISE REDUCTION AND AUXILIARY SDI INPUT – 12 BIT ....................................... 129 IQDEC04 GOLDEN GATE DECODER, SYNCHRONIZER WITH NOISE REDUCTION – 12 BIT ......................................................................................................... 133 IQDEC05 COMPOSITE DECODER, SYNCHRONIZER WITH NOISE REDUCTION – 12 BIT ......................................................................................................... 137 IQDAMDA ADVANCED MULTI-STANDARD DECODER WITH SYNCHRONIZER - 12 BIT 141 IQDAMDD ADVANCED MULTI-STANDARD DECODER - 12 BIT .................................... 145 IQDMSDP MULTI-STANDARD DECODER WITH SYNCHRONIZER AND NOISE REDUCTION - 10 BIT ........................................................................ 147 IQDMSDS MULTI-STANDARD DECODER WITH SYNCHRONIZER - 10 BIT ................... 149 IQDMSDL MULTI-STANDARD DECODER WITH SYNCHRONIZER & NOISE REDUCTION ..................................................................................... 151 IQATBSD SYNCHRONIZING DECODER/TIMEBASE CORRECTOR................................ 155 With the increased use of digital processing - digital transmission in particular - there has never been a greater need for top quality decoding. Much of the archive material that will be used to provide content for the increasing number of services is still stored in composite form. Many service providers still rely on composite feeds for much of their programming. Unless these are decoded to the highest possible standard, the full potential of digital signal paths cannot be realized. Worse still, composite material that is poorly decoded for digital transmission will result in significant wastage of valuable bitrate. Based on the company's many years of experience developing world-leading decoder technology, the IQ modular decoder range provides advanced composite decoder options. The IQDEC modules provide decoding using the highest quality multi-aperture spatio-temporal filters. Features including frame synchronization, analog audio embedding, noise reduction and auxiliary SDI input are all integrated into this new decoder range. For Additional Related Modules See: Section: Module: MPEG/SDI IQMDMO Analog/Digital - Video IQD1ADC © Snell & Wilcox 2005 113 SIGNAL CONVERSION IQDEC00 Feature Summary for IQDEC Decoder Range The IQDEC range of decoders offers multi-function operation by combining a range of common analog to digital conversion functions on a single module. This gives the advantage of improved control and monitoring, and lower infrastucture costs. The table below highlights the main feature differences across the range: IQDEC00-05 3D Frame Comb Feature Golden Gate Comparison Decoder IQDEC04 ! ! ! IQDEC03 - IQDEC01 - IQDEC05 - IQDEC02 IQDEC00 © Snell & Wilcox 2005 Line comb decoder Frame Synchronizer Noise Reducer Analog audio multiplexer Auxiliary SDI input ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! - - ! ! ! - - 115 - - IQDEC00 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit The IQDEC00 provides a complete analog front-end with 12-bit composite decoding, synchronization and analog audio ingest in one compact module. It is ideal for providing the bridge between analog legacy operations and digital environments. When paired with an upconverter this module completes the bridge between analog and HD domains. What makes the IQDEC00 so powerful for these applications are its advanced 3-D decoding algorithms employing updated patented Golden Gate technology. These will extract more original information from the analog picture source than other decoders. This makes it ideal for the transition from analog to digital or from analog to HD. The IQDEC00 handles most stable composite analog signal formats including PAL, NTSC-M, NTSC-J, PALN, N4.43, PAL60 and PALM. The full frame synchronizer with horizontal and vertical phasing controls allows the output to be timed to your house or studio reference. In addition to its fearsome video performance, the IQDEC00 can digitize up to 4 channels of analog audio for both embedding into the SDI stream and outputting as two AES streams. Proc. amp controls and a powerful built-in noise reducer complete the specification. The noise reduction is targeted at preserving the original content while eliminating the objectionable artifacts of analog working. The noise reduction algorithms are tuned to ensure optimum quality and lowest bit-rates if the signal is subsequently compressed. • Does this module suit your application? • • • • • • • • • • • • • • 12-bit multi-standard decoder with frame synchronizer Adaptive Golden Gate spatio-temporal frame comb decoding Input standards – PAL*, NTSC*, NTSC-J, N4.43, PAL60, PALN* or PALM* (not SECAM) *Auto detection of input standards Minimal decoder delay – normally < 2 lines (plus synchronizer delay) Firewall for video and processed PCM audio to provide a continuous valid output Motion adaptive recursive noise reducer with automatic noise floor measurement Horizontal and vertical enhancer Suitable for noisy but stable sources such as most RF links or recovery of archived analog material This module is not suitable for use with unstable sources such as VHS players without built-in TBCs Y/C and composite inputs available Selectable default output on loss of input Frame freeze, pattern or input pass Selectable VBI pass through (pass flat or blank for each VITS line) Adjustment of video gain, black level, chroma gain, NTSC hue, horizontal Y/C timing and picture position © Snell & Wilcox 2005 • • • • A total of 4 channels of embedded audio can be processed, 2 pairs selectable from any of the four groups 4 x assignable 8 channel audio mixers Flexible audio delay features including: Tracking audio delay to keep audio in perfect sync with its associated video Up to 1.5s of audio delay for each external audio input pair ! Additional variable audio delay offset of up to 2.5s, common to all processed audio ! Full audio proc-amp including - gain, mute, polarity invert, and channel routing Why should you choose this module? • • • • 117 A complete analog ingest solution for both video and audio in a compact module making system integration easy Proc. amp and noise reduction provides complete signal conditioning solution in one package for connecting operational areas 12-bit Golden Gate decoding technology and powerful compression-friendly noise reduction means maximum picture quality and minimum MPEG bit usage With everything in one single unit, remote control could not be simpler IQDEC00 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit composite/Y Simple Filter 12-bit A-D converter Adaptive Spatial Comb Filter C Synchronizer Noise Reduction 1 Horizontal and Vertical Enhance Audio Embed and Ancillary Writer Minimum Delay 12-bit A-D converter SDI TX 2 Temporal Comb (Frame) Filter Proc. Amp Additional Filters Proc. Amp inputs Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Tracking Delay Proc. Amp Proc. Amp Adjustable Delay AES TX Proc. Amp AES TX 1 Channel Router Adjustable Delay Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers Adjustable Delay Proc. Amp 2 Built-in intelligence network intelligence, control and monitoring Block diagram for IQDEC0018-2A Order codes for IQH3A enclosures Order codes for other enclosures SERIAL OUT ANALOG AUDIO IN / AES OUT COMP IN IQDEC00/116-2 IQDEC0 0/115-1A 2 ANALOG AUDIO IN / AES OUT 1 IQDEC0015-1A 12 bit golden gate decoder with synchronizer, analog audio embedder and noise reduction. single composite input, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced and unbalanced on 25D) 2 COMP IN B/C 1 SERIAL OUT COMP IN A/Y IQDEC0016-2 12 bit golden gate decoder with synchronizer, analog audio embedder and noise reduction. 2 composite, 1 Y/C inputs, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced and unbalanced on 25D) 1 ANALOG AUDIO IN / AES OUT IQDEC0 0/118-2A 2 2 1 SERIAL OUT AES OUT B A C COMPOSITE Y IQDEC0018-2A 12 bit golden gate decoder with synchronizer, analog audio embedder and noise reduction. 2 composite, 1 Y/C inputs, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced, on 25D, and unbalanced on 25D and BNC) For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Composite Video ................. 2 via BNC connectors, isolated Serial Digital......................... 2 x SDI via BNC connectors Y-C...................................... 1 via BNC connectors Analog Audio ...................... 4 Channels (2 Stereo Pairs) via 25D connector AES Audio ........................... 2 pairs (4 channels) balanced and unbalanced via 25D and unbalanced via BNC connectors Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/N4.43/PAL60 Standards............................ SMPTE 259M-C–1997, SMPTE 272M-A-1994, AES3-1992 Reference............................ 1 analog loop through via BNC connectors © Snell & Wilcox 2005 118 IQDEC00 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit Card Edge & RollCall Controls Control Interface Video Controls GPI/O .................................. Closing contact input/output via BNC connector Input Select ......................... Composite A / B, YC Card Edge Controls None Composite Input Standard... Auto [PAL, NTSC, PALM, PALN] / Manual [PAL, NTSC, NTSC-J, PALM, PALN, N4.43, PAL60] Card Edge Indicators Freeze ................................. Off / On CPU running/Power............. Flashing = OK Luma Gain ........................... +6 dB to –3 dB Analog Video Present .......... Lost = Off, Good = On (Green) Chroma Gain ....................... +6 dB to –3 dB Analog Video Error ............. Good = Off, Error = On (Yellow) Black Level .......................... ±120 mV Reference Present .............. Lost = Off, Good = On (Green) NTSC Hue ........................... ±45° Reference Error .................. Good = Off, Error = On (Yellow) Y/C Timing .......................... +592 ns in 148 ns steps Picture Position.................... ±592 ns in 148 ns steps Functions Available via RollCall Only Blanking............................... Left, right, top, bottom, color Audio Controls Noise Reducer Mode & Noise Measurement Line Up Tone Level.............. -24 dBu to +10 dBu in 0.5 dB steps Auto / Manual noise measurement Headroom ........................... +4 to +24 dB in 0.5 dB steps (subject to a max input level of +24 dBu) Noise Threshold................... Auto Bias [±7] / Manual [0 to 15] Normal / Minimum delay Noise Reducer Strength....... Luma [0 to 31], Chroma [0 to 31] H Enhance........................... Off / [On – low, medium, high] Set Audio Monitor Thresholds High and low levels, time delay H Enhance Frequency ......... 2.25 MHz or 3.375 MHz V Enhance ........................... Off / [On – low, medium, high] External Input Audio Delay... Up to 1.5 s additional delay in 1ms steps Decoder Mode..................... Simple / Studio Input Side Control Proc ....... Independent Gain, Mute, Polarity & Mono control over analog input channels Color Killer ........................... Chroma ON / Chroma OFF / Auto [QAM standards: Chroma off = chroma mute + Y notch] Analog Input Gain................ ±34 dB (subject to Line up and Headroom levels) Genlock H Phase................. ±32 µs in 37 ns steps Channel Routing ................. Output channels routed from analog pair 1, analog pair 2, test tone and audio mixers Genlock Mode ..................... Free-run / Lock to reference / Lock to input (minimum delay) Genlock V Phase ................. ±262/312 lines in 1 line steps Additional Video Delay ......... 0, 1 or 2 frames of delay Channel Mixing.................... Mixer channels routed from analog pair 1, analog pair 2 and test tone Pass VBI Data...................... Pass as data Pass as VITS Blank (lines selectable 7/11 to 22/19 and 320/274 to 335/282) Output Side CONTROL ProcIndependent Gain, Mute, Polarity & Mono control over embedded and AES output channels. Digital Output Gain .............. ±18 dB PAL Line 23 ......................... Process As Video / Pass as WSS / Blank Global Delay Offset.............. Up to +2.5 s in 1ms steps, common to all processed audio. NTSC Line 20/283............... Process as Video/Pass as Data/Blank Variable Audio Delay Control Source Up to 0.5 s from RollTrack + GPI + video synchronizer NTSC Line 21/284............... Process as Video/Pass as Data/Pass as Closed Captions/Blank Audio Level Slew Rate ......... Instant, fast, medium, slow NTSC Line 22/285............... Process as Video/Pass as Data/Blank Validity Bit............................ Clear or set Tone Frequency, Amplitude & Ident 2-channel tone generator. Horizontal Ancillary Blank..... Off / On Tone Frequency .................. 100 Hz to 15 kHz in 100 Hz steps Other Controls Tone Channel Ident ............. 0.5 s interruption every 2 s Pattern Enable ..................... Off / On © Snell & Wilcox 2005 119 IQDEC00 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit Pattern Select...................... Black / EBU Color Bars / 100% Color Bars / Ramp / Multi-Burst / Pulse & Bar / Animated Bar Input Error............................ One or more inputs have unselected line standard Caption Enable ................... Off / On Reference Error.................... Standard different to selected input Reference Status ................. *Ref present, *Ref standard Caption Generator ............... Programmable up to 19 characters Audio Bus Monitor ............... *Silence, *High Level, *Low Level, *Overflow for processed audio channels GPI Action ........................... Memories 1 to 8 / Pattern / Freeze / Audio delay GPI Polarity ......................... High / Low Analog Audio Input Monitor.. *Silence, *High Level, *Low Level, *Overflow for analog audio input channels GPO Action ......................... Input loss / Standard / Video delay GPO Polarity........................ High / Low User Memories .................... Name, clear, save and recall 8 user memories RollTrack Input Default Video Output ........... Pass Video / Freeze / Pattern Delay ................................... Audio delay – Fixed, RollTrack + Fixed, Internal Sync + Fixed Default Audio Output ........... Silence RollTrack Output Preset Unit........................... Returns all settings to default Reporting Delay ................................... Current video / audio delay Input State ........................... Present / line standard * also Logged Reference State ................... Present / error Input Status ........................ *Input present, *Input line standard Specifications Video Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Audio Specifications Composite Input Return Loss Better than 35 dB to 5 MHz Composite level/impedance 1 V pk-pk typ. Into 75 Ohm Input Impedance ................. >30 K Ohms, balanced, line to line >15 K Ohms line to earth (600 Ohm link selectable) Serial Output Level .............. 800 mV ±5% Max Input Level ................... +24 dBu, balanced Output Overshoot................ < 70 mV Frequency Response........... +0.1/-0.25 dB, 20 Hz – 20 kHz wrt 1 kHz Output Return Loss ............. Better than 15 dB to 270 MHz THD+N ................................ <-94 dB typical at –1 dBFS, 1 kHz, 22 Hz - 20 kHz, 'A' weighted, unity gain Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Reference Return Loss ........ Better than 35 dB to 5.8 MHz Sampling ............................. 24 bits @ 48 kHz, Reference Input Level .......... 1 Vp-p ± 3 dB Dynamic Range ................... >100 dB wrt –1 dBFS, 20 Hz to 20 kHz, ‘A’ weighted Sync Level........................... 0.3 V ± 6 dB into 10k Ohms CMMR................................. >50 dB typical at 60 Hz Delay through the unit Cross Talk ........................... < -100 dB, 20-20 kHz, +24 dBu, channel to channel Decoder Delay..................... <2 lines (Line Comb) <1 frame + 1 line (Frame Comb) Channel Gain Mismatch....... < ±0.2 dB Synchronizer Delay .............. 16 µs (Lock to Input) 1 frame + 16 µs (Lock to Reference) Max Output Level ................ 0 dBFS Output Sampling ................. 48 kHz Additional Processing Delay. <100 µs Power Consumption Noise Reducer Delay ........... <1 frame (Normal) Module Power Consumption <3 lines (Minimum Delay) TBA Total Minimum Delay ........... <7 lines Total Maximum Delay ......... <3 frames + 3 lines © Snell & Wilcox 2005 120 IQDEC01 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit The IQDEC01 provides a complete analog front-end with 12-bit composite decoding, synchronization and analog audio ingest in one compact module. It is ideal for providing the bridge between analog legacy operations and digital environments. When paired with an upconverter this module completes the bridge between analog and HD domains. The IQDEC01 handles most stable composite analog signal formats including PAL, NTSC-M, NTSC-J, PALN, N4.43, PAL60 and PALM. The full frame synchronizer with horizontal and vertical phasing controls allows the output to be timed to your house or studio reference. In addition to its excellent video performance, the IQDEC01 can digitize up to 4 channels of analog audio for both embedding into the SDI stream and outputting as two AES streams. Proc. amp controls and a powerful built-in noise reducer complete the specification. The noise reduction is targeted at preserving the original content while eliminating the objectionable artifacts of analog working. The noise reduction algorithms are tuned to ensure optimum quality and lowest bit-rates if the signal is subsequently compressed. • Does this module suit your application? • • • • • • • • • • • • • • 12-bit multi-standard decoder with frame synchronizer Adaptive line comb decoding Input standards – PAL*, NTSC*, NTSC-J, N4.43, PAL60, PALN* or PALM* (not SECAM) *Auto detection of input standards Minimal decoder delay – normally < 2 lines (plus synchronizer delay) Firewall for video and processed PCM audio to provide a continuous valid output Motion adaptive recursive noise reducer with automatic noise floor measurement Horizontal and vertical enhancer Suitable for noisy but stable sources such as most RF links or recovery of archived analog material This module is not suitable for use with unstable sources such as VHS players without built-in TBCs Y/C and composite inputs available Selectable default output on loss of input Frame freeze, pattern or input pass Selectable VBI pass through (pass flat or blank for each VITS line) Adjustment of video gain, black level, chroma gain, NTSC hue, horizontal Y/C timing and picture position © Snell & Wilcox 2005 • • • • A total of 4 channels of embedded audio can be processed, 2 pairs selectable from any of the four groups 4 x assignable 8 channel audio mixers Flexible audio delay features including: Tracking audio delay to keep audio in perfect sync with its associated video Up to 1.5s of audio delay for each external audio input pair ! Additional variable audio delay offset of up to 2.5s, common to all processed audio ! Full audio proc-amp including - gain, mute, polarity invert, and channel routing Why should you choose this module? • • • • 121 A complete analog ingest solution for both video and audio in a compact module making system integration easy Proc. amp and noise reduction provides complete signal conditioning solution in one package for connecting operational areas 12-bit decoding technology and powerful compression-friendly noise reduction means maximum picture quality and minimum MPEG bit usage With everything in one single unit, remote control could not be simpler IQDEC01 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit composite/Y Simple Filter 12-bit A-D converter Adaptive Spatial Comb Filter C Synchronizer 1 Horizontal and Vertical Enhance Noise Reduction Audio Embed and Ancillary Writer Additional Filters 12-bit A-D converter Proc. Amp SDI TX 2 Proc. Amp inputs Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Tracking Delay Proc. Amp Proc. Amp Adjustable Delay AES TX Proc. Amp AES TX 1 Channel Router Adjustable Delay Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers Adjustable Delay Proc. Amp 2 Built-in intelligence network intelligence, control and monitoring Block diagram for IQDEC0118-2A Order codes for IQH3A enclosures Order codes for other enclosures SERIAL OUT ANALOG AUDIO IN / AES OUT COMP IN IQDEC00/116-2 IQDEC0 0/115-1A 2 ANALOG AUDIO IN / AES OUT 1 IQDEC0115-1A 12 bit decoder with synchronizer, analog audio embedder and noise reduction. single composite input, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced and unbalanced on 25D) 2 COMP IN B/C 1 SERIAL OUT COMP IN A/Y IQDEC0116-2 12 bit decoder with synchronizer, analog audio embedder and noise reduction. 2 composite, 1 Y/C inputs, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced and unbalanced on 25D) 1 ANALOG AUDIO IN / AES OUT IQDEC0 0/118-2A 2 2 1 SERIAL OUT AES OUT B A C COMPOSITE Y IQDEC0118-2A 12 bit decoder with synchronizer, analog audio embedder and noise reduction. 2 composite, 1 Y/C inputs, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced, on 25D, and unbalanced on 25D and BNC) For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Composite Video ................. 2 via BNC connectors, isolated Serial Digital......................... 2 x SDI via BNC connectors Y-C...................................... 1 via BNC connectors Analog Audio ...................... 4 Channels (2 Stereo Pairs) via 25D connector AES Audio ........................... 2 pairs (4 channels) balanced and unbalanced via 25D and unbalanced via BNC connectors Standards............................ PAL/NTSC/NTSC-J/PAL-M /PAL-N/N4.43/PAL60 Standards............................ SMPTE 259M-C–1997, SMPTE 272M-A-1994, AES3-1992 Reference............................ 1 analog loop through via BNC connectors © Snell & Wilcox 2005 122 IQDEC01 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit Card Edge & RollCall Controls Control Interface Video Controls GPI/O .................................. Closing contact input/output via BNC connector Input Select ......................... Composite A / B, YC Composite Input Standard... Auto [PAL, NTSC, PALM, PALN] / Manual [PAL, NTSC, NTSC-J, PALM, PALN, N4.43, PAL60] Card Edge Controls None Freeze ................................. Off / On Card Edge Indicators Luma Gain ........................... +6 dB to –3 dB CPU running/Power............. Flashing = OK Chroma Gain ....................... +6 dB to –3 dB Analog Video Present .......... Lost = Off, Good = On (Green) Black Level .......................... ±120 mV Analog Video Error ............. Good = Off, Error = On (Yellow) NTSC Hue ........................... ±45° Reference Present .............. Lost = Off, Good = On (Green) Y/C Timing .......................... +592 ns in 148 ns steps Reference Error .................. Good = Off, Error = On (Yellow) Picture Position.................... ±592 ns in 148 ns steps Blanking............................... Left, right, top, bottom, color Functions Available via RollCall Only Noise Reducer Mode & Noise Measurement Audio Controls Auto / Manual noise measurement Line Up Tone Level.............. -24 dBu to +10 dBu in 0.5 dB steps Normal / Minimum delay Headroom ........................... +4 to +24 dB in 0.5 dB steps (subject to a max input level of +24 dBu) Noise Reducer Strength....... Luma [0 to 31], Chroma [0 to 31] Noise Threshold................... Auto Bias [±7] / Manual [0 to 15] H Enhance........................... Off / [On – low, medium, high] H Enhance Frequency ......... 2.25 MHz or 3.375 MHz Set Audio Monitor Thresholds High and low levels, time delay V Enhance ........................... Off / [On – low, medium, high] Color Killer ........................... Chroma ON / Chroma OFF / Auto [QAM standards: Chroma off = chroma mute + Y notch] External Input Audio Delay... Up to 1.5 s additional delay in 1ms steps Input Side Control Proc ....... Independent Gain, Mute, Polarity & Mono control over analog input channels Genlock H Phase................. ±32 µs in 37 ns steps Genlock V Phase ................. ±262/312 lines in 1 line steps Analog Input Gain................ ±34 dB (subject to Line up and Headroom levels) Genlock Mode ..................... Free-run / Lock to reference / Lock to input (minimum delay) Channel Routing ................. Output channels routed from analog pair 1, analog pair 2, test tone and audio mixers Additional Video Delay ......... 0, 1 or 2 frames of delay Pass VBI Data...................... Pass as data Pass as VITS Blank (lines selectable 7/11 to 22/19 and 320/274 to 335/282) Channel Mixing.................... Mixer channels routed from analog pair 1, analog pair 2 and test tone PAL Line 23 ......................... Process As Video / Pass as WSS / Blank Output Side CONTROL ProcIndependent Gain, Mute, Polarity & Mono control over embedded and AES output channels. NTSC Line 20/283............... Process as Video/Pass as Data/Blank Digital Output Gain .............. ±18 dB NTSC Line 21/284.............. Process as Video/Pass as Data/Pass as Closed Captions/Blank Global Delay Offset.............. Up to +2.5 s in 1ms steps, common to all processed audio. Variable Audio Delay Control Source Up to 0.5 s from RollTrack + GPI + video synchronizer NTSC Line 22/285............... Process as Video/Pass as Data/Blank Audio Level Slew Rate ......... Instant, fast, medium, slow Horizontal Ancillary Blank..... Off / On Validity Bit............................ Clear or set Tone Frequency, Amplitude & Ident 2-channel tone generator. Other Controls Tone Frequency .................. 100 Hz to 15 kHz in 100 Hz steps Pattern Select ...................... Black / EBU Color Bars / 100% Color Bars / Ramp / Multi-Burst / Pulse & Bar / Animated Bar Pattern Enable ..................... Off / On Tone Channel Ident ............. 0.5 s interruption every 2 s © Snell & Wilcox 2005 123 IQDEC01 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit Caption Enable ................... Off / On Reference Status ................. *Ref present, *Ref standard Caption Generator ............... Programmable up to 19 characters Reference Error.................... Standard different to selected input GPI Action ........................... Memories 1 to 8 / Pattern / Freeze / Audio delay Audio Bus Monitor ............... *Silence, *High Level, *Low Level, *Overflow for processed audio channels GPI Polarity ......................... High / Low Analog Audio Input Monitor.. *Silence, *High Level, *Low Level, *Overflow for analog audio input channels GPO Action ......................... Input loss / Standard / Video delay GPO Polarity........................ High / Low User Memories .................... Name, clear, save and recall 8 user memories RollTrack Input Default Video Output ........... Pass Video / Freeze / Pattern Delay ................................... Audio delay – Fixed, RollTrack + Fixed, Internal Sync + Fixed Default Audio Output ........... Silence Preset Unit........................... Returns all settings to default Reporting RollTrack Output Delay ................................... Current video / audio delay * also Logged Input State ........................... Present / line standard Input Status ........................ *Input present, *Input line standard Reference State ................... Present / error Input Error ........................... One or more inputs have unselected line standard Specifications Video Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Audio Specifications Composite Input Return Loss Better than 35 dB to 5 MHz Composite level/impedance 1 V pk-pk typ. Into 75 Ohm Input Impedance ................. >30 K Ohms, balanced, line to line >15 K Ohms line to earth (600 Ohm link selectable) Serial Output Level .............. 800 mV ±5% Max Input Level ................... +24 dBu, balanced Output Overshoot................ < 70 mV Frequency Response........... +0.1/-0.25 dB, 20 Hz – 20 kHz wrt 1 kHz Output Return Loss ............. Better than 15 dB to 270 MHz THD+N ................................ <-94 dB typical at –1 dBFS, 1 kHz, 22 Hz - 20 kHz, 'A' weighted, unity gain Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Reference Return Loss ........ Better than 35 dB to 5.8 MHz Sampling ............................. 24 bits @ 48 kHz, Reference Input Level .......... 1 Vp-p ± 3 dB Dynamic Range ................... >100 dB wrt –1 dBFS, 20 Hz to 20 kHz, ‘A’ weighted Sync Level........................... 0.3 V ± 6 dB into 10k Ohms CMMR................................. >50 dB typical at 60 Hz Delay through the unit Cross Talk ........................... < -100 dB, 20-20 kHz, +24 dBu, channel to channel Decoder Delay..................... <2 lines Channel Gain Mismatch....... < ±0.2 dB Synchronizer Delay .............. 16 µs (Lock to Input) 1 frame + 16 µs (Lock to Reference) Max Output Level ................ 0 dBFS Output Sampling ................. 48 kHz Additional Processing Delay. <100 µs Noise Reducer Delay ........... <1 frame (Normal) Power Consumption <3 lines (Minimum Delay) Module Power Consumption Total Minimum Delay ........... <7 lines TBA Total Maximum Delay ......... <2 frames + 2 lines © Snell & Wilcox 2005 124 IQDEC02 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit The IQDEC02 provides a complete analog front-end with 12-bit composite decoding, synchronization and analog audio ingest in one compact module. It is ideal for providing the bridge between analog legacy operations and digital environments. When paired with an upconverter this module completes the bridge between analog and HD domains. What makes the IQDEC02 so powerful for these applications are its advanced 3-D decoding algorithms employing updated patented Golden Gate technology. These will extract more original information from the analog picture source than other decoders. This makes it ideal for the transition from analog to digital or from analog to HD. The IQDEC02 handles most stable composite analog signal formats including PAL, NTSC-M, NTSC-J, PALN, N4.43, PAL60 and PALM. The full frame synchronizer with horizontal and vertical phasing controls allows the output to be timed to your house or studio reference. In addition to its fearsome video performance, the IQDEC02 can digitize up to 4 channels of analog audio for both embedding into the SDI stream and outputting as two AES streams. What is more, an auxiliary SDI input is included so that the IQDEC02 can be easily integrated into mixed analog/digital environments. Proc. amp controls and a powerful built-in noise reducer complete the specification. The noise reduction is targeted at preserving the original content while eliminating the objectionable artifacts of analog working. The noise reduction algorithms are tuned to ensure optimum quality and lowest bit-rates if the signal is subsequently compressed. • Does this module suit your application? • • • • • • • • • • • • • • 12-bit multi-standard decoder with frame synchronizer Adaptive Golden Gate spatio-temporal frame comb decoding Input standards – PAL*, NTSC*, NTSC-J, N4.43, PAL60, PALN* or PALM* (not SECAM) *Auto detection of input standards Minimal decoder delay – normally < 2 lines (plus synchronizer delay) Firewall for video and processed PCM audio to provide a continuous valid output Motion adaptive recursive noise reducer with automatic noise floor measurement Horizontal and vertical enhancer Suitable for noisy but stable sources such as most RF links or recovery of archived analog material This module is not suitable for use with unstable sources such as VHS players without built-in TBCs Y/C input, composite and SDI inputs available Selectable default output on loss of input Frame freeze, pattern or input pass Selectable VBI pass through (pass flat or blank for each VITS line) Adjustment of video gain, black level, chroma gain, NTSC hue, horizontal Y/C timing and picture position © Snell & Wilcox 2005 • • • • • • A total of 4 channels of embedded audio can be processed, 2 pairs selectable from any of the four groups 4 x assignable 8 channel audio mixers Flexible audio delay features including: Tracking audio delay to keep audio in perfect sync with its associated video Up to 1.5s of audio delay for each external audio input pair Additional variable audio delay offset of up to 2.5s, common to all processed audio Full audio proc-amp including - gain, mute, polarity invert, and channel routing Why should you choose this module? • • • • • 125 A complete analog ingest solution for both video and audio in a compact module making system integration easy Proc. amp and noise reduction provides complete signal conditioning solution in one package for connecting operational areas Analog and SDI inputs allow mixed working or a future-proof upgrade without changing modules 12-bit Golden Gate decoding technology and powerful compression-friendly noise reduction means maximum picture quality and minimum MPEG bit usage With everything in one single unit, remote control could not be simpler IQDEC02 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit composite/Y Simple Filter 12-bit A-D converter Adaptive Spatial Comb Filter C Synchronizer Minimum Delay 12-bit A-D converter 1 Horizontal and Vertical Enhance Noise Reduction Audio Embed and Ancillary Writer SDI TX 2 Temporal Comb (Frame) Filter Audio De-embed SDI RX and EQ Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Ancillary Reader Proc. Amp Proc. Amp outputs inputs Additional Filters Proc. Amp Tracking Delay Proc. Amp Proc. Amp Adjustable Delay Proc. Amp Adjustable Delay Adjustable Delay Proc. Amp AES TX Proc. Amp AES TX 1 Channel Router Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers 2 Built-in intelligence network intelligence, control and monitoring Block diagram for IQDEC0218-2A Order codes for IQH3A enclosures Order codes for other enclosures ANALOG AUDIO IN / AES OUT SERIAL IN IQDEC02/316-2 1 ANALOG AUDIO IN / AES OUT 2 2 1 IQDEC0 2/318-2A SERIAL OUT AES OUT B 2 COMP IN B/C SERIAL IN 1 A C COMPOSITE SERIAL OUT Y IQDEC0218-2A 12 bit golden gate decoder with synchronizer, analog audio embedder and noise reduction. 2 composite, 1 Y/C and 1 SDI inputs, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced, on 25D, and unbalanced on 25D and BNC) COMP IN A/Y IQDEC0216-2 12 bit golden gate decoder with synchronizer, analog audio embedder and noise reduction. 2 composite, 1 Y/C and 1 SDI inputs, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced and unbalanced on 25D) For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Composite Video ................. 2 via BNC connectors, isolated Serial Digital......................... 2 x SDI via BNC connectors Y-C...................................... 1 via BNC connectors AES Audio ........................... 2 pairs (4 channels) balanced and unbalanced via 25D and unbalanced via BNC connectors Serial Digital......................... 1 via BNC connectors Analog Audio ...................... 4 Channels (2 Stereo Pairs) via 25D connector Standards............................ SMPTE 259M-C–1997, SMPTE 272M-A-1994, AES3-1992 Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/N4.43/ PAL60 Reference............................ 1 analog loop through via BNC connectors © Snell & Wilcox 2005 126 IQDEC02 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit Card Edge & RollCall Controls Control Interface Tone Frequency, Amplitude & Ident 2-channel tone generator. GPI/O .................................. Closing contact input/output via BNC connector Tone Frequency................... 100 Hz to 15 kHz in 100 Hz steps Card Edge Controls Tone Channel Ident.............. 0.5 s interruption every 2 s None Video Controls Card Edge Indicators Input Select ......................... Composite A / B, YC, SDI CPU running/Power............. Flashing = OK Composite Input Standard... Auto [PAL, NTSC, PALM, PALN], / Manual [PAL, NTSC, NTSC-J, PALM, PALN, N4.43, PAL60] Analog Video Present .......... Lost = Off, Good = On (Green) SDI Present ......................... Lost = Off, Good = On (Green) SDI Input Standard .............. Auto / Manual [525 / 625] Analog Video Error ............. Good = Off, Error = On (Yellow) Freeze ................................. Off / On SDI Error ............................ Good = Off, Error = On (Yellow) Luma Gain ........................... +6 dB to –3 dB Reference Present .............. Lost = Off, Good = On (Green) Chroma Gain ....................... +6 dB to –3 dB Reference Error .................. Good = Off, Error = On (Yellow) Black Level .......................... ±120 mV NTSC Hue ........................... ±45° Functions Available via RollCall Only Y/C Timing .......................... +592 ns in 148 ns steps Audio Controls Picture Position.................... ±592 ns in 148 ns steps Line Up Tone Level.............. -24 dBu to +10 dBu in 0.5 dB steps Blanking............................... Left, right, top, bottom, color Headroom ........................... +4 to +24 dB in 0.5 dB steps (subject to a max input level of +24 dBu) Noise Reducer Mode & Noise Measurement Set Audio Monitor Thresholds High and low levels, time delay Noise Threshold................... Auto Bias [±7] / Manual [0 to 15] External Input Audio Delay... Up to 1.5 s additional delay in 1ms steps H Enhance........................... Off / [On – low, medium, high] Auto / Manual noise measurement Normal / Minimum delay Noise Reducer Strength....... Luma [0 to 31], Chroma [0 to 31] H Enhance Frequency ......... 2.25 MHz or 3.375 MHz Input Side Control Proc ....... Independent Gain, Mute, Polarity & Mono control over deembedded and analog input channels V Enhance ........................... Off / [On – low, medium, high] Decoder Mode..................... Simple / Studio Color Killer ........................... Chroma ON / Chroma OFF / Auto [QAM standards: Chroma off = chroma mute + Y notch] Digital Input Gain ................. ±18 dB Analog Input Gain................ ±34 dB (subject to Line up and Headroom levels) Genlock H Phase................. ±32 µs in 37 ns steps Channel Routing ................. Output channels routed from analog pair 1, analog pair 2, test tone, SDI and audio mixers Genlock V Phase ................. ±262/312 lines in 1 line steps Channel Mixing.................... Mixer channels routed from analog pair 1, analog pair 2, test tone and SDI Additional Video Delay ......... 0, 1 or 2 frames of delay Genlock Mode ..................... Free-run / Lock to reference / Lock to input (minimum delay) Pass VBI Data...................... Pass as data Pass as VITS Blank (lines selectable 7/11 to 22/19 and 320/274 to 335/282) Output Side Control Proc .... Independent Gain, Mute, Polarity & Mono control over embedded and AES output channels. PAL Line 23 ......................... Process As Video / Pass as WSS / Blank Digital Output GAIN ............. ±18 dB Global Delay Offset.............. Up to +2.5 s in 1ms steps, common to all processed audio. NTSC Line 20/283............... Process as Video/Pass as Data/Blank Variable Audio Delay Control Source Up to 0.5 s from RollTrack + GPI + video synchronizer NTSC Line 21/284............... Process as Video/Pass as Data/Pass as Closed Captions/Blank Audio Level Slew Rate ......... Instant, fast, medium, slow NTSC Line 22/285............... Process as Video/Pass as Data/Blank Validity Bit............................ Clear or set © Snell & Wilcox 2005 127 IQDEC02 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit Horizontal Ancillary Blank..... Off / On Reference Status ................. *Ref present, *Ref standard Other Controls Reference Error.................... Standard different to selected input Pattern Enable..................... Off / On EDH..................................... *Presence / *Error-Minute / *ErrorHour Pattern Select...................... Black / EBU Color Bars / 100% Color Bars / Ramp / Multi-Burst / Pulse & Bar / Animated Bar Caption Enable ................... Off / On Input Ancillary Error.............. Bad checksums, invalid formatting of HANC Caption Generator ............... Programmable up to 19 characters Embedded Audio Status...... *Input audio pair present, *Input audio pair non-PCM GPI Action ........................... Memories 1 to 8 / Pattern / Freeze / Audio delay Audio Bus Monitor ............... *Silence, *High Level, *Low Level, *Overflow for processed audio channels GPI Polarity ......................... High / Low Analog Audio Input Monitor.. *Silence, *High Level, *Low Level, *Overflow for analog audio input channels GPO Action ......................... Input loss / Standard / Video delay GPO Polarity........................ High / Low User Memories .................... Name, clear, save and recall 8 user memories RollTrack Input Default Video Output ........... Pass Video / Freeze / Pattern Delay ................................... Audio delay – Fixed, RollTrack + Fixed, Internal Sync + Fixed Default Audio Output ........... Silence RollTrack Output Preset Unit........................... Returns all settings to default Delay ................................... Current video / audio delay Reporting Input State ........................... Present / line standard *also Logged Input Status ........................ *Input present, *Input line standard Reference State ................... Present / error Input Error ........................... One or more inputs have unselected line standard Embedded Audio Status...... Input audio pair present Specifications Video Specifications Total Minimum Delay ........... <7 lines Video Internal Processing .... 4:2:2 with 10 bit data paths Total Maximum Delay ......... <3 frames + 3 lines Composite Input Return Loss Better than 35 dB to 5 MHz Audio Specifications Input Impedance ................. >30 K Ohms, balanced, line to line >15 K Ohms line to earth (600 Ohm link selectable) Composite level/impedance 1 V pk-pk typ. Into 75 Ohm Serial Input Return Loss....... Better than 15 dB from 100 kHz to 270 MHz Max Input Level ................... +24 dBu, balanced Maximum Serial Input Cable Length Frequency Response........... +0.1/-0.25 dB, 20 Hz – 20 kHz wrt 1 kHz > 200 m (PSF1/2 or equiv. cable) THD+N ................................ <-94 dB typical at –1 dBFS, 1 kHz, 22 Hz - 20 kHz, 'A' weighted, unity gain Serial Output Level .............. 800 mV ±5% Output Overshoot................ < 70 mV Output Return Loss ............. Better than 15 dB to 270 MHz Sampling ............................. 24 bits @ 48 kHz, Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Dynamic Range ................... >100 dB wrt –1 dBFS, 20 Hz to 20 kHz, ‘A’ weighted Reference Return Loss ........ Better than 35 dB to 5.8 MHz CMMR................................. >50 dB typical at 60 Hz Reference Input Level .......... 1 Vp-p ± 3 dB Sync Level........................... 0.3 V ± 6 dB into 10k Ohms Cross Talk ........................... < -100 dB, 20-20 kHz, +24 dBu, channel to channel Delay through the unit Channel Gain Mismatch....... < ±0.2 dB Decoder Delay..................... <2 lines (Line Comb) <1 frame + 1 line (Frame Comb) Max Output Level ................ 0 dBFS Output Sampling ................. 48 kHz Synchronizer Delay .............. 16 µs (Lock to Input) 1 frame + 16 µs (Lock to Reference) Power Consumption Module Power Consumption Additional Processing Delay. <100 µs TBA Noise Reducer Delay ........... <1 frame (Normal) <3 lines (Minimum Delay) © Snell & Wilcox 2005 128 IQDEC03 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit The IQDEC03 provides a complete analog front-end with 12-bit composite decoding, synchronization and analog audio ingest in one compact module. It is ideal for providing the bridge between analog legacy operations and digital environments. When paired with an upconverter this module completes the bridge between analog and HD domains. The IQDEC03 handles most stable composite analog signal formats including PAL, NTSC-M, NTSC-J, PALN, N4.43, PAL60 and PALM. The full frame synchronizer with horizontal and vertical phasing controls allows the output to be timed to your house or studio reference. In addition to its excellent video performance, the IQDEC03 can digitize up to 4 channels of analog audio for both embedding into the SDI stream and outputting as two AES streams. What is more, an auxiliary SDI input is included so that the IQDEC03 can be easily integrated into mixed analog/digital environments. Proc. amp controls and a powerful built-in noise reducer complete the specification. The noise reduction is targeted at preserving the original content while eliminating the objectionable artifacts of analog working. The noise reduction algorithms are tuned to ensure optimum quality and lowest bit-rates if the signal is subsequently compressed. • Does this module suit your application? • • • • • • • • • • • • • • 12-bit multi-standard decoder with frame synchronizer Adaptive line comb decoding Input standards – PAL*, NTSC*, NTSC-J, N4.43, PAL60, PALN* or PALM* (not SECAM) *Auto detection of input standards Minimal decoder delay – normally < 2 lines (plus synchronizer delay) Firewall for video and processed PCM audio to provide a continuous valid output Motion adaptive recursive noise reducer with automatic noise floor measurement Horizontal and vertical enhancer Suitable for noisy but stable sources such as most RF links or recovery of archived analog material This module is not suitable for use with unstable sources such as VHS players without built-in TBCs Y/C input, composite and SDI inputs available Selectable default output on loss of input Frame freeze, pattern or input pass Selectable VBI pass through (pass flat or blank for each VITS line) Adjustment of video gain, black level, chroma gain, NTSC hue, horizontal Y/C timing and picture position © Snell & Wilcox 2005 • • • • • • A total of 4 channels of embedded audio can be processed, 2 pairs selectable from any of the four groups 4 x assignable 8 channel audio mixers Flexible audio delay features including: Tracking audio delay to keep audio in perfect sync with its associated video Up to 1.5s of audio delay for each external audio input pair Additional variable audio delay offset of up to 2.5s, common to all processed audio Full audio proc-amp including - gain, mute, polarity invert, and channel routing Why should you choose this module? • • • • • 129 A complete analog ingest solution for both video and audio in a compact module making system integration easy Proc. amp and noise reduction provides complete signal conditioning solution in one package for connecting operational areas Analog and SDI inputs allow mixed working or a future-proof upgrade without changing modules 12-bit decoding technology and powerful compression-friendly noise reduction means maximum picture quality and minimum MPEG bit usage With everything in one single unit, remote control could not be simpler IQDEC03 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit composite/Y Simple Filter 12-bit A-D converter Adaptive Spatial Comb Filter C Synchronizer Additional Filters 12-bit A-D converter inputs Proc. Amp Audio De-embed Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Analog Input Stage Analog to Digital Converter Ancillary Reader Audio Embed and Ancillary Writer SDI TX 2 Proc. Amp Proc. Amp outputs SDI RX and EQ 1 Horizontal and Vertical Enhance Noise Reduction Tracking Delay Proc. Amp Proc. Amp Adjustable Delay Proc. Amp Adjustable Delay Adjustable Delay Proc. Amp AES TX Proc. Amp AES TX 1 Channel Router Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers 2 Built-in intelligence network intelligence, control and monitoring Block diagram for IQDEC0318-2A Order codes for IQH3A enclosures Order codes for other enclosures ANALOG AUDIO IN / AES OUT SERIAL IN IQDEC02/316-2 1 ANALOG AUDIO IN / AES OUT 2 2 1 IQDEC0 2/318-2A SERIAL OUT AES OUT B 2 COMP IN B/C SERIAL IN 1 A C COMPOSITE SERIAL OUT Y IQDEC0318-2A 12 bit decoder with synchronizer, analog audio embedder and noise reduction. 2 composite, 1 Y/C and 1 SDI inputs, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced, on 25D, and unbalanced on 25D and BNC) COMP IN A/Y IQDEC0316-2 12 bit decoder with synchronizer, analog audio embedder and noise reduction. 2 composite, 1 Y/C and 1 SDI inputs, 2 SDI outputs, 4 analog audio inputs, 2 AES outputs (balanced and unbalanced on 25D) For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Composite Video ................. 2 via BNC connectors, isolated Serial Digital......................... 2 x SDI via BNC connectors Y-C...................................... 1 via BNC connectors AES Audio ........................... 2 pairs (4 channels) balanced and unbalanced via 25D and unbalanced via BNC connectors Serial Digital......................... 1 via BNC connectors Analog Audio ...................... 4 Channels (2 Stereo Pairs) via 25D connector Standards............................ SMPTE 259M-C–1997, SMPTE 272M-A-1994, AES3-1992 Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/N4.43/PAL60 Reference............................ 1 analog loop through via BNC connectors © Snell & Wilcox 2005 130 IQDEC03 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit Card Edge & RollCall Controls Control Interface Tone Frequency, Amplitude & Ident 2-channel tone generator. GPI/O .................................. Closing contact input/output via BNC connector Tone Frequency................... 100 Hz to 15 kHz in 100 Hz steps Card Edge Controls Tone Channel Ident.............. 0.5 s interruption every 2 s None Video Controls Card Edge Indicators Input Select ......................... Composite A / B, YC, SDI CPU running/Power............. Flashing = OK Composite Input Standard... Auto [PAL, NTSC, PALM, PALN] / Manual [PAL, NTSC, NTSC-J, PALM, PALN, N4.43, PAL60] Analog Video Present .......... Lost = Off, Good = On (Green) SDI Present ......................... Lost = Off, Good = On (Green) SDI Input Standard .............. Auto / Manual [525 / 625] Analog Video Error ............. Good = Off, Error = On (Yellow) Freeze ................................. Off / On SDI Error ............................ Good = Off, Error = On (Yellow) Luma Gain ........................... +6 dB to –3 dB Reference Present .............. Lost = Off, Good = On (Green) Chroma Gain ....................... +6 dB to –3 dB Reference Error .................. Good = Off, Error = On (Yellow) Black Level .......................... ±120 mV NTSC Hue ........................... ±45° Functions Available via RollCall Only Y/C Timing .......................... +592 ns in 148 ns steps Audio Controls Picture Position.................... ±592 ns in 148 ns steps Line Up Tone Level.............. -24 dBu to +10 dBu in 0.5 dB steps Blanking............................... Left, right, top, bottom, color Headroom ........................... +4 to +24 dB in 0.5 dB steps (subject to a max input level of +24 dBu) Noise Reducer Mode & Noise Measurement Set Audio Monitor Thresholds High and low levels, time delay Noise Threshold................... Auto Bias [±7] / Manual [0 to 15] External Input Audio Delay... Up to 1.5 s additional delay in 1ms steps H Enhance........................... Off / [On – low, medium, high] Auto / Manual noise measurement Normal / Minimum delay Noise Reducer Strength....... Luma [0 to 31], Chroma [0 to 31] H Enhance Frequency ......... 2.25 MHz or 3.375 MHz Input Side Control Proc ....... Independent Gain, Mute, Polarity & Mono control over deembedded and analog input channels V Enhance ........................... Off / [On – low, medium, high] Color Killer ........................... Chroma ON / Chroma OFF / Auto [QAM standards: Chroma off = chroma mute + Y notch] Digital Input Gain ................. ±18 dB Analog Input Gain................ ±34 dB (subject to Line up and Headroom levels) Genlock H Phase................. ±32 µs in 37 ns steps Channel Routing ................. Output channels routed from analog pair 1, analog pair 2, test tone, SDI and audio mixers Genlock Mode ..................... Free-run / Lock to reference / Lock to input (minimum delay) Channel Mixing.................... Mixer channels routed from analog pair 1, analog pair 2, test tone and SDI Pass VBI Data...................... Pass as data Pass as VITS Blank (lines selectable 7/11 to 22/19 and 320/274 to 335/282) Genlock V Phase ................. ±262/312 lines in 1 line steps Additional Video Delay ......... 0, 1 or 2 frames of delay Output Side Control Proc .... Independent Gain, Mute, Polarity & Mono control over embedded and AES output channels. PAL Line 23 ......................... Process As Video / Pass as WSS / Blank Digital Output Gain .............. ±18 dB NTSC Line 20/283............... Process as Video/Pass as Data/Blank Global Delay Offset.............. Up to +2.5 s in 1ms steps, common to all processed audio. NTSC Line 21/284............... Process as Video/Pass as Data/Pass as Closed Captions/Blank Variable Audio Delay Control Source Up to 0.5 s from RollTrack + GPI + video synchronizer Audio Level Slew Rate ......... Instant, fast, medium, slow NTSC Line 22/285............... Process as Video/Pass as Data/Blank Validity Bit............................ Clear or set Horizontal Ancillary Blank..... Off / On © Snell & Wilcox 2005 131 IQDEC03 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit Other Controls Reference Status ................. *Ref present, *Ref standard Pattern Enable..................... Off / On Reference Error.................... Standard different to selected input Pattern Select...................... Black / EBU Color Bars / 100% Color Bars / Ramp / Multi-Burst / Pulse & Bar / Animated Bar EDH..................................... *Presence / *Error-Minute / *ErrorHour Input Ancillary Error.............. Bad checksums, invalid formatting of HANC Caption Enable ................... Off / On Caption Generator ............... Programmable up to 19 characters Embedded Audio Status...... *Input audio pair present, *Input audio pair non-PCM GPI Action ........................... Memories 1 to 8 / Pattern / Freeze / Audio delay Audio Bus Monitor ............... *Silence, *High Level, *Low Level, *Overflow for processed audio channels GPI Polarity ......................... High / Low GPO Action ......................... Input loss / Standard / Video delay Analog Audio Input Monitor.. *Silence, *High Level, *Low Level, *Overflow for analog audio input channels GPO Polarity........................ High / Low User Memories .................... Name, clear, save and recall 8 user memories RollTrack Input Default Video Output ........... Pass Video / Freeze / Pattern Default Audio Output ........... Silence Delay ................................... Audio delay – Fixed, RollTrack + Fixed, Internal Sync + Fixed Preset Unit........................... Returns all settings to default RollTrack Output Reporting Delay ................................... Current video / audio delay * also Logged Input Status ........................ *Input present, *Input line standard Input State ........................... Present / line standard Input Error ........................... One or more inputs have unselected line standard Reference State ................... Present / error Embedded Audio Status...... Input audio pair present Specifications Video Specifications Total Minimum Delay ........... <7 lines Video Internal Processing .... 4:2:2 with 10 bit data paths Total Maximum Delay ......... <2 frames + 2 lines Composite Input Return Loss Better than 35 dB to 5 MHz Audio Specifications Composite level/impedance 1 V pk-pk typ. Into 75 Ohm Serial Input Return Loss....... Better than 15 dB from 100 kHz to 270 MHz Input Impedance ................. >30 K Ohms, balanced, line to line >15 K Ohms line to earth (600 Ohm link selectable) Maximum Serial Input Cable Length Max Input Level ................... +24 dBu, balanced > 200 m (PSF1/2 or equiv. cable) Frequency Response........... +0.1/-0.25 dB, 20 Hz – 20 kHz wrt 1 kHz Serial Output Level .............. 800 mV ±5% THD+N ................................ <-94 dB typical at –1 dBFS, 1 kHz, 22 Hz - 20 kHz, 'A' weighted, unity gain Output Overshoot................ < 70 mV Output Return Loss ............. Better than 15 dB to 270 MHz Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Sampling ............................. 24 bits @ 48 kHz, Dynamic Range ................... >100 dB wrt –1 dBFS, 20 Hz to 20 kHz, ‘A’ weighted Reference Return Loss ........ Better than 35 dB to 5.8 MHz Reference Input Level .......... 1 Vp-p ± 3 dB CMMR................................. >50 dB typical at 60 Hz Sync Level........................... 0.3 V ± 6 dB into 10k Ohms Cross Talk ........................... < -100 dB, 20-20 kHz, +24 dBu, channel to channel Delay through the unit Channel Gain Mismatch....... < ±0.2 dB Decoder Delay..................... <2 lines Max Output Level ................ 0 dBFS Synchronizer Delay .............. 16 µs (Lock to Input) 1 frame + 16 µs (Lock to Reference) Output Sampling ................. 48 kHz Power Consumption Additional Processing Delay. <100 µs Module Power Consumption Noise Reducer Delay ........... <1 frame (Normal) TBA <3 lines (Minimum Delay) © Snell & Wilcox 2005 132 IQDEC04 Golden Gate Decoder, Synchronizer with Noise Reduction – 12 bit The IQDEC04 provides 12-bit composite decoding, synchronization and noise reduction in one single width module. It is ideal for providing the video bridge between analog legacy operations and digital environments. When paired with an upconverter this module completes the transition between analog and HD video domains. What makes the IQDEC04 so powerful for these applications are its advanced 3-D decoding algorithms employing updated patented Golden Gate technology. These will extract more original information from the analog picture source than other decoders. This makes it ideal for the transition from analog to digital or from analog to HD. The IQDEC04 handles most stable composite analog signal formats including PAL, NTSC-M, NTSC-J, PALN, N4.43, PAL60 and PALM. The full frame synchronizer with horizontal and vertical phasing controls allows the output to be timed to your house or studio reference. Proc. amp controls and a powerful built-in noise reducer complete the specification. The noise reduction is targeted at preserving the original content while eliminating the objectionable artifacts of analog working. The noise reduction algorithms are tuned to ensure optimum quality and lowest bit-rates if the signal is subsequently compressed. • Does this module suit your application? • • • • • • • • • 12-bit multi-standard decoder with frame synchronizer Adaptive Golden Gate spatio-temporal frame comb decoding Input standards – PAL*, NTSC*, NTSC-J, N4.43, PAL60, PALN* or PALM* (not SECAM) *Auto detection of input standards Minimal decoder delay – normally < 2 lines (plus synchronizer delay) Video firewall to provide a continuous valid output Motion adaptive recursive noise reducer with automatic noise floor measurement Horizontal and vertical enhancer Suitable for noisy but stable sources such as most RF links or recovery of archived analog material • • • This module is not suitable for use with unstable sources such as VHS players without built-in TBCs Selectable default output on loss of input Frame freeze, pattern or input pass Selectable VBI pass through (pass flat or blank for each VITS line) Adjustment of video gain, black level, chroma gain, NTSC hue, horizontal Y/C timing and picture position Why should you choose this module? • • 12-bit Golden Gate decoding technology and powerful compression-friendly noise reduction means maximum picture quality and minimum MPEG bit usage Proc. amp and noise reduction provides complete signal conditioning solution in one package for connecting operational areas composite/Y Simple Filter 12-bit A-D converter Adaptive Spatial Comb Filter C Synchronizer 1 Horizontal and Vertical Enhance Noise Reduction Ancillary Writer SDI TX 2 Minimum Delay 12-bit A-D converter inputs Temporal Comb (Frame) Filter Built-in intelligence Additional Filters network intelligence, control and monitoring Block diagram for IQDEC0401-1A Order codes for IQH3A enclosures Order codes for other enclosures IQDEC04/500-1 COMPOSITE 1 2 IQDEC0 4/501-1A SERIAL OUT SERIAL OUT 2 1 REFERENCE IQDEC0401-1A 12 bit golden gate decoder with synchronizer and noise reduction. 1 composite input, 2 SDI outputs For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 133 COMP IN IQDEC0400-1 12 bit golden gate decoder with synchronizer and noise reduction. 1 composite input, 2 SDI outputs IQDEC04 Golden Gate Decoder, Synchronizer with Noise Reduction – 12 bit Inputs & Outputs Signal Inputs Reference............................ 1 analog loop through via BNC connectors Composite Video ................. 1 via BNC connector, isolated Signal Outputs Standards............................ PAL/NTSC/NTSC-J/PAL-M /PAL-N/N4.43/PAL60 Serial Digital......................... 2 x SDI via BNC connectors Standards............................ SMPTE 259M-C–1997 Card Edge & RollCall Controls Control Interface Additional Video Delay ......... 0, 1 or 2 frames of delay GPI/O .................................. Closing contact input/output via BNC connector Pass VBI Data...................... Pass as data Pass as VITS Blank (lines selectable 7/11 to 22/19 and 320/274 to 335/282) Card Edge Controls None PAL Line 23 ......................... Process As Video / Pass as WSS / Blank Card Edge Indicators NTSC Line 20/283 ............... Process as Video/Pass as Data/Blank CPU running/Power............. Flashing = OK Analog Video Present .......... Lost = Off, Good = On (Green) NTSC Line 21/284 ............... Process as Video/Pass as Data/Pass as Closed Captions/Blank Analog Video Error .............. Good = Off, Error = On (Yellow) Reference Present .............. Lost = Off, Good = On (Green) NTSC Line 22/285 ............... Process as Video/Pass as Data/Blank Reference Error .................. Good = Off, Error = On (Yellow) Other Controls Functions Available via RollCall Only Pattern Enable ..................... Off / On Video Controls Pattern Select ...................... Black / EBU Color Bars / 100% Color Bars / Ramp / Multi-Burst / Pulse & Bar / Animated Bar Composite Input Standard... Auto [PAL, NTSC, PALM, PALN,]/ Manual [PAL, NTSC, NTSC-J, PALM, PALN, N4.43, PAL60] Caption Enable ................... Off / On Freeze ................................. Off / On Caption Generator ............... Programmable up to 19 characters Luma Gain........................... +6 dB to –3 dB Chroma Gain ....................... +6 dB to –3 dB GPI Action ........................... Memories 1 to 8 / Pattern / Freeze Black Level .......................... ±120 mV GPI Polarity.......................... High / Low NTSC Hue ........................... ±45° GPO Action ......................... Input loss / Standard / Video delay Y/C Timing ......................... +592 ns in 148 ns steps GPO Polarity ........................ High / Low Picture Position ................... ±592 ns in 148 ns steps Blanking .............................. Left, right, top, bottom, color User Memories .................... Name, clear, save and recall 8 user memories Noise Reducer Mode & Noise Measurement Default Video Output............ Pass Video / Freeze / Pattern Auto / Manual noise measurement Preset Unit........................... Returns all settings to default Normal / Minimum delay Noise Threshold .................. Auto Bias [±7] / Manual [0 to 15] Reporting Noise Reducer Strength ...... Luma [0 to 31], Chroma [0 to 31] Input Status ........................ *Input present, *Input line standard H Enhance........................... Off / [On – low, medium, high] H Enhance Frequency ......... 2.25 MHz or 3.375 MHz Input Error............................ One or more inputs have unselected line standard V Enhance ........................... Off / [On – low, medium, high] Reference Status ................. *Ref present, *Ref standard Decoder Mode .................... Simple / Studio Reference Error.................... Standard different to selected input Color Killer........................... Chroma ON / Chroma OFF / Auto [QAM standards: Chroma off = chroma mute + Y notch] * also Logged RollTrack Output Delay ................................... Current video delay Genlock H Phase................. ±32 µs in 37 ns steps Input State ........................... Present / line standard Genlock V Phase ................. ±262/312 lines in 1 line steps Reference State ................... Present / error Genlock Mode..................... Free-run / Lock to reference / Lock to input (minimum delay) © Snell & Wilcox 2005 134 IQDEC04 Golden Gate Decoder, Synchronizer with Noise Reduction – 12 bit Specifications Video Specifications Delay through the unit Video Internal Processing .... 4:2:2 with 10 bit data paths Decoder Delay..................... <2 lines (Line Comb) <1 frame + 1 line (Frame Comb) Composite Input Return Loss Better than 35 dB to 5 MHz Synchronizer Delay .............. 16 µs (Lock to Input) 1 frame + 16 µs (Lock to Reference) Composite level/impedance 1 V pk-pk typ. Into 75 Ohm Serial Output Level .............. 800 mV ±5% Additional Processing Delay <100 µs Output Overshoot................ < 70 mV Noise Reducer Delay ........... <1 frame (Normal) Output Return Loss ............. Better than 15 dB to 270 MHz <3 lines (Minimum Delay) Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Total Minimum Delay ........... <7 lines Total Maximum Delay ......... <3 frames + 3 lines Reference Return Loss ........ Better than 35 dB to 5.8 MHz Reference Input Level .......... 1 Vp-p ± 3 dB Power Consumption Sync Level........................... 0.3 V ± 6 dB into 10k Ohms Module Power Consumption TBA © Snell & Wilcox 2005 135 IQDEC05 Composite Decoder, Synchronizer with Noise Reduction – 12 bit The IQDEC05 provides 12-bit composite decoding, synchronization and noise reduction in one single width module. It is ideal for providing the video bridge between analog legacy operations and digital environments. When paired with an upconverter this module completes the transition between analog and HD video domains. The IQDEC05 handles most stable composite analog signal formats including PAL, NTSC-M, NTSC-J, PALN, N4.43, PAL60 and PALM. The full frame synchronizer with horizontal and vertical phasing controls allows the output to be timed to your house or studio reference. Proc. amp controls and a powerful built-in noise reducer complete the specification. The noise reduction is targeted at preserving the original content while eliminating the objectionable artifacts of analog working. The noise reduction algorithms are tuned to ensure optimum quality and lowest bit-rates if the signal is subsequently compressed. • Does this module suit your application? • • • • • • • • • 12-bit multi-standard decoder with frame synchronizer Adaptive line comb decoding Input standards – PAL*, NTSC*, NTSC-J, N4.43, PAL60, PALN* or PALM* (not SECAM) *Auto detection of input standards Minimal decoder delay – normally < 2 lines (plus synchronizer delay) Video firewall to provide a continuous valid output Motion adaptive recursive noise reducer with automatic noise floor measurement Horizontal and vertical enhancer Suitable for noisy but stable sources such as most RF links or recovery of archived analog material This module is not suitable for use with unstable sources such as VHS players without built-in TBCs Selectable default output on loss of input Frame freeze, pattern or input pass Selectable VBI pass through (pass flat or blank for each VITS line) Adjustment of video gain, black level, chroma gain, NTSC hue, horizontal Y/C timing and picture position • • • Why should you choose this module? • 12-bit decoding technology and powerful compression-friendly noise reduction means maximum picture quality and minimum MPEG bit usage Proc. amp and noise reduction provides complete signal conditioning solution in one package for connecting operational areas • Simple Filter 12-bit A-D converter Adaptive Spatial Comb Filter Synchronizer Noise Reduction 1 Horizontal and Vertical Enhance Ancillary Writer SDI TX 2 Additional Filters inputs Built-in intelligence network intelligence, control and monitoring Block diagram for IQDEC0501-1A Order codes for IQH3A enclosures Order codes for other enclosures IQDEC04/500-1 COMPOSITE 1 2 IQDEC0 4/501-1A SERIAL OUT SERIAL OUT 2 1 REFERENCE IQDEC0501-1A 12 bit decoder with synchronizer and noise reduction. 1 composite input, 2 SDI outputs For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 COMP IN IQDEC0500-1 12 bit decoder with synchronizer and noise reduction. 1 composite input, 2 SDI outputs 137 IQDEC05 Composite Decoder, Synchronizer with Noise Reduction – 12 bit Inputs & Outputs Signal Inputs Signal Outputs Composite Video ................. 1 via BNC connector, isolated Serial Digital......................... 2 x SDI via BNC connectors Standards............................ PAL/NTSC/NTSC-J/PAL-M /PAL-N/N4.43/PAL60 Standards............................ SMPTE 259M-C–1997 Reference............................ 1 analog loop through via BNC connectors Card Edge & RollCall Controls Control Interface Additional Video Delay ......... 0, 1 or 2 frames of delay GPI/O .................................. Closing contact input/output via BNC connector Pass VBI Data...................... Pass as data Pass as VITS Blank (lines selectable 7/11 to 22/19 and 320/274 to 335/282) Card Edge Controls None PAL Line 23 ......................... Process As Video / Pass as WSS / Blank Card Edge Indicators NTSC Line 20/283 ............... Process as Video/Pass as Data/Blank CPU running/Power............. Flashing = OK Analog Video Present .......... Lost = Off, Good = On (Green) NTSC Line 21/284 ............... Process as Video/Pass as Data/Pass as Closed Captions/Blank Analog Video Error .............. Good = Off, Error = On (Yellow) Reference Present .............. Lost = Off, Good = On (Green) NTSC Line 22/285 ............... Process as Video/Pass as Data/Blank Reference Error .................. Good = Off, Error = On (Yellow) Functions Available via RollCall Only Other Controls Video Controls Pattern Enable ..................... Off / On Composite Input Standard... Auto [PAL, NTSC, PALM, PALN] / Manual [PAL, NTSC, NTSC-J, PALM, PALN, N4.43, PAL60] Pattern Select ...................... Black / EBU Color Bars / 100% Color Bars / Ramp / Multi-Burst / Pulse & Bar / Animated Bar Freeze ................................. Off / On Caption Enable ................... Off / On Luma Gain........................... +6 dB to –3 dB Caption Generator ............... Programmable up to 19 characters Chroma Gain ....................... +6 dB to –3 dB Black Level .......................... ±120 mV GPI Action ........................... Memories 1 to 8 / Pattern / Freeze NTSC Hue ........................... ±45° GPI Polarity.......................... High / Low Y/C Timing ......................... +592 ns in 148 ns steps GPO Action ......................... Input loss / Standard / Video delay Picture Position ................... ±592 ns in 148 ns steps GPO Polarity ........................ High / Low Blanking .............................. Left, right, top, bottom, color Noise Reducer Mode & Noise Measurement User Memories .................... Name, clear, save and recall 8 user memories Auto / Manual noise measurement Default Video Output............ Pass Video / Freeze / Pattern Normal / Minimum delay Preset Unit........................... Returns all settings to default Noise Threshold .................. Auto Bias [±7] / Manual [0 to 15] Noise Reducer Strength ...... Luma [0 to 31], Chroma [0 to 31] Reporting H Enhance........................... Off / [On – low, medium, high] Input Status ........................ *Input present, *Input line standard H Enhance Frequency ......... 2.25 MHz or 3.375 MHz Input Error............................ One or more inputs have unselected line standard V Enhance ........................... Off / [On – low, medium, high] * also Logged Color Killer........................... Chroma ON / Chroma OFF / Auto [QAM standards: Chroma off = chroma mute + Y notch] Reference Status ................. *Ref present, *Ref standard Genlock H Phase................. ±32 µs in 37 ns steps RollTrack Output Genlock V Phase ................. ±262/312 lines in 1 line steps Delay ................................... Current video delay Genlock Mode..................... Free-run / Lock to reference / Lock to input (minimum delay) Input State ........................... Present / line standard © Snell & Wilcox 2005 Reference Error.................... Standard different to selected input Reference State ................... Present / error 138 IQDEC05 Composite Decoder, Synchronizer with Noise Reduction – 12 bit Specifications Video Specifications Delay through the unit Video Internal Processing .... 4:2:2 with 10 bit data paths Decoder Delay..................... <2 lines Composite Input Return Loss Better than 35 dB to 5 MHz Composite level/impedance 1 V pk-pk typ. Into 75 Ohm Synchronizer Delay .............. 16 µs (Lock to Input) 1 frame + 16 µs (Lock to Reference) Serial Output Level .............. 800 mV ±5% Additional Processing Delay <100 µs Output Overshoot................ < 70 mV Noise Reducer Delay ........... <1 frame (Normal) Output Return Loss ............. Better than 15 dB to 270 MHz <3 lines (Minimum Delay) Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Total Minimum Delay ........... <7 lines Total Maximum Delay ......... <2 frames + 2 lines Reference Return Loss ........ Better than 35 dB to 5.8 MHz Reference Input Level .......... 1 Vp-p ± 3 dB Power Consumption Sync Level........................... 0.3 V ± 6 dB into 10k Ohms Module Power Consumption TBA © Snell & Wilcox 2005 139 IQDAMDA Limited Availability Advanced Multi-standard Decoder with Synchronizer - 12 bit (Note: Please contact your local sales office for the latest decoding solutions and more information on expected availabilty.) The IQDAMDA provides superior quality multi-standard decoding and frame synchronization of PAL/NTSC/NTSC-J/PAL-N/PAL-M/SECAM and N4.43 composite video, using enhanced Golden Gate technology with spatio-temporal filters. • • • Full RollCall remote control 8 user memories GPI input to recall any memory function or force pattern • GPI output/delay flag and full support for RollTrack audio delay tracking • EDH insertion Why should you choose this module? Does this module suit your application? • • • • • • • • • • Uses enhanced Golden Gate technology with spatio-temporal filters for accurate luminance and chrominance separation Input standards - PAL, NTSC, NTSJ, PALN, PALM, SECAM and N4.43 Frame synchronizer with H and V phasing controls 12-bit over-sampled ADC with ‘601’ filtering Adjustment of luminance gain, black level, chrominance gain, picture position and horizontal Y-C timing Locks to unstable inputs including VHS with automatic comb mode selection 4 x 10-bit serial component outputs Test signal generator (Black, EBU Color Bars, 100% Color Bars, Ramp, Multiburst, Pulse & Bar, and Green) Programmable 19 character caption generator overlaid on patterns or default output Selectable VBI pass through (pass flat or blank for each VBI line) Reference Input • • • • • • Multi-aperture spatio-temporal filter gives excellent results for all types of images using enhanced Golden Gate technology Ability to handle unstable signals at full quality Adjustment of luminance gain, black level, chrominance gain, picture position and horizontal Y/C timing ensures accurate signal correction Full remote control functionality enables control and monitoring from all required areas EDH flag insertion for downstream monitoring and error detection 8 user memories enable easy setting for multiple applications Serialize Ref Genlock Input Genlock H V Serial 656 Outputs EDH Insert H V Y Analog Composite Input Line/Frame Comb Decoder PAL/NTSC C Synchronizer D1 Format ADC SECAM SECAM Decoder Decoder Switches Processor RollCall GPI © Snell & Wilcox 2005 Delay 141 IQDAMDA Limited Availability Advanced Multi-standard Decoder with Synchronizer - 12 bit Order codes for IQH3A enclosures Order codes for other enclosures SERIAL OUTPUTS DELAY GPI IQDAMDA-2 ANALOGUE REF IQDAMDA-2A Advanced Multi-standard Decoder with Synchronizer. 4 outputs 2 3 1 COMP IN IQDAMDA-2 Advanced Multi-standard Decoder with Synchronizer. 4 outputs COMP IN IQDAMD A-1A SERIAL OUT IQDAMDA-1A Advanced Multi-standard Decoder with Synchronizer. 3 outputs For more details on enclosure types please refer to the Frames/Enclosures section For replacement, see IQDEC04 Golden Gate Decoder, Synchronizer with Noise Reduction – 12 bit Inputs & Outputs Signal Inputs IQDAMDA Advanced Multi-Standard Decoder with Synchronizer Composite Video ................. 1 x Differential input Inputs Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM/N4.43 Digital Composite Serial 656 1-4 Reference............................ 1 x Loop-through Reference GPI...................................... Closing contact style input Signal Outputs Outputs Analog Decodes PAL/NTSC/NTSC-J PAL-M/PAL-N/SECAM/ N443 12-Bit Processing 10-Bit Serial 656 Output Frame Synchronizer Delay/GPI GPI 10-bit Serial Digital............... 4 x SDI outputs Standards............................ SMPTE 259M-C-1997 RollCallTM Remote Control GPI Output/Delay ................ TTL levels, sink or source current <10 mA Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Functions Available via RollCall Only Luminance Gain .................. ± 6 dB in 0.1 dB steps Black level ........................... ±120mV in 1mV steps Standards Selection............. PAL / NTSC / NTSCJ / PALN/ PAL-M / SECAM / N443 Chrominance Gain............... ± 6 dB in 0.1 dB steps Decoder............................... Studio/Simple/Minimum Delay NTSC Hue ........................... ± 45 deg. in 1 degree steps Bypass ................................ Returns video settings to default while selected Y/C Timing ......................... ± 592 ns in 148 ns steps Preset Unit........................... Returns all settings to default Picture position ................... ± 592 ns in 37 ns steps User Memories .................... Name, clear, save and recall 8 user memories Genlock mode..................... Lock to Ref/Lock to input and Freerun Default Output ..................... Video / Freeze/ Pattern Genlock H phase................. ±32 µs in 37ns steps Caption Generator ............... Programmable up to 19 characters Genlock V phase ................. ± 262/312 lines in 1 line steps Pattern Select...................... ON/OFF (Black /EBU Bars/100% Bars/Ramp/ Multiburst / Pulse & Bar and Green) VBI Pass .............................. Selectable pass or blank for each vertical interval line GPI Input set-up .................. Programmable to recall any memory or force pattern Caption ............................... On/Off Indicators GPI Output/Delay Flag ......... Programmable output port for input present, standard 625 or video delay flag Power ok Input Loss RollTrack ............................. Enable / program address of receiving unit Input Error Reference Loss Logging ............................... Input Loss, Input line Standard, Reference loss © Snell & Wilcox 2005 142 IQDAMDA Limited Availability Advanced Multi-standard Decoder with Synchronizer - 12 bit Specifications Internal Processing .............. 12-bit analog to digital conversion, >12-bit luma/chroma processing, 10 bit serial output Differential Phase................. Less than 0.5° (5 step modulated staircase) Y Frequency Response ....... 5.75 MHz ±0.1dB Output Return Loss (Digital) . Better than -15 dB to 270 MHz PbPr Frequency Response .. 1.5 MHz -3dB Insertion Delay..................... Normal mode: 1 frame + approximately 13 µs + synchronizer delay. Min delay mode: 1 line + approximately 13 µs + synchronizer delay. Input Return Loss (Analog) .. Better than -38 dB to 5 MHz Signal / Noise ...................... Better than –65 dB (Weighted, ramp) K-2T.................................... Better than 0.5% Y Non Linearity .................... Better than 0.5% (5 step staircase) Subcarrier Rejection ............ Better than -46 dB (PAL, NTSC) Power Consumption Differential Gain ................... Less than 0.5% (5 step modulated staircase) © Snell & Wilcox 2005 Module Power Consumption10.8 W max 143 IQDAMDD Limited Availability Advanced Multi-standard Decoder - 12 bit (Note: Please contact your local sales office for the latest decoding solutions and more information on expected availabilty.) The IQDAMDD provides superior quality multi-standard decoding of PAL/NTSC/NTSC-J/PAL-N/PALM/SECAM and N4.43 composite video, using enhanced Golden Gate technology with spatio-temporal filters. • GPI input to recall any memory function or force pattern • GPI output and full support for RollTrack audio delay tracking • EDH insertion Why should you choose this module? Does this module suit your application? • • • • • • • • • • Uses enhanced Golden Gate technology with spatio-temporal filters for accurate luminance and chrominance separation Input standards - PAL, NTSC, NTS-J, PAL-N, PAL-M, SECAM and N4.43 12-bit over-sampled ADC with ‘601’ filtering Adjustment of luminance gain, black level, chrominance gain, picture position and horizontal Y/C timing 4 x 10-bit serial component outputs Test signal generator (Black, EBU Color Bars, 100% Color Bars, Ramp, Multiburst, Pulse & Bar, and Green) Programmable 19 character caption generator overlaid on patterns or default output Selectable VBI pass through (pass flat or blank for each VBI line) Full RollCall remote control 8 user memories • • • • • • Multi-aperture spatio-temporal filter gives excellent results for all types of images using enhanced Golden Gate technology Ability to handle unstable signals at full quality Adjustment of luminance gain, black level, chrominance gain, picture position and horizontal Y/C timing ensures accurate signal correction Full remote control functionality enables control and monitoring from all required areas EDH flag insertion for downstream monitoring and error detection 8 user memories enable easy setting for multiple applications Serialize Serial 656 Outputs EDH Insert Y Analog Composite Input Line/Frame Comb Adaptive Decoder C Y Proc Amp C D1 Format ADC Switches Processor RollCall™ GPI Delay/GPO Order codes for IQH3A enclosures Order codes for other enclosures SERIAL OUTPUTS GPO GPI IQDAMDD-2 COMP IN IQDAMDD-2A Advanced Multi-standard Decoder. 4 outputs. 2 3 1 IQDAMDD-2 Advanced Multi-standard Decoder. 4 outputs. COMP IN IQDAMD D-1A SERIAL OUT IQDAMDD-1A Advanced Multi-standard Decoder. 3 outputs. For more details on enclosure types please refer to the Frames/Enclosures section For replacement, see IQDEC04 Golden Gate Decoder, Synchronizer with Noise Reduction – 12 bit © Snell & Wilcox 2005 145 IQDAMDD Limited Availability Advanced Multi-standard Decoder - 12 bit Inputs & Outputs Signal Inputs Inputs Composite Video ................. 1 x Differential input IQDAMDD Advanced Multi-Standard Decoder Outputs Analog Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM/N4.43 Composite GPI...................................... Closing contact style input GPI Signal Outputs Digital Decodes PAL/NTSC/NTSC-J PAL-M/PAL-N/SECAM/ N443 12-Bit Processing 10-Bit Serial 656 Output Serial 656 1-4 Delay/GPI 10-bit Serial Digital............... 4 x SDI outputs Standards............................ SMPTE 259M-C-1997 Rollcall™ Remote Control GPO .................................... TTL levels, siink or source current <10 mA Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Decoder............................... Studio/Simple/Minimum Delay Black level ........................... ±120mV in 1mV steps Bypass ................................ Returns video settings to default while selected Chrominance Gain............... ± 6 dB in 0.1 dB steps Preset Unit........................... Returns all settings to default NTSC Hue ........................... ± 45 deg. in 1 degree steps User Memories .................... Name, clear, save and read 8 user memories Luminance Gain .................. ± 6 dB in 0.1 dB steps Y/C Timing ......................... ± 592 ns in 148 ns steps Default Output ..................... Pattern / Video Picture position ................... ± 592 ns in 37 ns steps Caption Generator ............... Programmable up to 19 characters Pattern Select...................... On/Off (Black /EBU Bars/100% Bars/Ramp/ Multiburst / Pulse & Bar and Green) VBI Pass .............................. Selectable pass or blank for each vertical interval line Caption ............................... On/Off GPI Input SET-UP................ Programmable to recall any memory, force pattern Indicators Power ok GPI Output .......................... Programmable output port for input present, standard 625 or video delay flag Input Loss Input Error Functions Available via RollCall Only RollTrack ............................. Enable / program address of receiving unit Standards Selection ............ PAL / NTSC / NTSCJ / PAL-N/ PAL-M / SECAM / N4.43 Logging ............................... Input Loss, Input line Standard, Specifications Power Consumption Internal Processing .............. 12-bit analog to digital conversion, >12-bit luma/chroma processing, 10-bit serial output Module Power Consumption10.8 W max Y Frequency Response ....... 5.75 MHz ±0.1 dB PbPr Frequency Response .. 1.5 MHz -3 dB Signal / Noise ...................... Better than –65 dB (Weighted, Ramp) K-2T .................................... Better than 0.5% Y Non Linearity .................... Better than 0.5% (5 step staircase) Subcarrier Rejection ............ Better than -46 dB (PAL, NTSC) Differential Gain ................... < 0.5% (5 step modulated staircase) Differential Phase................. < 0.5º (5 step modulated staircase) Input Return Loss (Analog)... Better than -38 dB to 5 MHz Output Return Loss (Digital) . Better than -15 dB to 270 MHz Insertion Delay ..................... Normal mode: 1 frame + approximately 13 µs. Min delay mode: 1 line + approximately 13 µs. © Snell & Wilcox 2005 146 IQDMSDP Limited Availability Multi-standard Decoder with Synchronizer & Noise Reduction – 10 bit (Note: Please contact your local sales office for the latest decoding solutions and more information on expected availabilty.) The IQDMSDP provides high quality adaptive decoding, with frame synchronization and adaptive recursive noise reduction, for PAL/NTSC-M/PAL-M/PAL-N/N4.43/ NTSC-J/SECAM composite signals. • Test pattern generator and caption generator Why should you choose this module? Does this module suit your application? • • • • • • • • • Multi-standard decoding of PAL/NTSC-M/PAL-M/PAL-N/N4.43/ NTSC-J/SECAM 10-bit sampling (8-bit VHS and SECAM) Will lock to unstable inputs e.g. VHS Full frame synchronizer with phase controls Adaptive recursive noise reduction with automatic noise floor measurement Multi-mode operation: " Adaptive field comb filter " Adaptive line comb filter " Simple mode decoding 4 x 10-bit serial 4:2:2 output Switchable EDH insertion RollCall™ compatible Reference Input • • • • • • High quality decoding with synchronization and noise reduction makes this the ideal interface for digital systems where timing and transmission link noise could be a problem Multi-aperture adaptive comb filter gives excellent results for all types of images Full remote control functionality enables control and monitoring from all required areas EDH flag insertion for downstream monitoring and error detection Tracking control of audio delay through TTL output or RollTrack to ensure lip sync Timebase correction for VHS sources Serialize Ref Genlock Input Genlock H V Serial 656 Outputs EDH Insert H V Y Analog Composite Input Line/Field Comb Decoder PAL/NTSC C Synchronizer D1 Format ADC SECAM Decoder Switches Processor RollCall Order codes for IQH3A enclosures Order codes for other enclosures SERIAL OUTPUTS DELAY IQDMSDA/ P/S-2 ANALOGUE REF IQDMSDP-2A 10 bit Adaptive Decoder with Synchronizer & Noise Reducer. 4 outputs. COMP IN IQDMSDP-2 10 bit Adaptive Decoder with Synchronizer & Noise Reducer. 4 outputs. For more details on enclosure types please refer to the Frames/Enclosures section For replacement, see IQDEC04 Golden Gate Decoder, Synchronizer with Noise Reduction – 12 bit © Snell & Wilcox 2005 147 IQDMSDP Limited Availability Multi-standard Decoder with Synchronizer & Noise Reduction – 10 bit Inputs & Outputs Signal Inputs Inputs Composite Video ................. 1 x Differential input IQDMSDP Multi-Standard Digital Decoder Analog Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM/N4.43 Composite Reference............................ 1 x Loop-through Reference Signal Outputs Outputs Digital Decodes PAL/NTSC/ PAL-M/PAL-N Noise Reduce Synchronize 10-Bit Serial 656 Output Serial 656 (4) Delay (1) 10-bit Serial Digital............... 4 x SDI outputs Rollcall™ Remote Control Standards............................ SMPTE 259M-C-1997 Card Edge & RollCall Controls Processing Chroma Noise Reduction..... Off/Low/Medium/High 3 Decoder Modes................ Studio (Adaptive 10-bit Field Comb) Display (Adaptive 10-bit Line Comb) Simple Mode V Phase ............................... ±7 lines in 1 line steps VITS Pass ............................ Pass (through to SDI Y channel only) or Strip Note VITS lines 318, 319 and 335 are not passed in 625 standard and VITS information is not passed in SECAM or VHS Mode. Sampling ............................. 10-bit Card Edge Controls (also available via RollCall) Functions Available via RollCall Only Input Standard..................... PAL/PAL-M/PAL-N/NTSC-M/ NTSC-J/SECAM/NTSC4.43 Lock Mode Reporting .......... Reports Genlock/Free-run Modes Decode Mode ..................... Studio (Adaptive 10-bit Field Comb) Display (Adaptive 10-bit Line Comb) Simple Mode Sync Mode Reporting .......... Reports Lock Mode: Broadcast, TV, VHS Test Pattern Select .............. Black/100% Color bars/75% Color bars/Multiburst Input Standard Reporting..... Reports PAL/PAL-M/PAL-N/ NTSC/NTSC-J/SECAM/N4.43 Video Gain........................... ±2 dB Signal input State Reporting Black Level .......................... ±75 units (approximately ±120 mV Reference Loss Chrominance Gain............... ±3 dB (Not in VHS mode) EDH Insertion On/Off NTSC Hue ........................... ±30° Control of Independent EDH flags Y/C Delay ........................... -222 ns to +148 ns in 74 ns steps Preset Unit H Phase .............................. ±31968 ns in 37 ns steps RollTrack Decode Mode Reporting...... Reports Decoder Mode: Studio, Display or Simple Pattern: Color Bars, Multiburst, Black/Freeze Luma Noise Reduction ........ Off/Low/Medium/High Specifications Input Standard..................... PAL/PAL-M/PAL-N/NTSC-M/ NTSC-J/SECAM/N4.43 Y non-linearity Error ............. Better than 1% Y Frequency Response ....... 5.5 MHz ± 0.2 dB (PAL, NTSC) Subcarrier Rejection ............ better than 46 dB (Test signal Modulated Staircase) Signal/Noise Ratio ............... Better than 62 dB Weighted Input Return Loss (Analog)... Better than 35 dB at 5 MHz PbPr Frequency Response .. 1.5 MHz -3 dB Output Return Loss (Digital) . Better than 15 dB to 270 MHz 2T Pulse-Shape K- rating .... Better than 1% Power Consumption Y-C Timing Error.................. Better than 25 ns Module Power Consumption13.5 W max © Snell & Wilcox 2005 148 IQDMSDS Limited Availability Multi-standard Decoder with Synchronizer - 10 bit (Note: Please contact your local sales office for the latest decoding solutions and more information on expected availabilty.) The IQDMSDS provides adaptive line comb decoding and frame synchronization for PAL/NTSC-M/PAL-M/PAL-N/NTSC4.43/NTSC-J/SECAM composite signals. • • 20-character caption generator 4 nameable user memories per colour standard Why should you choose this module? Does this module suit your application? • • • • • • • • • • • Multi-standard decoding of PAL/NTSC-M/PAL-M/PAL-N/NTSC4.43/ NTSC-J/ SECAM 10-bit sampling Multi-mode operation: " Adaptive line comb filter (not SECAM) " Simple mode decoding Full proc. amp controls Full frame synchronizer with phase controls Minimum delay mode (not for SECAM or VHS) RollTrack output 4 x 10-bit serial 4:2:2 outputs Switchable EDH insertion RollCall™ compatible Test pattern generator Reference Input • • • • • • • Multi-standard adaptive line comb decoder Hanover bar suppression gives top quality decoding for PAL applications 10-bit sampling for optimum digital video quality and minimum quantization errors Full frame synchronizer to enable output to be accurately timed into a system Full remote control functionality enables control and monitoring from all required areas Tracking control of audio delay through TTL output or RollTrack to ensure lip sync Timebase correction for VHS sources Serialize Ref Genlock Input Genlock H V Serial 656 Outputs EDH Insert H V Y Analog Composite Input Line Comb Decoder PAL/NTSC C Synchronizer D1 Format ADC SECAM Decoder Switches Processor RollCall Order codes for IQH3A enclosures Order codes for other enclosures SERIAL OUTPUTS DELAY IQDMSDA/ P/S-2 ANALOGUE REF IQDMSDS-2A 10-bit Adaptive Decoder with Synchronizer. 4 outputs. COMP IN IQDMSDS-2-0-0 10-bit Adaptive Decoder with Synchronizer. 4 outputs. For more details on enclosure types please refer to the Frames/Enclosures section For replacement, see IQDEC05 Composite Decoder, Synchronizer with Noise Reduction – 12 bit © Snell & Wilcox 2005 149 IQDMSDS Limited Availability Multi-standard Decoder with Synchronizer - 10 bit Inputs & Outputs Signal Inputs Inputs Composite Video ................. 1 x Differential input IQDMSDS Multi-Standard Digital Decoder Analog Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM/N4.43 Composite Reference............................ 1 x Loop-through Signal Outputs Outputs Digital Decodes PAL/NTSC/PAL-M/ PAL-N/SECAM 10-Bit Serial 656 Output Serial 656 (4) Delay (1) Reference 10-bit Serial Digital............... 4 x SDI outputs Standards............................ SMPTE 259M-C-1997 RollCall™ Remote Control Delay Flag............................ 1 output Card Edge & RollCall Controls Processing VITS Pass ............................ Pass or Strip 3 Decoder Modes................ Adaptive 10-bit Line Comb (not SECAM) Simple Mode Pass Through EDH Insertion....................... On/Off Preset Unit Functions Available via RollCall™ Only Decode Mode Reporting...... Reports Decoder Mode (Field, Line or Simple) or Pattern Sampling ............................. 10-bit Card Edge Controls (also available via RollCall) Input Standard Reporting..... Reports PAL/PAL-M/PAL-N/ NTSC/SECAM/NTSC4.43 Input Standard..................... PAL/PAL-M/PAL-N/ NTSC-M/ NTSC-J/SECAM/ NTSC4.43 Signal input State Reporting Decode Mode ..................... Adaptive 10-bit Line Comb Simple Mode Pass Through Reference State Reporting Preset Unit Test Pattern Select .............. Black/100% Color bars/75% Color bars/Multiburst (not SECAM) Edit Caption Video Gain........................... +6 dB to –3 dB Save Memory ...................... 4 Memories for each decode standard (total of 28) Caption ............................... On/Off Black Level .......................... ±75 Units (Approximately 120 mV) Read Memory ...................... 4 Memories for each decode standard (total of 28) Chrominance Gain............... ±3 dB NTSC Hue ........................... ±30° Clear Memory ...................... Independent clearing of each memory location Y/C Delay ........................... -222 ns to +148 ns in 74 ns steps H-Phase .............................. ±31968 ns in 37 ns steps Name Memory ..................... 20 Character user name V-Phase .............................. ±7 lines in 1 line steps Picture Position ................... ±2220 NS in 148 ns steps Specifications Y Frequency Response ....... 5.5 MHz ± 0.2 dB (not SECAM) Insertion Delay .................... 3 lines (Minimum delay mode) Y Frequency Response ....... 3.0 MHz -3 dB (SECAM Input) Input Return Loss (Analog)... Better than -35 dB at 5 MHz Signal/Noise Ratio ............... Better than 62 dB Weighted Output Return Loss (Digital) Better than -15 dB to 270 MHz PbPr Frequency Response .. 1.5 MHz -3 dB 2T Pulse-Shape k-rating ...... Better than 1% Power Consumption Y-C Timing Error.................. Better than 25 ns Module Power Consumption 10.4W max Y non-linearity Error ............. Better than 1% Subcarrier Rejection ............ better than 46 dB (Test signal Modulated Staircase) © Snell & Wilcox 2005 150 IQDMSDL Limited Availability Multi-standard Decoder with Synchronizer & Noise Reduction (Note: Please contact your local sales office for the latest decoding solutions and more information on expected availabilty.) The IQDMSDL provides multi-standard decoding and frame synchronization of Y-C or composite video. The selected input is sampled and decoded using an adaptive line comb filter to ensure optimum decoding performance. Signal correction features include video, luminance and chrominance gain, black level, NTSC hue, Y-C horizontal timing, linear horizontal enhancer and picture position. In addition a powerful frame recursive noise reducer is able to automatically eliminate much background noise. A motion detector switches off the noise reduction in moving picture areas. Rugged sync and clock recovery ensures reliable operation with unstable and noisy inputs. • • Vertical information passed or blanked PAL Line 23 and NTSC Line 21 process, pass or blank • Selectable Automatic Gain Control • Selectable Automatic Chroma Control referenced to color burst • Delay Flag (GPI/O port) output and RollTrack for audio tracking • Programmable GPI/O port • 8 programmable memories • Full RollCall remote control Why should you choose this module? Does this module suit your application? • • • • • • • • • • • • • 4:2:2 frame synchronizer with H phase control Input standards - PAL, NTSC, NTSC-J, PALN, PALM, N4.43 and SECAM 2 Composite and 1 Y/C inputs (1 composite input only on single width rear panels) 2 serial 4:2:2 SDI outputs Auto standards detection Adaptive line comb decoder Handles VHS feature modes PAL Hanover bar suppression Test signal generator (100/75% color bars, multi-burst, black) Adjustment of video gain, black level, chroma gain, NTSC hue and horizontal timing Motion adaptive recursive noise reducer with automatic noise floor measurement Linear horizontal enhancer Frame freeze, black or input pass through on loss of input • • • • Multi-standard adaptive line comb decoder for quality decoding of any source Full frame synchronizer to enable output to be accurately timed into a system Full remote control functionality enables control and monitoring from all required areas Tracking control of audio delay through TTL output or RollTrack to ensure lip sync Reference Input SPG Input Genlock Composite Inputs Decoder Y-C Input Frame Store SECAM Decoder GPI Input © Snell & Wilcox 2005 D1 Serialize Format Serial 656 Outputs (2) ADC Switches Noise Reducer Processor RollCall 151 IQDMSDL Limited Availability Multi-standard Decoder with Synchronizer & Noise Reduction Order codes for IQH3A enclosures Order codes for other enclosures INPUTS Y/B GPI C IQDMSDL-2 1 A 2 2 SERIAL OUT IQDMSDL-2A Multi-standard Decoder with synchroniser and Noise Reduction. 2 Composite/ 1 Y/C inputs, 2 outputs. CVBS REFERENCE IQDMSDL-2 Multi-standard Decoder with synchronizer and Noise Reduction. 2 Composite/ 1 Y/C inputs, 2 outputs. IQDMSDL-1 1 A 2 2 SERIAL OUT IQDMSDL-1A Multi-standard Decoder with synchroniser and Noise Reduction. 1 Composite input, 2 outputs. REFERENCE CVBS INPUT IQDMSDL-1 Multi-standard Decoder with synchroniser and Noise Reduction. 1 Composite input, 2 outputs. For more details on enclosure types please refer to the Frames/Enclosures section For replacement, see IQDEC05 Composite Decoder, Synchronizer with Noise Reduction – 12 bit Inputs & Outputs Signal Inputs Inputs Composite Video ................. 2 x Differential via BNC connectors (1 on single width) IQDMSDL Multi-Standard Digital Decoder Outputs Digital Analog Composite A Composite/Y-C B Y-C...................................... 1 via BNC connectors (Double width only) Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM/N4.43 Reference Decodes PAL/NTSC/NTSC-J/PAL-M/ PAL-N/N4.43/SECAM Synchronise Noise Reduce 10-Bit Serial 656 Output Serial 656 (2) GPI/O/Delay (1) Reference............................ 1 Loop through via BNC connectors Signal Outputs RollCall™ Remote Control Serial Digital......................... 2 x SDI via BNC connectors Standards............................ SMPTE 259M-C-1997 Card Edge & RollCall Controls Control Interface Functions Available VIA RollCall™ Only GPI/O .................................. Closing contact input/output via BNC connector Input Standard..................... PAL, PALN ,SECAM ,NTSC ,PALM, NTSCJ, N4.4 Card Edge Controls (also available via RollCall) NTSC Hue ........................... 360 deg in 1 deg steps Input select.......................... Composite A, composite B, YC Luminance Noise Reduction Off / [ On: Low, Medium, High ] Pedestal .............................. Switches between NTSC and NTSCJ inputs Chrominance Noise Reduction Off/[ On: Low, Medium, High ] Freeze ................................. On / Off Enhance .............................. Off/[ On: De, Low, Medium, High ] Pattern ................................ On / Off Automatic Gain Control........ On / Off (Automatic Range +0.5 dB to -6 dB) Luminance Gain .................. ± 3 dB in 0.1dB steps Chroma Gain ....................... ± 3 dB in 0.1 dB steps Automatic Chroma Gain Control On / Off Black Level .......................... ±102.4 mV in 1.6 mV steps Genlock............................... On/Off Pass vertical data................. On / Off Indicators PAL Line 23 ......................... Process As video / Pass / Blank Power OK NTSC Line 21 & 283 ............ Process As video / Pass / Blank Input Loss Noise Reduction Split screen Off / Top Bottom split, Left Right split Input Error Reference Loss © Snell & Wilcox 2005 Pattern Select ...................... Black, Multi-burst, 75% color bars, 100% color bars 152 IQDMSDL Limited Availability Multi-standard Decoder with Synchronizer & Noise Reduction Y/C Timing ......................... ±1036 ns in 148 ns steps Picture Position ................... ±1036 ns in 148 ns steps GPO ................................... Off, [On: Delay Flag, Input Loss, polarity high/low] Genlock .............................. Enable RollTrack Setup ................... Enable Unit 1..8 Genlock H Phase 625 ........ ±113 µs in 225 ns steps. 8 User Memories ................. [Save / Name / Recall / Clear] Genlock H Phase 525 ........ ±114 µs in 279 ns steps. Preset Unit........................... Returns all unit settings to factory defaults Default Output ..................... Input, Pattern, Freeze Restart Unit.......................... Implements a full restart without the need to power down and power up Logging (via RollCall)............ Reference, Input State, Input Standard GPI action ........................... Memories 1 to 8, Pattern, Freeze Specifications Internal Processing .............. 4:2:2 Y Frequency Response ....... 5 MHz +0.2 dB, -0.5 dB Subcarrier Rejection ............ Better than 46dB (PAL, NTSC), Modulated Staircase PbPr Frequency Response .. 1.5MHz -3dB typ Input Return Loss(analog) .... Better than -35dB at 5MHz Signal / Noise ...................... Better than -60dB (Weighted, ramp) Power Consumption K-2T.................................... Better than 1% Module Power Consumption Output Return Loss (digital) . Better than -15dB at 270MHz 9W max © Snell & Wilcox 2005 153 IQATBSD Synchronizing Decoder/Timebase Corrector The IQATBSD provides multi-standard Y-C and composite timebase correction, synchronization and noise reduction. The composite input automatically detects PAL, NTSC, NTSC-J, PAL-M, PAL-N, N4.43 and SECAM, and is sampled and decoded using an adaptive line comb filter to ensure optimum decoding performance. The signal correction features include luminance and chrominance gain, black level, NTSC hue, linear horizontal and vertical enhancer, Y-C horizontal timing and picture position. • Delay Flag (GPI/O port) output and RollTrack for audio tracking • Programmable GPI/O port • 8 programmable memories • Full RollCall remote control available as an upgrade Why should you choose this module? Does this module suit your application? • • • • • • • • • • • • • • • • • • • • • 4:2:2 frame synchronizer / timebase corrector Motion adaptive recursive noise reducer with automatic noise floor measurement Linear horizontal and vertical enhancer PAL Hanover bar suppression 10-bit internal processing Input standards - PAL, NTSC, NTSC-J, PAL-N, PAL-M, N4.43 and SECAM Output standards - PAL, NTSC, NTSC-J, PAL-N, PAL-M and SECAM Auto standards detection Y-C and Composite input / output 2 x serial 4:2:2 outputs provided by an adaptive line comb decoder Handles VHS tape playback feature modes Genlockable SPG with phasing adjustments Test signal generator (100/75% color bars, multi-burst, black) VITS insertion on composite / YC outputs PAL line 23 and NTSC line 21 process as video, pass or blank Selectable Automatic Gain Control Selectable ACC referenced to color burst Adjustment of luma gain, black level, chroma gain, NTSC Hue and horizontal timing Frame freeze, black or input pass through on loss of input Power-down bypass (composite A in to composite 1 output) Vertical information passed or blanked on either composite/YC signals Reference Video • • • • • • Rugged sync and clock recovery ensures reliable operation with unstable and noisy inputs In addition a powerful frame recursive noise reducer is able to automatically eliminate much background noise, while a motion detector switches off the noise reduction in moving picture areas The signal correction features include luminance and chrominance gain, black level, NTSC hue, linear horizontal and vertical enhancer, Y-C horizontal timing and picture position Multi-standard adaptive line comb decoder for quality decoding of any source The broadcast quality output encoder with dual 10 bit oversampled DAC’s is fully genlockable to a composite reference and supports PAL, NTSC, NTSC-J, PAL-M, PAL-N and SECAM, in addition it can also operate as a transcoder between any of the available standards of the same line rate Can control, using RollTrack, a tracking audio delay to ensure there are no lip-sync errors SPG Y-C Output Y-C Input Composite Input B Decoder Sync Frame Store Composite Input A Noise Reduce 2 Encoder Composite Outputs 1 Power Down Bypass SDI GPI © Snell & Wilcox 2005 Processor RollCall 155 2 Serial 4:2:2 Outputs IQATBSD Synchronizing Decoder/ Timebase Corrector Order codes for IQH3A enclosures Order codes for other enclosures OUTPUTS Y C C IQATBSD-2-0 1 A 2 1 2 CVBS SERIAL OUT IQATBSD-2A Synchronizing Decoder/ Timebase Corrector. 1 Y/C - 2 Composite and 2 Serial 4:2:2 outputs. INPUTS Y/B GPI/O CVBS 2 REFERENCE IQATBSD-2 Synchronizing Decoder/ Timebase Corrector. 1 Y/C - 2 Composite and 2 Serial 4:2:2 outputs. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs IQATBSD Composite Timebase Corrector Composite........................... 2 x BNC connectors Inputs Y-C...................................... 1 x via BNC connectors Outputs Analog Analog Standards............................ PAL, NTSC, NTSC-J, PALN, PAL-M, N4.43, SECAM Composite A & B Video Reference .................. Loop through BNC connectors; Composite Video or Black Burst Y/C Decode Encode PAL SECAM PAL-M PAL-N NTSC N4.43 PAL SECAM PAL-M PAL-N NTSC Composite 1-2 Signal Outputs Synchronize Noise Reduce Composite........................... 2 x BNC Digital SDI 1-2 Reference Y-C...................................... 1 x via BNC connectors Y/C Standards............................ PAL, NTSC, NTSC-J, PAL-N, PAL-M, SECAM Serial Digital......................... 2 x SDI via BNC connectors GPI RollCall Remote Control Standards............................ SMPTE 259M-C-1997 Card Edge & RollCall Controls Control Interface Output Standards 525 ...... NTSC, PAL-M, NTSCJ NTSC Hue ........................... 360º in 1º steps GPI/O .................................. Connector / Format BNC; Closing contact input/output Luminance Noise Reduction Off / [ On: Low, Medium, High ] Card Edge Controls (also available via RollCall) Chrominance Noise Reduction Off / [ On: Low, Medium, High ] Input select.......................... Composite A, composite B, Y/C Horizontal Enhancer............. Off / [ On – Low, Medium, High ] Pedestal .............................. Switches between NTSC and NTSCJ inputs Freeze ................................. On / Off Horizontal Enhancer Frequency select 2.25 MHz or 3.375 MHz Pattern ................................ On / Off Vertical Enhancer ................. Off / [ On: Low, Medium, High ] Pattern Select...................... Black, Multi-burst, 75% color bars, 100% color bars Automatic Gain Control........ On / Off (Automatic Range +3 dB to –6 dB) Luminance Gain .................. ± 3 dB in 0.1-dB steps Chroma Gain ....................... ± 3 dB in 0.1 dB steps Automatic Chroma Gain Control On / Off Black Level .......................... ±100 mV in 1.6 mV steps Insert VITS ........................... On / Off Genlock............................... On/Off Pass vertical data................. On / Off (encoder) Indicators Pass vertical data................. On / Off (SDI output) Input Loss ........................... Illuminates if input signal is lost PAL Line 23 ......................... Process as video / Pass / Blank Input Error ........................... Flashes if input signal is invalid NTSC Line 21 ...................... Process as video / Pass / Blank Reference Loss ................... Illuminates if reference signal is lost or is invalid SECAM Notch filter .............. On / Off Functions available via RollCall only SECAM carrier ..................... On / Off Input Standard..................... PAL, PAL-N , SECAM ,NTSC, PAL-M, NTSC-J, N4.43 SECAM Chroma Pre-Filter ... On / Off SECAM Bottles.................... On / Off Noise Reduction Split screen Off / Top Bottom split, Left Right split Output Standards 625......... PAL, PAL-N, SECAM © Snell & Wilcox 2005 156 IQATBSD Synchronizing Decoder/ Timebase Corrector Y/C Timing ......................... ±1036 ns in 148 ns steps Genlock H Phase................. + 113 us in 74 ns steps Picture Position ................... ±1036 ns in 148 ns steps Default Output ..................... Input, Pattern, Freeze Genlock SC Phase............... 360 º in 0.1º steps continuously adjustable Logging (via RollCall)............ Reference, Input 8 User Memories ................. [store / name / recall] GPI type .............................. Off, [On – level (edge – positive, negative)] Preset Memories.................. Returns all memory settings to factory defaults GPI action ........................... Memories 1 to 8, Pattern, Freeze Preset Unit........................... Returns all unit settings to factory defaults GPO ................................... Off, [On: Delay Flag, Input Loss, and polarity high/low] Reset Unit............................ Implements a power-down, power-up cycle RollTrack Setup ................... Enable Unit 1-8 Specifications Input Return Loss ................ Better than -30 dB to 5 MHz Y Frequency Response ....... 5 MHz +0.2 dB, -0.5 dB Composite Level.................. 1 V pk-pk typ. Into 75 ohms C Frequency Response ....... 1.5 MHz -3 dB typ Y Level ................................ 1 V pk-pk into 75 Ohms Signal / Noise ...................... Better than -60 dB (Wgtd, ramp) C Level ................................ Color Burst at standard level into 75 Ohms K-2T.................................... Better than 1% Reference Level................... Composite or Black Burst at standard level via loop-thru connection (>10 K ohm) Subcarrier Rejection ............ Better than 46 dB (PAL, NTSC) (75% Red) K-Pbar................................. Better than 0.5% Gain error ............................ Better than 2% Output Return Loss ............. <-15 dB at 270 MHz Y-C delay error .................... ±20 ns System Parameters Power Consumption Internal Processing .............. 4:2:2 © Snell & Wilcox 2005 Module Power Consumption14.5 W max 157 SDI to COMPOSITE IQDMSES MULTI-STANDARD (PAL/PAL-N/PAL-M/NTSC/SECAM) ENCODER WITH SYNCHRONIZER - 12 BIT ............................................................................ 161 IQDMENCS PAL/NTSC/SECAM ENCODER WITH SYNCHRONIZER - 10 BIT ................... 163 IQDAVM VIDEO AND AUDIO MONITORING ENCODER ............................................... 165 IQDSDED DUAL CHANNEL MULTI-STANDARD MONITORING ENCODER .................... 169 IQDSDES MONITORING ENCODER AND DISTRIBUTION AMPLIFIER........................... 171 In an increasingly serial digital world, a lot of equipment remains that is composite or analog, or both. Composite analog remains by far the world's most widely used transmission format. There is thus still a need for high quality encoders to convert component signals into composite format. IQ Modular meets this need with a range of encoders designed for a wide variety of system needs. Modules available include encoders for PAL, NTSC and SECAM operation in multi-standard format. Broadcast quality versions feature either 10-bit operation, or 12-bit oversampling digital to analog conversion for superb accuracy. Other facilities available in the range include full genlock control, frame synchronization, gamut limiting to prevent illegal color, and a choice of composite outputs and serial component outputs. Section: Module: Analog/Digital - Video IQDDAC © Snell & Wilcox 2005 159 SIGNAL CONVERSION For Additional Related Modules See: IQDMSES Multi-standard (PAL/PAL-N/ PAL-M/NTSC/SECAM) Encoder with Synchronizer - 12 bit The IQDMSES provides full broadcast quality serial 4:2:2 to composite analog encoding. Full genlock and gamut limiter as standard. A 12-bit oversampled DAC ensures highest quality reconstruction. • • • EDH checking on SDI input RollCall™ compatible RollTrack™ link to tracking audio delays Why should you choose this module? Does this module suit your application? • • • • • • • • • • • • • • PAL/NTSC/NTSC-J/PAL-M/PAL-N/SECAM broadcast quality encoding 12-bit oversampled, DAC with 601 quality reconstruction Full genlock and minimum delay operation Full Frame Synchronizer Gamut limiting using optimal hue and intensity modification Internal pattern and VITS generation Pass or blank vertical interval data NTSC pedestal control Tolerant of SMPTE RP168 serial switching Selectable SECAM Bottles SECAM Genlock to PAL switch or SECAM SECAM dynamic notch Up to 5 x composite outputs Up to 2 x serial 4:2:2 reclocked outputs • • • • • • Order codes for IQH3A enclosures 1 IQDMSES -1A-S 2 Order codes for other enclosures IQDMENCS/SES-1-S 3 REFERENCE 2 COMPOSITE OUT 1 SERIAL OUT IQDMSES-1A-S 12-bit PAL, PAL-N, PAL-M, NTSC, SECAM Encoder with synchronizer. 3 composite outputs & 2 SDI outputs. 5 COMPOSITE OUT 3 Broadcast quality encoding for PAL/NTSC/NTSC-J/PAL-M/PAL/SECAM broadcast applications Full genlock and minimum delay functions ensure accurate timing of composite video Vertical interval data can be passed or blanked as required by the downstream system RollCall ensures the control capability required by any systems 12-bit oversampling DAC ensures optimum analog quality Gamut limiting using optimal hue and intensity modification COMPOSITE SER OUT 2 1 1 REFERENCE SERIAL IN IQDMSES-1-S 12-bit PAL, PAL-N, PAL-M, NTSC, SECAM Encoder with synchronizer. 2 composite outputs & 1 SDI output. SERIAL OUT 4 1 IQDMENCS/ MSES-2A-S 2 SERIAL OUT SERIAL IN REFERENCE IQDMSES-2A-S 12-bit PAL, PAL-N, PAL-M, NTSC, SECAM Encoder with synchronizer. 5 composite outputs & 2 SDI outputs. For more details on enclosure types please refer to the Frames/Enclosures section Reference Video SPG EQ Serial 656 Input Frame Synchronizer SECAM Switches © Snell & Wilcox 2005 Processor RollCall 161 Encoder Up to 5 Composite Outputs Up to 2 Serial 656 Outputs IQDMSES Multi-standard (PAL/PAL-N/ PAL-M/NTSC/SECAM) Encoder with Synchronizer - 12 bit Inputs & Outputs Signal Inputs IQDMSES Multi-standard Encoder with Synchronizer Serial Digital......................... 1 x Equalized SDI Inputs Standards............................ SMPTE 259M-C-1997 Outputs Digital Digital Reference input ................... Composite or black burst Serial 656 Signal Outputs Analog Serial Digital......................... Up to 2 x reclocked SDI Video Reference Equalize Full Frame Synchronizer Gamut Limiter Encoder PAL PAL-N SECAM NTSC PAL-M RollTrack EDH Monitoring Up to 2 Serial 656 Analog Up to 5 Composite Standards............................ SMPTE 259M-C-1997 Composite........................... Up to 5 x encoded outputs Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM Rollcall Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Blanking Width..................... Normal/Legal minimum to CCIR 624 Standard - ........................... PAL/NTSC//NTSC-J/PAL-M /PAL-N/SECAM RGB Limiter ......................... On/Off Gain..................................... ±0.5 dB Test pattern select............... Black, Color bars, various test lines Preset Unit........................... On VITS Insert........................... On/Off EDH..................................... Present : error second : error hour Vertical Data ........................ Pass/Strip Indicators Genlock Mode..................... Internal (Min Delay) lock/ Zero ScH Lock/Variable ScH lock Power Supplies OK No Input Genlock H-Phase offset....... ±1.9 lines No Reference Genlock Fine H-Phase Offset 1 cycle of subcarrier ScH Error ............................ Output or Reference ScH error Synchronizer Delay .............. Flashes if >1 ms Genlock SC Phase Offset .... 360° EDH .................................... Present, Second Error, Hour Error. SECAM Notch ..................... On/Off Functions Available via RollCall™ Only SECAM Carrier .................... On/Off Logging ............................... Input change/EDHScH Error SECAM Pre-Filter ................ ON/OFF EDH Monitor ........................ Show/Reset Statistics NTSC Pedestal.................... On/Off RollTrack™ Compatible Specifications Reference Input Standard.... 525/625 (same standard as D1 input) Composite Output Return Loss Better than 35 dB to 5.8 MHz Composite or Black Burst Reference Level Standard level ±3 dB Delay (minimum delay mode) Serial Input Return Loss....... Better than -15 dB to 270 MHz Power Consumption Serial Output Return Loss.... Better than -15 dB to 270 MHz Module Power Consumption <4 µs 7.5 W max Composite Encoding ........... 12-bit EMC Performance Information Y Frequency Response ....... 5.5 MHz ± 0.05 dB Environment ....................... Commercial and light industrial E2 Peak Mains Inrush Current following a 5 second mains interruption No mains input U/I and V/Q Frequency Response <-3 dB @ 1.3 MHz >20 dB at 4.0 MHz Differential Gain .................. Better than 0.2% Differential Phase ................ Better than 0.2° ScH Phase .......................... 0° ±2° (or variable in Variable ScH Locked Genlock mode) © Snell & Wilcox 2005 Performance Information ..... No performance degradations or cable length limitations 162 IQDMENCS PAL/NTSC/SECAM Encoder with Synchronizer - 10 bit The IQDMENCS provides serial 4:2:2 to composite analog encoding. Fully genlockable as standard. • • • • Tolerant of SMPTE RP168 serial switching EDH checking on SDI input RollTrack to link tracking audio delays RollCall™ compatible Why should you choose this module? Does this module suit your application? • • • • • • • • • • • PAL/NTSC/SECAM encoder Full genlock and minimum delay operation Full Frame synchronizer 10-bit oversampled DAC with CCIR quality reconstruction Up to 6 Composite outputs Up to 2 Serial 4:2:2 outputs Internal color bar generator and VITS Generation Pass or blank vertical interval data Selectable SECAM Bottles SECAM genlock to PAL switch or SECAM SECAM dynamic notch Reference Video • • • • High quality encoding for PAL/NTSC/SECAM broadcast test, monitoring and recording applications Full genlock and minimum delay functions ensure accurate timing of composite video Tolerant of SMPTE168 serial switching to minimize video disturbance RollCall ensures the control capability required by any system SPG Frame Synchronizer EQ Serial 656 Input Up to 5 Composite Outputs Encoder SECAM Switches Processor Up to 2 Serial 656 Outputs RollCall Order codes for IQH3A enclosures Order codes for other enclosures IQDMENCS/SES-1-S COMPOSITE OUT 3 SER OUT 2 1 1 REFERENCE SERIAL OUT 4 1 IQDMENCS/ MSES-2A-S 2 SERIAL OUT REFERENCE SERIAL IN IQDMENCS-2A-S 10-bit PAL/NTSC/SECAM Encoder. 5 composite, 2 serial 4:2:2 outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 SERIAL IN IQDMENCS-1-S 10-bit PAL/NTSC/SECAM Encoder. 2 composite, 1 serial 4:2:2 outputs IQDMENCS-1A-S 10-bit PAL/NTSC/SECAM Encoder. 3 composite, 2 serial 4:2:2 outputs. 5 COMPOSITE 163 IQDMENCS PAL/NTSC/SECAM Encoder with Synchronizer - 10 bit Inputs & Outputs Signal Inputs IQDMENCS PAL/NTSC/SECAM Encoder with Synchronizer Serial Digital......................... 1 x Equalized SDI Inputs Standards............................ SMPTE 259M-C-1997 Outputs Digital Reference Input ................... Composite or black burst Serial 656 Signal Outputs Analog ................................ Up to 5 x Composite encoded Analog Standards............................ PAL/NTSC/SECAM Digital Equalize Full Frame Synchronizer Encoder PAL PAL-N SECAM NTSC PAL-M RollTrack EDH Monitoring Video Reference SDI ...................................... Up to 2 x Re-clocked SDI Up to 2 Serial 656 Analog Up to 5 Composite Standards............................ SMPTE 259M-C-1997 Rollcall Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Preset Unit........................... On Standard - ........................... PAL/NTSC/SECAM Indicators Test pattern select............... Black, Color bars or Mute Power Supplies OK VITS Insert........................... On/Off No Input Vertical Data ........................ Pass/Strip No Reference Genlock Mode..................... Internal (Min Delay) lock/ Zero ScH Lock EDH..................................... Present : error second : error hour Genlock SC Phase Offset .... 360° ScH Error............................. Reference ScH error Flashes for synchronizer delay of > 1 ms EDH Monitor........................ Reset Statistics Functions Available via RollCall™ Only SECAM Notch ..................... On/Off RollTrack Compatible SECAM Bottles.................... ON/OFF EDH Monitor ........................ Show/Reset Statistics SECAM Carrier .................... On/Off Logging ............................... Input change/EDHScH Error Genlock H-Phase offset....... ±1.9 lines SECAM Pre-Filter ................ On/Off Specifications Signal Inputs ScH Phase........................... 0° ±2° Composite Output Return Loss Better than 35 dB to 5.8 MHz Serial Input Return Loss....... Better than –15 dB to 270 MHz Reference Input Standard.... 525/625 (same standard as D1 input) Color Standard PAL/NTSC/SECAM Serial Output Return Loss .... Better than –15 dB to 270 MHz Delay (minimum delay mode) Less than 3 µs Composite or Black Burst Reference Input Level Standard level ±3 dB Power Consumption Module Power Consumption6.9 W max Signal Outputs EMC Performance Information Composite Encoding ........... 10-bit Environment ........................ Commercial and light industrial E2 Peak Mains Inrush Current following a 5 second mains interruption No mains input Y Frequency Response ....... 5.5 MHz ± 0.05 dB U/I & V/Q Frequency Response Less than-3 dB at 1.3 MHz Less than 20 dB at 4.0 MHz Performance Information...... No performance degradations or cable length limitations Differential Gain .................. Better than 0.2% Differential Phase ................ Better than 0.2° © Snell & Wilcox 2005 164 IQDAVM Video and Audio Monitoring Encoder The IQDAVM accepts a serial 4:2:2 input to provide up to four equalized and re-clocked outputs, three monitoring composite outputs and four embedded audio analog outputs. On-screen audio 'confidence' displays of four embedded audio channels are provided on the -M version. • Test signal generator (Color Bars/Black and – 20 dBFS Tone/Silence) • Automatic 525/625 line detection and no valid signal indication • Card edge and RollCall remote control Why should you choose this module? Does this module suit your application? • • • • • • • • • • • • Up to four re-clocked serial 4:2:2 outputs Three monitoring composite PAL/NTSC/PAL-N outputs Four analog audio outputs or 2 stereo pairs Balanced audio output level adjustable +12 dBu to +24 dBu for 0 dB FS input (-D version) Unbalanced audio output level adjustable 1 Volt pk-pk to 4.5 Volts pk-pk into >50 k ohm, for 0 dB FS input (-B version) Audio selection from any embedded channel pair 20-bit digital-to-analog audio conversion, -95 dB THD+N typical (Full Scale) Audio polarity invert Embedded audio presence indication On screen display of audio level and status (-M versions only) Non-audio ancillary data presence indication EDH error detection and reporting 4 Extracted Audio Channels SDI Input On Screen Display Graphics • The on-screen monitoring function of the four audio channels is via familiar bar-graph displays. By using a combination of color bands and text a large amount of information may be conveniently viewed via the composite video monitoring output Balanced audio output level adjustable +12 dBu to +24 dBu for 0 dB FS input (-D version) Unbalanced audio output level adjustable 1 Volt pk-pk to 5 Volts pk-pk in to 1 k ohm, for 0 dB FS input (-B version) 20-bit digital-to-analog conversion, -95 dB THD+N typical (Full Scale) • • • Mixer 3 x Composite Outputs Encoder Receiver 3 x SDI Outputs (-D) 4 x SDI Outputs (-B) Deserialize EDH Check Clock/PLL Audio Clock DAC ANC Status Matrix Audio Extract Gain DAC Silence RollCall™ Processor DAC Tone Channel A/R Channel B/L Gain DAC Frequency Polarity Invert © Snell & Wilcox 2005 Channel A/L 165 Channel B/R Analog Audio Outputs IQDAVM Video and Audio Monitoring Encoder Order codes for IQH3A enclosures Order codes for other enclosures AUDIO OUT IQDAVM-2-D IQDAVM-1A-D Audio & Video Monitoring Encoder. Balanced Audio. 3 SERIAL OUT 3 2 1 1 SERIAL IN COMPOSITE OUT IQDAVM-1A-D-M Audio & Video Monitoring Encoder with onscreen display. Balanced Audio. 2 IQDAVM-2-D Audio & Video Monitoring Encoder. Balanced Audio. IQDAVM-2-D-M Audio & Video Monitoring Encoder with onscreen display. Balanced Audio. AUDIO B OUT R IQDAVM-2-B IQDAVM-2A-D Audio & Video Monitoring Encoder. Balanced Audio. SERIAL OUT 3 L L 3 1 2 1 2 2 4 R AUDIO A OUT IQDAVM-2A-D-M Audio & Video Monitoring Encoder with onscreen display. Balanced Audio. COMPOSITE OUT SERIAL IN IQDAVM-2-B Audio & Video Monitoring Encoder. Unbalanced Audio. IQDAVM-2-B-M Audio & Video Monitoring Encoder with onscreen display. Unbalanced Audio. IQDAVM-2A-B Audio & Video Monitoring Encoder. Unbalanced Audio. IQDAVM-2A -B-M Audio & Video Monitoring Encoder with onscreen display. Unbalanced Audio. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Serial Digital ........................ 1 x SDI via BNC connector Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Inputs Digital Signal Outputs Outputs Digital SDI Serial Digital ........................ 4 (-B version) 3 (-D version) x SDI via BNC connectors Deserialize SDI (1-4 -B) (1-3 -D) EDH Check Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Audio Extract Polarity Invert Composite Video ................. 3 at standard level via BNC connectors Composite (1-3) Gain Control Video Encode Standards............................ PAL/NTSC/PAL-N Test Signal Generator Analog Audio ....................... 2 Stereo pairs Balanced via 25 way (-D version, broadcast level) or unbalanced via BNC (-B versions, low level) © Snell & Wilcox 2005 IQDAVM SDI DA with Audio and Composite Video Monitor RollCallTM Remote Control 166 Analog Audio (1-4) IQDAVM Video and Audio Monitoring Encoder Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Default audio selection......... Tone or silence (Default used on extraction fail or input loss) OSD Audio Monitoring......... On/Off (-M versions only) Polarity ................................ Invert polarity of extracted audio pair OSD Text ............................ On/Off (-M versions only) Pattern ............................... Color Bars Pattern On, off Local ................................... Local/Remote Control Logging ............................... Input Loss, Input Line Standard, Picture Frozen, Unrecognized ANC Data, EDH error, Presence of extracted audio, low-level audio and silence. EDH Reset .......................... Resets error flags Standard detection .............. Auto 525/625 line rate detection Audio Channel Select .......... Any Embedded Channel Pair Audio Gain control ............... Independent for each output pair Indicators Chroma bandwidth .............. 1.6 MHz or 2 MHz Power O.K. Pedestal .............................. On, off (NTSC only) Standard ............................. Line standard = 625: PAL/PAL-N Line standard = 525: NTSC Pedestal .............................. On/Off (NTSC Only) Input Loss Non-audio HANC data......... Presence indication Audio presence ................... On selected pairs RollTrack Output EDH .................................... Present; Error-Minute: Error-Hour Unused Functions Available via RollCall Only Input state ........................... Input Loss, Input OK, Input standard, Embedded Pair Loss, Embedded Pair OK Headroom (-D)..................... Adjustable from +12 to +24 dB Level (-B) ............................. Adjustable from 1.0 V to 4.5 V pk-pk Picture State........................ Chroma Bandwidth High/Low, Picture Frozen/not Frozen*. Analog Output Gain A/B ...... Adjustable ±6 dB in 0.2 dB steps Channel Status*................... Silence, Quiet, Overload, OK. Display Information *IQDAVM-M only Default pattern selection ...... Color Bars or black (Default used on input loss) Specifications SDI Input Return Loss ......... Better than –15 dB at 270 MHz Audio Signal Input Cable Length .............. > 200 m of PSF1/2 THD+N at 24 dBu ............... Better than -80 dB (0 dBFS, 1 kHz) SDI Output Return Loss....... Better than –15 dB at 270 MHz Linear Freq. Response ........ +0.1 dB , - 0.3 dB (20 Hz to 20 kHz w.r.t. 1kHz) Composite Video Output ..... 1 V pk-pk into 75 ohm (EBU Bars) Conversion .......................... 20-bit Internal Processing .............. 8-bit composite encoding with 9-bit oversampled DAC’s Sampling ............................. 48 kHz Synchronous to D1 video stream Video Signal Luminance Frequency Response 0 – 4 MHz +0.1 dB, -0.5 dB Dynamic Range ................... Better than 100 dB (Balanced) Chrominance Frequency Response 1.6 MHz or 2 MHz (selectable) – 6 dB Output Level (Balanced) ...... Level Adjustable +12 dBu to +24 dBu Dynamic Range .................. Better than 98 dB (Unbalanced) Output Level (Unbalanced) .. Adjustable 1 V pk-pk to 4.5 V pk-pk into >50 k ohm, for 0 dB FS input Video Signal/Noise Ratio ..... Better than – 68 dB (weighted – flat field) Better than –62 dB (weighted – ramp) Output Impedance (Balanced) 25 ohm Nominal Differential phase ................. < 2° Differential gain .................... < 1 % Output Impedance (Unbalanced) 75 ohm Nominal Processing Delay................. approx. 2 µs Power Consumption Module Power Consumption 8.5 W max (balanced versions) 6.5 W max (unbalanced versions) © Snell & Wilcox 2005 167 IQDSDED Dual Channel Multi-standard Monitoring Encoder The dual channel IQDSDED provides up to 3 reclocked and equalized serial 4:2:2 outputs, and up to 3 outputs for monitoring of composite video per channel. • Full RollCall remote control and card edge control Why should you choose this module? Does this module suit your application? • • • • • • • • Dual channel SDI reclocker & encoder Allows up to 32 channels per 3RU chassis Up to 3 reclocked serial component outputs per channel Up to 3 composite PAL/NTSC/NTSCJ/PALN/ N4.43/PALM outputs per channel Test signal generation (color bars) Black, Bars or Muted output in event of input loss Automatic 525/625 line detection and no valid signal indication Sends RollTrack commands for input loss or error EQ & Reclock Serial 656 Input 1 • • • • Deserialize High quality dual channel encoding for broadcast test, monitoring and recording applications Full genlock and minimum delay functions ensure accurate timing of composite video Tolerant of SMPTE168 serial switching to minimize video disturbance RollCall ensures the control capability required by any system Up to 3 Composite Outputs Encoder SECAM EQ & Reclock Serial 656 Input 2 Deserialize Up to 3 Serial 656 Outputs Up to 3 Composite Outputs Encoder SECAM Switches Processor RollCall Order codes for IQH3A enclosures SDI OUT B SDI/ COMP A COMP OUT B IQDSDE D-1A SDI/ COMP B SDI IN B Order codes for other enclosures IQDSDED-1 SDI IN B SDI IN A IQDSDED-1A Dual channel Monitoring Encoder PAL/NTSC. 1 x selectable, 1 x composite & 1 x SDI outputs per channel 1 COMP OUT B SDI/COMP A 1 SDI OUT A COMP OUT B B SDI OUT A COMP OUT A SDI OUT B SDI/COMP B Up to 3 Serial 656 Outputs A COMP OUT SDI OUT A SDI IN IQDSDED-1 Dual channel Monitoring Encoder PAL/NTSC. 1 x composite & 1 x SDI outputs per channel SDI OUT B 1 SDI/COMP B COMP OUT B SDI/COMP A 1 SDI OUT A 1 1 1 1 SDI OUT A 2 2 SDI OUT A 2 2 IQDSDED -2A SDI OUT B IQDSDED-2 SDI IN B COMP OUT A SDI IN A IQDSDED-2A Dual channel Monitoring Encoder PAL/NTSC. 1 x selectable, 2 x composite & 2 x SDI outputs per channel 2 SDI IN B SDI OUT A 2 2 2 SDI OUT B COMP OUT A For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 SDI IN A IQDSDED-2 Dual channel Monitoring Encoder PAL/NTSC. 1 x selectable, 2 x composite & 2 x SDI outputs per channel 169 IQDSDED Dual Channel Multi-standard Monitoring Encoder Inputs & Outputs Signal Inputs Serial Digital......................... 2 (1 per channel) x SDI via BNC Connectors Inputs Digital Standards............................ SMPTE 259M-C-1997 IQDSDED Dual Channel Monitoring Encoder Outputs Digital Up to 3 Serial 656 (A) Signal Outputs Serial 656 (A) Reclocker Serial Digital......................... Up to 3 x SDI per channel via BNC Connectors Up to 3 Composite (A) Monitoring Encoder Standards............................ SMPTE 259M-C-1997 Up to 3 Serial 656 (B) Serial 656 (B) Up to 3 Composite (B) Composite Video ................. Up to 6 (up to 3 per channel) composite encoded via BNC Connectors RollCall Remote Control Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/N4.43 Card Edge & RollCall Controls Indicators RollTrack ............................. Input Loss or Input error Power OK............................ +ve and -ve supplies Default Output ..................... Color bars, black or mute Input Loss – encoder A........ Input Loss – encoder B ....... Force Standard ................... PAL / NTSC / NTSC-J / PAL-M / PAL-N / N4.43 Card Edge Controls (also available via RollCall) Pattern Select – Encoder A .. Color Bars Pattern Enable A.................. Enables pattern on output A Pattern Select – Encoder B.. Color Bars Pattern Enable B ................. Enables pattern on output B VBI Pass .............................. Passes vertical interval lines Functions Available via RollCall™ Only Chroma Bandwidth ............. 1.6 MHz or 2 MHz – both encoders (default = 1.6 MHz) All the functions listed are available for both channels Logging ............................... Input Loss; Input Line Standard Specifications Input Return Loss ................ Better than 15dB to 270 MHz Power Consumption Serial Output Return Loss.... Better than 15dB to 270 MHz Module Power Consumption7.5 W max Y Frequency Response ....... 0-4 MHz + 0.1 dB, -0.4 dB EMC Performance Information U & V Frequency Response . 1.6 MHz or 2 MHz (selectable) -6 dB Environment ....................... Commercial and light industrial E2 Peak Mains Inrush Current following a 5 second mains interruption No mains input Differential Gain .................. Better than 1% Differential Phase ................ Better than 2° Performance Information ..... Immunity to conducted common-mode RF interference (EN 55103-2 immunity phenomenon I6): When the serial input is subjected to modulated RF interference at a level of 3 V, up to 20 mV pk-pk of interference may be present at the composite outputs. Composite Output Return Loss Better than 36 dB to 5.5 MHz Signal/Noise Ratio ............... Better than – 68 dB (weighted – flat field) Better than –62 dB (weighted – ramp) 2T Pulse-Shape k- rating ..... Better than 1% Processing delay ................. approx. 2.25 µs Output D.C.......................... <50 mV © Snell & Wilcox 2005 170 IQDSDES Monitoring Encoder and Distribution Amplifier The IQDSDES provides up to six reclocked and equalized serial 4:2:2 outputs, and up to five outputs for monitoring of composite video. • • Passive relay input bypass option Full RollCall remote control and card edge control Why should you choose this module? Does this module suit your application? • • • • • • • • Single channel SDI reclocker & encoder Up to 6 reclocked serial component outputs Up to 5 composite PAL/NTSC/NTSC-J/PAL-N/N4.43/PAL-M outputs EDH error detection and reporting Test signal generation (color bars) Black, Bars or Muted output in event of input loss Automatic 525/625 line detection and no valid signal indication Sends RollTrack commands for input loss or error • • • • Re-clocking DA ensures there are no jitter problems in the system Composite analog outputs to enable the digital video to be viewed on conventional monitors Full EDH capability enables diagnosis of failures Simple indication, black or no output, of problems with SDI data EDH EQ & Reclock Serial 656 Input Deserialize Up to 5 Composite Outputs Encoder SECAM Up to 6 Serial 656 Outputs Switches Processor RollCall Order codes for IQH3A enclosures SERIAL 3 4 SERIAL 1 2 1 Order codes for other enclosures IQDSDES-1 COMP OUT 3 SERIAL IN 2 COMPOSITE 1 OUT IQDSDES -1A 2 COMP 3 SDI OUT COMPOSITE IQDSDES-1A Monitoring Encoder PAL/NTSC. 3 x composite & 4 x SDI outputs SERIAL OUT 4 5 COMPOSITE OUT 1 2 6 1 SDI OUT 2 COMPOSITE 4 SDI IN 3 6 1 2 3 COMP IQDSDES -2A 5 4 SERIAL IN 3 SDI IN IQDSDES-2 Monitoring Encoder PAL/NTSC. 5 x composite & 6 x SDI outputs. IQDSDES-2A Monitoring Encoder PAL/NTSC. 5 x composite & 6 x SDI outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 SDI OUT 1 2 5 3 4 2 IQDSDES-1 Monitoring Encoder PAL/NTSC. 3 x composite & 2 x SDI outputs IQDSDES-2 COMP OUT 5 SERIAL OUT SDI OUT 1 171 IQDSDES Monitoring Encoder and Distribution Amplifier Inputs & Outputs Signal Inputs Inputs Serial Digital......................... 1 x SDI Via BNC Connector IQDSDES Monitoring Encoder Digital Standards............................ SMPTE 259M-C-1997 Signal Outputs Digital Reclocker Serial Digital......................... Up to 6 x SDI via BNC Connectors Serial 656 Outputs Up to 6 Serial 656 Monitoring Standards............................ SMPTE 259M-C-1997 Encoder Up to 5 Composite Composite Video ................. Up to 5 composite encoded via BNC Connectors Standards............................ PAL/NTSC//NTSC-J/PAL-M /PAL-N/N4.43 RollCall Remote Control Card Edge & RollCall Controls Indicators Functions Available via RollCall™ Only Power OK............................ +ve and -ve supplies Input Loss Logging ............................... Input Loss; Input Line Standard; [EDH error] EDH .................................... Present; Error-Minute: Error-Hour) RollTrack ............................. Input Loss or Input error Default Output ..................... Color bars, black or mute Force Standard ................... PAL / NTSC / NTSC-J / PAL-M / PAL-N / N4.43 Card Edge Controls (also available via RollCall) VBI Pass .............................. Passes vertical interval lines Pattern Enable..................... Enables pattern on output Chroma Bandwidth ............. 1.6 MHz or 2 MHz (default = 1.6 MHz) EDH Reset........................... Resets EDH Flags Specifications Input Return Loss ................ Better than 15dB to 270 MHz Power Consumption Serial Output Return Loss.... Better than 15dB to 270 MHz Module Power Consumption 6 W max Y Frequency Response ....... 0-4 MHz + 0.1dB, -0.4dB U & V Frequency Response . 1.6 MHz or 2 MHz (selectable) – 6 dB EMC Performance Information Differential Gain .................. Better than 1% Environment ....................... Commercial and light industrial E2 Differential Phase ................ Better than 2° Peak Mains Inrush Current following a 5 second mains interruption No mains input Composite Output Return Loss Better than 36 dB to 5.5 MHz Performance Information ..... Immunity to conducted common-mode RF interference (EN 55103-2 immunity phenomenon I6): When the serial input is subjected to modulated RF interference at a level of 3 V, up to 20 mV pk-pk of interference may be present at the composite outputs. Signal/Noise Ratio ............... Better than – 68 dB (weighted – flat field) Better than –62 dB (weighted – ramp) 2T Pulse-Shape k- rating ..... Better than 1% Processing delay ................. ~ 2.25 µs Output D.C.......................... <50 mV © Snell & Wilcox 2005 172 FIBER IQORX00 SINGLE MODE FIBER OPTIC RECEIVER FOR HD/SD-SDI SIGNALS ............. 175 IQOTX00 SINGLE MODE FIBER OPTIC TRANSMITTER FOR HD/SD-SDI SIGNALS ...... 177 IQOTR00 SINGLE MODE FIBER OPTIC TRANSCEIVER FOR HD/SD-SDI SIGNALS ...... 181 IQWDM00 FIBER OPTIC WAVE DIVISION MULTIPLEXING MODULE ............................. 183 IQORX SINGLE/MULTI-MODE FIBER OPTIC RECEIVER .......................................... 185 IQOTX SINGLE/MULTI-MODE FIBER OPTIC TRANSMITTER ................................... 187 The high data rates associated with serial digital links impose their own constraints on the length of cable runs within a facility. Those members of the IQ Modular range that rely on SDI connections have inputs and outputs designed to allow the maximum length of copper cable without signal degradation. However, all copper cabling has its limitations, particularly on large sites, at high data rates or in areas susceptible to electromagnetic interference. The solution for these most demanding circumstances is fiber optic interfacing. Compared with copper, fiber optic cabling offers secure communications over greatly increased distances with complete immunity from electromagnetic interference and ground loop problems. An optical splitter and combiner module is also featured. Using wave division multiplexing this passive unit enables increased usage of fiber infrastructure by combining two HD/SD-SDI optical signals into one fiber. © Snell & Wilcox 2005 173 SIGNAL CONVERSION The IQ Modular range offers single mode fiber optic transmitters, receivers and transceivers for use with HDSDI 1.5 Gbit/s, SDI 270 Mbit/s and DVB-ASI signals. Transmitter options include 1310 nm and 1550 nm wavelengths and the flexible design enables a choice of laser options and quantities to satisfy most operational requirements. Receivers are available in single and dual channel versions with the ability to receive wavelengths from 1200 to 1600 nm. IQORX00 Single mode Fiber Optic Receiver for HD/SD-SDI Signals The IQORX00 is a single/dual channel fiber optic receiver for HD/SD-SDI signals. The unit can be configured to receive up to two single mode fiber optic sources, and will produce two electrical outputs of each source. Four electrical outputs can be provided when configured as a single channel receiver. Does this module suit your application? Why should you choose this module? • • • • • • Single mode fiber optic receiver for HD/SD-SDI and DVB ASI Signals Input wavelength range 1200-1600 nm 2 HD/SD-SDI outputs for each input in accordance with SMPTE292M, SMPTE259M and DVB ASI Reclocking for 1.5 Gbit/s HD-SDI and 270 Mbit/s SDI signals, or asynchronous operation for other frequencies (input range 3 Mbit/s to 1.5 Gbit/s, suitable for AES up to HD-SDI rates) Input channel routing – each input can be routed to the other channels output • • • • Freedom from electromagnetic interference Freedom from crosstalk Complete electrical isolation Absence of ground loops Increased bandwidth and lower losses than coaxial cables Lower weight and higher density compared with copper cables • Input Light Detect Monitor CH 1-SDI 1 CH 1 Fiber Fiber RX Cable Driver SDI Reclock CH 1-SDI 2 CH 2-SDI 1 Cable Driver Fiber RX SDI Reclock Inputs Input Light Detect Monitor Link to provide 2 extra outputs for single input version CH 2-SDI 2 Built-in intelligence Outputs CH 2 Fiber Network intelligence, control and monitoring Note: Please ensure that you order the IQORX0033-1A main module plus the required mix of sub-module(s) Order codes for IQH3A enclosures 1 1 2 2 1 IQORX00 33-1A RX IN RX SDI OUT 2 RX SDI OUT 1 Available product options: Main Module Submodule Slot 1 IQORX0033-1A IQHRX00 - HD/SD Submodule Slot 2 None Fitted Description Single HD/SD Fiber Receiver IQHRX00 - HD/SD Dual HD/SD Fiber Receiver Note: These modules are only available for installation in 3U enclosures. © Snell & Wilcox 2005 175 Ordering Information IQORX0033-1A + IQHRX00 IQORX0033-1A + IQHRX00 + IQHRX00 IQORX00 Single mode Fiber Optic Receiver for HD/SD-SDI Signals Inputs & Outputs Signal Inputs Connector / Format ............. BNC 75 ohm panel jack Optical 1.485 GBit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Conforms to: ....................... SMPTE 292M (HD) SMPTE 259M-C (SD) DVB/ASI (output 1 of each channel only) Connector / Format ............. SC/PC singlemode panel uniter Outputs ............................... 1 input – 4 outputs 2 inputs – 2 x 2 outputs Inputs .................................. Up to 2 Signal Outputs Electrical 1.485 Gbit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Indicators None General Functions Available via RollCall™ Only Power OK (green)............... Power supplies present Routing ............................... Optical 1-CH1 Optical 1-CH2 Optical 2-CH1 Optical 2-CH2 CPU OK (green) ................. CPU operating correctly Each Channel Error (red) ........................... Board or signal path error e.g. CRC errors Mode................................... HD/SD Operation............................ Local/RollCall control Warning (yellow) ................. User warning e.g. Video outputs have been swapped Reclocker............................ On/Off Logging............................... Output Standard, Output CRC/EDH error, Input Light Detect Status, Output Routing Status OK (green) .......................... Board and signal path OK Light detect (green)............. Light detected at Input Specifications Power Consumption Input wavelength range ....... Min. 1200 nm Max. 1600 nm Module Power Consumption Single Rx 6 W max Dual Rx 8 W max Optical power input range ... < -3 dBm > - 20 dBm Detector damage threshold . +3.5 dBm © Snell & Wilcox 2005 176 IQOTX00 Single mode Fiber Optic Transmitter for HD/SD-SDI Signals The IQOTX00 is a single/dual channel fiber optic transmitter for HD/SD-SDI signals. The unit can be configured to handle up to two HD/SD-SDI sources, and will produce a single mode fiber optic output of each source. Does this module suit your application? Why should you choose this module? • • • • • • • • • • Single mode fiber optic Transmitter for HD/SDSDI and DVB ASI Signals Output wavelengths of 1310 or 1550 nm Active loop-through HD/SD-SDI outputs for each input in accordance with SMPTE292M, SMPTE259M and DVB ASI Reclocking for 1.5 Gbit/s HD-SDI and 270 Mbit/s SDI signals, or asynchronous operation for other frequencies (input range 3 Mbit/s to 1.5 Gbit/s, suitable for AES up to HD-SDI rates) Input channel routing – each input can be routed to the other channels output • Freedom from electromagnetic interference Freedom from crosstalk Complete electrical isolation Absence of ground loops Increased bandwidth and lower losses than coaxial cables Lower weight and higher density compared with copper cables Laser Status Monitor Fiber Optic Transmitter CH 1 Fiber SDI Reclock CH 1-SDI 1 Cable Driver CH 1 SDI EQ & Buffer CH1-SDI 2 Laser Status Monitor Fiber Optic Transmitter CH 2 Fiber SDI Reclock EQ & Buffer Cable Driver CH 2-SDI 1 Inputs Built-in intelligence Outputs CH 2 SDI Network intelligence, control and monitoring Inputs & Outputs Signal Inputs Outputs ............................... 1 per Channel Electrical 1.485 Gbit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Connector / Format ............ BNC/ 75 ohm panel jack Electrical 1.485Gbit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Conforms to: ....................... SMPTE 292M (HD) SMPTE 259M-C (SD) Connector / Format ............. BNC/ 75 ohm panel jack (Reclocked active loop through) Inputs .................................. Up to 2 Outputs ............................... 2 reclocked active loop through for CH1 SDI Input 1 reclocked active loop through for CH2 SDI Input Input Cable Length .............. 140 m (HD) 350 m (SD) with Belden 1694A Signal Outputs Conforms to: ....................... SMPTE 292M (HD) SMPTE 259M-C (SD) DVB/ASI (output 1 of each channel only) Optical 1.485 Gbit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Connector / Format ............. SC/PC singlemode panel uniter © Snell & Wilcox 2005 177 IQOTX00 Single mode Fiber Optic Transmitter for HD/SD-SDI Signals Note: Please ensure that you order the IQOTX0033-1A main module plus the required mix of sub-module(s) Order codes for IQH3A enclosures 1 SDI OUT 2 2 1 SDI IN 2 IQOTX00 33-1A TX OUT SDI IN SDI OUT 1 Available product options: Main Module Submodule Slot 1 IQOTX0033-1A IQHTX00 - 1310 nm HD/SD IQHTX01 - 1550 nm HD/SD IQSTX00 - 1310 nm SD IQSTX01 - 1550 nm SD Submodule Slot 2 Description Ordering Information None Fitted Single HD/SD Fiber Transmitter (1310 nm) IQOTX0033-1A + IQHTX00 IQHTX00 - 1310 nm HD/SD Dual HD/SD Fiber Transmitter (1310 nm) IQOTX0033-1A + IQHTX00 + IQHTX00 IQHTX01 - 1550 nm HD/SD Dual HD/SD Fiber Transmitter (1310/1550 nm) IQOTX0033-1A + IQHTX00 + IQHTX01 None Fitted Single HD/SD Fiber Transmitter (1550 nm) IQOTX0033-1A + IQHTX01 IQHTX01 - 1550 nm HD/SD Dual HD/SD Fiber Transmitter (1550 nm) IQOTX0033-1A + IQHTX01 + IQHTX01 None Fitted Single SD Fiber Transmitter (1310 nm) IQOTX0033-1A + IQSTX00 IQSTX00 - 1310 nm SD Dual SD Fiber Transmitter (1310 nm) IQOTX0033-1A + IQSTX00 + IQSTX00 IQSTX01 - 1550 nm SD Dual SD Fiber Transmitter (1310/1550 nm) IQOTX0033-1A + IQSTX00 + IQSTX01 None Fitted Single SD Fiber Transmitter (1550 nm) IQOTX0033-1A + IQSTX01 IQSTX01 - 1550 nm SD Dual SD Fiber Transmitter (1550 nm) IQOTX0033-1A + IQSTX01 + IQSTX01 Note: These modules are only available for installation in 3U enclosures. Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Indicators None General Functions Available via RollCall™ Only Power OK (green) ................ Power supplies present Routing................................ CH1-Optical 1 CH1-Optical 2 CH2-Optical 1 CH2-Optical 2 CPU OK (green) ................... CPU operating correctly Each Channel Error (red)............................. Board or signal path error e.g. CRC errors Mode................................... HD/SD Operation ............................ Local/RollCall control Warning (yellow)................... User warning e.g. Video outputs have been swapped Reclocker ............................ On/Off OK (green) ........................... Board and signal path OK Laser Disable....................... On/Off Laser bias high/disabled (Yellow) Laser bias high due to high temp, device aging or laser output disabled Logging ............................... Input Status, Output CRC/EDH error, Laser bias alarm, Optical Output Status, Output Routing Status, Output Standard © Snell & Wilcox 2005 178 IQOTX00 Single mode Fiber Optic Transmitter for HD/SD-SDI Signals Specifications 1310 nm Tx 1550 nm Tx Back reflection tolerance ..... <-25 dB Back reflection tolerance ..... <-35 dB Wavelength ......................... 1310 nm Wavelength ......................... 1550 nm Spectral width (FWHM)........ >3 nm Spectral width (FWHM)........ >1 nm Output power ..................... -3 dBm (approx) Output power ..................... 0 dBm (approx) Extinction ratio..................... >5:1 Extinction ratio..................... >5:1 Transmission distance ......... >30 Km Transmission distance ......... >30 Km Power Consumption Module Power Consumption Single Tx 6 W max Dual Tx 8.5 W max © Snell & Wilcox 2005 179 IQOTR00 Single mode Fiber Optic Transceiver for HD/SD-SDI Signals The IQOTR00 is a fiber optic transceiver for bi-directional conversion of HD/SD-SDI signals to 1310 nm or 1550nm wavelength optical signals. • Does this module suit your application? • • • • • • Single mode fiber optic Transmitter for HD/SDSDI and DVB ASI Signals Output wavelengths of 1310 or 1550 nm Single mode fiber optic receiver for HD/SD-SDI and DVB ASI Signals Input wavelength range 1200-1600 nm HD/SD-SDI outputs for CH 2 optical input, in accordance with SMPTE292M, SMPTE259M and DVB ASI Reclocking for 1.5 Gbit/s HD-SDI and 270 Mbit/s SDI signals, or asynchronous operation for other frequencies (input range 3 Mbit/s to 1.5 Gbit/s, suitable for AES up to HD-SDI rates) Active loop-through HD/SD-SDI outputs for CH 1 SDI input, in accordance with SMPTE292M, SMPTE259M and DVB ASI Why should you choose this module? • • • • • • Freedom from electromagnetic interference Freedom from crosstalk Complete electrical isolation Absence of ground loops Increased bandwidth and lower losses than coaxial cables Lower weight and higher density compared with copper cables Laser Status Monitor Fiber Optic Transmitter CH 1 SDI Equalization CH 1 Fiber SDI Reclock CH 1-1 SDI Cable Driver CH 2-1 SDI Cable Driver SDI Reclock Fiber Rx Inputs Input Light Detect Monitor Built-in intelligence CH 2-2 SDI Outputs CH 2 Fiber CH 1-2 SDI Network intelligence, control and monitoring Note: Please ensure that you order the IQOTR0033-1A main module plus the required mix of sub-module(s) Order codes for IQH3A enclosures RX IN 1 TX OUT 2 1 SDI IN 2 IQOTR00 33-1A RX SDI OUT SDI OUT 1 Available product options: Main Module Submodule Slot 1 Submodule Slot 2 Description Ordering Information IQOTR0033-1A IQHTX00 - 1310 nm HD/SD IQHRX00 - HD/SD HD/SD Fiber Tranceiver (1310 nm) IQOTR0033-1A + IQHTX00 + IQHRX00 IQHTX01 - 1550 nm HD/SD IQHRX00 - HD/SD HD/SD Fiber Tranceiver (1550 nm) IQOTR0033-1A + IQHTX01 + IQHRX00 IQSTX00 - 1310 nm SD IQHRX00 - HD/SD SD Fiber Tranceiver (1310 nm) IQOTR0033-1A + IQSTX00 + IQHRX00 IQSTX01 - 1550 nm SD IQHRX00 - HD/SD SD Fiber Tranceiver (1550 nm) IQOTR0033-1A + IQSTX01 + IQHRX00 Note: These modules are only available for installation in 3U enclosures. © Snell & Wilcox 2005 181 IQOTR00 Single mode Fiber Optic Transceiver for HD/SD-SDI Signals Inputs & Outputs Signal Inputs Signal Outputs Electrical 1.485 Gbit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Optical 1.485 Gbit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Connector / Format ............ BNC/ 75 ohm panel jack Connector / Format ............. SC/PC singlemode panel uniter Conforms to: ....................... SMPTE 292M (HD) SMPTE 259M-C (SD) Outputs ............................... 1 Electrical 1.485 Gbit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Inputs .................................. 1 Input Cable Length .............. 140 m (HD) 350 m (SD) with Belden 1694A Connector / Format ............. BNC/ 75 ohm panel jack Outputs ............................... 2 reclocked active loop through for CH1 SDI Input 2 for reclocked/non-reclocked CH2 Optical Input Optical 1.485 GBit/s HD-SDI or 270 Mbit/s SD-SDI (asynchronous operation available at other frequencies) Connector / Format ............. SC/PC singlemode panel uniter Conforms to:........................ SMPTE 292M (HD) SMPTE 259M-C (SD) DVB/ASI (output 1 of each channel only) Inputs .................................. 1 Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) CPU OK (green) ................... CPU operating correctly None Each Channel Functions Available via RollCall™ Only Error (red)............................. Board or signal path error e.g. CRC errors Mode................................... HD/SD Warning (yellow)................... User warning e.g. Video outputs have been swapped Operation ............................ Local/RollCall control Reclocker ............................ On/Off OK (green) ........................... Board and signal path OK Laser Disable....................... On/Off Laser bias high/disabled (Yellow) Laser bias high due to high temp, device ageing or laser output disabled Logging ............................... Input Status, Output Standard, Output CRC/EDH error, Laser bias, Optical Output Status, Input Light Detect Status Light detect (green) .............. Light detected at Input Indicators General Power OK (green) ................ Power supplies present Specifications Optical Inputs Extinction ratio ..................... >5:1 Input wavelength range ....... Min. 1200 nm Max. 1600 nm 1550 nm Tx Transmission distance ......... >30 Km Optical power input range ... < -2 dBm > - 20 dBm Back reflection tolerance...... <-35 dB Wavelength.......................... 1550 nm Detector damage threshold . +3.5 dBm Spectral width (FWHM) ........ >1 nm Optical Outputs Output power ..................... 0 dBm (approx) 1310 nm Tx Extinction ratio ..................... >5:1 Back reflection tolerance ..... <-25 dB Transmission distance ......... >30 Km Wavelength ......................... 1310 nm Power Consumption Spectral width (FWHM) ........ >3 nm Module Power Consumption8.5 W max Output power ..................... -3 dBm (approx) © Snell & Wilcox 2005 182 IQWDM00 Fiber Optic Wave Division Multiplexing Module The IQWDM00 combines or splits single-mode 1310 nm and 1550 nm optical wavelengths. The IQWDM00 can be used in unidirectional or bi-directional applications. There are two splitter/combiner units per module. Does this module suit your application? Why should you choose this module? • • • • • • Combines or splits 1310 nm and 1550 nm optical signals using wave division multiplexing Two splitters/combiner units per module Passive module design draws no power Single mode fiber operation Low signal attenuation of less than 2 dB • • • Reduces infrastructure costs by combining two optical wavelengths, enabling multiple signals to be carried over a single fiber link Cost effectively double the capacity of existing fiber installations Dual WDM channels enable combine and split operations on a single card Allows bi-directional links to be established on a single fiber CH 1-1550 nm CH 1-1310 nm CH 2 WDM CH 2-1550 nm CH 2-1310 nm Order codes for IQH3A enclosures IQWDM0 035-1A Build Model: IQWDM0035-1A Dual channel fiber optic wave division multiplexing module, two 1310 nm/1550 nm WDM’s. Note: This module can only be installed in IQH3A enclosures. As the card is fitted from the rear of the enclosure at least 435 mm clearance is required behind the enclosure installation. © Snell & Wilcox 2005 183 Inputs/Outputs CH 1 WDM IQWDM00 Fiber Optic Wave Division Multiplexing Module Inputs & Outputs Signal Inputs/Outputs Connector / Format ............. SC/UPC singlemode panel uniter Optical 1.485 Gbit/s HD-SDI 2 x 1310 nm 2 x 1550 nm 2 x WDM Card Edge & RollCall Controls Card Edge Controls Card Edge Indicators NONE NONE Specifications Peak Isolation ..................... >15 dB Power Consumption Directivity ............................ >50 dB Module Power Consumption No power requirement as passive module design Wavelength ........................ 1310 nm, 1550 nm (±20 nm) Signal Attenuation/loss ....... <1 dB Note: This module can only be installed in IQH3A enclosures. As the card is fitted from the rear of the enclosure at least 435 mm clearance is required behind the enclosure installation. © Snell & Wilcox 2005 184 IQORX Limited Availability Single/Multi-mode Fiber Optic Receiver (Note: Please contact your local sales office for the latest fiber solutions and more information on expected availabilty.) The IQORX is a single channel fiber optic receiver for SDI/ASI video signals. The unit accepts a single or multimode optical input and provides 3 reclocked SDI outputs, 2 of which are ASI compatible. RollCall provides remote input monitoring and unit identification. • Does this module suit your application? • • • • • • • • • Single and multi-mode fiber optic receiver for serial 4:2:2/ASI Signals 2 serial 4:2:2/ ASI outputs in accordance with SMPTE259M level C and DVB ASI 1 serial 4:2:2 output in accordance with SMPTE259M level C RollCall reporting of status Freedom from electromagnetic interference Freedom from crosstalk Complete electrical isolation Absence of ground loops Increased bandwidth and lower losses than coaxial cables Optical Receiver Optical Input Lower weight and higher density compared with copper cables Why should you choose this module? • • • • • Freedom from electromagnetic interference Freedom from crosstalk 2 serial 4:2:2/ ASI outputs in accordance with SMPTE259M level C and DVB ASI 1 serial 4:2:2 output in accordance with SMPTE259M level C RollCall provides remote input monitoring and unit identification Line Driver Reclock SDI Output Processor RollCall News Studio Central Matrix RollCall Camera SDI IQOTX Single / Multimode Fiber Optic Transmitter RollCall Optical RollCall VTR SDI IQOTX Single / Multimode Fiber Optic Transmitter IQORX Single / Multimode Fiber Optic Receiver SDI Router RollCall Optical IQORX Single / Multimode Fiber Optic Receiver nXn SDI Multi-mode distances up to 3.5Km. Single-mode distances greater than 20Km. For more details on enclosure types please refer to the Frames/Enclosures section Order codes for IQH3A enclosures Order codes for other 3U enclosures IQORX-1 3 IQORX -1A IN 2 3 1 SDI OUT IN IQORX-1A Single / multi-mode fiber optic receiver for SDI. 1 x optical input, 2 x SDI / ASI outputs and 1 x SDI only output. 2 1 SDI OUT IQORX-1 Single / multi-mode fiber optic receiver for SDI. 1 x optical input, 2 x SDI / ASI outputs and 1 x SDI only output. Note: These modules are only available for installation in 3U enclosures. For replacement see IQORX00 Single mode Fiber Optic Receiver for HD/SD-SDI Signals. © Snell & Wilcox 2005 185 IQORX Limited Availability Single/Multi-mode Fiber Optic Receiver Inputs & Outputs Signal Inputs IQORX Single / multi-mode Fiber Optic Receiver for SDI Optical Channel ................... Via SC Connector with Shutter Inputs Signal Outputs Optical SDI / ASI Channels 1 & 2 .... 2 x via BNC Connectors Channel A Outputs Digital Optical Receiver Re-Clock Line Driver Specification........................ SMPTE 259M-C, DVB ASI SDI Channel 3 .................... 1 x via BNC Connector Specification........................ SMPTE 259M-C. RollCall Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Indicators None Power Supplies Functions Available via RollCall™ Only Input Loss............................ Carrier detect Logging ............................... Input Loss Specifications Optical Input Power ............. -6 dBm to better than –20 dBm Power Consumption Optical Input Wavelength..... 1310 nm ±40 nm Module Power Consumption 2.65W max SDI Output ......................... 270 Mbits/s Output Return Loss ............. Better than –15 dB to 270 MHz © Snell & Wilcox 2005 186 Channel A SDI x 3 IQOTX Limited Availability Single/Multi-mode Fiber Optic Transmitter (Note: Please contact your local sales office for the latest fiber solutions and more information on expected availabilty.) The IQOTX is a single channel fiber optic transmitter for SDI/ASI video signals. The unit provides a singlemode and multi-mode compatible optical output and 2 SDI outputs from the equalized and reclocked SDI input. RollCall provides remote input monitoring and unit identification. • Does this module suit your application? • • • • • • • • Single and multi-mode fiber optic transmitter for serial 4:2:2/ASI Signals, optical output in accordance with SMPTE 297M Transmission distances over 20 km for single mode fiber and up to 3.5 km for multi-mode 2 x serial 4:2:2 Monitor outputs RollCall reporting of status Freedom from electromagnetic interference Freedom from crosstalk Complete electrical isolation Absence of ground loops Equalizer SDI Input • Increased bandwidth and lower losses than coaxial cables Lower weight and higher density compared with copper cables Why should you choose this module? • • • • • Reclock Single and multi-mode fiber optic transmitter for serial 4:2:2/ASI Signals Transmission distances up to 20Km for single mode fiber and up to 3.5Km for multi-mode Freedom from electromagnetic interference Freedom from crosstalk RollCall reporting of status Line Driver SDI Monitor Outputs Optical Driver Optical Output Processor RollCall News Studio Central Matrix RollCall SDI Camera IQOTX Single / Multimode Fiber Optic Transmitter RollCall Optical RollCall SDI VTR IQOTX Single / Multimode Fiber Optic Transmitter IQORX Single / Multimode Fiber Optic Receiver SDI Router RollCall Optical IQORX Single / Multimode Fiber Optic Receiver nXn SDI Multi-mode distances up to 3.5Km. Single-mode distances greater than 20Km. For more details on enclosure types please refer to the Frames/Enclosures section Order codes for IQH3A enclosures 2 IQOTX -1A OUT 1 Order codes for other 3U enclosures IQOTX-1 SDI IN SDI OUT 2 OUT 1 SDI IN SDI OUT IQOTX-1 Single / multi-mode fiber optic transmitter for SDI. 1 x SDI input and output, 1 x optical and 2 SDI outputs. IQOTX-1A Single / multi-mode fiber optic transmitter for SDI. 1 x SDI input, 1 x optical and 2 SDI outputs. Note: These modules are only available for installation in 3U enclosures. For replacement see IQOTX00 Single mode Fiber Optic Transmitter for HD/SD-SDI Signals © Snell & Wilcox 2005 187 IQOTX Limited Availability Single/Multi-mode Fiber Optic Transmitter Inputs & Outputs Signal Inputs IQOTX Single / Multi-mode Fiber OpticTransmitter for SDI SDI ...................................... Via BNC Connector Standard ............................. SMPTE 259M-C Inputs Signal Outputs Outputs Digital Digital Optical................................. Via SC Connector with Shutter SDI Standard ............................. SMPTE 297M Equalizer Re-Clock Optical Driver Monitor SDI x 2 Optical Optical x 1 SDI Monitor ......................... Via BNC Connector Standard ............................. SMPTE 259M-C RollCall Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Indicators None Power Supplies Functions Available via RollCall™ Only Input Loss............................ Carrier Detect Logging ............................... Input Loss Specifications Operating Distance Optical Output Power .......... Less than -7.5 dBm and greater than -12 dBm Optical Output Wavelength.. 1310 nm ±40 nm Multi-mode .......................... 3.5 km typical with high quality 62.5/125 µm cable. SDI Output ......................... 270 Mbits/s Single-mode ........................ >20 km typical with high quality 9/125 µm cable. SDI Output Return Loss....... Better than –15 dB to 270 MHz Power Consumption Module Power Consumption 2.65W max © Snell & Wilcox 2005 188 MPEG/SDI IQMDMO MPEG 422 PROFESSIONAL DECODER WITH MOLE™ ................................. 191 The use of digital techniques for broadcasting is now a reality in many countries, and many more are moving rapidly towards their adoption. The distribution and monitoring of MPEG-encoded bitstreams produces a set of requirements that are beyond - and different from - those needed for uncompressed serial digital signals. The function covered in this section is ASI decoding, featuring multi-program TS handling, frame synchronization and MOLE data insertion. For Additional Related Modules See: Section: Module: IQDEC00-05 Composite to SDI IQDAMDA Composite to SDI IQDAMDD Composite to SDI IQDMSDP Composite to SDI IQDMSDS Composite to SDI IQDMSDL Composite to SDI IQATBSD Analog/Digital - Video IQD1ADC © Snell & Wilcox 2005 189 SIGNAL CONVERSION Composite to SDI IQMDMO MPEG 422 Professional Decoder with MOLE™ The IQMDMO is a full broadcast quality MPEG-2 decoder with MOLE™ capability. It supports multi-standard 422 and 420 video decoding (up to MP@ML and 422P@ML) on dual SDI outputs. The decoder accepts both single and multi-program transport streams (SPTS and MPTS) on two selectable Asynchronous Serial Interface (ASI) inputs. Frame-accurate genlocked output synchronization is featured as standard. Audio decoding of MPEG-1 Layer II and direct pass-through of AC-3 streams are supported by up to four unbalanced digital audio outputs. • • • • • EDH Insertion to (SMPTE RP165) Teletext insertion to ETS 300 706 Pattern generation Test signal generator RollCall control system compatible Why should you choose this module? Does this module suit your application? • • • • • • • • ATSC and DVB broadcast quality MPEG-2 decoder 100% MOLE™ Technology compliant ASI MPEG Transformer Coupled Equalised Serial Inputs with selectable polarity invert Selectable lock mode: Video Genlock (black/composite reference 525/625) or MPEG Timestamps Controlled and crash freeze Four unbalanced AES Audio/Data outputs: ! The audio circuit is capable of decoding up to four MPEG1 Layer I/II (ISO 13818-3) simultaneously. ! Pass-through for up to four Dolby Digital AC-3 streams (SMPTE 340M). ! When selected to lock to an MPEG reference, any combination of the four AES audio outputs can be embedded into the output video in accordance with SMPTE 272M. 2 SDI Outputs carrying SMPTE 319M compliant MOLE™ data Automatic 625 and 525 operation REF Input Loop Thru ASI Input A ASI Input B RollCall © Snell & Wilcox 2005 Sync Reference Extract and Genlocked Clock PLL ASI Input Auto/Manual Select Auto/Manual Invert Control and SI Browser Transport Stream Demultiplex • • • • Reduced size provides a highly cost-effective solution for both single and multi-channel MPEG-2 decoding where space is limited (e.g. OB trucks) Using an IQH3A Modular mainframe, up to eight programs can be decoded simultaneously Multi-channel capability makes the decoder fully suited for broadcast play-out operations where several MPEG feeds need to be switched and mixed along with uncompressed sources using conventional digital video studio equipment: contribution, distribution, headend, regional affiliate systems, etc. As standard, a full frame genlocking synchronizer allows the outputs to be locked to an external analog reference to allow simple installation. Alternatively, the outputs can be locking to the incoming MPEG time reference Video Decoder TM + MOLE Video Frame Synchroniser 2x SDI Output Audio Decoder OR AC3 Stream Output Channel 1 Audio Sample Rate Converter Unbalanced AES/EBU Output 1 Audio Decoder OR AC3 Stream Output Channel 2 Audio Sample Rate Converter Unbalanced AES/EBU Output 2 Audio Decoder OR AC3 Stream Output Channel 3 Audio Sample Rate Converter Unbalanced AES/EBU Output 3 Audio Decoder OR AC3 Stream Output Channel 4 Audio Sample Rate Converter Unbalanced AES/EBU Output 4 191 IQMDMO MPEG 422 Professional Decoder with MOLE™ Enclosure Compatibility Important note: IQH3A-S-O, IQH3A-S-P, The IQMDMO may only be used in the 3U and 1U enclosures specified here. IQH3A-E-O, IQH3A-E-P, IQH3A-N-O, IQH3A-N-P IQH1S-RC-O, IQH1S-RC-AP power Order code for IQH3A enclosures Order code for IQH1S enclosures AES OUT 3 SDI OUT 2 2 4 IQMDMO-2 1 1 2 2 1 ASI IN ANALOG REF IQMDMO-2A MPEG Decoder with MOLE. 2 SDI outputs, 4 AES outputs. IQMDMO-2 MPEG Decoder with MOLE. 2 SDI outputs, 4 AES outputs. Inputs & Outputs Signal Inputs IQMDMO MPEG Decoder with MOLE™ ASI 1 and 2 ......................... ASI (270 Mbit/s) single and multiprogram transport streams (SPTS and MPTS via BNC connector, to CENELEC 50083-9. Inputs Outputs Data Audio Equalization ASI x 2 Analog Reference ................ Black and Burst via BNC connector Decoding AES x 4 Syncronization Signal Outputs Analog Serial Digital Video x 2 ......... SDI to ITU-R Rec.656/Rec.601(SMPTE259M) with MOLE™ (SMPTE319M/327M) Analog Reference AES/EBU Serial x 4 ............. Unbalanced AES/EBU Serial Digital Audio Outputs Polarity Control Mole TM Digital SDI x 2 RollCall Remote Control & Display Card Edge & RollCall Controls Indicators Chroma filter ........................ Auto/Field/Frame +ve Power OK ..................... Green LED Luma/Chroma clip Hi/Lo...... Adjust/Rec 601 nominal range -ve Power OK...................... Green LED Lock Mode .......................... Genlock/MPEG/Off Input Loss ........................... Red LED Genlock H-phase adjust ...... ±37000 ns in 37 ns steps Ref Loss .............................. Yellow LED Genlock V-phase adjust....... ±350 lines in 1 line steps Output OK........................... Green LED Program Selection ............... PID Video Output 525 ................ Green LED Audio Channel Selection ...... PID Active .................................. Green LED Audio Embedding ................ Pair selectable Error in last hour .................. Yellow LED AES Output STREAM ......... Select Error in last minute............... Yellow LED AES output Mode ................ Layer I/II Auto/Manual, AC-3 Auto/Manual Error present ....................... Yellow LED AES Default Output.............. Tone/Mute/Disable Functions Available via RollCall™ AES Output Language ......... Select ASI Input Select................... Auto/In 1/In 2 AES output delay ................. Selectable ASI Input Invert .................... Auto/On/Off Data Channel Selection........ PID ASI Input Naming ................ In 1/In 2/Preset Logging ............................... On/Off Test Pattern......................... Auto/On/Off Memories............................. Load/Save/Clear Context © Snell & Wilcox 2005 192 IQMDMO MPEG 422 Professional Decoder with MOLE™ Specifications Signal Output Level ............. 800 mV ±10% MPEG Formats.................... 422P@ ML, MP@ML up to 25 Mbit/sec, All 100% MOLE™ compatible Output Return Loss ............. Better than -15 dB to 270 MHz Output Jitter ........................ < 0.2 UI Audio Output Impedance..... Unbalanced 75 ohm Serial Input Return Loss....... Better than -15 dB from 5 to 270 MHz Audio Output Signal level..... Unbalanced 1 V ±0.1 V pk to pk Video Standards.................. To ITU-R Rec.656/Rec.601 (SMPTE259M) with MOLE™ (SMPTE319M) © Snell & Wilcox 2005 Power Consumption Module Power Consumption18 W max 193 HD-SDI/SD-SDI IQUDC00 SYNCHRONIZING HD/SD-SDI UP, DOWN AND CROSS CONVERTER ........... 197 IQUDC01 HD/SD-SDI UP, DOWN AND CROSS CONVERTER........................................ 203 The Snell & Wilcox range of upconverters offer top quality performance at every professional level. For an extremely compact solution with performance that you would only expect from a much larger product, the IQUDC00 offers market-leading value. The IQUDC00 takes the conversion concept further by offering motion adaptive up, down and cross conversion with synchronization and audio processing on a single module. This two input module features color space conversion, fixed mode aspect ratio conversion, 8 channel embedded audio processing and four assignable 4x1 audio mixers. For Additional Related Modules See: Section: Module: Video Distribution IQMDA00 SIGNAL CONVERSION © Snell & Wilcox 2005 195 IQUDC00 Provisional Data Synchronizing HD/SD-SDI Up, Down and Cross Converter The IQUDC00 is a flexible up, down and cross converter, suitable for converting SD-SDI signals to HD-SDI or vice-versa and for transcoding HD-SDI signals of the same frame rate. Features include a fixed–mode aspect ratio converter and a synchronizer. Up to 16 channels of embedded audio can be processed alongside the video, and embedded non-PCM audio can be seamlessly handled. • Horizontal and vertical enhancement to sharpen/soften the picture • Y/C timing adjustment • Closed caption processing EIA608 waveform during 525 cross-conversion • Input Loss Detection – Clean Cut to Black, Pattern, Input • Test Pattern Generator • Remote Status Monitoring – Input standard, Reference Status and CRC error checking • RollTrack – Delay tracking control, Input Loss, input standard, output standard • 16 user memories • 2 SD/HD SDI inputs • 4 SD/HD outputs • 2 GPI input/outputs Why should you choose this module? Does this module suit your application? • Selectable Up, Down and cross conversion for HD/SD-SDI inputs Video proc-amp – Y gain, C gain, Video Gain, black level offset control Fixed-mode aspect ratio conversion with nine user programmable display memories Input crop and output color border 16-channel embedded audio processing (gain and invert) Channel-level audio routing 4 off 4x1 assignable audio mixers 2 independent audio delay channels including selectable 8-pair fixed delay and tracking delays Tracking audio delay which seamlessly tracks the video delay or external RollTrack / GPI inputs Dolby E support – passing and pair routing non-PCM audio with a delay that matches the picture Filmic field detection optimizes 3:2, 2:2 and other picture cadences Color space conversion – auto, ITU 601 and ITU 709 (274) • • • • • • • • • • • 2 SD & HD-SDI RX & Equalisation SD & HD-SDI RX & Equalisation • • Ideal converter for users requiring SD/HD flexibility to handle multi-rate broadcast operations or variable input/output situations Ideal incoming lines module with full proc amp. control and synchronization built in. The unit can accept HD or SD inputs to feed an HD system (or SD system) Can be used as a fixed mode ARC for HD or SD signals with or without conversion 3:2 detection Presence, CRC and Standards Detection Audio De-embed outputs 1 • Video Proc. Amp Source Crop inputs Audio Data Embedder 1 Additional Delay Audio Tracking Delay 2 Additional Delay Audio Tracking Delay Select Audio Delay Channel 1-2 Channel Router Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers Channel Proc. Amp Built-in Intelligence network intelligence, control and monitoring © Snell & Wilcox 2005 197 GPI control and TTL pulse I/O I/O Tone Tone Generator Generator Block diagram for IQUDC0027-2A SDI TX IQUDC00 Provisional Data Synchronizing HD/SD-SDI Up, Down and Cross Converter Order codes for IQH3A enclosures 3 1 2 IQUDC0 _27-2A SERIAL IN 2 SERIAL OUT IQUDC0027-2A HD/SD Up, Down and Cross Converter. 2 SDI inputs, 4 SDI outputs, analog reference loop-through, 2 GPI/Os For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Analog Reference Return Loss SD bi-level > 40 dB to 5.5 MHz HD tri-level > 35 dB to 30 MHz Inputs .................................. 2 x SD/HD Serial Digital - SMPTE 292M/296M/259M Signal Outputs Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Outputs ............................... x 3 or x 4 Electrical ............................. Serial Digital 10-bit serial digital 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Return loss .......................... > 15 dB Return loss .......................... > 15 dB Analog Reference ................ 1 x Analog Reference with loop through [HD Tri-sync / SD Bi-sync] – SMPTE 274M, RS170A Control Interface GPI...................................... Up to 2 x GPI (I/O configurable) Electrical ............................. Black (HD tri-level and SD bi-level) and Black Burst (SD bi-level) SD bi-level – RS170A HD Tr-level – SMPTE 240M, 274M and 296M Electrical.............................. TTL compatible, active low driven Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel © Snell & Wilcox 2005 198 IQUDC00 Provisional Data Synchronizing HD/SD-SDI Up, Down and Cross Converter Card Edge & RollCall Controls Indicators Tone Setup: IQUDC00 Card Power.................................. OK (Green) Frequency............................ 1 kHz, 2 kHz, 4 kHz, mute @ -20 dBFS or –18 dBFS FPGA .................................. V-OK (Green) Video Controls FPGA .................................. H-OK (Green) Select input.......................... 1, 2, Backup enable Fault .................................... Card Fault (Red) Define Input OK ................... 5 backup rules defining input and GPI status Error .................................... User Error (Red) Output resolution ................. 1080I, 720p, SD Warning............................... Operating Error (Yellow) Input Standards List............. Select video standards for valid input OK....................................... Operation OK (Green) Secondary Card Black Level .......................... ±200 mV in steps of 1 mV Power.................................. OK (2 x Green) Master Video Gain ............... ±6 dB in steps of 0.1 dB. CPU running........................ OK (Green flashing) Y Gain ................................. ±6 dB in steps of 0.1 dB. FPGA running...................... OK (Yellow flashing) Cb/Cr Gain .......................... ±6 dB in steps of 0.1 dB. Status.................................. OK (Green) Warning (Yellow) Error (Red) YC Delay.............................. SD +3 to -4 pixels HD +7 to –8 pixels Note: .................................. Maximum range is 10 dB for the sum of any two gain controls Input 1................................. Active (Green) Input 2................................. Active (Green) Pattern Select ...................... 100% Color Bars, 75% Color Bars SMPTE Bars, Tartan Bars, Pluge Ramp, H Sweep, Pulse & Bar, Burst SDI error.............................. Error (Red) Reference lock .................... OK (Green) Error .................................... Card Fault (Red) Manual Freeze ..................... On/Off Warning............................... Operating Error (Yellow) Video Channel Control ......... Y On/Off, C On/Off OK....................................... Operation OK (Green) Controls Reference select .................. External / Input Video / Free-run Audio Controls Default Video Output............ Pattern, black, input H and V Enhancement ........ Sharpen / Soften (+3 to –2) Channel routing .................. Output and mixer channels routed from SDI (16 embedded channels from any group), test tone and silence Closed Caption handling...... On, Off (Pass NTSC line 21 CC) Film Detection...................... Auto (film adapt), Normal (video) Aspect Ratio Conversion Controls Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded output channels. +12 dB to -36 dB in 0.1 dB steps. Fixed selection .................... 1:1 4:3 > 16:9PB 4:3 > 16:9FW 4:3LB > 4:3FH 16:9 > 4:3FH 16:9 > 4:3LB 16:9PB > 4:3 Mixer sources (4 sources per mixer) Independent Gain, Mute, & Polarity control. +12 dB to -36 dB in 0.1 dB steps. ARC Display Memories ........ 9 x Save / Recall / Rename Size ..................................... 50% to 200% in 0.1% steps. Channel 1 Delay sources Aspect ................................. 50% to 200% in 0.1% steps. Manual delay offset.............. Up to +2 s in 0.25 ms steps, common to any selected pairs. Pan / Tilt .............................. ±75% in 0.1% steps (H resolution is 1/32nd of pixel) (V resolution is 1/16th of Field Line) Variable audio delay control source Up to 0.5 s from RollTrack + GPI Channel 2 Delay sources Origin................................... Top Left / Center Manual delay offset.............. Up to +2 s in 0.25 ms steps, common to any selected pairs. Input crop ............................ Left / Right / Top / Bottom Output Border ..................... Left / Right / Top / Bottom Variable audio delay control source Up to 0.5 s from RollTrack + GPI Output Border Color ............ Red / Green / Blue Other Controls Channel Status handling and checking GPI Configuration ................ Not Used / as an output / as an input. © Snell & Wilcox 2005 199 IQUDC00 Provisional Data Synchronizing HD/SD-SDI Up, Down and Cross Converter RollCall Features GPI Input ............................. Activates on contact closure: Freeze, Pattern, Black, Mono Y only, Mono CbCr only, User memory recall Logging ............................... Input Status Input Standard Reference Status Embedded audio status (pairs 1-8) ANC Error ANC Error secs CRC CRC Error secs GPI Output .......................... Produces an output for: Input Loss, Freeze, Pattern, Black, Monochrome User Memories .................... 16 x Save / Recall / Rename Input/Output Names............ User configurable naming of the individual embedded audio and mixer channels RollTrack Controls ............... Source, Address, Command, Status, Sending. RollTrack Sources................ Unused, Video Delay, Input Present, Input Loss, Reference Loss, Reference OK, Output Freeze, Output Unfreeze, GPI Status, Embedded Audio (Pairs 1-8) Specifications Input / Output Standards Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s Upconversion Input 525/29i ....................... Output 1080i29, 720p59 Input 625/25i ....................... Output 1080i25, 720p50 Input Return loss ................. > 15 dB Down Conversion Reference Source................ Input Video syncs Input 1080i29 ...................... Output 525/29i, 720p59 Signal Outputs Input 1080i25 ..................... Output 625/25i, 720p50 Connector/Format ............... BNC/75 ohm panel jack on standard S&W connector panel Cross Conversion Output Return loss .............. > 15 dB Input 1080i29 ...................... Output 720p59, 1080i29 Embedded Audio Input 720p59....................... Output 1080i29, 720p59 Embedded audio handling... HD - 24-bit synchronous 48 kHz to SMPTE 299M SD - 20-bit synchronous 48 kHz to SMPTE 272M-A Input 1080i25 ...................... Output 720p50, 1080i25 Input 720p50....................... Output 1080i25, 720p50 Input 525/29i ....................... Output 525/29i Embedded Audio Delay ....... Minimum 2.25 ms Maximum 2.5 s Input 625/25i ....................... Output 625/25i nd Filter resolution .................... Horizontal - 1/32 of input pixel phase resolution th Vertical – 1/16 of input field line phase resolution Power Consumption Module Power Consumption 16 W Max Processing delay ................. input locked 6 fields Signal Inputs Connector/Format ............... BNC/75 ohm panel jack on standard S&W connector panel © Snell & Wilcox 2005 200 IQUDC00 Provisional Data Synchronizing HD/SD-SDI Up, Down and Cross Converter © Snell & Wilcox 2005 201 IQUDC01 Provisional Data HD/SD-SDI Up, Down and Cross Converter The IQUDC01 is a flexible up, down and cross converter, suitable for converting SD-SDI signals to HD-SDI or vice-versa and for transcoding HD-SDI signals of the same frame rate. Features include a fixed–mode aspect ratio converter and video proc. amp. Embedded non-PCM audio can be seamlessly handled and up to 16 channels of embedded audio can be processed alongside the video. • Closed caption processing EIA608 waveform during 525 cross-conversion • 2 SD/HD SDI inputs • 4 SD/HD outputs • 2 GPI input/outputs • Test Pattern Generator • Remote Status Monitoring – Input standard and CRC/EDH error checking • RollTrack – Delay tracking control, Input Loss, input standard • Horizontal and vertical enhancement to sharpen/soften the picture • Input and output crop with optional color border • Y/C timing adjustment • 4 off 4x1 assignable audio mixers • 16 user memories Why should you choose this module? Does this module suit your application? • Selectable Up, Down and cross conversion for HD/SD-SDI inputs Video proc-amp – Y gain, C gain, Video Gain, black level offset control Fixed-mode aspect ratio conversion 16-channel embedded audio processing (gain and invert) Channel-level audio routing 2 independent audio delay channels including selectable 16-pair fixed delay and tracking delays Tracking audio delay which seamlessly tracks the video delay or external RollTrack / GPI inputs Dolby E support – passing and pair routing non-PCM audio with a delay that matches the picture Filmic field detection optimizes 3:2, 2:2 and other picture cadences Color space conversion – auto, ITU 601 and ITU 709 (274) Input Loss Detection – Clean Cut to Freeze / Black / Pattern / Input • • • • • • • • • • SD & HD-SDI 2 RX & Equalisation • Ideal converter for users requiring SD/HD flexibility to handle multi-rate broadcast operations or variable input/output situations Can be used as a fixed mode ARC for HD or SD signals with or without conversion 3:2 detection Presence, CRC and Standards Detection Audio De-embed outputs SD & HD-SDI 1 RX & Equalisation • Video Proc. Amp Source Crop inputs Audio Data Embedder 1 Additional Delay Audio Tracking Delay 2 Additional Delay Audio Tracking Delay Select Audio Delay Channel 1-2 Channel Router Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers Channel Proc. Amp Built-in Intelligence GPI control and TTL pulse I/O I/O Tone Tone Generator Generator network intelligence, control and monitoring Block diagram for IQUDC0134-2A © Snell & Wilcox 2005 SDI TX 203 IQUDC01 Provisional Data HD/SD-SDI Up, Down and Cross Converter Order codes for IQH3A enclosures 3 1 2 IQUDC0 _27-2A SERIAL IN 2 SERIAL OUT IQUDC0134-2A HD/SD Up, Down and Cross Converter. 2 SDI inputs, 4 SDI outputs, 2 GPI/Os For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Inputs .................................. 2 x SD/HD Serial Digital - SMPTE 292M/296M/259M Electrical ............................. Serial Digital 10-bit serial digital 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s Return loss .......................... > 15 dB Signal Outputs Return loss .......................... > 15 dB Control Interface GPI...................................... Up to 2 x GPI (I/O configurable) Electrical.............................. TTL compatible, active low driven Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Outputs ............................... x 3 or x 4 Card Edge & RollCall Controls Indicators Warning ............................... Operating Error (Yellow) IQUDC01 Card OK....................................... Operation OK (Green) Power.................................. OK (Green) Controls FPGA .................................. V-OK (Green) Audio Controls FPGA .................................. H-OK (Green) Channel routing .................. Output and mixer channels routed from SDI (16 embedded channels from any group), test tone and silence Fault .................................... Card Fault (Red) Error .................................... User Error (Red) Warning............................... Operating Error (Yellow) OK....................................... Operation OK (Green) Secondary Card Power.................................. OK (2 x Green) CPU running........................ OK (Green flashing) FPGA running ...................... OK (Yellow flashing) Status.................................. OK (Green) Warning (Yellow) Error (Red) Input 1................................. Active (Green) Input 2................................. Active (Green) SDI error.............................. Error (Red) Error .................................... Card Fault (Red) © Snell & Wilcox 2005 Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded output channels. +12 dB to -36 dB in 0.1 dB steps. Mixer sources (4 sources per mixer) Independent Gain, Mute, & Polarity control. +12 dB to -36 dB in 0.1 dB steps. Channel 1 Delay sources Manual delay offset .............. Up to +2 s in 0.25 ms steps, common to any selected pairs. Variable audio delay control source Up to 0.5 s from RollTrack + GPI 204 IQUDC01 Provisional Data HD/SD-SDI Up, Down and Cross Converter Channel 2 Delay sources ARC Display Memories ........ 9 x Save / Recall / Rename Manual delay offset.............. Up to +2 s in 0.25 ms steps, common to any selected pairs. Size ..................................... 50% to 200% in 0.1% steps. Variable audio delay control source Up to 0.5 s from RollTrack + GPI Pan / Tilt .............................. ±75% in 0.1% steps (H resolution is 1/32nd of pixel) (V resolution is 1/16th of Field Line) Aspect ................................. 50% to 200% in 0.1% steps. Channel Status handling and checking Tone Setup: Frequency ........................... 1 kHz, 2 kHz, 4 kHz, mute @ -20 dBFS or –18 dBFS Origin................................... Top Left / Center Video Controls Output Border ..................... Left / Right / Top / Bottom Input crop ............................ Left / Right / Top / Bottom Select input ......................... 1, 2, Backup enable Output Border Color ............ Red / Green / Blue Define Input OK ................... 5 backup rules defining input and GPI status Other Controls GPI Configuration ................ Not Used / as an output / as an input. Output resolution................. 1080I, 720p, SD Input Standards List ............ Select video standards for valid input GPI Input ............................. Activates on contact closure: Freeze, Pattern, Black, Mono Y only, Mono CbCr only, User memory recall Black Level .......................... ±200 mV in steps of 1 mV Master Video Gain ............... ±6 dB in steps of 0.1 dB. GPI Output .......................... Produces an output for: Input Loss, Freeze, Pattern, Black, Monochrome Y Gain ................................. ±6 dB in steps of 0.1 dB. Cb/Cr Gain .......................... ±6 dB in steps of 0.1 dB. YC Delay ............................. SD +3 to -4 pixels HD +7 to –8 pixels User Memories .................... 16 x Save / Recall / Rename Input/Output Names ............ User configurable naming of the individual embedded audio and mixer channels Note: .................................. Maximum range is 10 dB for the sum of any two gain controls Pattern Select...................... 100% Color Bars, 75% Color Bars SMPTE Bars, Tartan Bars, Pluge Ramp, H Sweep, Pulse & Bar, Burst RollCall Features Logging ............................... Input Status Input Standard Embedded audio status (pairs 1-8) ANC Error ANC Error secs CRC CRC Error secs Manual Freeze ..................... On/Off Video Channel Control......... Y On/Off, C On/Off Default Video Output ........... Pattern, black, input H and V Enhancement ........ Sharpen / Soften (+3 to –2) RollTrack Controls ............... Source, Address, Command, Status, Sending. Closed Caption handling ..... On, Off (Pass NTSC line 21 CC) Film Detection ..................... Auto (film adapt), Normal (video) RollTrack Sources................ Unused, Video Delay, Input Present, Input Loss, Output Freeze, Output Unfreeze, GPI Status, Embedded Audio (Pairs 18) Aspect Ratio Conversion Controls Fixed selection .................... 1:1 4:3 > 16:9PB 4:3 > 16:9FW 4:3LB > 4:3FH 16:9 > 4:3FH 16:9 > 4:3LB 16:9PB > 4:3 © Snell & Wilcox 2005 205 IQUDC01 Provisional Data HD/SD-SDI Up, Down and Cross Converter Specifications Input / Output Standards Signal Inputs Upconversion Connector/Format ............... BNC/75 ohm panel jack on standard S&W connector panel Input 525/29i ....................... Output 1080i29, 720p59 Input 1080i29 ...................... Output 525/29i, 720p59 Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s Input 1080i25 ..................... Output 625/25i, 720p50 Input Return loss ................. > 15 dB Input 625/25i ....................... Output 1080i25, 720p50 Down Conversion Signal Outputs Cross Conversion Input 1080i29 ...................... Output 720p59, 1080i29 Connector/Format ............... BNC/75 ohm panel jack on standard S&W connector panel Input 720p59....................... Output 1080i29, 720p59 Output Return loss .............. > 15 dB Input 1080i25 ...................... Output 720p50, 1080i25 Embedded Audio Input 720p50....................... Output 1080i25, 720p50 Embedded audio handling... HD - 24-bit synchronous 48 kHz to SMPTE 299M SD - 20-bit synchronous 48 kHz to SMPTE 272M-A Input 525/29i ....................... Output 525/29i Input 625/25i ....................... Output 625/25i nd Filter resolution .................... Horizontal - 1/32 of input pixel phase resolution th Vertical – 1/16 of input field line phase resolution Embedded Audio Delay ....... Minimum 2.25 ms Maximum 2.5 s Power Consumption Module Power Consumption Processing delay ................. input locked 6 fields © Snell & Wilcox 2005 16 W Max 206 IQSYN21 HD/SD-SDI FRAME SYNCHRONIZER WITH EMBEDDED AUDIO PROCESSING ............................................................... 209 IQSYN20 HD/SD-SDI FRAME SYNCHRONIZER ........................................................... 213 IQUAV00 UNIVERSAL AUDIO VIDEO MODULE WITH SYNCHRONIZER........................ 215 IQAVS00/10 SDI AND 4/8 CHANNEL AES/EBU SYNCHRONIZER ..................................... 219 IQMUX00/10 SDI SYNCHRONIZER AND 4/8 CHANNEL AES MULTIPLEXER........................... 223 IQDMX00/10 SDI SYNCHRONIZER AND 4/8 CHANNEL AES DEMULTIPLEXER................. 227 IQDMX20 FRAME SYNCHRONIZER WITH 4 CHANNEL ANALOG AUDIO DEMULTIPLEXER ........................................................................................ 231 IQSYN00 FRAME SYNCHRONIZER WITH EMBEDDED AUDIO PROCESSING............... 235 IQDSYN SDI SYNCHRONIZER WITH ANCILLARY SPACE PASSING ........................... 239 IQATBS COMPOSITE TIMEBASE CORRECTOR......................................................... 241 Facilities using externally-sourced contributions will have to ensure these are accurately synchronized, since such sources are not usually locked to the local reference and can therefore be unstable. IQ Modular synchronizers enable incoming signals to be accurately genlocked - easily and cost effectively. Using broadcast quality 10-bit data paths throughout, the range offers a choice of HD/SD-SDI frame/line synchronizers. Synchronizers are available with embedded audio passing, processing and channel shuffling capability featuring proprietary Snell & Wilcox RollTrack operation to ensure accurate timing of embedded audio to video. Synchronizers with audio embedding capability are also available making an ideal incoming lines solution for SD-SDI and AES signals. Dual input functionality is also available enabling main and backup feed switching or, in SD-SDI modules, processing of the video from one input and the embedded audio from the other. For analog signals a multi-standard time base corrector and synchronizer using digital processing is available. Features also include proc amp control and noise reduction. For Additional Related Modules See: Section: Module: MPEG/SDI IQMDMO HD-SDI/SD-SDI IQUDC00 Composite to SDI IQDEC00 - 05 Composite to SDI IQDAMDA Composite to SDI IQDMSDP Composite to SDI IQDMSDS Composite to SDI IQDMSDL Composite to SDI IQATBSD SDI to Composite IQDMSES SDI to Composite IQDMENCS © Snell & Wilcox 2005 207 SIGNAL PROCESSING SYNCHRONIZERS and TBCs IQSYN21 HD/SD-SDI Frame Synchronizer with Embedded Audio Processing The IQSYN21 provides synchronization for HD-SDI 1.5 Gbit/s or SD-SDI 270 Mbit/s signals with 16-channel embedded audio processing. This module is an ideal processor for lines input applications using SDI video signals. A video proc. amp provides complete control over the video levels, and audio processing features include tracking audio delay, gain, invert, channel level routing and mixing. A particularly powerful feature for constructing simple solutions to difficult system problems is the router at the input to the synchronizer. That means that the IQSYN21 can easily be placed at the end of main and redundant feeds or be used where an HD-SDI feed is complemented by an upconverted SD-SDI or even a digitized and upconverted analog feed. • Does this module suit your application? • HD/SD-SDI synchronizer with up to 11 frames of video delay and tracking audio delay Handles up to 16 channels of embedded audio present on the incoming SDI stream Standards supported: ! HD-SDI to SMPTE292M/274M/296M ! SD-SDI to SMPTE259M-C Capable of referencing to a bi-level or tri-level reference for HD timing Precision wide range genlock adjustment allowing you to time any HD/SD-SDI signal to pixel accuracy Firewall for video and processed PCM audio to provide a continuous output Channel level (Sub-frame) routing 4 off 4 channel assignable audio mixers Audio proc-amp and delay 2 independent audio delay channels including selectable fixed delay and tracking delays for each (either selectable for eight pairs) Tracking audio delay which seamlessly tracks the video delay or external RollTrack / GPI inputs Embedded Dolby E support – pair routing and delay matching (48 kHz synchronous to video input and output using lock to input mode) • • • • • • • • • • • 1 2 Any group of embedded audio may be passed unchanged if not selected for processing Dual selectable HD/SD-SDI inputs with auto switching Input loss detection – input pass through/switch or black/pattern/freeze Can be used as a video delay without synchronization, up to 12 frames Video controls including video gain and offset In-built test pattern generator Up to 4 active HD/SD-SDI outputs Up to 2 x GPI (I/O configurable) Input SDI, CRC, EDH and ANC data checking and reporting 16 x user memories Naming for de-embedded audio input, mixer and embedded audio output channels for easy identification • • • • • • • • • • Why should you choose this module? • Suitable for all advanced HD/SD-SDI synchronization applications Flexible handling of input loss – pass through or switch to black/patterns/freeze - and integrated video/audio controls make the IQSYN21 an ideal processor for incoming lines applications Dual inputs allow main and redundant feeds to terminate in a single synchronizer • • Ancillary data bypass SD & HD-SDI RX & Equalisation 1 Presence, CRC and Standards Detection SD & HD-SDI RX & Equalisation Video Proc. Amp 1 Additional Delay Audio Tracking Delay 2 Additional Delay Audio Tracking Delay Select Audio Delay Channel 1-2 Ref Loop Channel Router Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers Audio/ Ancillary Data Embedder Built-in Intelligence © Snell & Wilcox 2005 209 3 4 Channel Proc. Amp Network intelligence, control and monitoring Block diagram for IQSYN2127-2A 2 SDI TX GPI Control and TTL Pulse I/O I/O Tone Tone Generator Generator Ancillary Blanking Outputs Inputs Audio De-embed Video Frame Synchronizer IQSYN21 HD/SD-SDI Frame Synchronizer with Embedded Audio Processing Order codes for IQH3A enclosures 3 1 2 2 SERIAL OUT IQSYN2 _27-2A IQSYN2 _26-1A 1 2 SERIAL IN IQSYN2126-1A HD-SDI and SD-SDI Synchronizer with Embedded Audio Processing. 3 outputs, 1 GPI SERIAL IN 2 SERIAL OUT IQSYN2127-2A HD-SDI and SD-SDI Synchronizer with Embedded Audio Processing. 4 outputs, 2 GPIs For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Inputs .................................. 2 x Analog Reference Return Loss SD bi-level > 40 dB to 5.5 MHz HD tri-level > 35 dB to 30 MHz Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Signal Outputs Outputs ............................... x 3/x 4 Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Return loss .......................... > 15 dB Analog Reference ................ 1 x Analog Reference with passive loop-through SMPTE 240/ 274M and RS170A Return loss .......................... > 15 dB Control Interface GPI...................................... Up to 2 x GPI (I/O configurable) Electrical ............................. Black (HD tri-level and SD bi-level) and Black Burst (SD bi-level) SD bi-level – RS170A HD Tr-level – SMPTE 240M, 274M and 296M Electrical.............................. TTL compatible, active low driven Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Card Edge & RollCall Controls Indicators Polarity control over embedded output channels. +12 dB to -36 dB in 0.1 dB steps. Power.................................. OK (Green) CPU running........................ OK (Green flashing) Channel 1 Delay sources FPGA running ...................... OK (Yellow flashing) Manual delay offset .............. Up to +2 s in 0.25 ms steps, common to any selected pairs. Status.................................. OK (Green) Warning (Yellow) Error (Red) Variable audio delay control source Up to 0.5 s from RollTrack + GPI + Video Synchronizer Delay Input 1................................. Active (Green) Input 2................................. Active (Green) Channel 2 Delay sources SDI error.............................. Error (Red) Manual delay offset .............. Up to +2 s in 0.25 ms steps, common to any selected pairs. Reference lock .................... OK (Green) Controls Variable audio delay control source Up to 0.5 s from RollTrack + GPI + Video Synchronizer Delay Audio Controls Channel routing .................. Output channels routed from SDI (16 embedded channels from any group), test tone and silence Channel Status handling and checking Tone Setup: Output side control proc. - gain and polarity Independent Gain, Mute, & © Snell & Wilcox 2005 Frequency............................ 1 kHz, 2 kHz, 4 kHz, mute @ –20 dBFS or –18 dBFS 210 IQSYN21 HD/SD-SDI Frame Synchronizer with Embedded Audio Processing Video Controls GPI Input ............................. Activates on contact closure: Freeze, Pattern, Black, Blank ANC, Mono Y only, Mono CbCr only, Use reference, Memory recall. Select primary input............. 1/2/Auto Output Standard.................. Select, Follow Input, Follow Reference Standards List ..................... Select video standards for automatic follow Master Video Gain ............... ±6 dB in steps of 0.1 dB. GPI Output .......................... Produces an output for: Input Loss, Reference OK Freeze, Pattern, Black, Monchrome Y Gain ................................. ±6 dB in steps of 0.1 dB. User Memories .................... 16 x Save / Recall / Rename Cb/Cr Gain .......................... ±6 dB in steps of 0.1 dB. Input/Output Names ............ User configurable naming of the individual embedded audio and mixer channels Black Level .......................... ±200 mV in steps of 1 mV Pattern Select...................... 100% Color Bars, 75% Color Bars SMPTE Bars, Tartan Bars, Pluge Ramp, H Sweep, Pulse & Bar, Burst RollCall Features Logging ............................... Input Status Input Standard Reference Status Embedded audio status (pairs 1-8) Audio delay limit ANC Error EDH EDH Total CRC CRC Total Blank Ancillary Data............. Blank All, Pass All, Pass when Output Standard equals Input Standard Manual Freeze ..................... On/Off Freeze ................................. Field/Frame Video Channel Control......... Y On/Off, C On/Off Reference select.................. External / Input Video / Free-run Default Video Output ........... pattern / freeze/ black / run through / redundant input RollTrack Controls ............... Source, Address, Command, Status, Sending. Other Controls RollTrack Sources................ Unused, Video Delay, Input Present, Input Loss, Reference Loss, Reference OK, Output Freeze, Output Unfreeze, Audio Delay, Embedded Audio (Pairs 1-8) GPI Configuration ................ Not Used / as an output / as an input. Specifications Video Standards Synchronizer Hysteresis Window HD - 4 µs SD - 11 µs 750(720)/60p, 1125(1080)/30i 750(720)/59p, 1125(1080)/30sF Reference Source................ External – HD Tri-Level / SD Bi-level / Input Video syncs 750(720)/50p, 1125(1080)/29i 1125(1080)/30p, 1125(1080)/29sF Genlock Adjustment ............ Horizontal and Vertical timing 1125(1080)/29p, 1125(1080)/25i Horizontal Timing................. 0 to 1 output line in steps of 1 pixel. 1125(1080)/25p, 1125(1080)/25sF Vertical Timing ..................... 0 to 1 output frame in steps of 1 line. 1125(1080)/24p, 1125(1080)/24sF 1125(1080)/23p, 1125(1080)/23sF Embedded audio handling... HD - 24-bit synchronous 48 kHz to SMPTE 299M SD - 20-bit synchronous 48 kHz to SMPTE 272M-A 1125(1035)/30i 1125(1035)/29i 525(480)/29i, 625(576)/25i Embedded Audio Delay ....... Minimum 1.5 ms Maximum 2.5 s Minimum Delay.................... HD – 15 µs SD – 42 µs Power Consumption Video Delay ......................... HD - 1120 pixels to 11 Frames + 820 pixels SD - 570 pixels to 11 Frames + 420 pixels © Snell & Wilcox 2005 Module Power Consumption 10 W max 211 IQSYN20 HD/SD-SDI Frame Synchronizer The IQSYN20 provides synchronization for HD-SDI 1.5 Gbit/s or SD-SDI 270 Mbit/s signals. This module is an ideal processor for lines input applications using SDI video signals. A video proc. amp. provides complete control over the video levels. A particularly powerful feature for constructing simple solutions to difficult system problems is the router at the input to the synchronizer. That means that the IQSYN20 can easily be placed at the end of main and redundant feeds or be used where an HD-SDI feed is complemented by an upconverted SD-SDI or even a digitized and upconverted analog feed. Does this module suit your application? • • • • • • • • HD/SD-SDI synchronizer and up to 1 frame video delay capable of referencing to bi-level or tri-level reference Precision wide range genlock adjustment allowing you to time any HD/SD-SDI signal to pixel accuracy Standards supported: ! HD-SDI to SMPTE292M/274M/296M ! SD-SDI to SMPTE259M-C Dual selectable HD/SD-SDI inputs Input loss detection – input pass through or black/pattern/freeze Can be used as a video delay without synchronization, up to 1 frame Up to 4 active HD/SD-SDI outputs Ideal for passing Dolby E encoded audio 1 2 • RollTrack allows the video processing delay to be output so that an AES audio delay module can track it Video controls including video gain and offset In-built test pattern generator Up to 2 x GPI (I/O configurable) • • • Why should you choose this module? • Suitable for all general HD/SD-SDI synchronization applications Flexible handling of input loss – pass through or switch to black/patterns/freeze - and integrated video controls make the IQSYN20 an ideal processor for incoming lines applications Useful for complex synchronization situations Dual inputs allow main and redundant feeds to terminate in a single synchronizer • • • Ancillary data bypass SD & HD-SDI RX & Equalisation 1 Presence, CRC and Standards Detection SD & HD-SDI RX & Equalisation Video Frame Synchronizer Ancillary Blanking Video Proc. Amp 2 Ancillary Data Embedder SDI TX 3 4 Outputs Inputs Built-in Intelligence Ref Loop GPI Control and TTL Pulse I/O I/O Network intelligence, control and monitoring Block diagram for IQSYN2027-2A Order codes for IQH3A enclosures 3 1 2 2 IQSYN2 _26-1A 1 SERIAL IN 2 SERIAL OUT IQSYN2 _27-2A IQSYN2026-1A HD-SDI and SD-SDI Synchronizer. 3 outputs SERIAL IN 2 SERIAL OUT IQSYN2027-2A HD-SDI and SD-SDI Synchronizer. 4 outputs For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 213 IQSYN20 HD/SD-SDI Frame Synchronizer Inputs & Outputs Signal Inputs Analog Reference ................ 1 x Analog Reference with loopthrough SMPTE 240/ 274M and RS170A Inputs .................................. 2 x Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Analog Reference Return Loss > 35 dB to 30 MHz Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Signal Outputs Outputs ............................... x 3/x 4 Input Cable Length .............. Up to 140 m Belden 1694A @ 1.5 Gbit/s Up to 350 m Belden 1694A @ 270 Mbit/s Electrical ............................. 1.5 Gbit/s HD-SDI, SMPTE 292M 270 Mbit/s SDI, SMPTE 259M-C Connector / Format ............. BNC/75 ohm panel jack on standard S&W connector panel Return loss .......................... > 15 dB Return loss .......................... > 15 dB Card Edge & RollCall Controls Indicators Video Channel Control ......... Y On/Off, C On/Off Power.................................. OK GPI Controls CPU .................................... OK GPI ...................................... 2 x GPI (I/O configurable) Status.................................. OK (Green) Warning (Yellow) Error (Red) GPI Configuration ................ Not Used, as an output, as an input. GPI Input ............................. Activates on contact closure: Freeze, Pattern, Black, Blank ANC, Mono Y only, Mono CbCr only, Use reference, Memory recall. Controls Input Select ......................... 1/2 Output Standard.................. Select Reference............................ External/Input Video/Free-run GPI Output .......................... Produces an output for: Input Loss, Reference OK Freeze, Pattern, Black, Monchrome Default Output Selection...... Black, Pattern, Freeze, Input Video Controls Black Level .......................... ±200 mV in steps of 1 mV User Memories .................... 16 x Save / Recall / Rename Master Video Gain ............... ±6 dB in steps of 0.1 dB. RollCall Features Y Gain ................................. ±6 dB in steps of 0.1 dB. Logging ............................... Input Status Input Standard Reference Status CRC CRC Total Cb/Cr Gain .......................... ±6 dB in steps of 0.1 dB. Pattern Select...................... 100% Color Bars, 75% Color Bars SMPTE Bars, Tartan Bars, Pluge Ramp, Sweep, Pulse & Bar, Burst Pattern Animation ................ Horizontal-Scroll On/Off RollTrack Controls ............... Source, Address, Command, Status, Sending. Blank Ancillary Data ............. Bank All, Pass All, Pass when Output Standard equals Input Standard RollTrack Sources................ Unused, Video Delay, Input Present, Input Loss, Reference Loss, Reference OK, Output Freeze, Output Unfreeze Manual Freeze ..................... On/Off Freeze ................................. Field/Frame Specifications Minimum Delay.................... HD – 14.5 µs SD – 40.5 µs Reference Source................ External – HD Tri-Level / SD Bi-level / Input Video syncs Video Delay ......................... HD - 1080 pixels to 1 Frame + 780 pixels SD - 550 pixels to 1 Frame + 400 pixels Genlock Adjustment ............ Horizontal and Vertical timing Horizontal Timing................. 0 to 1 output line in steps of 1 pixel. Vertical Timing ..................... 0 to 1 output frame in steps of 1 line. Synchronizer Hysteresis Window HD - 4 µs SD - 11 µs © Snell & Wilcox 2005 Power Consumption Module Power Consumption 8 W max 214 IQUAV00/01 Universal Audio Video Module with Synchronizer The ultimate audio and video synchronizer in a single module, the IQUAV00/01 handles SDI video and two streams of AES as well as providing analog audio outputs. This single module handles AES, embedded and analog audio. It can take its audio input on a channel-by-channel basis from either the dual AES, the embedded sources or a combination of both. At the heart of this module is a comprehensive processing block that provides a powerful audio manipulation solution. The processed audio is embedded into the SDI output as well as being fed to the AES and analog feeds. Each audio output can be fed with a separate audio combination as necessary. At its heart a powerful SDI synchronizer is used to bring signals in line with house reference. This synchronizer has a very low hysteresis making it suitable for all synchronization tasks. The audio can be tracked to this or an external source as required. Both the video and the audio sources are protected by a firewall that ensures breaks in the incoming signal do not effect the output. Video proc. amp. control and a video delay of up to two frames, in addition to the synchronization, or three frames in delay mode make this a powerful solution for the video stream. Comprehensive audio control compliments these functions making this the most complete modular synchronizing solution. These include fixed and tracking delays, channel-level shuffling, proc. amp controls and assignable four-input mixers for combining audio sources. The user can choose to combine audio channels from any of the input sources - embedded streams and AES inputs. Bypass paths allow for the passing of non-PCM audio such as Dolby E. Does this module suit your application? Why should you choose this module? • • • • • • • • • • • SDI synchronizer with tracking audio delay Combine AES and embedded source channels Produce embedded, AES and analog audio outputs Handles 2 AES streams or any eight embedded input channels to total eight output channels Handles up to 24 bit embedded audio present on the incoming SDI stream, and embeds/deembeds to 20 bits Channel-level (Sub-frame) routing for selected sources 4 off 4 channel assignable audio mixers Flexible audio delay including per pair fixed delay, common fixed delay and tracking delay Up to 3 frames of video delay in delay mode Firewall for video and processed PCM audio to provide a continuous output Provides a complete synchronizing solution for SDI video and AES audio Analog outputs can extend classic synchronization and incoming lines role with audio monitoring Allows the use of mixed AES and embedded audio where both must be accommodated or combinations may be required A complete AV solution for incoming lines with firewall, proc. amp, audio shuffling and delay Can be used to break out embedded audio for AES processing and then return the audio to the embedded domain, with analog monitoring • • • • ancillary data bypass 2 SDI RX & Equalisation 1 Lowhysteresis Video Synchronizer SDI RX & Equalisation Video Firewall inputs Channel Router Demux Channel Proc. Amp AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp Channel Proc. Amp Selective Ancillary Blanking Signal Monitoring Ancillary Data Multiplexer Additional Delay SDI TX 2 Audio Tracking Delay Audio Firewall Demux 1 Video Proc. Amp Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers AES TX AES TX Built-in Intelligence GPI Control and TTL Pulse I/O DAC DAC I/O Ref Loop Tone Tone Generator Generator 1 X GPI DAC 2 Network intelligence, control and monitoring Block diagram for IQUAV0117-2A © Snell & Wilcox 2005 Outputs 1 215 DAC 1 2 1 2 3 4 IQUAV00 Universal Audio Video Module with Synchronizer Order codes for IQH3A enclosures 2 SERIAL OUT SERIAL IN 1 IQUAV0 _15-1A ANALOG AUDIO OUTPUTS 2 AES IN + AES / ANALOG AUDIO OUT 2 1 2 SERIAL IN 2 3 IQUAV0 _18-2A AES IN + AES / ANALOG AUDIO OUT AES IN 2 IQUAV0115-1A Universal Audio Video Module with Synchronizer. Balanced audio connection. 1 SDI input, 2 AES inputs, 2 SDI outputs, 2 AES outputs, 4 analog audio outputs. analog reference AES OUT 1 SERIAL OUT SERIAL IN IQUAV0018-2A Universal Audio Video Module with Synchronizer. Unbalanced audio connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, 4 analog audio outputs. analog reference loop-through Order codes for other enclosures 1 IQUAV0 _17-2A AES IN + AES / ANALOG AUDIO OUT SERIAL OUT 2 1 1 SERIAL IN 2 GPI SERIAL IN 1 2 IQUAV0 _16-2 IQUAV0117-2A Universal Audio Video Module with Synchronizer. Balanced audio connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, 4 analog audio outputs. analog reference loop-through SERIAL OUT 1 REFERENCE SERIAL IN 1 IQUAV0116-2 Universal Audio Video Module with Synchronizer. Balanced audio connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, 4 analog audio outputs. analog reference loop-through For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Balanced digital audio ........ 2 x AES/EBU, AC3, Dolby E (25 Way D-Type) Digital Video ........................ 2 x SDI (BNC) Video Reference .................. Composite video (BNC) Balanced analog audio ....... 4 channels (25 Way D-Type) Unbalanced digital audio ..... 2 x AES/EBU, AC3, Dolby E (BNC) Control Interface Balanced digital audio ........ 2 x AES/EBU, AC3, Dolby E (25 Way D-Type) GPI...................................... 1x Closing contact I/O interface (BNC) Signal Outputs Digital Video ........................ SDI x 2 Unbalanced digital audio ..... 2 x AES/EBU, AC3, Dolby E (BNC) Card Edge & RollCall Controls Card Edge Controls Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded and input channels. ±18 dB in 0.1 dB steps. NONE Card Edge Indicators SDI Input Loss..................... Loss = Off, Good = Green SDI Input Error..................... Yellow = Unused input not at current operating standard Channel routing .................. Output channels routed from AES pairs 1 to 4, test tone and silence, SDI 8 embedded channels from any group AES Input Present ............... 1 x LED per pair Reference Loss Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded and AES output channels. ±18 dB in 0.1 dB steps. CPU running / Power........... One green LED, flashing = OK RollCall Functions Audio Controls Audio extraction select ........ SDI input 1/2/Follow Video Control Lock .................................... Control to select the clock source from the output side of the synchronizer – Video, Input 1, internal Set line up level ................... +20 to –20 dBu in 1 dB steps Set headroom ..................... 4 to 24 dB in 1 dB steps Set audio detector thresholds High and low levels, time delay Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. External input audio delay.... Up to 1.5 s additional delay in 1 ms steps © Snell & Wilcox 2005 216 IQUAV00 Universal Audio Video Module with Synchronizer Variable audio delay control source Up to 0.5 s from RollTrack + GPI + video synchronizer GPI/O set-up ....................... May be attached to any memory function/polarity Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 10 kHz in 100 Hz steps. Reporting (* also Logged) EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Tone Setup: No SDI ................................ *No input present Frequency ........................... 100 Hz to 10 kHz in 100 Hz steps No reference........................ *No reference present Channel Ident ...................... 0.5 s interruption every 2 s Video Controls Reference error.................... Standard different to selected input Select primary input............. 1/2 Input ancillary error .............. ANC error, ANC error-seconds Black Level .......................... ± 100 mV in 0.8 mV steps Input error............................ Unused input not at current operating standard Y/C Timing ......................... ± 592 ns in 148 ns steps Report Embedded Audio Data Report audio data pairs on input and output SDI Picture position ................... ± 592 ns in 148 ns steps Luminance Gain .................. ± 6 dB Chrominance Gain............... ± 6 dB Genlock Mode..................... Free-run / Genlock / Primary SDI (delay mode) Audio Silence, High Level, Low Level, Overflow For processed audio channels only Genlock H Phase................. ± 32 µs in 74 ns steps RollTrack Input Genlock V Phase ................. ± 262/312 lines in 1 line steps Video Horizontal Delay......... +1 Line in 37 ns steps Delay ................................... Audio delay – Fixed, RollTrack + fixed, Internal Sync + Fixed Video Vertical Delay ............. +1 Frame in 1 line steps RollTrack Output Video Delay Frames............. 0 to +2 frames Delay ................................... Current video/audio delay Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 Other Controls Pass vertical data ................ On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) Preset Unit .......................... Returns all settings to default Pattern Select...................... 100%/75% Bars, Multiburst, Black, Animated Bars User Memories .................... Name, clear, save and read 8 user memories Reference state ................... Ref Lost, Ref Present, Ref error [error: different standard to input – input has precedence Default Video Output ........... pattern / freeze/ run through Default Audio Output ........... Silence Embedded Audio state ........ Pair present Caption Output ................... On/Off (default and pattern output only) External AES Audio state ..... Pair present Caption Generator............... Programmable up to 19 characters © Snell & Wilcox 2005 217 IQUAV00 Universal Audio Video Module with Synchronizer Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Serial Input Return Loss....... Better than 15 dB to 270 MHz Input Cable Length .............. >500 m of RG59 cable Maximum Input Cable length Impedance .......................... 75 Ohms > 200 m (PSF1/2 or equiv. cable) Output Sampling ................. 48 kHz frame locked to 48 kHz AES/EBU Reference in AES lock mode Digital Audio Output (Balanced) Serial Output Level .............. 800 mV ±5% Output Overshoot................ < 70 mV Output Return Loss ............. Better than 15 dB to 270 MHz Digital Audio Output (Balanced) Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Connector/Format ............... 25 W D Reference Return Loss ........ Better than -35 dB to 5.8 MHz Level.................................... 3 V p-p typical into 110 Ohms Reference Input Level .......... 1 V p-p ± 3 dB Digital Audio Output (Unbalanced) Minimum Delay ................... 6 µs Connector/Format ............... BNC Synchronize Hysteresis Window 0.5 - 1 µs Level.................................... 1 V p-p typical into 75 Ohms Delay (Synchronize Mode) ... Sync delay + 0, 1 or 2 Frames Output Level........................ Adjustable +12 dBu to +24 dBu Delay (Delay Mode).............. 6 µs - 3 Frames + 5.5 µs Output Impedance ............. ~25 Ohms THD+N ................................ < -117 dB @ 700 Hz (24 bits) AES to AES THD+N ................................ -95 dB typical at 1 kHz Analog Audio Outputs Conversion .......................... min 20-bit – 105 dB dynamic range Digital Audio Input (Balanced) Sampling ............................. 48 kHz Synchronous to D1 video stream Connector/Format .............. 25 W D Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Power Consumption Input Cable Length .............. >150 m of AES3 cable Module Power Consumption Impedance .......................... 110 Ohms 9.75 W Digital Audio Input (Unbalanced) Connector/Format ............... BNC © Snell & Wilcox 2005 218 IQAVS00/10 SDI and 4/8 Channel AES/EBU Synchronizer A complete audio and video synchronizer in a single module, the IQAVS00/10 handles SDI video and two streams of AES. Additionally, this unit has both multiplexing and de-multiplexing capability allowing it to be used as an all-embracing fix-it module for digital AV signals in multi-role applications. An additional application of this module is to take up to two embedded audio streams, break them out to AES/ AC3/ Dolby E and then re-ingest the resultant signals. The PCM audio returning to the module does not have to be synchronized and does not necessarily have to be related to the extracted audio. Note however that non-PCM audio such as Dolby E must be synchronous to the output. Applications: • • • • AV synchronizer for SDI with integrated AES synchronization Incoming lines processor for lines with SDI video and AES audio as well as integrated embedded audio Audio break-out, de-embed audio output to external dedicated audio unit (e.g. Graphic EQ, reverb, dynamics etc.), then re-embed its output into the video stream. Dolby E coding, de-embed Dolby E audio stream, pass through Dolby E encoder or decoder, re-embed resulting AES audio. • Firewall for video and processed PCM audio to provide a continuous output Why should you choose this module? Does this module suit your application? • • • • • • • • SDI synchronizer with tracking audio delay Choice of AES or embedded sources and both AES and embedded audio outputs Handles 2/4 AES streams Handles up to 24-bit embedded audio present on the incoming SDI stream, and embeds/deembeds to 20 bits Channel-level (Sub-frame) routing 4 off 4 channel assignable audio mixers Flexible audio delay including per pair fixed delay, common fixed delay and tracking delay Up to 3 frames of video delay in delay mode • • • • Provides a complete synchronizing solution for SDI video and AES audio Allows the use of mixed AES and embedded audio for combined solutions A complete audio solution with proc. amp, shuffling and delay Can be used to break out embedded audio for AES processing and then return the audio to the embedded domain Ancillary data bypass 1 1 Lowhysteresis Video Synchronizer SDI RX & Equalisation Video Firewall Video Proc. Amp Selective Ancillary Blanking Ancillary Data Multiplexer SDI TX 2 Outputs 2 SDI RX & Equalisation 2 Adjustable Pair Delay Channel Proc. Amp AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp Audio Tracking Delay Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers AES TX AES TX Tone Tone Generator Generator Built-in Intelligence GPI Control and TTL Pulse I/O 1 2 I/O Ref Loop Additional Delay Audio Firewall Demux AES RX & Sample Rate Conversion Signal Monitoring 1 X GPI Inputs Channel Proc. Amp 1 Channel Proc. Amp Channel Router Demux Network intelligence, control and monitoring Block diagram for IQAVS0117-2A shown © Snell & Wilcox 2005 219 IQAVS00/10 SDI and 4/8 Channel AES/EBU Synchronizer Order codes for IQH3A enclosures 4 2 1 3 SERIAL OUT 4 SERIAL IN 3 IQAVS0/1 _15-1A AES OUT 2 AES AUDIO IN / OUT 2 2 IQAVS1115-1A SDI and 8 channel AES Synchronizer with extended video delay, embedded audio processing. Balanced AES connection. 1 SDI input, 4 AES inputs, 2 SDI outputs, 4 AES outputs, analog reference IQAVS1 _06-2A IQAVS0115-1A SDI and 4 channel AES Synchronizer with extended video delay, embedded audio processing. Balanced AES connection. 1 SDI input, 2 AES inputs, 2 SDI outputs, 2 AES outputs, analog reference 2 1 1 1 SERIAL OUT SERIAL IN IQAVS1006-2A SDI and 8 channel AES Synchronizer with extended video delay, embedded audio processing. Unbalanced AES connection. 2 SDI inputs, 4 AES inputs, 2 SDI outputs, 4 AES outputs, analog reference loop-through Order codes for other enclosures AES AUDIO IN / OUT GPI SERIAL IN 2 SERIAL IN 2 3 AES AUDIO IN / OUT 2 IQAVS0/1 _16-2 2 AES IN 1 1 1 REFERENCE SERIAL OUT IQAVS0/1 _17-2A SERIAL OUT SERIAL IN 1 IQAVS0117-2A SDI and 4 channel AES Synchronizer with extended video delay, embedded audio processing. Balanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, analog reference loop-through IQAVS1117-2A SDI and 8 channel AES Synchronizer with extended video delay, embedded audio processing. Balanced AES connection. 2 SDI inputs, 4 AES inputs, 2 SDI outputs, 4 AES outputs, analog reference loop-through SERIAL IN 1 IQAVS0116-2 SDI and 4 channel AES Synchronizer with extended video delay, embedded audio processing. Balanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, analog reference loop-through IQAVS1116-2 SDI and 8 channel AES Synchronizer with extended video delay, embedded audio processing. Balanced AES connection. 2 SDI inputs, 4 AES inputs, 2 SDI outputs, 4 AES outputs, analog reference loop-through AES IN 1 AES OUT 1 SERIAL IN 2 GPI 2 AES OUT IQAVS0_02-2 AES IN 1 1 SERIAL IN 2 2 2 AES IN 2 1 2 AES IN 2 SERIAL OUT 1 IQAVS0 _03-2A SERIAL OUT SERIAL IN 1 IQAVS0003-2A SDI and 4 channel AES Synchronizer with extended video delay, embedded audio processing. Unbalanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, analog reference loop-through REFERENCE SERIAL IN 1 IQAVS0002-2 SDI and 4 channel AES Synchronizer with extended video delay, embedded audio processing. Unbalanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, 2 AES outputs, analog reference loop-through For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Digital Video ........................ 2 x SDI (BNC) (1 x SDI – single width versions) Digital Video ........................ SDI x 2 Video / AES Reference ........ Composite video / AES/EBU (BNC) Unbalanced digital audio ..... 2/4 x AES/EBU, AC3, Dolby E (BNC) Unbalanced digital audio ..... 2/4 x AES/EBU, AC3, Dolby E (BNC) Balanced digital audio ........ 2/4 x AES/EBU, AC3, Dolby E (25 Way D-Type) Balanced digital audio ........ 2/4 x AES/EBU, AC3, Dolby E (25 Way D-Type) Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994, AES3-1992 Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994, AES3-1992 Control Interface © Snell & Wilcox 2005 GPI...................................... 1x Closing contact I/O interface (BNC) 220 IQAVS00/10 SDI and 4/8 Channel AES/EBU Synchronizer Card Edge & RollCall Controls Card Edge Controls Y/C Timing .......................... ± 592 ns in 148 ns steps NONE Picture position ................... ± 592 ns in 148 ns steps Card Edge Indicators Luminance Gain................... ± 6 dB SDI Input Loss..................... Loss = Off, Good = Green Chrominance Gain ............... ± 6 dB SDI Input Error..................... Yellow = Unused input not at current operating standard Genlock Mode ..................... Free-run / Genlock / Primary SDI (delay mode) AES Input Present ............... 1 x LED per pair Genlock H Phase................. ± 32 µs in 74 ns steps Reference Loss Genlock V PHASE ............... ± 262/312 lines in 1 line steps CPU running / Power........... One green LED, flashing = OK Video Horizontal Delay ......... +1 Line in 37 ns steps RollCall Functions Video Vertical Delay ............. +1 Frame in 1 line steps Audio Controls Video Delay Frames ............. 0 to +2 frames Audio extraction select ........ SDI input 1/2/Follow Video Control Set headroom ..................... 4 to 24 dB in 1 dB steps Other Controls Set audio detector thresholds High and low levels, time delay Pass vertical data................. On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) External input audio delay.... Up to 1.5 s additional delay in 1 ms steps Preset Unit........................... Returns all settings to default Pattern Select ...................... 100%/75% Bars, Multiburst, Black, Animated Bars Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded and input channels. ±18 dB in 0.1 dB steps. User Memories .................... Name, clear, save and read 8 user memories Default Video Output............ pattern / freeze/ run through Default Audio Output ........... Silence Channel routing .................. Output channels routed from AES pairs 1 to 4, test tone and silence, SDI 8 embedded channels from any group Caption Output ................... On/Off (default and pattern output only) Caption Generator ............... Programmable up to 19 characters Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded and AES output channels. ±18 dB in 0.1 dB steps. GPI/O set-up ....................... May be attached to any memory function/polarity Reporting (* also Logged) EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Lock .................................... Control to select the clock source from the output side of the synchronizer – Video, AES reference, Input 1, internal No SDI ................................ *No input present No reference........................ *No reference present Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. Reference error.................... Standard different to selected input Variable audio delay control source Up to 0.5 s from RollTrack + GPI + video synchronizer Input ancillary error .............. ANC error, ANC error-seconds Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 10 kHz in 100 Hz steps. Report Embedded Audio Data Report audio data pairs on input and output SDI Tone Setup: Audio Silence, High Level, Low Level, Overflow For processed audio channels only Input error............................ Unused input not at current operating standard Frequency ........................... 100 Hz to 10 kHz in 100 Hz steps Channel Ident ...................... 0.5 s interruption every 2 s RollTrack Input Video Controls Delay ................................... Audio delay – Fixed, RollTrack + fixed, Internal Sync + Fixed Select primary input............. 1/2 Black Level .......................... ± 100 mV in 0.8 mV steps © Snell & Wilcox 2005 221 IQAVS00/10 SDI and 4/8 Channel AES/EBU Synchronizer RollTrack Output Missing, Standard 525, Standard 625 Delay ................................... Current video/audio delay Reference state ................... Ref Lost, Ref Present, Ref error [error: different standard to input – input has precedence Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Embedded Audio state ........ Pair present External AES Audio state ..... Pair present Specifications Input Cable Length .............. >150 m of AES3 cable Video Internal Processing .... 4:2:2 with 10 bit data paths Serial Input Return Loss....... Better than 15 dB to 270 MHz Impedance .......................... 110 Ohms Maximum Input Cable length Digital Audio Input (Unbalanced) > 200 m (PSF1/2 or equiv. cable) Connector/Format ............... BNC Serial Output Level .............. 800 mV ±5% Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Output Overshoot................ < 70 mV Input Cable Length .............. >500 m of RG59 cable Output Return Loss ............. Better than 15 dB to 270 MHz Impedance .......................... 75 Ohms Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Reference Return Loss ........ Better than -35 dB to 5.8 MHz Output Sampling ................. 48 kHz frame locked to 48 kHz AES/EBU Reference in AES lock mode Reference Input Level .......... 1 V p-p ± 3 dB Digital Audio Output (Balanced) Minimum Delay ................... 6 µs Connector/Format ............... 25 W D Synchronize Hysteresis Window 0.5 - 1 µs Level.................................... 3 V p-p typical into 110 Ohms Delay (Synchronize Mode) ... Sync delay + 0, 1 or 2 Frames Connector/Format ............... BNC Delay (Delay Mode).............. 6 µs - 3 Frames + 5.5 µs Level.................................... 1 V p-p typical into 75 Ohms Digital Audio Output (Unbalanced) THD+N ................................ < -117 dB @ 700 Hz (24 bits) AES to AES Power Consumption Digital Audio Input (Balanced) Module Power Consumption Connector/Format .............. 25 W D Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref © Snell & Wilcox 2005 7.46 W max 222 IQMUX00/10 SDI Synchronizer and 4/8 Channel AES Multiplexer A powerful SDI video synchronizer with 2/4 x AES/EBU stream multiplexer and advanced embedded audio handling. Ideal as a general digital ingest module where any digital audio source signal can be catered for, even combinations of embedded and external digital audio. All audio manipulation is at the channel-level suiting discreet surround and multi-lingual use. Its firewall capability ensures errors or interruptions in the input signal are not passed through to the output. In addition to its tracking audio delay, it also has a bulk audio delay feature. To complete the delay flexibility, it has a built-in video delay that can be used to adjust to match external audio processing delays, such as that from a Dolby E encoder. A dual SDI input allows the unit to take signals from either of two paths. This can be used for handling main and redundant feeds, or it can be used with a composite decoder such as the IQDAMDA to provide analog and digital alternative inputs. The second input also allows split operation, with video taken from one input and embedded audio from the other. Does this module suit your application? Why should you choose this module? • • • • • • • • • • • SDI synchronizer with tracking audio delay Combine AES and embedded source channels Handles 2/4 AES streams or any eight embedded input channels to total eight output channels Handles up to 24 bit embedded audio present on the incoming SDI stream or AES inputs, and embeds/de-embeds to 20 bits Channel-level (Sub-frame) routing 4 off 4 channel assignable audio mixers Flexible audio delay including per pair fixed delay, common fixed delay and tracking delay Firewall for video and processed PCM audio to provide a continuous output Variable audio delay of up to 0.5s which seamlessly tracks the video delay or external RollTrack / GPI inputs Video proc-amp (gain, saturation, black level) • • Provides a complete synchronizing solution for SDI video and 2/4 streams of AES audio Allows the use of mixed AES and embedded audio where both must be accommodated or combinations may be required A complete AV solution for incoming lines with firewall, proc. amp, audio shuffling and delay Ancillary data bypass 2 SDI RX & Equalisation 1 Lowhysteresis Video Synchronizer SDI RX & Equalisation Video Firewall Video Proc. Amp Selective Ancillary Blanking Ancillary Data Multiplexer SDI TX 2 Inputs Outputs 1 Demux Channel Proc. Amp Audio Firewall Channel Router Channel Proc. Amp Signal Monitoring Additional Delay Audio Tracking Delay Demux AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp 2 AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp Tone Tone Generator Generator Built-in Intelligence GPI control and TTL pulse I/O I/O Ref Loop Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers 1 X GPI 1 Network intelligence, control and monitoring Block diagram for IQMUX0217-2A shown © Snell & Wilcox 2005 223 IQMUX00/10 SDI Synchronizer and 4/8 Channel AES Multiplexer Order codes for IQH3A enclosures SERIAL OUT SERIAL OUT 2 IQMUX0 _01-1A AES IN 2 1 AES IN 1 2 SERIAL IN 2 IQMUX0/1 _17-2A IQMUX0001-1A SDI and 4 channel AES multiplexer synchronizer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, analog reference loopthrough AES IN 1 1 SERIAL OUT SERIAL IN 1 IQMUX0217-2A SDI and 4 channel AES multiplexer synchronizer with extended video delay. Balanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, analog reference loop-through, 1 GPI SERIAL IN 2 IQMUX1217-2A SDI and 8 channel AES multiplexer synchronizer with extended video delay. Balanced AES connection. 2 SDI inputs, 4 AES inputs, 2 SDI outputs, analog reference loop-through, 1 GPI 2 AES IN 2 SERIAL IN 2 AES AUDIO IN SERIAL IN 1 1 IQMUX0 _03-2A SERIAL IN 1 SERIAL OUT IQMUX0003-2A SDI and 4 channel AES multiplexer synchronizer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, analog reference loopthrough, 1 GPI Order codes for other enclosures AES IN 1 SERIAL IN 2 GPI 2 IQMUX0 _02-2 3 4 AES IN 2 1 REFERENCE SERIAL OUT 2 AES IN 2 2 1 1 IQMUX2 _06-2A 1 SERIAL OUT SERIAL IN IQMUX1006-2A SDI and 8 channel AES multiplexer synchronizer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 4 AES inputs, 2 SDI outputs, analog reference loopthrough, 1 GPI SERIAL IN 2 AES AUDIO IN IQMUX0/1 _16-2 SERIAL OUT SERIAL IN 1 IQMUX0002-2 SDI and 4 channel AES multiplexer synchronizer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, analog reference loop-through, 1 GPI SERIAL IN 2 IQMUX0/ 1_15-1A SERIAL OUT GPI 1 REFERENCE SERIAL IN 1 2 AES AUDIO IN 1 IQMUX0215-1A SDI and 4 channel AES multiplexer synchronizer with extended video delay. Balanced AES connection. 1 SDI input, 2 AES inputs, 2 SDI outputs, analog reference IQMUX1215-1A SDI and 8 channel AES multiplexer synchronizer with extended video delay. Balanced AES connection. 1 SDI input, 4 AES inputs, 2 SDI outputs, analog reference IQMUX0216-2 SDI and 4 channel AES multiplexer synchronizer with extended video delay. Balanced AES connection. 2 SDI inputs, 2 AES inputs, 2 SDI outputs, analog reference loop-through, 1 GPI IQMUX1216-2 SDI and 8 channel AES multiplexer synchronizer with extended video delay. Balanced AES connection. 2 SDI inputs, 4 AES inputs, 2 SDI outputs, analog reference loop-through, 1 GPI For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Digital Video ........................ 2 x SDI (BNC) Digital Video ........................ SDI x 2 Video Reference .................. Composite video (BNC) Unbalanced digital audio ..... 2/4 x AES/EBU (BNC) Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Balanced digital audio ........ 2/4 x AES/EBU (25Way D-Type) Control Interface Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994, AES3-1992 GPI...................................... 1x Closing contact I/O interface (BNC, Double Width only) © Snell & Wilcox 2005 224 IQMUX00/10 SDI Synchronizer and 4/8 Channel AES Multiplexer Card Edge & RollCall Controls Card Edge Controls Y/C Timing .......................... ± 592 ns in 148 ns steps NONE Picture position ................... ± 592 ns in 148 ns steps Card Edge Indicators Luminance Gain................... ± 6 dB SDI Input Loss..................... Loss = Off, Good = Green Chrominance Gain ............... ± 6 dB SDI Input Error..................... Yellow = Unused input not at current operating standard Genlock Mode ..................... Free-run / Genlock / Primary SDI (delay mode) AES Input Present ............... 1 x LED per pair Genlock H Phase................. ± 32 µs in 74 ns steps Reference Loss Genlock V Phase ................. ± 262/312 lines in 1 line steps CPU running / Power........... One green LED, flashing = OK Video Horizontal Delay ......... +1 Line in 37 ns steps RollCall Functions Video Vertical Delay ............. +1 Frame in 1 line steps Audio Controls Video Delay Frames ............. 0 to +2 frames Audio extraction select ........ SDI input 1/2/Follow Video Control Other Controls Set headroom ..................... 4 to 24 dB in 1 dB steps Pass vertical data................. On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) Set audio detector thresholds High and low levels, time delay Preset Unit........................... Returns all settings to default External input audio delay.... Up to 1.5 s additional delay in 1 ms steps Pattern Select ...................... 100%/75% Bars, Multiburst, Black, Animated Bars Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded and input channels. ±18 dB in 0.1 dB steps. User Memories .................... Name, clear, save and read 8 user memories Default Video Output............ pattern / freeze/ run through Default Audio Output ........... Silence Caption Output ................... On/Off (default and pattern output only) Channel routing .................. Output channels routed from AES pairs 1 to 4, test tone and silence, SDI 8 embedded channels from any group Caption Generator ............... Programmable up to 19 characters GPI/O set-up ....................... May be attached to any memory function/polarity Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded output channels. ±18 dB in 0.1 dB steps. Reporting (* also Logged) EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Lock .................................... Control to select the clock source from the output side of the synchronizer – Video, AES reference, Input 1, internal No SDI ................................ *No input present No reference........................ *No reference present Reference error.................... Standard different to selected input Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. Input ancillary error .............. ANC error, ANC error-seconds Input error............................ Unused input not at current operating standard Variable audio delay control source Up to 0.5 s from RollTrack + GPI + video synchronizer Report Embedded Audio Data Report audio data pairs on input and output SDI Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 10 kHz in 100 Hz steps. Audio Silence, High Level, Low Level, Overflow For processed audio channels only Tone Setup: Frequency ........................... 100 Hz to 10 kHz in 100 Hz steps RollTrack Input Channel Ident ...................... 0.5 s interruption every 2 s Delay ................................... Audio delay – Fixed, RollTrack + fixed, Internal Sync + Fixed Video Controls Select primary input............. 1/2 Black Level .......................... ± 100 mV in 0.8 mV steps © Snell & Wilcox 2005 225 IQMUX00/10 SDI Synchronizer and 4/8 Channel AES Multiplexer RollTrack Output Reference state ................... Ref Lost, Ref Present, Ref error [error: different standard to input – input has precedence Delay ................................... Current video/audio delay Input state ........................... Selected Input: Input Present, Input Missing, Std 525, Std 625 Input 1: Input Present, Input Missing, Std 525, Std 625 Input 2: Input Present, Input Missing, Std 525, Std 625 Embedded Audio state ........ Pair present, lost External AES Audio state ..... Pair present, lost GPI State ............................. Low, High, Inactive Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Digital Audio Input (Balanced) Serial Input Return Loss....... Better than 15 dB to 270 MHz Connector/Format .............. 25 W D Maximum Input Cable length Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref > 200 m (PSF1/2 or equiv. cable) Input Cable Length .............. >150 m of AES3 cable Serial Output Level .............. 800 mV ±5% Impedance .......................... 110 Ohms Output Overshoot................ < 70 mV Output Return Loss ............. Better than 15 dB to 270 MHz Digital Audio Input (Unbalanced) Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Connector/Format ............... BNC Sample Frequency............... 25 – 55 kHz, 48 kHz for Ref Reference Return Loss ........ Better than -35 dB to 5.8 MHz Input Cable Length .............. >500 m of RG59 cable Reference Input Level .......... 1 V p-p ± 3 dB Impedance .......................... 75 Ohms Minimum Delay ................... 6 µs Output Sampling ................. 48 kHz frame locked to 48 kHz AES/EBU Reference in AES lock mode Digital Audio Output (Balanced) Synchronize Hysteresis Window 0.5 - 1 µs Delay (Synchronize Mode) ... Sync delay + 0, 1 or 2 Frames Delay (Delay Mode).............. 6 µs - 3 Frames + 5.5 µs Power Consumption THD+N ................................ < -117 dB @ 700 Hz (24 bits) AES to AES Module Power Consumption 7.46 W max © Snell & Wilcox 2005 226 IQDMX00/10 SDI Synchronizer and 4/8 Channel AES demultiplexer A powerful SDI video synchronizer with 2/4 x AES/EBU stream demultiplexer and advanced embedded audio handling. All audio manipulation is at the channel-level suiting discreet surround and multi-lingual use. In addition to its tracking audio delay, it also has a bulk audio delay feature. To complete the delay flexibility, it has a built-in video delay that can be used to adjust to match external audio processing such as that from a Dolby E encoder. Its firewall capability ensures continuous audio and video output even when the input signal fails. A dual SDI input allows this synchronizer to take signals from either of two paths thus allowing split operation, with video taken from one input and embedded audio from the other. • • Does this module suit your application? • SDI synchronizer and 4/8 channel AES demultiplexer Can demultiplex AES/EBU, AC3 and Dolby E digital audio data Handles up to 24 bit embedded audio present on the incoming SDI stream, and deembeds/embeds to 20 bits Flexible audio delay including common fixed delay and tracking delay A further audio delay of up to 0.5s which seamlessly tracks the video delay or external RollTrack / GPI inputs Firewall for video and processed PCM audio to provide a continuous output Transparent to Dolby E / non-PCM audio Eight channel audio processor with channel level manipulation Channel level (Sub-frame) routing 4 off 4 channel audio mixers • • • • • • • • • • • Video proc-amp (gain, saturation, black level) Video test pattern generator, 2 channel audio tone generator Up to 3 frames of video delay in delay mode RollCall control and monitoring compatible Why should you choose this module? • • • • This module provides a comprehensive solution for taking asynchronous SDI input feeds and providing AES audio alongside synchronous video Superb for a lines input role, with proc-amps on both audio and video signals Can be used as a general video synchronizer with audio monitoring Video delay feature allows this module to be used where a Dolby E decoder, for example, is to be placed downstream of the AES outputs Ancillary data bypass 2 SDI RX & Equalisation SDI RX & Equalisation 1 Lowhysteresis Video Synchronizer Video Firewall Video Proc. Amp Inputs Channel Proc. Amp Channel Router Demux Channel Proc. Amp Selective Ancillary Blanking Signal Monitoring Ancillary Data Multiplexer Additional Delay SDI TX 2 Outputs 1 Audio Tracking Delay Audio Firewall Demux Tone Tone Generator Generator Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers AES TX AES TX 1 2 GPI Control and TTL Pulse I/O I/O Built-in Intelligence 1 X GPI Ref Loop Network intelligence, control and monitoring Block diagram for IQDMX0217-2A shown © Snell & Wilcox 2005 227 IQDMX00/10 SDI Synchronizer and 4/8 Channel AES demultiplexer Order codes for IQH3A enclosures SERIAL OUT 2 1 4 3 SERIAL IN IQDMX0/ 1_15-1A AES OUT 2 AES AUDIO OUT 2 1 IQDMX1 _06-2A IQDMX0215-1A SDI and 4 channel AES demultiplexer synchronizer with extended video delay. Balanced AES connection. 1 SDI input, 2 AES outputs, 2 SDI outputs, analog reference SER OUT 2 AES AUDIO OUT SERIAL IN 2 IQDMX0001-1A SDI and 4 channel AES de-embedder synchronizer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, analog reference loop-through 2 SERIAL IN 2 GPI 2 1 SERIAL OUT REFERENCE SERIAL IN 1 IQDMX0216-2 SDI and 4 channel AES demultiplexer synchronizer with extended video delay. Balanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, analog reference loop-through, 1 GPI SERIAL IN 2 AES AUDIO OUT SERIAL IN Order codes for other enclosures IQDMX0/1 _16-2 IQDMX0 _01-1A 1 AES OUT AES OUT SERIAL OUT SERIAL IN 1 1 2 1 IQDMX1006-2A SDI and 8 channel AES demultiplexer synchronizer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 4 AES outputs, 2 SDI outputs, analog reference loop-through, 1 GPI IQDMX1215-1A SDI and 8 channel AES demultiplexer synchronizer with extended video delay. Balanced AES connection. 1 SDI input, 4 AES outputs, 2 SDI outputs, analog reference SER OUT 2 1 IQDMX0/1 _17-2A IQDMX1216-2 SDI and 8 channel AES demultiplexer synchronizer with extended video delay. Balanced AES connection. 2 SDI inputs, 4 AES outputs, 2 SDI outputs, analog reference loop-through, 1 GPI 1 SERIAL OUT SERIAL IN 1 AES OUT IQDMX0217-2A SDI and 4 channel AES demultiplexer synchronizer with extended video delay. Balanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, analog reference loop-through, 1 GPI SERIAL IN 2 GPI 2 IQDMX0 _02-2 1 SERIAL OUT IQDMX1217-2A SDI and 8 channel AES demultiplexer synchronizer with extended video delay. Balanced AES connection. 2 SDI inputs, 4 AES outputs, 2 SDI outputs, analog reference loop-through, 1 GPI AES OUT 1 2 REFERENCE SERIAL IN 1 IQDMX0002-2 SDI and 4 channel AES demultiplexer synchronizer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, analog reference loop-through, 1 GPI 1 SERIAL IN 2 2 2 1 IQDMX0 _03-2A SERIAL OUT SERIAL IN 1 IQDMX0003-2A SDI and 4 channel AES demultiplexer synchronizer with extended video delay. Unbalanced AES connection. 2 SDI inputs, 2 AES outputs, 2 SDI outputs, analog reference loop-through, 1 GPI For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Unbalanced digital audio ..... 2/4 x AES/EBU (BNC) Digital Video ........................ 2 x SDI (BNC) Balanced digital audio ........ 2/4 x AES/EBU (25Way D-Type) Video Reference .................. Composite video (BNC) Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994, AES3-1992 Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Control Interface Signal Outputs GPI...................................... 1x Closing contact I/O interface (BNC) Digital Video ........................ SDI x 2 © Snell & Wilcox 2005 228 IQDMX00/10 SDI Synchronizer and 4/8 Channel AES demultiplexer Card Edge & RollCall Controls Card Edge Controls Luminance Gain................... ± 6 dB NONE Chrominance Gain ............... ± 6 dB Card Edge Indicators Genlock Mode ..................... Free-run / Genlock / Primary SDI (delay mode) SDI Input Loss..................... Loss = Off, Good = Green SDI Input Error..................... Yellow = Unused input not at current operating standard Genlock H Phase................. ± 32 µs in 74 ns steps Reference Loss Video Horizontal Delay ......... +1 Line in 37 ns steps CPU running / Power........... One green LED, flashing = OK Video Vertical Delay ............. +1 Frame in 1 line steps RollCall Functions Video Delay Frames ............. 0 to +2 frames Genlock V Phase ................. ± 262/312 lines in 1 line steps Audio Controls Audio extraction select ........ SDI input 1/2/Follow Video Control Other Controls Set headroom ..................... 4 to 24 dB in 1 dB steps Pass vertical data................. On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) Set audio detector thresholds High and low levels, time delay Preset Unit........................... Returns all settings to default Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded audio. +18 dB to –18 dB in 0.1 dB steps. Pattern Select ...................... 100%/75% Bars, Multiburst, Black, Animated Bars Channel routing .................. Output channels routed from test tone, silence or SDI 8 embedded channels from any group Default Video Output............ pattern / freeze/ run through User Memories .................... Name, clear, save and read 8 user memories Default Audio Output ........... Silence Caption Output ................... On/Off (default and pattern output only) Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded and AES output channels. +18 dB to –18 dB in 0.1 dB steps. Caption Generator ............... Programmable up to 19 characters GPI/O set-up ....................... May be attached to any memory function/polarity Lock .................................... Control to select the clock source from the output side of the synchronizer – Video, Input 1, internal Reporting (* also Logged) EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. No SDI ................................ *No input present Variable audio delay control source Up to 0.5 s from RollTrack + GPI + video synchronizer Reference error.................... Standard different to selected input No reference........................ *No reference present Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 10 kHz in 100 Hz steps. Input ancillary error .............. ANC error, ANC error-seconds Tone Setup: Report Embedded Audio Data Report audio data pairs on input and output SDI Input error............................ Unused input not at current operating standard Frequency ........................... 100 Hz to 10 kHz in 100 Hz steps Channel Ident ...................... 0.5 s interruption every 2 s Select primary input............. 1/2 Audio Silence, High Level, Low Level, Overflow For processed audio channels only Black Level .......................... ± 100 mV in 0.8 mV steps RollTrack Input Y/C Timing ......................... ± 592 ns in 148 ns steps Delay ................................... Audio delay – Fixed, RollTrack + fixed, Internal Sync + Fixed Video Controls Picture position ................... ± 592 ns in 148 ns steps © Snell & Wilcox 2005 229 IQDMX00/10 SDI Synchronizer and 4/8 Channel AES demultiplexer RollTrack Output Reference state ................... Ref Lost, Ref Present, Ref error [error: different standard to input – input has precedence Delay ................................... Current video/audio delay Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 GPI 1 Low, High, Inactive Embedded Audio state ........ De-embed 1-8 Lost/Present Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Delay (Synchronize Mode) ... Sync delay + 0, 1 or 2 Frames Serial Input Return Loss....... Better than 15 dB to 270 MHz Delay .................................. 6 µs - 3 Frames + 5.5 µs Maximum Input Cable length THD+N ................................ < -117 dB @ 700 Hz (24 bits) AES to AES > 200 m (PSF1/2 or equiv. cable) Serial Output Level .............. 800 mV ±5% Digital Audio Output (Balanced) Output Overshoot................ < 70 mV Connector/Format ............... 25 W D Output Return Loss ............. Better than 15 dB to 270 MHz Level.................................... 3 V p-p typical into 110 Ohms Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Digital Audio Output (Unbalanced) Reference Return Loss ........ Better than -35 dB to 5.8 MHz Level.................................... 1 V p-p typical into 75 Ohms Reference Input Level .......... 1 V p-p ± 3 dB Power Consumption Minimum Delay ................... 6 µs Module Power Consumption Connector/Format ............... BNC 7.46 W max Synchronize Hysteresis Window 0.5 - 1 µs © Snell & Wilcox 2005 230 IQDMX20 Frame Synchronizer with 4 Channel Analog Audio demultiplexer The IQDMX20 is a synchronizer/demultiplexer with analog audio outputs. This module provides a more enhanced product featuring audio and video synchronization in addition to demultiplexing. • • Does this module suit your application? • • • • • • • • • SDI synchronizer and 4 channel analog audio demultiplexer Flexible audio delay including common fixed delay and tracking delay A further audio delay of up to 0.5s which seamlessly tracks the video delay or external RollTrack / GPI inputs Firewall for video and processed PCM audio to provide a continuous output Transparent to Dolby E / non-PCM audio Handles up to 24 bit embedded audio present on the incoming SDI stream, and embeds/deembeds to 20 bits Eight channel audio processor with channel level manipulation Channel level (Sub-frame) routing 4 off 4 channel audio mixers • • Video proc-amp (gain, saturation, black level) Video test pattern generator, 2 channel audio tone generator Up to 3 frames of video delay in delay mode RollCall control and monitoring compatible Why should you choose this module? • • • This module provides a comprehensive solution for taking asynchronous SDI input feeds and providing analog audio alongside synchronous video Superb for a lines input role, with proc-amps on both audio and video signals Can be used as a general video synchronizer with audio monitoring Ancillary data bypass SDI RX & Equalisation 1 Lowhysteresis Video Synchronizer Video Firewall Video Proc. Amp inputs Channel Router Demux Channel Proc. Amp Channel Proc. Amp Selective Ancillary Blanking Signal Monitoring Ancillary Data Multiplexer Additional Delay 2 Audio Tracking Delay Audio Firewall Demux Tone Tone Generator Generator Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers DAC DAC Ref Loop GPI Control and TTL Pulse I/O DAC I/O Built-in Intelligence Network intelligence, control and monitoring Block diagram for IQDMX2017-2A shown © Snell & Wilcox 2005 SDI TX Outputs 2 SDI RX & Equalisation 1 X GPI 1 231 DAC 1 2 3 4 IQDMX20 4 Channel Analog Audio demultiplexer with Synchronizer Order codes for IQH3A enclosures SERIAL OUT Order codes for other enclosures ANALOG AUDIO OUT SERIAL IN SERIAL IN 2 GPI IQDMX2 _15-1A 2 ANALOG AUDIO OUT 1 ANALOG AUDIO OUT 2 2 IQDMX2 _16-2 IQDMX2015-1A SDI and 4 channel analog audio demultiplexer with synchronizer and extended video delay. Balanced analog audio connection. 1 SDI input, 4 analog outputs, 2 SDI outputs, analog reference SERIAL OUT 1 REFERENCE SERIAL IN 1 IQDMX2016-2 SDI and 4 channel analog audio demultiplexer with synchronizer and extended video delay. Balanced analog audio connection. 2 SDI inputs, 4 analog outputs, 2 SDI outputs, analog reference, 1 GPI SERIAL IN 2 1 IQDMX2 _17-2A SERIAL OUT SERIAL IN 1 IQDMX2017-2A SDI and 4 channel analog audio demultiplexer with synchronizer and extended video delay. Balanced analog audio connection. 2 SDI inputs, 4 analog outputs, 2 SDI outputs, analog reference, 1 GPI For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Balanced analog audio ....... 4 channels (25 Way D-Type) Control Interface Digital Video ........................ 2 x SDI (BNC) (1 x SDI – single width versions) GPI...................................... 1x Closing contact I/O interface (BNC) Video Reference .................. Composite video (BNC) Signal Outputs Digital Video ........................ SDI x 2 Card Edge & RollCall Controls Card Edge Controls Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded and AES output channels. +18 dB to –18 dB in 0.1 dB steps. NONE Card Edge Indicators SDI Input Loss..................... Loss = Off, Good = Green SDI Input Error..................... Yellow = Unused input not at current operating standard Lock .................................... Control to select the clock source from the output side of the synchronizer – Video, selected Input, internal Reference Loss CPU running / Power........... One green LED, flashing = OK Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. RollCall Functions Audio Controls Variable audio delay control source Up to 0.5 s from RollTrack + GPI + video synchronizer Audio extraction select ........ SDI input 1/2/Follow Video Control Set line up level ................... +20 to –20 dBu in 1 dB steps Set headroom ..................... 4 to 24 dB in 1 dB steps Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 15 kHz in 100 Hz steps. Set audio detector thresholds High and low levels, time delay Tone Setup: Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded audio. +18 dB to –18 dB in 0.1 dB steps. Frequency............................ 100 Hz to 15 kHz in 100 Hz steps Channel Ident ...................... 0.5 s interruption every 2 s Video Controls Channel routing .................. Output channels routed from test tone, silence or SDI 8 embedded channels from any group © Snell & Wilcox 2005 Select primary input ............. 1/2 Black Level .......................... ± 100 mV in 0.8 mV steps 232 IQDMX20 4 Channel Analog Audio demultiplexer with Synchronizer Y/C Timing ......................... ± 592 ns in 148 ns steps No SDI ................................ *No input present Picture position ................... ± 592 ns in 148 ns steps No reference........................ *No reference present Luminance Gain .................. ± 6 dB Reference error.................... Standard different to selected input Chrominance Gain............... ± 6 dB Input ancillary error .............. ANC error, ANC error-seconds Genlock Mode..................... Free-run / Genlock / Primary SDI (delay mode) Input error............................ Unused input not at current operating standard Genlock H Phase................. ± 32 µs in 74 ns steps Report Embedded Audio Data Report audio data pairs on input and output SDI Genlock V Phase ................. ± 262/312 lines in 1 line steps Video Horizontal Delay......... +1 Line in 37 ns steps Video Vertical Delay ............. +1 Frame in 1 line steps Video Delay Frames............. 0 to +2 frames Audio Silence, High Level, Low Level, Overflow For processed audio channels only Other Controls RollTrack Input Pass vertical data ................ On/Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) Delay ................................... Audio delay – Fixed, RollTrack + fixed, Internal Sync + Fixed Preset Unit .......................... Returns all settings to default RollTrack Output Pattern Select...................... 100%/75% Bars, Multiburst, Black, Animated Bars Delay ................................... Current video/audio delay Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 User Memories .................... Name, clear, save and read 8 user memories Default Video Output ........... pattern / freeze/ run through Default Audio Output ........... Silence Caption Output ................... On/Off (default and pattern output only) Caption Generator .............. Programmable up to 19 characters GPI/O set-up ....................... May be attached to any memory function/polarity Reference state ................... Ref Lost, Ref Present, Ref error [error: different standard to input – input has precedence Reporting (* also Logged) Embedded Audio state ........ Pair present EDH (for selected input) ....... *Presence, *Error-Time, *ErrorSeconds Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Delay (Synchronize Mode) ... Sync delay + 0, 1 or 2 Frames Serial Input Return Loss....... Better than 15 dB to 270 MHz Delay (Delay Mode).............. 6 µs - 3 Frames + 5.5 µs Maximum Input Cable length THD+N................................ < -117 dB @ 700 Hz (24 bits) AES to AES > 200 m (PSF1/2 or equiv. cable) Serial Output Level .............. 800 mV ±5% Analog Audio Outputs Output Overshoot................ < 70 mV Output Impedance ............. ~25 Ohms THD+N................................ -95 dB typical at 1 kHz Conversion .......................... min 20-bit – 105 dB dynamic range Output Return Loss ............. Better than 15 dB to 270 MHz Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Sampling ............................. 48 kHz Synchronous to D1 video stream Reference Return Loss ........ Better than -35 dB to 5.8 MHz Power Consumption Reference Input Level .......... 1 V p-p ± 3 dB Module Power Consumption 7.46 W Minimum Delay ................... 6 µs Synchronize Hysteresis Window 0.5 - 1 µs © Snell & Wilcox 2005 233 IQSYN00 Frame Synchronizer with Embedded Audio Processing A powerful SDI video synchronizer with advanced embedded audio handling. Video and audio proc. amp capability makes this module ideal for SD lines-in applications. All audio manipulation is at the channel-level suiting discreet surround and multi-lingual use. Its firewall capability ensures continuous audio and video output even when the input signal fails. A dual SDI input allows this synchronizer to take signals from either of two paths. This can be used for handling main and redundant feeds, or it can be used with a composite decoder such as the IQDAMDA to provide analog and digital alternative inputs. The second input also allows split operation, with video taken from one input and embedded audio from the other. • Tracking audio delay of up to 0.5s which seamlessly tracks the video delay or external RollTrack / GPI inputs • Up to 3 frames of video delay in delay mode • RollCall control and monitoring compatible Why should you choose this module? Does this module suit your application? • • • • • • • • SDI synchronizer with tracking audio delay Firewall for video and processed PCM audio to provide a continuous output Transparent to Dolby E / non-PCM audio Handles up to 24 bit embedded audio present on the incoming SDI stream, and processes audio for re-insertion at 20 bits Eight channel audio processor with channel level manipulation Channel level (Sub-frame) routing 4 off 4 channel assignable audio mixers Video proc-amp (gain, saturation, black level) Audio proc-amp and delay Flexible audio delay including common fixed delay and tracking delay 1 2 • • • For all general SDI synchronization tasks including embedded audio handling An ideal lines input processor with full control of audio and video parameters, including procamp and delays Allows an SDI router to provide split audio and video operation by taking video from one input and embedded audio from the other Ancillary data bypass 1 SDI RX & Equalisation Lowhysteresis Video Synchronizer SDI RX & Equalisation Video Firewall Video Proc. Amp Ancillary Blanking SDI TX Ancillary Data Multiplexer 2 Inputs Outputs • • Demux Channel Proc. Amp Audio Firewall Channel Proc. Amp Channel Router Signal Monitoring Audio Tracking Delay Additional Delay Ref Loop Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers Built-in intelligence GPI control and TTL pulse I/O I/O Tone Tone Generator Generator 1 X GPI Demux Network intelligence, control and monitoring Block diagram for IQSYN0001-1A shown Order codes for IQH3A enclosures SERIAL OUT 2 SERIAL OUT Order codes for other enclosures IQSYN0_00-1 SERIAL IN 1 1 SERIAL OUT 2 1 IQSYN0 _01-1A REFERENCE SERIAL IN 2 For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 SERIAL IN IQSYN0000-1 SDI frame synchronizer with embedded audio processing. 1 SDI input, 2 SDI outputs, analog reference loop-through IQSYN0001-1A SDI frame synchronizer with embedded audio processing. 2 SDI inputs, 2 SDI outputs, analog reference loopthrough 235 IQSYN00 Frame Synchronizer with Embedded Audio Processing Inputs & Outputs Signal Inputs Signal Outputs Digital Video ........................ Up to 2 x SDI (BNC) Digital Video ........................ SDI x 2 Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Standards............................ SMPTE 259M-C-1997, SMPTE 272M-A-1994 Video reference ................... Composite video (BNC) Control Interface GPI...................................... 1x Closing contact I/O interface Card Edge & RollCall Controls Card Edge Controls Video Controls NONE Select primary input ............. 1/2 Card Edge Indicators Black Level .......................... ± 100 mV in 0.8 mV steps SDI Input Loss..................... Loss = Off, Good = Green Y/C Timing .......................... ± 592 ns in 148 ns steps SDI Input Error..................... Yellow (Unused input not at current operating standard) Picture position ................... ± 592 ns in 148 ns steps Reference Loss Chrominance Gain ............... ± 6 dB CPU running / Power........... One green LED, flashing = OK RollCall Functions Genlock Mode ..................... Free-run / Genlock / Primary SDI (delay mode) Audio Controls Genlock H Phase................. ± 32 µs in 74 ns steps Audio extraction select ........ SDI input 1/2/Follow Video Control Genlock V Phase ................. ± 262/312 lines in 1 line steps Set headroom ..................... 4 to 24 dB in 1 dB steps Video Horizontal Delay ......... +1 Line in 37 ns steps Set audio detector thresholds High and low levels, time delay Video Vertical Delay ............. +1 Frame in 1 line steps Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control over de-embedded channels. ±18 dB in 0.1 dB steps. Other Controls Channel routing .................. Output channels routed from SDI 8 embedded channels from any group, test tone and silence Pattern Select ...................... 100% Bars / 75% Bars / Multiburst / Black / Animated Bars Luminance Gain................... ± 6 dB Video Delay Frames ............. 0 to +2 frames Pass vertical data................. On / Off (lines selectable 7/11 to 23/21 & 320/274 to 335/283) Preset Unit........................... Returns all settings to default User Memories .................... Name, clear, save and read 8 user memories Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over embedded output channels. ±18 dB in 0.1 dB steps. Default Video Output............ pattern / freeze/ run through Default Audio Output ........... Silence Caption Output ................... On / Off (default and pattern output only) Lock .................................... Control to select the clock source from the output side of the synchronizer – Video, Input 1, internal Caption Generator ............... Programmable up to 19 characters GPI/O set-up ....................... May be attached to any memory function / polarity Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. Reporting * also Logged Variable audio delay control source Up to 0.5 s from RollTrack + GPI + video synchronizer EDH (for selected input) ....... *EDH Error / *Error-Time / *EDH Error-Seconds Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 15 kHz in 100 Hz steps. No reference........................ *No reference present No SDI................................. *No input present Reference error.................... Standard different to selected input Tone Setup: Input ancillary error .............. ANC Error / ANC Error-Seconds Frequency ........................... 100 Hz to 15 kHz in 100 Hz steps Input error............................ Unused input not at current operating standard Channel Ident ...................... 0.5 s interruption every 2 s © Snell & Wilcox 2005 236 IQSYN00 Frame Synchronizer with Embedded Audio Processing Report Embedded Audio Data Report audio data pairs on input and output SDI Reference state ................... Ref Lost, Ref Present, Ref error [error: different standard to input – input has precedence Audio Silence, High Level, Low Level, Overflow For processed audio channels only Input state ........................... Selected Input: Input Present, Input Missing, Standard 525, Standard 625 Input 1: Input Present, Input Missing, Standard 525, Standard 625 Input 2: Input Present, Input Missing, Standard 525, Standard 625 GPI 1 Low, High, Inactive RollTrack Input Delay ................................... Audio delay – Fixed, RollTrack + fixed, Internal Sync + Fixed RollTrack Output Delay ................................... Current video/audio delay Embedded Audio state ........ De-embed 1-8 Lost/Present Specifications Video Internal Processing .... 4:2:2 with 10 bit data paths Reference Input Level .......... 1 Vp-p ± 3 dB Serial Input Return Loss....... Better than 15 dB to 270 MHz Minimum Delay ................... 6 µs Maximum Input Cable length Synchronize Hysteresis Window 0.5 - 1 µs > 200 m (PSF1/2 or equiv. cable) Serial Output Level .............. 800 mV ±5% Delay (Synchronize Mode) ... Sync delay + 0, 1 or 2 Frames Output Overshoot................ < 70 mV Delay (Delay Mode).............. 6 µs - 3 Frames + 5.5 µs Output Return Loss ............. Better than -15 dB to 270 MHz Power Consumption Output Jitter ........................ < 0.2 UI (with 10 Hz High pass filter selected on 601 monitor) Module Power Consumption 7.46 W max Reference Return Loss ........ Better than -35 dB to 5.8 MHz © Snell & Wilcox 2005 237 IQDSYN SDI Synchronizer with Ancillary Space Passing The IQDSYN is a SDI line and frame synchronizer with ancillary data passing capability. • Does this module suit your application? • • • • • • • • • • • • SDI frame synchronizer with 10-bit data path Minimum delay of < 2µs allows use as a Line Synchronizer Ancillary and vertical data passing Router switching tolerant (SMPTE RP168) Fixed delay mode (lock to input) Luminance and chrominance gain controls Luminance black level control EDH checking and insertion (SMPTE RP165) Pattern generation Un-interruptable valid output Controlled and crash freeze Automatic 625 and 525 operation RollCall remote control plus 3 Configurable GPI BNC’s (-2 only) Why should you choose this module? • • • • The ideal timing solution where the Serial 4:2:2 signal has ancillary data that needs to be passed through the frame synchronizer Three modes of operation – genlock, delay, free-run Lock modes: genlock (output locked to reference), delay (output locked to input) Can control, using RollTrack, a tracking audio delay to ensure there are no lip-sync errors Ancillary Data Processing Serial D1 Input Deserialize Line & Frame Synchronizer D1 Output D1 Formatter Up to 4 Serial D1 Outputs EDH Check EDH Insert Analog Reference Loop-thru SPG CPU & RollCall Up to 3 GPIs Order codes for IQH3A enclosures RollCall™ Order codes for other enclosures IQDSYN-1 IQDSYN-1A Frame/Line Synchronizer with Ancillary Data Passing. 3 outputs. 2 SERIAL 1 OUTPUT ANALOGUE REF SERIAL INPUT IQDSYN-1 Frame/Line Synchronizer with Ancillary Data Passing. 2 outputs. GPI IQDSYN-2 2 1 4 3 SERIAL OUTPUT 3 ANALOGUE REF 2 1 SERIAL INPUT IQDSYN-2 Frame/Line Synchronizer with Ancillary Data Passing. 4 outputs For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 239 IQDSYN SDI Synchronizer with Ancillary Space Passing Inputs & Outputs Signal Inputs IQDSYN SDI Synchronizer with Ancillary Space Passing Serial .................................. 1 x SDI Inputs Standards............................ SMPTE 259M-C-1997, SMPTE 272M-1994 Outputs Digital Digital External Reference .............. Composite Video or Black Burst (loop-through) Serial 656 Analog GPI...................................... Up to 3 Closing Contact style inputs Reference Sync Loop-thru Signal Outputs Up to 3 x GPI Serial .................................. Up to 4 SDI Line & Frame Synchronizer with full Genlock Controls 625/525 Ancillary Data Processing Freeze Patterns EDH capable Up to 4 x Serial 656 Standards............................ SMPTE 259M-C-1997, SMPTE 272M-1994 Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Mode Select ........................ Synchronize / Delay Preset Unit........................... Returns all settings to factory defaults V Genlock offset .................. ± 100 Lines Functions Available via RollCall™ Only H Genlock offset.................. ± 1 Line in 37 ns steps Vertical Data ........................ Individual Line Selection of Pass/Blank or Blank/Pass all lines V Delay (DELAY mode) ........ < 2 µs to 1 Frame + 2 µs Freeze ................................. On/Off H Delay (Delay mode) .......... 0 to 64 µs in 37 ns steps EDH logging EDH insertion ...................... On / Off GPI configuration ................. Select the function of each GPI input from a predefined list of options (-2 version only) Pattern ................................ On / Off Pattern Select...................... Black; EBU Bars; 100% Bars; Multiburst; Valid Ramp; Pulse and Bar Vertical Data ........................ Pass / Strip (Individual selection via RollCall only) Genlock Default Mode (for different input and reference standards) A – Default output locked to reference B – Minimum delay mode (input standard)) HANC Data ......................... Pass / Strip RollTrack™ Auto Freeze ......................... Freeze on Input Loss (Default is Pattern Output) Specifications Serial Input Return Loss....... Better than 15 dB to 270 MHz Minimum Delay (Synchronize Mode) <2 µs Maximum Input Cable length > 200 m Synchronize Hysteresis........ 200 ns Serial Output Level .............. 800 mV ±10% Minimum Delay (Delay Mode) < 2 µs Output Overshoot................ < 70 mV Maximum Delay (Delay Mode) 1 Fame + 2 µs Output Return Loss ............. Better than -15 dB to 270 MHz Output Jitter ........................ < 0.2 UI Power Consumption Reference Return Loss ........ Better than -35 dB to 5.8 MHz Module Power Consumption Reference Input Level .......... 1 V p-p ± 3 dB © Snell & Wilcox 2005 6.7 W max 240 IQATBS Composite Timebase Corrector The IQATBS provides multi-standard Y/C and composite timebase correction, synchronization and noise reduction. The composite input automatically detects PAL, NTSC, NTSC-J, PAL-M, PAL-N, N4.43 and SECAM, and is sampled and decoded using an adaptive line comb filter to ensure optimum decoding performance. The signal correction features include luminance and chrominance gain, black level, NTSC hue, linear horizontal enhancer, Y-C horizontal timing and picture position. Rugged sync and clock recovery ensures reliable operation with unstable and noisy inputs. • Does this module suit your application? • • • • • • • • • • • • • • • • • • • 4:2:2 frame synchronizer / timebase corrector Motion adaptive recursive noise reducer with automatic noise floor measurement Linear horizontal enhancer 10-bit internal processing Auto standards detection Input standards - PAL, NTSC, NTSC-J, PAL-N, PAL-M, N4.43 and SECAM Output standards - PAL, NTSC, NTSC-J, PAL-N, PAL-M and SECAM Y-C and Composite input / output PAL Hanover bar suppression Handles VHS tape playback feature modes Genlockable SPG with phasing adjustments Test signal generator (100/75% color bars, multi-burst, black) VITS insertion on composite / Y/C outputs PAL Line 23 and NTSC Line 21 process As Video, pass or blank Selectable Automatic Gain Control Selectable ACC referenced to color burst Adjustment of luma gain, black level, chroma gain, NTSC Hue and horizontal timing Frame freeze, black or input pass through on loss of input Power-down bypass (composite A in to composite 1 output) Reference Video • • • • Vertical information passed or blanked on either composite / Y/C Delay Flag (GPI/O port) output and RollTrack for audio tracking Programmable GPI/O port 8 programmable memories Full RollCall remote control available as an upgrade Why should you choose this module? • • • • • Rugged sync and clock recovery ensures reliable operation with unstable and noisy inputs In addition a powerful frame recursive noise reducer is able to automatically eliminate much background noise. A motion detector switches off the noise reduction in moving picture areas The signal correction features include luminance and chrominance gain, black level, NTSC hue, linear horizontal enhancer, Y-C horizontal timing and picture position The broadcast quality output encoder with dual 10 bit oversampled DAC’s is fully genlockable to a composite reference and supports PAL, NTSC, NTSC-J, PAL-M, PAL-N and SECAM. In addition will also operate as a transcoder between any of the available standards of the same line rate Can control, using RollTrack, a tracking audio delay to ensure there are no lip-sync errors SPG Y-C Output Y-C Input Composite Input B Decoder Sync Frame Store Composite Input A GPI © Snell & Wilcox 2005 Noise Reduce Encoder 2 Composite Outputs 1 Power Down Bypass Processor RollCall 241 IQATBS Composite Timebase Corrector Order codes for IQH3A enclosures Order codes for other enclosures OUTPUTS Y C INPUTS Y/B GPI/O CVBS 2 C IQATBS-2-0 A 2 1 CVBS REFERENCE IQATBS-2A Composite Timebase Corrector. 1 Y/C - 2 Composite outputs. IQATBS-2 Composite Timebase Corrector. 1 Y/C - 2 Composite outputs. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Inputs IQATBS Composite Timebase Corrector Composite........................... 2 x BNC connectors Inputs Standards............................ PAL, NTSC, NTSC-J, PAL-N, PAL-M, N4.43, SECAM Outputs Analog Analog Composite A & B Y-C...................................... Via BNC connectors Standards............................ PAL, NTSC, NTSC-J, PAL-N, PAL-M, N4.43, SECAM Y/C Video Reference .................. Loop through BNCs; Composite Video or Black Burst Decode Encode PAL SECAM PAL-M PAL-N NTSC N4.43 PAL SECAM PAL-M PAL-N NTSC Composite 1-2 Y/C Synchronize Noise Reduce Outputs Reference Composite........................... 2 x BNC Standards............................ PAL, NTSC, NTSC-J, PAL-N, PA-LM, SECAM GPI RollCall Remote Control Y-C...................................... Via BNC Standards............................ PAL, NTSC, NTSC-J, PAL-N, PAL-M, SECAM Card Edge & RollCall Controls Control Interface Output Standards 525 ......... NTSC, PAL-M, NTSC-J GPI/O .................................. Connector / Format BNC; Closing contact input/output NTSC Hue ........................... 360º in 1º steps Luma Noise Reduction ........ Off / [On: Low, Medium, High] Card Edge Controls (also available via RollCall) Chroma Noise Reduction..... Off / [On: Low, Medium, High] Input select.......................... Composite A, composite B, YC Enhance .............................. Off / [On: De, Low, Medium, High] Pedestal .............................. Switches BETWEEN NTSC and NTSC-J inputs Automatic Gain Control........ On / Off (Automatic Range +3 dB to –6 dB) Freeze ................................. On / Off Pattern ................................ On / Off Automatic Chroma Gain Control On / Off Luminance Gain .................. ± 3 dB in 0.1 dB steps Insert VITS ........................... On / Off Chroma Gain ....................... ± 3 dB in 0.1 dB steps Pass vertical data................. On / Off Black Level .......................... ±100 mV in 1.6 mV steps PAL Line 23 ......................... Process as video / Pass / Blank Genlock............................... On/Off, ScH Lock, HV Lock NTSC Line 21 ...................... Process as video / Pass / Blank Indicators SECAM Notch filter .............. On / Off Input Loss ........................... Illuminates if input signal is lost SECAM Bottles.................... On / Off Input Error ........................... Flashes if input signal is invalid SECAM carrier ..................... On / Off Reference Loss ................... Illuminates if reference signal is lost or is invalid SECAM Chroma Pre-Filter ... On / Off Functions available via RollCall only Noise Reduction Split screen Off / Top Bottom split, Left Right split Input Standard..................... PAL, PAL-N, SECAM, NTSC, PAL-M, NTSC-J, N4.43 Pattern Select ...................... Black, Multi-burst, 75% color bars, 100% color bars Output Standards 625......... PAL, PAL-N, SECAM Y/C Timing .......................... ±1036 ns in 148 ns steps © Snell & Wilcox 2005 242 IQATBS Composite Timebase Corrector Picture Position ................... ±1036 ns in 148 ns steps Preset Memories.................. Returns all memory settings to factory defaults Default Output ..................... Input, Pattern, Freeze, Stable Input Preset Unit........................... Returns all unit settings to factory defaults Logging (via RollCall)............ Reference, Input Reset Unit............................ Implements a power-down, power-up cycle GPI action ........................... Memories 1 to 8, Pattern, Freeze GPO ................................... Off, [On: Delay Flag, Input Loss, polarity high/low] RollTrack Setup ................... Enable Unit 1.8 8 User Memories ................. [store / name / recall] Specifications Input System Parameters Return Loss......................... Better than -30 dB to 5 MHz Internal Processing .............. 4:2:2 Composite Level.................. 1 V pk-pk typ. Into 75 ohms Y Frequency Response ....... 5 MHz +0.2 dB, -0.5 dB Y Level ................................ 1 V pk-pk into 75 ohms C Frequency Response ....... 1.5 MHz -3 dB typ C Level ................................ Color Burst at standard level into 75 ohms Signal / Noise ...................... Better than -60 dB (Wgtd, ramp) Reference Level................... Composite or Black Burst at standard level via loop-thru connection (>10 k ohm) Subcarrier Rejection ............ Better than 46 dB (PAL, NTSC) (75% Red) K-2T.................................... Better than 1% Y-C delay error .................... ±20 ns Output Power Consumption Return Loss......................... <-15 dB at 270 MHz © Snell & Wilcox 2005 Module Power Consumption12.9 W max 243 IQARC00 ASPECT RATIO CONVERTER WITH SIGNALLING......................................... 247 IQARC01 FIXED MODE ASPECT RATIO CONVERTER ................................................. 251 To enable conversion between standard and widescreen formats a series of aspect ratio converters are included in the Modular range. The modules use vertical-temporal filtering, and offer up to nine up - down conversion modes. Converters are available with smooth dynamic pan and tilt controls, line 23 wide screen signalling, video index signalling, and input and output blanking. Other features include SDI monitoring outputs and all converters either have a fixed single frame of delay or minimum delay mode for easy installation. For Additional Related Modules See: Section: Module: HD-SDI/SD-SDI IQUDC00 HD-SDI/SD-SDI IQUDC01 © Snell & Wilcox 2005 245 SIGNAL PROCESSING ASPECT RATIO CONVERSION IQARC00 Aspect Ratio Converter with Signalling The IQARC00 is a broadcast quality 10-bit bi-directional aspect ratio converter with serial digital input and outputs, plus additional serial digital monitoring outputs. A comprehensive selection of fixed up and down conversion modes are available with ultra smooth adjustment of picture position both horizontally and vertically. In addition to the preset values, horizontal zoom and active picture size can be smoothly adjusted over a 2:1 to 1:2 range. • Does this module suit your application? • • • • • • • • • • • • • • • • • Aspect ratio conversion using vertical-temporal filtering 9 fixed up and down conversion modes Bi-directional ultra smooth variable aspect ratio between 2:1 and 1:2 Ultra smooth dynamic pan & tilt Input and output blanking controls Line 23 WSS and Video Index signalling (reading and writing) On screen display of line 23 WSS, Video Index information and unit status SDI monitoring outputs Fixed 1 frame or minimum delay modes, for easy installation Transparent to horizontal and vertical interval data Background colour control Auto field freeze on input loss Y and C gain controls Y black adjustment Y and C clippers for minimum and maximum values Pattern generation Caption insertion • • • • • • 8 GPI inputs and 4 input/outputs for rapid control 16 user definable memories Un-interruptable valid output RollTrack audio delay tracking Automatic 625 & 525 operation EDH checking and insertion to SMPTE RP165 RollCall remote control and monitoring Why should you choose this module? • • • • • A proprietary vertical-temporal filter uses all picture lines to maximize the vertical resolution without motion artifact Features include; a comprehensive selection of fixed up and down conversion modes, ultra smooth adjustment of picture position both horizontally and vertically, and Line 23 WSS and Video Index signalling Fixed 1 frame or minimum delay modes, for easy installation RollCall remote control and monitoring Can control, using RollTrack, a tracking audio delay to ensure there are no lip-sync errors Audio/Anc Data Processing D1 Input & Proc Amp Interpolator & Enhancer D1 Formatter & Border EDH Check GPI x 8 GPI/O x 4 © Snell & Wilcox 2005 Active Window Insertion CPU & RollCall D1 Output Multiplexer SDI Input EDH Insert Monitoring Processing SDI Outputs SDI Monitoring Outputs RollCall™ 247 IQARC00 Aspect Ratio Converter with Signalling Order codes for IQH3A enclosures SERIAL MON OUT 2 2 1 SERIAL MON OUT 2 1 1 IQARC0_16-2 3 Order codes for other enclosures 3 IQARC0 _17-2A SERIAL OUT SERIAL IN 3 2 1 3 SERIAL IN SERIAL OUT IQARC0017-2A SDI Aspect Ratio Converter with Signalling. 3 SDI main/ 3 SDI monitoring outputs. IQARC0016-2 SDI Aspect Ratio Converter with Signalling. 3 SDI main/ 3 SDI monitoring outputs. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs IQARC00 SDI Aspect Ratio Converter with Signalling Serial Digital......................... 1 x SDI Standards............................ SMPTE 259M-C–1997 and embedded audio SMPTE 272M-A1994 Inputs Outputs Digital Digital SDI Signal Outputs Audio/ANC Processing GPI x 8 Serial Digital......................... 3 x SDI SDI x 3 Interplolator Border Serial Digital......................... 3 x SDI Monitoring EDH Check/Insertion Monitoring x 3 GPI/O x 4 Standards............................ SMPTE 259M-C–1997 and embedded audio SMPTE 272M-A1994 Rollcall Remote Control Card Edge & RollCall Controls Control Interface GPI...................................... 8 Closing Contact style 4 Closing Contact Inputs/Outputs via 25 way D connector Card Edge Controls (also available via RollCall) Side cropped 14:9 letterbox 16F16 → 16L12 16:9 letter box Aspect ratio ......................... Smooth adjustment between 2:1 and 1:2 Conversion Mode Select Terms AA ....................................... Active image aspect ratio with reference to 9 (4:3 is 12:9 = 12) Size ..................................... Smooth adjustment between 2:1 and 1:2 Pan control .......................... Smooth adjustment across input active picture B ......................................... Display Format P for pillar-box L for letter-box F for full-frame Tilt control............................ Smooth adjustment across input active picture Input blanking ...................... Smooth adjustment of top, bottom, left and right CC ...................................... Raster aspect ratio with reference to 9 (4:3 is 12:9 = 12) Output blanking ................... Smooth adjustment of top, bottom, left and right Conversion Mode Select L23 and Video Index ............ Comprehensive control of Video Index & Line 23 including Automatic read, Automatic or Manual write, or removal Input → Output ................... Comment (output) 12F12 → 12P16.................. 16:9 pillar-box 12F12 → 14P16 16F16 → 14L12 16:9 pillar-box vertically cropped Y Gain Adjust....................... ± 6 dB in 0.1 dB steps 12F12 → 16F16 Full 16:9 picture C Gain Adjust ......................± 6 dB in 0.1 dB steps 16L12 → 12F12 Side cropped Black Level Adjust................±100 mV in 0.8mV steps 16L12 → 14L12 Side cropped 14:9 letterbox Y Min/Max Clipper value ...... - 50 mV to + 50 mV and 635 mV to 765 mV in 0.8 mV steps 16L12 → 16F16 Full 16:9 picture 16F16 → 12F12 Side cropped C Min/Max Clipper value ...... + 200 mV to + 400 mV in 0.8 mV steps © Snell & Wilcox 2005 248 IQARC00 Aspect Ratio Converter with Signalling Line 23, Video Index and unit status on screen display Insert on Monitoring outputs (On/Off) Standard.............................. 525 / 625 / Auto Auto Freeze ......................... Freeze on Input Loss (Default is Pattern Output) (On/Off) Functions available via RollCall only Preset Unit........................... Returns all settings to factory defaults Logging ............................... EDH, Input Loss, Input Standard, Input and Output Video Index Signalling, Input and Output Wide Screen Signalling, Video Index and Wide Screen Signalling AFD conflict, Unit mode Mode................................... Manual / Automatic response to incoming video index or wide screen signalling / Minimum Delay Border control ..................... Black, Blue, Red, Green, White, Grey or 2 user Defined R, G, B User Memories .................... 16 save / recall Caption ............................... Edit, On/Off, 1 or 10 line and where inserted (processed or unprocessed path RollTrack™.......................... Video Delay, Input Present, Input Missing, Input Standard, Input and Output Video Index Signalling, Input and Output Wide Screen Signalling, Video Index and Wide Screen Signalling AFD conflict Pattern Select...................... Off, Black, EBU Bars, 100% Bars, Multiburst, Valid Ramp, Pulse and Bar, Green Monitoring Output .............. Output Input and monitoring information / Aspect ratio converted output GPI configuration ................. Select the function of each GPI input and output from a predefined list of options Ratio Terminology................ WRT-9, PB/LB, Ratio User Memories .................... 16 recall locations Specifications Serial Input Return Loss....... Better than 15 dB to 270 MHz Delay ................................... Normal: 1Frame plus approx. 2 µS or Min Delay: approx. 37 µS Maximum Input Cable length Power Consumption >200 m (PSF1/2 or equiv. cable) Serial Output Level .............. 800 mV ±10% Module Power Consumption13.5 W max Output Overshoot................ <700 mV Output Jitter ........................ < 0.2 UI © Snell & Wilcox 2005 249 IQARC01 Fixed Mode Aspect Ratio Converter The IQARC01 is a 10-bit, bi-directional broadcast quality aspect ratio converter with serial digital input and outputs, plus serial digital monitoring outputs. A comprehensive selection of fixed conversion modes are available with ultra-smooth adjustment of picture position both horizontally and vertically. • • • • Does this module suit your application? • • • • • • • • • • • • Aspect ratio conversion using vertical-temporal filtering 9 fixed up and down conversion modes Ultra smooth dynamic pan & tilt Input and output blanking controls Composite monitoring outputs Transparent to horizontal and vertical interval data Background colour control Auto field freeze on input loss Un-interruptable valid output Pattern generation 8 GPI inputs and 4 input/outputs for rapid control 16 user definable memories RollTrack audio delay tracking Automatic 625 & 525 operation EDH checking and insertion to SMPTE RP165 RollCall remote control and monitoring Why should you choose this module? • • • • A comprehensive selection of fixed up and down conversion modes are available with ultra smooth adjustment of picture position both horizontally and vertically A proprietary vertical-temporal filter uses all picture lines to maximize the vertical resolution without motion artifact RollCall remote control and monitoring Can control, using RollTrack, a tracking audio delay to ensure there are no lip-sync errors Audio/Anc Data Processing D1 Input & Proc Amp Interpolator & Enhancer EDH Check Active Window Insertion GPI x 8 SDI Outputs Monitoring Processing CPU & RollCall GPI/O x 4 SERIAL MON OUT 2 IQARC0 _17-2A SERIAL OUT 1 Order codes for other enclosures SERIAL MON OUT 2 1 1 IQARC0_16-2 2 3 SERIAL IN 3 2 1 SERIAL OUT IQARC0117-2A Fixed mode SDI Aspect Ratio Converter. 3 SDI main/ 3 SDI monitoring outputs. 3 SERIAL IN IQARC0116-2 Fixed mode SDI Aspect Ratio Converter. 3 SDI main/ 3 SDI monitoring outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 SDI Monitoring Outputs RollCall Order codes for IQH3A enclosures 3 D1 Output D1 Formatter & Border Multiplexer SDI Input EDH Insert 251 IQARC01 Fixed Mode Aspect Ratio Converter Inputs & Outputs Signal Inputs Serial Digital......................... 1 x SDI Inputs Standards............................ SMPTE 259M-C–1997 and embedded audio SMPTE 272M-A1994 IQARC01 Fixed Mode SDI Aspect Ratio Converter Outputs Digital Digital SDI Audio/ANC Processing Signal Outputs GPI x 8 SDI x 3 Interplolator Border Serial Digital......................... 3 x SDI EDH Check/Insertion Serial Digital......................... 3 x SDI Monitoring SDI Monitoring x 3 GPI/O x 4 Standards............................ SMPTE 259M-C–1997 and embedded audio SMPTE 272M-A1994 Rollcall Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Input blanking Smooth adjustment of top, bottom, left and right Output blanking Smooth adjustment of top, bottom, left and right Auto Freeze Freeze on Input Loss (Default is Pattern Output) Minimum Delay mode On / Off Background control Black, Blue, Red Magenta, Green, Cyan, Yellow, White, Grey or 2 user Defined R, G, B Pattern Select Off, Black, EBU Bars, 100% Bars, Multiburst, Valid Ramp, Pulse and Bar, Green Monitoring Output 12F12 → 14P16.................. 16:9 pillar-box vertically cropped Output Input and monitoring information / Aspect ratio converted output Caption Off / On 12F12 → 16F16 .................. Full 16:9 picture Ratio Terminology WRT-9, PB/LB, Ratio 16L12 → 12F12 .................. Side cropped User Memories 16 recall locations 16L12 → 14L12 .................. Side cropped 14:9 letterbox Standard 525 / 625 / Auto Conversion Mode Select Terms AA ....................................... Active image aspect ratio with reference to 9 (4:3 is 12:9 = 12) B ......................................... Display Format P for pillar-box L for letter-box F for full-frame CC ...................................... Raster aspect ratio with reference to 9 (4:3 is 12:9 = 12) Conversion Mode Select Input → Output ................... Comment (output) 12F12 → 12P16.................. 16:9 pillar-box Preset Unit........................... Returns all settings to factory defaults 16L12 → 16F16 .................. Full 16:9 picture 16F16 → 12F12 .................. Side cropped Functions available via RollCall only 16F16 → 14L12 .................. Side cropped 14:9 letterbox Logging ............................... EDH, Input Loss, Input Standard, Unit mode 16F16 → 16L12 .................. 16:9 letter box User Memories .................... 16 save / recall RollTrack ............................. Video Delay, Input Present, Input Missing, Input Standard Pan control.......................... Smooth adjustment across input active picture GPI configuration ................. Select the function of each GPI input and output from a predefined list of options Tilt control ........................... Smooth adjustment across input active picture Specifications Serial Input Return Loss....... Better than 15 dB to 270 MHz Output Jitter ........................ < 0.2UI Maximum Input Cable length Delay ................................... Normal: 1Frame plus approx. 37 µS or Min Delay: approx. 37 µS >200 m (PSF1/2 or equiv. cable) Serial Output Level .............. 800 mV ±10% Power Consumption Output Return Loss ............. Better than -15 dB to 270 MHz Module Power Consumption13.5W max Output Overshoot................ <700 mV © Snell & Wilcox 2005 252 IQDPF DIGITAL VIDEO PROCESSOR ...................................................................... 255 IQDPR DIGITAL VIDEO PROC AMP ......................................................................... 257 To counteract common picture errors, the IQ Modular range includes a specialized video processor and a digital video proc amp. Both offer a broad array of control functions, including luminance and chrominance gain, black level, black stretch, Cb and Cr offset and hue. In addition the video processor enables frequency errors from original analog signals to be eliminated, color gamut limited and low bandwidth images sharpened without introducing ‘ringing’ or enhancing noise. For Additional Related Modules See: Section: Module: Composite to SDI IQDEC00 - 05 Composite to SDI IQDMSDL Composite to SDI IQDMSDP SDI to Composite IQDMSES Synchronizers and TBCs IQAVS00/01 Synchronizers and TBCs IQUAV00/01 Synchronizers and TBCs IQSYN00 Synchronizers and TBCs IQATBS Synchronizers and TBCs IQDMX20 Video Distribution IQAVDR HD/SD SDI IQUDC00 HD/SD SDI IQUDC01 Multiplexers IQMUX00/10 Multiplexers IQMUX60/61 Demultiplexers IQDMX00/10 Demultiplexers IQDMX21 © Snell & Wilcox 2005 253 SIGNAL PROCESSING VIDEO PROCESSING IQDPF Digital Video Processor The IQDPF provides serial 4:2:2 video processing that corrects common errors in digital video signals. • • • • • Does this module suit your application? • • • • • • • • • • • • • • • Sophisticated color Gamut legalizer Y black level and gain adjustment Separate Cb and CbCr gain adjustment Separate Cb and Cr offset adjustment Hue adjustment Black stretch Non-linear horizontal enhancement Horizontal picture position adjustment Horizontal Y-C timing correction Chroma line average Transparent ancillary data processing Control of vertical interval Pattern generation Uninterruptible valid output All data paths 10-bit Automatic 625 and 525 line selection EDH checking and insertion to SMPTE RP165 3 Configurable General Purpose Inputs option RollCall remote control and monitoring Why should you choose this module? • • • • The module to use for digital video signal processing requirements All the usual video signal parameter adjustments plus: ! Gamut legalizer ! Non-linear horizontal enhancement Assignable GPIs for control from a hardware panel Full remote control or card edge control Audio/Anc Data Processing Serial D1 Input D1 Input Proc Amp Limiter D1 Output D1 Formatter EDH Check GPI x 3 Serial D1 Outputs EDH Insert CPU & RollCall RollCall™ Order codes for IQH3A enclosures Order codes for other enclosures 2 1 IQDPF-1 SDI OUTPUTS SDI INPUT IQDPF-1 Digital Video Processor. 2 outputs. IQDPF-1A Digital Video Processor. 3 outputs. SDI OUTPUTS GPI IQDPF-2 4 3 2 1 3 2 1 SDI INPUT IQDPF-2 Digital Video Processor. 4 outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 255 IQDPF Digital Video Processor Inputs & Outputs Signal Inputs Serial Digital......................... 1 x SDI Inputs Standards............................ SMPTE 259M-C-1997 IQDPF Digital Video Processor Outputs Digital GPI...................................... 3 Closing Contact style Digital Serial 4:2:2 Signal Outputs Serial Digital......................... Up to 4 x SDI GPI x 3 Audio/ANC Processing Proc Amp Limiter EDH Check/Insertion Up to 4 Serial 4:2:2 Standards............................ SMPTE 259M-C-1997 Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Caption................................ On/ Off, Insert on VBI Insert on Video Y Gain Adjust....................... ±6 dB in 0.1 dB steps C Gain Adjust ...................... ±6 dB in 0.1 dB steps Preset Unit........................... Returns all settings to factory defaults Black Level Adjust ............... Range ±100 mV in 0.8 mV steps Black Stretch....................... RANGE 1 to 0.64 in 10 steps VITS..................................... Pass/Blank Hue Adjust........................... ±180° Bypass ................................ Process/Unprocessed Cb Gain Offset..................... ±1 dB in 0.1dB steps Functions Available via RollCall™ Only Cb Offset............................. ±50 mV in 0.8 mV steps User Memories .................... 16 (save/ recall) Cr Offset.............................. ±50 mV in 0.8 mV steps On Input Fail ........................ Black, EBU Bars, 100% Bars, Multiburst, Valid Ramp, Pulse and Bar, Green Y Min/Max Clipper value ...... -50 mV to +50 mV and 600 mV to 765 mV in 0.8 mV steps C Min/Max Clipper value ...... ±200 mV to ±400 mV in 0.8 mV steps Y Horizontal Enhancement .. High Frequency (off, low, medium, high) Mid Frequency (off, low, medium, high) RGB Legalizer ..................... On/ Off Horizontal Y-C Adjust .......... ±444 ns in 148 ns steps EDH logging Picture Position Adjust......... ±592 ns in 148 ns steps Chroma Line Average .......... On/Off Vertical Data ........................ Individual Line Selection of Pass/ Blank Pattern Select...................... Off, Black, EBU Bars, 100% Bars, Multiburst, Valid Ramp, Pulse and Bar, Green. Caption Insertion.................. Create caption (up to 20 characters) GPI configuration ................. To assign function to each GPI input Standard ............................. 525/ 625/ Auto Specifications Serial Input Return Loss....... Better than 15 dB to 270 MHz EMC Performance Information Maximum Input Cable length Environment ....................... Commercial and light industrial E2 >200 m (PSF1/2 or equiv. cable) Peak Mains Inrush Current following a 5 second mains interruption No Mains Input Serial Output Level .............. 800 mV ±10% Output Return Loss ............. Better than 15 dB to 270 MHz Performance Information. .... No performance degradations or cable length limitations Output Jitter ........................ < 0.2 UI Insertion Delay ..................... 4.4 µs Power Consumption Module Power Consumption7.5 W max © Snell & Wilcox 2005 256 IQDPR Digital Video Proc Amp The IQDPR provides serial 4:2:2 video proc amp control to enable adjustment of digital video signals. • • • • Does this module suit your application? • • • • • • • • • • • • • Y black level and gain adjustment Separate Cb and CbCr gain adjustment Separate Cb and Cr offset adjustment Hue adjustment Black stretch Horizontal picture position adjustment Horizontal Y/C timing correction Chroma line average Transparent ancillary data processing Control of vertical interval Pattern generation Uninterruptible valid output All data paths 10-bit Automatic 625 and 525 line selection EDH checking and insertion to SMPTE RP165 3 Configurable General Purpose Inputs RollCall remote control and monitoring Why should you choose this module? • • • • The module to use for adjusting signal parameters in digital video systems Features include all standard video signal parameter adjustments Assignable GPIs for control from a hardware panel Full remote control or card edge control Audio/Anc Data Processing Serial D1 Input D1 Input Proc Amp Clipper D1 Output D1 Formatter EDH Check Serial D1 Outputs EDH Insert CPU & RollCall GPI x 3 RollCall™ Order codes for IQH3A enclosures 2 1 SERIAL IN IQDPF /PR/NRS /LOG-1A IQDPR-1 3 Order codes for other enclosures 2 1 SDI OUTPUTS SERIAL OUT SDI INPUT IQDPR-1 Digital Video Proc Amp. 2 outputs. IQDPR-1A Digital Video Proc Amp. 3 outputs. SDI OUTPUTS GPI IQDPR-2 4 3 2 1 3 2 1 SDI INPUT IQDPR-2 Digital Video Proc Amp. 4 outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 257 IQDPR Digital Video Proc Amp Inputs & Outputs Signal Inputs Serial Digital......................... 1 x SDI Inputs Standards............................ SMPTE 259M-C-1997 IQDPR Digital Video Proc Amp Outputs Digital GPI...................................... Up to 3 Closing Contact style Digital Serial 4:2:2 Signal Outputs Audio/ANC Processing Proc Amp Controls EDH Check/Insertion Serial Digital......................... Up to 4 x SDI Up to 4 Serial 4:2:2 GPI Standards............................ SMPTE 259M-C-1997 Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Y Gain Adjust....................... ±6 dB in 0.1 dB steps Preset Unit........................... Returns all settings to factory defaults C Gain Adjust ...................... ±6 dB in 0.1 dB steps VITS..................................... Pass/Blank Black Level Adjust ............... Range ±100 mV in 0.8 mV steps Bypass ................................ Process/Unprocessed Black Stretch....................... RANGE 1 to 0.64 in 10 steps Functions Available via RollCall™ Only Hue Adjust........................... ±180° User Memories .................... 16 (save/ recall) Cb Gain Offset..................... ±1 dB in 0.1 dB steps On Input Fail ........................ Black, EBU Bars, 100% Bars, Multiburst, Valid Ramp, Pulse and Bar, Green Cb Offset............................. ±50 mV in 0.8 mV steps Cr Offset.............................. ±50 mV in 0.8 mV steps Y Min/Max Clipper value ...... -50 mV to +50 mV and 600 mV to 765 mV in 0.8 mV steps Horizontal Y/C Adjust .......... ±444 ns in 148 ns steps Picture Position Adjust......... ±592 ns in 148 ns steps C Min/Max Clipper value ...... ±200 mV to ±400 mV in 0.8 mV steps Choma Line Average ........... On/Off Pattern Select...................... Off, Black, EBU Bars, 100% Bars, Multiburst, Valid Ramp, Pulse and Bar, Green EDH logging Standard ............................. 525/ 625/ Auto Caption Insertion.................. Create caption (up to 20 characters) Vertical Data ........................ Individual Line Selection of Pass/ Blank Caption ............................... On/ Off, Insert on VBI Insert on Video GPI configuration ................. To assign function to each GPI input Specifications Serial Input Return Loss....... Better than 15 dB to 270 MHz EMC Performance Information Maximum Input Cable length Environment ....................... Commercial and light industrial E2 >200 m (PSF1/2 or equiv. cable) Output Return Loss ............. Better than -15 dB to 270 MHz Peak Mains Inrush Current following a 5 second mains interruption No Mains Input Output Jitter ........................ < 0.2 UI Performance Information. Serial Output Level .............. 800 mV ±10% No performance degradations or cable length limitations Insertion Delay ..................... 4.4 µs Power Consumption Module Power Consumption 7.5 W max © Snell & Wilcox 2005 258 IQDLY00 8 CHANNEL AES/EBU AUDIO SYNCHRONIZER, DELAY AND SHUFFLER MODULE.................................................................................... 261 IQDLY20/21 AES AND ANALOG AUDIO DELAY AND SHUFFLER MODULE....................... 265 The increasing use of digital technology has created new ways of processing audio signals - ways that were not needed or not possible in the analog domain. IQ Modular audio processing modules provide a wide range of functions to meet the diverse requirements of the digital facility. The IQ audio processing modules provide a broad range of functions including conversion (ADC and DAC), synchronization, channel-level routing, assignable mixing, flexible audio delays (both fixed and tracking) and a firewall to provide a continuous output. All modules can be controlled by the Snell & Wilcox RollCall control and monitoring system and, where appropriate, support RollTrack to ensure accurate synchronization of audio to its associated video signal. For Additional Related Modules See: Section: Module: Signal Generation IQBDAR Multiplexers IQMUX01/11 Multiplexers IQMUX60/61 Demultiplexers IQDMX01/11 Demultiplexers IQDMX21 Remultiplexers IQBRK00/01 Remultiplexers IQMUX42/43 Synchronizers and TBCs IQMUX00/10 Synchronizers and TBCs IQDMX00/10 Synchronizers and TBCs IQDMX20 Synchronizers and TBCs IQSYN00 Synchronizers and TBCs IQAVS00/10 Synchronizers and TBCs IQUAV00/01 © Snell & Wilcox 2005 259 SIGNAL PROCESSING Audio Processing IQDLY00/01 8 Channel AES/EBU Audio Synchronizer, Delay and Shuffler Module The IQDLY00/01 provides synchronization, tracking or preset audio delay, proc. amp control and channel level routing for up to four AES streams. In short it is a complete AES processing solution in one package. Audio can be synchronized to a video reference, tracked to a video synchronizer, or synchronized to an audio reference. Tracking delay control is available via RollTrack or TTL signal. Bypass paths allow for the passing of non-PCM audio such as Dolby E. • Does this module suit your application? • Why should you choose this module? • • • • A complete AES solution in one module for all common 48kHz audio signal tasks Firewall function makes this an ideal first unit in a signal chain Channel-level manipulation and mixing allows detailed control of audio material Tracking capability allows the audio to follow a video synchronizer Ref Loop Channel Proc. Amp Channel Router 2 3 4 Additional Delay Audio Tracking Delay Audio Firewall Inputs 1 Signal Monitoring Outputs • 4 x balanced or unbalanced AES paths Synchronizes AES inputs Proc. amp control of audio channels Flexible preset and tracking delay Channel-level shuffling 4 off assignable 4 input mixers References to video or AES signals Professional standard 48kHz operation, sample rate converts non-48kHz signals Firewall for processed PCM audio to provide a continuous output regardless of input AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers AES TX AES TX Tone Tone Generator Generator AES TX AES TX Built-in Intelligence GPI Control and TTL Pulse I/O 2 3 4 I/O Pair Router 1 1 X GPI • • • • • • • • Passes non-PCM AES signals including Dolby E Pair-level Dolby E routing Network intelligence, control and monitoring Block diagram for IQDLY0117-2A shown © Snell & Wilcox 2005 261 IQDLY00 8 Channel AES/EBU Audio Synchronizer, Delay and Shuffler Module Order codes for IQH3A enclosures Order codes for other enclosures AES AUDIO IN / OUT GPI IQDLY0 _15-1A AES AUDIO IN / OUT IQDLY0 _16-2 IQDLY0115-1A 8 channel AES Audio Synchronizer, Delay and Shuffler Module . Balanced AES connection via 25 way D type. 4 AES inputs, 4 AES outputs, AES/Video reference REFERENCE IQDLY0116-2 8 channel AES Audio Synchronizer, Delay and Shuffler Module . Balanced AES connection via 25 way D type. 4 AES inputs, 4 AES outputs, AES/Video reference and 1 x GPI AES AUDIO IN / OUT IQDLY0_14-1 IQDLY0 _17-2A IQDLY0117-2A 8 channel AES Audio Synchronizer, Delay and Shuffler Module . Balanced AES connection via 25 way D type. 4 AES inputs, 4 AES outputs, AES/Video reference and 1 x GPI 4 AES AUDIO IN / OUT IQDLY0114-1 8 channel AES Audio Synchronizer, Delay and Shuffler Module . Balanced AES connection via 25 way D type. 4 AES inputs, 4 AES outputs, AES/Video reference 2 1 3 4 3 AES OUT 2 AES IN IQDLY0 _06-2A 1 IQDLY0006-2A 8 channel AES Audio Synchronizer, Delay and Shuffler Module . Unbalanced AES connection via BNC. 4 AES inputs, 4 AES outputs, AES/Video reference and 1 x GPI For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Video / AES Reference ........ Composite video / AES/EBU (BNC) Unbalanced digital audio ..... 4 x AES/EBU, AC3, Dolby E (BNC) Unbalanced digital audio ..... 4 x AES/EBU, AC3, Dolby E (BNC) Balanced digital audio ........ 4 x AES/EBU, AC3, Dolby E (25 Way D-Type) Balanced digital audio ........ 4 x AES/EBU, AC3, Dolby E (25 Way D-Type) Control Interface GPI...................................... 1x Closing contact I/O interface (BNC) © Snell & Wilcox 2005 262 IQDLY00 8 Channel AES/EBU Audio Synchronizer, Delay and Shuffler Module Card Edge & RollCall Controls Card Edge Controls Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 15 kHz in 100 Hz steps. NONE Card Edge Indicators Tone Setup: AES Input Present ............... 1 x LED per pair Frequency............................ 100 Hz to 15 kHz in 100 Hz steps Reference Loss Channel Ident ...................... 0.5 s interruption every 2 s CPU running / Power........... One green LED, flashing = OK Other Controls RollCall Functions User Memories .................... Name, clear, save and read 8 user memories Audio Controls Set headroom ..................... 4 to 24 dB in 1 dB steps Default Audio Output ........... Silence Set audio detector thresholds High and low levels, time delay GPI/O set-up ....................... May be attached to any memory function/polarity Input audio delay ................. Up to 1.5 s additional delay in 1 ms steps Reporting (* also Logged) No reference........................ *No reference present Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control input channels. +18 dB to –18 dB in 0.1 dB steps. Audio Silence, High Level, Low Level, Overflow For processed audio channels only RollTrack Input Channel routing .................. Output channels routed from AES pairs 1 to 4, test tone and silence Delay ................................... Audio delay – Fixed, RollTrack + fixed Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over AES output channels. +18 dB to –18 dB in 0.1 dB steps. RollTrack Output Delay ................................... Current audio delay Reference state ................... Ref Lost, Ref Present, Ref Error External AES Audio state ..... Pair Present/Lost Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. GPI state ............................. Low, High, Inactive Variable audio delay control source Up to 0.5 s from RollTrack + GPI Specifications Reference Return Loss ........ Better than -35 dB to 5.8 MHz Output Sampling ................. 48 kHz frame locked to 48 kHz AES/EBU Reference in AES lock mode Digital Audio Output (Balanced) Reference Input Level .......... 1 V p-p ± 3 dB THD+N................................ < -117 dB @ 700 Hz (24 bits) AES to AES Digital Audio Input (Balanced) Digital Audio Output (Balanced) Connector/Format .............. 25 W D Connector/Format ............... 25 W D Sample Frequency .............. 25 – 55 kHz, 48 kHz for Ref Level.................................... 3 V p-p typical into 110 Ohms Input Cable Length .............. >150 m of AES3 cable Digital Audio Output (Unbalanced) Impedance .......................... 110 Ohms Connector/Format ............... BNC Digital Audio Input (Unbalanced) Level.................................... 1 V p-p typical into 75 Ohms Connector/Format ............... BNC Power Consumption Sample Frequency .............. 25 – 55 kHz, 48 kHz for Ref Module Power Consumption Input Cable Length .............. >500 m of RG59 cable 8.5 W Impedance .......................... 75 Ohms © Snell & Wilcox 2005 263 IQDLY20/21 AES and Analog Audio Delay and Shuffler Module The IQDLY20/21 provides two channels of analog audio and four channels of AES audio with up to 3 seconds of preset delay, and 0.5 seconds of tracking audio delay. The availability of both analog and AES inputs and outputs also enables it to be used as a two-channel audio ADC and DAC. Does this module suit your application? Why should you choose this module? • • • • • • • • • • 2 x balanced analog audio paths 2 x balanced or unbalanced AES paths Synchronizes AES/analog inputs Proc. amp control of audio channels Flexible preset and tracking delay Channel-level shuffling 4 off assignable 4 input mixers References to video or AES signals Professional standard 48kHz operation, sample rate converts non-48kHz signals Firewall for processed PCM audio to provide a continuous output regardless of input Passes non-PCM AES signals including Dolby E Pair-level Dolby E routing Operates at 48 kHz 20-bit sampling resolution • • • • A complete AES/analog delay solution in one module Firewall function makes this an ideal first unit in a signal chain Channel-level manipulation and mixing allows detailed control of audio material Tracking capability allows the audio to follow a video synchronizer Suitable for use as a 2 channel audio ADC and DAC with delay and processing Separate per pair and global user adjustable delays • • • • • Ref Loop Signal Monitoring Additional Delay Audio Tracking Delay Outputs Channel Proc. Amp Channel Router 1 ADC Adjustable Pair Delay Channel Proc. Amp AES RX & Sample Rate Conversion Adjustable Pair Delay Channel Proc. Amp AES RX & 2 Sample Rate Conversion Adjustable Pair Delay 2 1 Assignable Assignable Audio Assignable Audio Assignable Mixers Audio Mixers Audio Mixers Mixers AES TX AES TX ADC DAC Tone Generator DAC Channel Proc. Amp Built-in Intelligence GPI Control and TTL Pulse I/O 2 1 2 I/O Pair Router 1 1 X GPI inputs Audio Firewall Network intelligence, control and monitoring Block diagram for IQDLY2117-2A shown © Snell & Wilcox 2005 265 IQDLY20/21 AES and Analog Audio Delay and Shuffler Module Order codes for IQH3A enclosures Order codes for other enclosures IQDLY2_14-1 IQDLY2_ 15-1A AES & ANALOG AUDIO IN / OUT IQDLY2115-1A AES and Analog Audio Delay. Balanced Audio connection via 25 way D type. 2 Analog inputs, 2 AES inputs, 2 Analog outputs, 2 AES outputs AES & ANALOG AUDIO IN / OUT IQDLY2114-1 AES and Analog Audio Delay. Balanced Audio connection via 25 way D type. 2 Analog inputs, 2 AES inputs, 2 Analog outputs, 2 AES outputs AES & ANALOG AUDIO IN / OUT AES & ANALOG AUDIO IN / OUT GPI IQDLY2_ 16-2 IQDLY2 _17-2A REFERENCE IQDLY2117-2A AES and Analog Audio Delay. Balanced Audio connection via 25 way D type. 2 Analog inputs, 2 AES inputs, 2 Analog outputs, 2 AES outputs and 1 x GPI IQDLY2116-2 AES and Analog Audio Delay. Balanced Audio connection via 25 way D type. 2 Analog inputs, 2 AES inputs, 2 Analog outputs, 2 AES outputs and 1 x GPI 2 1 ANALOG AUDIO IN/OUT 2 AES OUT AES IN IQDLY2 _18-2A 1 IQDLY2018-2A AES and Analog Audio Delay. Balanced Audio connection via 25 way D type, Unbalanced AES connection via BNC. 2 Analog inputs, 2 AES inputs, 2 Analog outputs, 2 AES outputs and 1 x GPI For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs Video / AES Reference ........ Composite video / AES/EBU (BNC) Unbalanced digital audio ..... 2 x AES/EBU, AC3, Dolby E (BNC) Unbalanced digital audio ..... 2 x AES/EBU, AC3, Dolby E (BNC) Balanced digital audio ........ 2 x AES/EBU, AC3, Dolby E (25 Way D-Type) Balanced digital audio ........ 2 x AES/EBU, AC3, Dolby E (25 Way D-Type) Analog................................. 2 Channels (1 Stereo Pair) Control Interface Analog................................. 2 Channels (1 Stereo Pair) GPI...................................... 1x Closing contact I/O interface (BNC) © Snell & Wilcox 2005 266 IQDLY20/21 AES and Analog Audio Delay and Shuffler Module Card Edge & RollCall Controls Card Edge Controls Variable audio delay control source Up to 0.5 s from RollTrack + GPI NONE Tone frequency, amplitude & Ident 2-channel tone generator. 100 Hz to 15 kHz in 100 Hz steps. Card Edge Indicators AES Input Present ............... 1 x LED per pair Reference Present Tone Setup: CPU running / Power........... One green LED, flashing = OK Frequency............................ 100 Hz to 15 kHz in 100 Hz steps RollCall Functions Channel Ident ...................... 0.5 s interruption every 2 s Audio Controls Other Controls Set line up level ................... +20 to –20 dBu in 1 dB steps Set headroom ..................... 4 to 24 dB in 1 dB steps User Memories .................... Name, clear, save and read 8 user memories Set audio detector thresholds High and low levels, time delay Default Audio Output ........... Silence GPI/O set-up ....................... May be attached to any memory function/polarity Input audio delay ................. Up to 1.5 s additional delay in 1 ms steps Reporting (* also Logged) Input side control proc. - audio gain and polarity Independent Gain, Mute, Polarity control input channels. +18 dB to –18 dB in 0.1 dB steps. Audio Silence, High Level, Low Level, Overflow For processed audio channels only Audio Delay Setup Channel routing .................. Output channels routed from Analog inputs 1-2, AES pairs 1 to 4, test tone and silence Delay ................................... Audio delay - Fixed, RollTrack + fixed, GPI + Fixed RollTrack Output Output side control proc. - gain and polarity Independent Gain, Mute, & Polarity control over output channels. +18 dB to –18 dB in 0.1 dB steps. Delay ................................... Current audio delay Reference state ................... Present, Error, Loss External Audio state............. Pair present AES 1-2............................... Loss, Present Global delay offset ............... up to +1.5 s in 1 ms steps, common to all processed audio. GPI ...................................... Low, High, Inactive Specifications Noise Floor .......................... Better than -100 dBFs (20 Hz to 20 kHz) Digital Audio Output (Balanced) Channel Amplitude Matching Level.................................... 3 V p-p typical into 110 Ohms Connector/Format ............... 25 W D Better than ±0.15 dBu Digital Audio Output (Unbalanced) Output Level Accuracy ........ Better than ±0.2 dBu Connector/Format ............... BNC Flatness............................... Better than +0.1 dBu to -0.3 dBu (20 Hz to 20 kHz with reference to 1 kHz ) Analog to Digital audio Analog Input Impedance...... 10 k Ohms Digital Audio Input (Balanced) Frequency Response........... 20 Hz to 20 kHz (+/- 0.1 dB) Connector/Format .............. 25 W D Distortion (THD+N) .............. < -95 dB, 1kHz@ -1 dBFS Sample Frequency .............. 25 – 55 kHz, 48 kHz for Ref Dynamic range .................... > 106 dB Input Cable Length .............. >150 m of AES3 cable Audio delay ......................... Equal to video delay + adjustable offset Impedance .......................... 110 Ohms Digital to Analog audio Digital Audio Input (Unbalanced) Analog Output Impedance Connector/Format ............... BNC 50 Ohms Sample Frequency .............. 25 – 55 kHz, 48 kHz for Ref Frequency Response........... 20 Hz to 20 kHz (+/- 0.1 dB) Input Cable Length .............. >500 m of RG59 cable Distortion (THD+N) .............. < -95 dB, 1kHz@ -1 dBFS Impedance .......................... 75 Ohms Dynamic range .................... > 106 dB Output Sampling ................. 48 kHz frame locked to 48 kHz AES/EBU Reference in AES lock mode Digital Audio Output (Balanced) © Snell & Wilcox 2005 Power Consumption Module Power Consumption 9.3 W 267 IQDCPP SDI PRE-PROCESSOR ................................................................................. 271 IQDANR SDI ADVANCED NOISE REDUCER ............................................................... 275 IQDNRS DIGITAL NOISE REDUCER........................................................................... 279 To make the most of the power of digital processing, images have to be as clean and as error-free as possible. To ensure this an SDI pre-processor and a choice of two flexible, powerful SDI noise reduction modules can be incorporated into any IQ Modular system. The noise reduction techniques featured include temporal recursive, median and adaptive horizontal filtering to ensure clean output video, with choice of automatic or manual control. For Additional Related Modules See: Section: Module: Composite to SDI IQDEC00-05 Composite to SDI IQDMSDL Composite to SDI IQDMSDP © Snell & Wilcox 2005 269 SIGNAL PROCESSING NOISE REDUCTION IQDCPP SDI Pre-processor The IQDCPP is a pre-processor for SDI signals with powerful noise reduction capabilities. The module provides its powerful noise reduction to 10-bit SDI video. For MPEG encoders, where 8-bit video is used, the IQDCPP output can be rounded to 8-bits. The processing includes recursive, semi-transversal, vertical, horizontal and prism filtering. Embedded audio or other ancillary data receives the same delay as the video, resulting in both audio and video being co-timed leaving the module. Additional features include test pattern generation, picture splitting facilities, and SMPTE-259M-C digital component inputs. • Does this module suit your application? • • • • • • Five filters " Recursive filter, with unique filter biasing and motion algorithms " Semi-Transversal filter, improving recursive filter performance " Vertical filter for linear noise reduction in the vertical domain " Horizontal filter for linear noise reduction in the horizontal domain " Prism Filter for improved noise reduction using spatial and temporal processing, as patented by Snell and Wilcox Unique “strength bar” control, allowing simple increase in pre-processing power Split screen and “horizontal repeat” for comparison, with optional border and choice of border color Pre-defined fixed settings for common types of Pre-Processing Minimum 10 bit processing throughout the system Proc. Amp: Y Gain, C Gain, Black Level Adjust, Picture Position, Y/C Delay 10 SDI Input A SDI Input B • • • • • • • • • • • • • • • • Crystal locked output to reduce high frequency input jitter Compensating delay for audio and other embedded data EDH extraction and status check Full remote control facility using Snell and Wilcox proprietary “RollCall” system Internal test pattern generation Freeze frame Automatic noise floor measurement Automatic live (625 and 525) standards detection Two SDI inputs “Input Failure” options option OVD, OBD and ABD options for 525 outputs Three GPI inputs 8 bit rounding option for the output video Vertical blanking data may be allowed through or blanked 24 user memories, with ability to rename each of them RollTrack and RollLog implemented 10 Prism Filter 10 10 Deserialize Multiplexer 10 EDH Check Vertical Filter 10 Key Window Generation Horizontal 10 Filter with Boost 10 Recursive Filter 10 Semi Transversal Filter 10 10 Format & Serialize SDI Outputs x4 Test Pattern Generator Noise Floor Measurement Proc Amp CPU & RollCall 1 GPI 2 3 © Snell & Wilcox 2005 Proc Amp & EDH Insertion 271 RollCall™ IQDCPP SDI Pre-processor Order codes for IQH3A enclosures Order codes for other enclosures GPI 4 2 IQDCPP-2 3 A 1 IQDCPP -2A SERIAL OUT 2 1 4 3 3 2 B 1 A B SERIAL OUTPUT SERIAL IN IQDCPP-2A SDI Pre-processor. 4 outputs. SERIAL INPUT IQDCPP-2 SDI Pre-processor. 4 outputs. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs IQDCPP SDI Pre-Processor Serial Digital......................... 2 x SDI Inputs Standards............................ SMPTE 259M-C-1997 Digital GPI...................................... 3 x Closing Contact style inputs SDI x 2 Signal Outputs Serial Digital......................... 4 x component SDI Program Standards............................ SMPTE 259M-C-1997 GPI x 3 Outputs Digital De-Serializer EDH Check Prism Filter Horizontal Filter Vertical Filter Recursive Filter Semi-Transversal Filter Proc Amp Test Pattern Generator Serializer SDI x 4 Rollcall™ Remote Control Card Edge & RollCall Controls Pre Processor Card Edge Controls (also available via RollCall) Spatial - Temporal: ON/OFF Horizontal Y: off, med, max Horizontal C: off, med, max Boost: neg., off, min, max Pre-processor Processing ... Minimum 10 bit throughout Recursive Filter .................... Motion Adaptive asymmetric temporal (frame) recursive filter Three set levels with maximum noise reduction of up to 12 dB Bias adjustment ±3 allows fine control in approximately 1dB steps Filter: ON/OFF Y: off, min, med, max C: off, min, med, max, x_color Bias: -3 … 0 … 3 Threshold (Noise Floor): auto, 1 to 15 Prism Filter:.......................... Spatial and Temporal Noise Reduction Spatial - Temporal: ON/OFF Prism – off, min, med Adaption Gain: min, max Adaption Coring: min, med, max Vertical Interval Data: ........... All on, All off (625 standard: 6-22/318-335) (525 standard: 10-20/272-282) Embedded V flag Style (525): OVD: Optional Video Data (unfiltered lines 1-9/264-272) OBD: Optional Blanking Data (unfiltered lines 1-19/264-282) ABD: Additional Blanking Data (unfiltered lines 1-21/264-284) V flag as OBD Semi-Transversal Filter ........ Operates on recursive filter output Reduces absolute levels of noise trails in static revealed/concealed areas e.g. after scene changes up to 4.7dB. Can only be switched on when recursive filter is selected Filter: ON/OFF 8-bit Rounding:.................... 10-bit to 8-bit rounding, using truncation error feedback, throughout the active picture Vertical Filter: ....................... Vertical Bandwidth limiting capability Spatial - Temporal: ON/OFF Vertical: off, min, med, max. EDH..................................... Input error detection and handling Status: none, ok, errors Reset: “Full Field Error Seconds” and “Elasped Time” simultaneously reset Horizontal Filter:................... HORIZONTAL Bandwidth limiting capability © Snell & Wilcox 2005 272 IQDCPP SDI Pre-processor Read User: Recall user defined memory (1…24) Save User: Store user defined selection in one of 24 used defined memories Clear User: Clear the selected ”user defined memory” to the default settings Name User: Set name to a selected “user defined memory” Split Screens: ...................... Allow split screen facilities on all four outputs to monitor effect of digital filtering applied to the key area only Selection: off, top/bottom, left/right, horiz-repeat Inverse: inversion of selected key window Warning: split-screen to be used off-air only! It is intended for adjustments and demonstrations purposes Proc. Amp. .......................... Y Gain Adjust: ± 6 dB in 0.1 dB steps. C Gain Adjust: ± 6 dB in 0.1 dB steps. Black Level Adjust: ± 100 mV in 0.8 mV steps Horiz Y-C Adjust: ± 444 ns in 148 ns steps Picture Position Adjust: ± 592 ns in 148 ns steps Border: ................................ Separates the filtered from the unfiltered window Selection: off, black, white Pattern: ............................... Internal Test Patterns Black, EBU Bars, Y Ramp, UV Ramp, Y Sweep, UV Sweep, Bowtie, 100% Bars Fail Select............................ This sets the default mode for the unit when the input signal fails Do Nothing, Freeze, Black, EBU Bars, Y Ramp, UV Ramp, Y Sweep, UV Sweep, Bowtie, 100% Bars, GrabAltIp, InputChng Audio and Embedded Data.. Compensating delay so that audio and embedded data remains in sync with processed video Functions Available via RollCall Only System: ............................... EDH logging GPI configuration RollTrack Memory............................... Read Fixed: Recall pre-defined (fixed) memories or factory defaults Specifications Serial Input Return Loss....... Better than 15 dB to 270 MHz Output Overshoot................ < 70 mV Maximum Input Cable length Output Return Loss ............. Better than 15 dB to 270 MHz Input A > 200 m (PSF1/2 or equiv. cable) Input B > 125 m (PSF1/2 or equiv. cable) Output Signal Level ............. 800 mV ±10% Output Overshot:................. < 70 mV Output Jitter ........................ < 0.25 UI Power Consumption Serial Output Level .............. 800 mV ± 10% (for Outputs 1 and 2) 650 mV ± 10% (for Outputs 3 and 4) © Snell & Wilcox 2005 Module Power Consumption 13.8 W max 273 IQDANR SDI Advanced Noise Reducer The IQDANR is an advanced noise reducer for SDI signals using recursive, semi-transversal, median and spatial filtering to provide powerful noise reduction capabilities. • • Does this module suit your application? • • • • • • • • • • • Four filters " Recursive filter, with unique filter biasing and motion algorithms, " Semi-transversal filter, improving recursive filter performance, " Median filter, for impulse noise and dropouts, " Spatial filter, for improved noise reduction Split screen and “horizontal repeat” for comparison, with optional border and choice of border colour Compensating delay for audio and other embedded data Minimum 10 bit processing throughout the system Proc. Amp: Y Gain, C Gain, Black Level Adjust, Picture Position, Y/C Delay Pre-defined fixed settings for common types of noise Crystal locked output to reduce high frequency input jitter EDH extraction and status check Full remote control facility using Snell and Wilcox proprietary “RollCall” system Internal test pattern generation Freeze frame 10 • • • • • • • • • Why should you choose this module? • • • Median Filter Combiner Deserialize SDI Input B The IQDANR uses a number of distinct filters, each ‘tuned’ to remove a specific type of noise for optimum noise reduction Powerful noise reduction capabilities enable MPEG compressors to make the best use of available bandwidth RollCall remote control with RollTrack audio delay tracking. 10 10 SDI Input A Automatic noise floor measurement Automatic live (625 and 525) standards detection Two SDI inputs “Input Failure” options option OVD, OBD and ABD options for 525 outputs Three GPI inputs 8 bit rounding option for the output video Vertical blanking data may be allowed through, blanked, or user configured on a line by line basis 24 user memories, with ability to rename each of them RollTrack implemented 10 Spatial Filter EDH Check 10 10 Key Window Generation 10 Recursive Filter 10 Semi Transversal Filter Proc Amp & EDH Insertion 10 Format & Serialize SDI Outputs x4 Test Pattern Generator Noise Floor Measurement Proc Amp CPU & RollCall 1 GPI 2 3 © Snell & Wilcox 2005 10 275 RollCall™ IQDANR SDI Advanced Noise Reducer Order codes for IQH3A enclosures Order codes for other enclosures GPI IQDANR-2 2 1 4 3 3 SERIAL OUTPUT IQDANR-2A SDI Advanced Noise Reducer. 4 outputs. 2 3 B 1 A SERIAL INPUT IQDANR-2 SDI Advanced Noise Reducer. 4 outputs. SERIAL IN 1 1 IQDANR -1A SERIAL OUT 2 SERIAL IN 2 IQDANR-1A SDI Advanced Noise Reducer. 3 outputs. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs IQDANR SDI Advanced Noise Reducer Serial Digital......................... 2 x SDI Inputs Outputs Standards............................ SMPTE 259M-C-1997 Digital Digital GPI...................................... 3 x Closing Contact style inputs SDI x 2 Signal Outputs Serial Digital ........................ 4 x SDI Program Standards............................ SMPTE 259M-C-1997 GPI x 3 De-Serializer EDH Check Spatial Filter Median Filter Recursive Filter Semi-Treansversal Filter Proc Amp EDH Insertion Test Pattern Generator Serializer SDI x 1-4 Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Pre Processor Controls (also available via RollCall) Median Filter: ....................... Adaptive spatial/temporal median Filter: ON/OFF Level: min1, min2, med3, med4, max5, max6 Pre-processor Processing ... Minimum 10-bit Recursive Filter .................... Motion Adaptive asymmetric temporal (frame) recursive filter Three set levels with maximum noise reduction of up to 12 dB. Bias adjustment ±3 allows fine control in approximately 1 dB steps Filter: ON/OFF Y: off, min, med, max C:off, min, med, max, X-Color Bias:-3 … 0 … 3 Threshold (Noise Floor): auto 1 to 15 SpatialFilter: ......................... Spatial 2D median filter Filter: ON/OFF Y: off, min, med, max C: off, min, med, max Vertical Interval Data: ........... All thro’, All blanked, Select individual lines Individual line controls (or Group controls) for blanking/passing of VBI lines 625 standard: 6-22/318-335 525 standard: 10-20/272-282 Embedded V flag Style(525): OVD: Optional Video Data (unfiltered lines 1-9/264-272) OBD: Optional Blanking Data (unfiltered lines 1-19/264-282) ABD: Additional Blanking Data (unfiltered lines 1-21/264-284) (V flag as OBD.) Semi-Transversal Filter ........ Operates on recursive filter output Reduces absolute levels of noise trails in static revealed/concealed areas e.g. after scene changes up to 4.7 dB. Can only be switched on when recursive filter is selected Filter: ON/OFF © Snell & Wilcox 2005 8 bit Rounding: .................... 10-bit to 8-bit rounding using truncation error feedback 276 IQDANR SDI Advanced Noise Reducer Memory ............................... Read Fixed: Read pre-defined (fixed) memories or factory defaults Read User: Read user defined memory (1…24) Save User: Store user defined selection in one of 24 used defined memories Clear User: Clear the selected ”user defined memory” to the default settings Name User: Set name to a selected “user defined memory” EDH .................................... Input error detection and handling Status: none, ok, errors: individual or linked reset Split Screens: ...................... Allow split screen facilities on all four outputs to monitor effect of digital filtering applied to the key area only Selection: off, top/bottom, left/right, h-repeat Invert: inversion of selected Split Screen Warning: key-window to be used off-air only! It is intended for adjustments and demonstrations purposes Proc. Amp. .......................... Y Gain Adjust: ± 6 dB in 0.1 dB steps C Gain Adjust: ± 6 dB in 0.1 dB steps Black Level Adjust: ± 100 mV in 0.8 mV steps Horiz Y-C Adjust: ± 444 ns in 148 ns steps Picture Position Adjust: ± 592 ns in 148 ns steps Border: ................................ Separates the filtered from the unfiltered window Selection: off, black, white Pattern: ............................... Internal Test Patterns Black, EBU Bars, Y Ramp, UV Ramp, Y Sweep, UV Sweep, Bowtie, 100% Bars On Fail:................................ This sets the default mode for the unit when the input signal fails Freeze, Black, EBU Bars, Y Ramp, UV Ramp, Y Sweep, UV Sweep, Bowtie, 100% Bars, GrabAltIp, Input Change Audio and Embedded Data.. Compensating delay so that audio and embedded data remains in sync with processed video Functions Available via RollCall Only System ................................ EDH logging GPI configuration RollTrack Specifications Serial Input Return Loss....... Better than 15 dB to 270 MHz Output Signal Level ............. 800 mV ±10% Maximum Input Cable length Output Overshot:................. < 70 mV Input A > 200 m (PSF1/2 or equiv. cable) Input B > 125 m (PSF1/2 or equiv. cable) Output Jitter ........................ < 0.25 UI) Delay through the unit.......... 8 fields Power Consumption Module Power Consumption13.4 W max Serial Output Level .............. 800 mV ±10% Output Overshoot................ < 70 mV Output Return Loss ............. Better than 15 dB to 270 MHz © Snell & Wilcox 2005 277 IQDNRS Digital Noise Reducer The IQDNRS provides flexible and powerful noise reduction and signal correction to serial 4:2:2 video signals. Does this module suit your application? Why should you choose this module? • • • • • • • • • • • • • • • • Adaptive temporal recursive Y and C filtering Highly selective sparkle filter Adaptive horizontal filter for noise reduction Vertical and horizontal luminance enhancer Low pass filter for low bandwidth sources Automatic noise level measurement Fully automatic or manual operation Split screen for before/after comparison Gain and timing adjustment Frame freeze 10-bit data path throughout Maintains valid output with input fail 3 programmable GPI inputs option RollCall remote control and monitoring A flexible and powerful noise reduction and signal correction module Adaptive frame recursive filter to give optimal noise reduction over a wide range of input noise levels Motion detection algorithm ensures the minimum of visible artifacts A Snell & Wilcox proprietary sparkle filter removes unwanted impulses – it is more selective than conventional median filters thus allowing more general use An adaptive horizontal filter may be configured to give a selection of smooth low pass responses Signal correction is provided by full proc. amp controls Settings can be saved in user memories Full remote control is included with three assignable GPIs • • • • • • • Audio/Anc Data Delay Serial D1 Input D1 Input Stage Noise Reducer Proc Amp Enhancer D1 Output Stage D1 Formatter EDH Insert EDH Check RollCall™ GPI Serial D1 Outputs CPU & RollCall Order codes for IQH3A enclosures Order codes for other enclosures GPI IQDNRS-2 IQDNRS-1A Noise Reducer. 3 outputs. 2 1 4 3 SERIAL OUTPUT 1 2 3 SERIAL INPUT IQDNRS-2 Noise Reducer. 4 outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 279 IQDNRS Digital Noise Reducer Inputs & Outputs Signal Inputs Serial Digital......................... 1 x SDI Inputs IQDNRS Digital Noise Reducer Outputs Standards............................ SMPTE 259M-C-1997 Digital GPI...................................... 3 Closing Contact style inputs Digital Signal Outputs Serial 4:2:2 Serial Digital ........................ Up to 4 x SDI Analog Standards............................ SMPTE 259M-C-1997 GPI Noise Reduction Proc-Amp Enhancer Sparkle Filter Audio/Anc Data Delay EDH Check/Insertion Split Screen Up to 4 Serial 4:2:2 RollCall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Picture Position Adjust ......... ± 592 ns in 148 ns steps Y Noise Reduction Level...... Off/ Low/ Medium/ High Pattern Select ...................... Off, Black, EBU Bars, 100% Bars, Multiburst, Valid Ramp, Pulse and Bar C Noise Reduction Level ..... Off/ Low/ Medium/ High Sparkle Filter........................ Off/On Auto Freeze ......................... Freeze on Input Loss (Default is Pattern Output) Noise Measurement ............ Auto/ Manual Manual Threshold Level ....... 8 levels Adaptive Horizontal FILTER . Off/ On Limiter.................................. Limits output to standard SMPTE/EBU levels Vertical Enhancement .......... Off/ Low/ Medium/ High User Memories .................... 8 (save/ recall) Y Horizontal Enhancement .. High Frequency (Off, Low, Medium, High) Mid Frequency (Off, Low, Medium, High) Noise Suppress (Off/ On) De-enhance (Off/ On) Preset Unit........................... Returns all settings to factory defaults Functions Available via RollCall™ Only EDH logging GPI configuration ................. To assign function to each GPI input Y Gain Adjust....................... ± 6 dB in 0.1 dB steps Sparkle Filter Setup.............. Sensitivity Dropout Filter Motion Process Trail Process C Gain Adjust ...................... ± 6 dB in 0.1 dB steps Black Level Adjust ............... ±100 mV in 0.8 mV steps Horizontal YC Adjust............ ± 444 ns in 148 ns steps Specifications Serial Input Return Loss....... Better than –15 dB to 270 MHz Output Jitter ........................ < 0.25 UI Maximum Input Cable length Insertion Delay ..................... Approximately 68 µs > 200 m (PSF1/2 or equiv. cable) Power Consumption Serial Output Level .............. 800 mV ±10% Module Power Consumption Output Overshoot................ < 70 mV 8.6 W max Output Return Loss ............. Better than –15 dB to 270 MHz © Snell & Wilcox 2005 280 IQDLOG SDI LOGO INSERTER................................................................................... 283 IQDKEY SDI LINEAR KEYER ..................................................................................... 285 In order to enable images or logos to be added prior to transmission the range also includes a linear keyer and an SDI logo inserter. The keyer features both linear and luma keying and automatic fade up/down capability. The logo inserter can add 8-bit color logos at any point in the active picture region of the SDI stream. © Snell & Wilcox 2005 281 SIGNAL PROCESSING LOGO INSERTERS AND KEYERS IQDLOG SDI Logo Inserter The IQDLOG is a sophisticated SDI logo inserter with network file access to the logo files and animation control. The unit is capable of adding static or animated, full 8-bit, color logos at any point in the active picture region of the SDI stream. Logos or animation sequences can be of any size or length to a total of 250 k pixels. Logos are downloaded over the RollCall network and stored in non-volatile memory. A simple animation control file allows easy creation and manipulation of the animation parameters (H/V position, fade and logo selection). Does this module suit your application? Why should you choose this module? • • • • • • • • • • • • • • • • • Static or animated Serial Digital logo insertion Any size of logo, using up to 250 k pixels User defined logos can be loaded over a PC network Video and Alpha-channel processing at 4:2:2:4 resolution Totally transparent to ancillary data Horizontal and vertical logo positioning anywhere in active picture Smooth fade with dedicated fade control Easy creation/modification of animations Continuous valid output 10-bit data paths throughout GPI control of all logo functions Automatic 625 and 525 operation User defined input failure Logo EDH checking and insertion to SMPTE RP165 option RollCall Control • • • • Adds static or animated, full 8-bit, color logos at any point in the active picture region of the SDI stream A simple animation control file allows easy creation and manipulation of the animation parameters (H/V position, fade and logo selection) The IQDLOG is supplied with a suite of PC/RollCall-based utilities to process logo files A crystal locked output helps in reducing incoming jitter and together with sync insertion provides a continuous output in event of input loss Logo creation software available from the Snell & Wilcox web site Audio/Ancillary Data Bypass Serial D1 Input Deserialize Keyer D1 Formatter D1 Output Serial D1 Outputs EDH Check EDH Insert Logo Store GPI x 3 CPU & RollCall RollCall™ Inputs & Outputs Signal Inputs IQDLOG SDI Logo Inserter Serial Digital......................... 1 x SDI Inputs Outputs Standards............................ SMPTE 259M-C-1997 Digital Digital Serial 4:2:2 GPI...................................... 3 Closing Contact style inputs (-2version only) Audio/ANC Processing Keyer 4:2:2:4 Processing 10-bit Data path Logo Store Logo Positioning 625/525 Operation EDH Check/Insertion Signal Outputs Serial Digital......................... Up to 4 x SDI 3 x GPI (-2 version only) Standards............................ SMPTE 259M-C-1997 Rollcall™ Remote Control © Snell & Wilcox 2005 283 4 x Serial 4:2:2 IQDLOG SDI Logo Inserter Order codes for IQH3A enclosures Order codes for other enclosures IQDLOG-1 2 1 SERIAL OUTPUTS SDI INPUT IQDLOG-1 SDI Logo Inserter. 2 Outputs IQDLOG-1A SDI Logo Inserter. 3 Outputs GPI IQDLOG-2 2 1 4 3 3 2 SERIAL INPUT SERIAL OUTPUT IQDLOG-2A SDI Logo Inserter. 4 outputs 1 IQDLOG-2 SDI Logo Inserter. 4 outputs For more details on enclosure types please refer to the Frames/Enclosures section Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Fade out time....................... 1 to 300 frames Input Standard..................... 525 / 625 / Auto On Input Fail ........................ Selectable Logo EDH checking User Memories .................... 16 [save / recall / name] Logo.................................... Reverse/stop/Forward/Single Cycle Preset Unit........................... Returns all settings to factory defaults Logo Fade Max ................... 0 to 255 (off to full on) Functions Available via RollCall Only Logo Fade Min .................... 0 to 255 (off to full on) Logging ............................... EDH, Input Loss and Standard Change Logo H position ................... -120 to +718 samples (525) -138 to +710 samples (625) Animation file download Logo Download ................... Note: The logo download software IQSSAM supports TGA, BMP and PPM files. It will not support versions of these formats which include embedded alpha (key) channels or any form of compression. Logo V position ................... 0 to 500 lines (525) 0 to 600 lines (625) Fade.................................... Fade In/ Fade Out (unit fades in to maximum fade value and fades onto minimum fade value) Fade in time......................... 1 to 300 frames Specifications Serial Input Return Loss....... Better than 15 dB to 270 MHz Logo Limits.......................... The IQDLOG software released to date (V5.4.6 issue B cards and V6.0.6 issue C cards) is limited to a maximum Logo file size of 786,430 bytes. Maximum Input Cable length > 200 m (PSF1/2 or equiv. cable) Serial Output Level .............. 800 mV ±10% Output Return Loss ............. Better than 15 dB to 270 MHz Power Consumption Output Jitter ........................ < 0.2 UI Module Power Consumption Insertion Delay ..................... approx. 4 µs © Snell & Wilcox 2005 6.2 W max 284 IQDKEY SDI Linear Keyer The IQDKEY provides a simple & straightforward linear or luma keying capability for 10-bit SDI video streams. • Maintains valid output with background input fail, with option of switching to Fill input or Matte source • Ancillary data can be passed from the Background input, the Fill input or blanked • RollCall remote control and monitoring Why should you choose this module? Does this module suit your application? • • • • • • • • • • Background, Fill, and Key Inputs Program and Preview Outputs Linear and Luma Key Modes Remote trigger of Fade Up/Down action using GPI control Matte generation and capture Dissolve/Cut Mix mode Keyed output always available on Preview Output Background, Fill, Key, Matte and Processed Key sources can be viewed on Preview Output Fade to black on Program Output Internal Processing to at least 12-bit accuracy Key Input Line Synchronizer Key Source Select Lift & Gain • • • Key Filter & Invert Linear & luma key modes provide flexible keying for a variety of sources On the program output the key layer may be cut or faded on and off 2 GPIs and 1 GPI/O which can operate as a Tally output Key Fade Program Keyer Fill Input Line Synchronizer Program Output Mux Proc Amp Fade to Black Program Output Fill Source Select Matte Capture / Generation Background Input Line Synchronizer Preview Keyer Proc Amp Preview Output Mux Preview Output SPG Analog Reference Video GPI Rollcall Processor Order codes for IQH3A enclosures PREVIEW 1 Order codes for other enclosures BKGD FILL PREVIEW 2 2 IQDKEY -1A 2 PROGRAM KEY 1 IQDKEY-2 IQDKEY-1A SDI Linear Keyer. 2 program and 1 preview outputs. FILL 1 PROGRAM PREVIEW 2 1 FILL 1 IQDKEY -2A PROGRAM KEY BKGD IQDKEY-2A SDI Linear Keyer. 2 program and 2 preview outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 KEY BKGD IQDKEY-2 SDI Linear Keyer. 2 program and 2 preview outputs. 2 285 IQDKEY SDI Linear Keyer Inputs & Outputs Signal Inputs IQDKEY SDI Keyer Module Serial Digital Background..... 1 x BNC Terminated in 75 Ohms Inputs Serial Digital Key.................. 1 x BNC Terminated in 75 Ohms Outputs Digital Digital BKGD SDI Serial Digital Fill.................... 1 x BNC Terminated in 75 Ohms Re-Time Processing Standards............................ SMPTE 259M-C-1997 Fill SDI Analog Reference ................ 1 x BNC Terminated in 75 Ohms Key Program 2 x SDI Matte Generator Key SDI GPI...................................... 2 Closing Contact style inputs + 1 I/O via BNC Analog Signal Outputs Video Reference Serial Digital......................... 2 x SDI Program Bars Black Patterns Preview 2 x SDI GPI I/O Serial Digital......................... 2 x SDI Preview Standards............................ SMPTE 259M-C-1997 Rollcall™ Remote Control Card Edge & RollCall Controls Controls Fill Source............................ Fill Input / Matte Bkgd / Fill Luma Gain Adjust ±6 dB in 0.1 dB steps Key Invert............................. Off / On Bkgd / Fill Chroma Gain Adjust ±6 dB in 0.1 dB steps Memory ............................... Store / Name / Recall GPI/O function ..................... GPI – Programmable to recall any memory GPO - (GPI/O 3 only) – Tally Output Bkgd / Fill Black Level Adjust ±100 mV in 0.8 mV steps Fill / Key Picture Position ..... ±593 ns in 74 ns steps Key Gain.............................. 0 – 15.999 (0x0000 - 0xFFFF) Preset Unit........................... Returns all settings to factory defaults Key Lift ................................ -10% - +110% (0x800 - 0x7ff) Program Fade to Black ....... Fade On / Off Matte Controls Program Fade to Black Time0 – 2047 Frames (0x0000 0x0800) Matte Select ........................ Background / Fill Input / Single Color/ Frame Store Default Program Output....... Default Fill, Fill Matte, Color Bars, Black Matte Hue............................ 0 – 360º Matte Saturation .................. 0 - 100% Preview Output Select ......... Bkgd / Fill / Key I/P, Matte, Keyed Output, Pattern Matte Luminance ................. 0 - 100% Preview Caption .................. On / Off Card Edge Controls Default Preview Output ........ Fill Matte, Color Bars, Black EDH Reset........................... Background, Key and Fill Indicators Genlock Mode..................... Analog Reference / Background Input (Note: Fill and Key inputs can be up to 1 line earlier, but not later than the background input in this mode) Input Loss............................ Background, Key and Fill Reference Loss EDH Present/Errors ............. Background, Key and Fill Additional Controls via RollCall™ Remote Control System Genlock H Phase................. ±32 µs in 37 ns steps Keyer Controls Logging ............................... EDH, Input Loss, Standard Change, Reference Loss Keyer Fade .......................... Fade On / Off Keyer Fade Time ................. 0 – 2047 Frames (0x0000 - 0x0800) RollTrack ............................. Set up to 8 unit destinations for Key On / Off / Fade, Background Input Loss/Restore and Keyer Loss/Restore Keyer Cut ............................ Off / On Keyer Mode......................... Linear, Luma Matte Download Key Source.......................... Key Input / Matte / Fill Input (Self-Key) © Snell & Wilcox 2005 286 IQDKEY SDI Linear Keyer Specifications Peak Mains Inrush Current following a 5 second mains interruption No Mains Input Serial Input Return Loss....... Better than 15 dB to 270 MHz Maximum Input Cable length> 200m (PSF1/2 or equiv. Cable) Serial Output Level .............. 800 mV ±10% Performance Information. Output Overshoot................ < 70 mV No performance degradations or cable length limitations Output Return Loss ............. Better than 15 dB to 270 MHz Output Jitter ........................ < 0.2 UI Power Consumption Module Power Consumption EMC Performance Information 6.1 W max Environment ....................... Commercial and light industrial E2 © Snell & Wilcox 2005 287 SDI MONITORING The best time to identify faults in a system is while they are still potential faults rather than immediate problems. If something does fail, it’s best to be able to identify the source and nature of the fault rapidly and easily. This is particularly true in the digital domain, where poor quality can lead rapidly to complete loss of pictures. Further codes can be inserted to allow downstream equipment to be checked. IQDAVM VIDEO AND AUDIO MONITORING ENCODER ............................................... 165 IQARC00 ASPECT RATIO CONVERTER WITH SIGNALLING......................................... 247 © Snell & Wilcox 2005 289 SIGNAL MONITORING To ensure accurate monitoring, all appropriate modules in the IQ Modular range are available with a powerful, industry standard EDH (Error Detection and Handling) capability. Using the EDH capability, it is possible to extract and check EDH signals from the serial data stream, and to identify where errors have occurred so that remedial action can be taken. Error indication can be either local, or from a remote PC error log via a RollCall network. MPEG MONITORING IQMDDM-T ASI 2X1 ROUTER, DISTRIBUTION AMPLIFIER & STREAM MONITOR WITH TEMPLATE MATCHING ............................................................................... 293 IQMDDM ASI 2X1 ROUTER, DISTRIBUTION AMPLIFIER & STREAM MONITOR........... 297 The use of digital techniques for broadcasting is now a reality in many countries, and many more are moving rapidly towards their adoption. The distribution and monitoring of MPEG-encoded bitstreams produces a set of requirements that are beyond - and different from - those needed for uncompressed serial digital signals. Functions available include picture appraisal monitoring, ASI decoding, distribution amplifiers, signal routing (two inputs to one output) and a combination of signal distribution and encoded bitstream monitoring. Where appropriate, MPEG modules feature polarity inversion to ensure accurate passing of ASI signals from one function to another. © Snell & Wilcox 2005 291 SIGNAL MONITORING To meet this need, IQ Modular offers a range of functions designed specifically for the requirements of decoding, transporting and monitoring ASI signals within a facility. IQMDDM-T ASI 2x1 Router, Distribution Amplifier & Stream Monitor with Template Matching The IQMDDM-T provides either of 2 inputs with up to 8 equalized and reclocked outputs. Features include fully programmable MPEG2 transport stream monitoring, and template matching for powerful automated monitoring. All outputs are re-clocked and transformer coupled. There is independent control of the input to be passed to the distribution amplifier outputs and the input to be passed to the transport stream monitor. The module monitors the MPEG2 transport stream to TR101290 measurement methods. " Running Status Table (RST) content Quick selection of up to 8 preset configurations Quick selection of up to 10 locally stored templates • Equalized and transformer coupled input • Input auto-select mode allows unit to switch inputs on detection of pre-determined conditions • 4/8 Reclocked and transformer coupled outputs • Passive relay input bypass option • 2 Configurable GPI ports • RollCall remote control Why should you choose this module? Does this module suit your application? • • • • • • • • • • • • ASI 2-to-1 multiplexer and distribution amplifier MPEG2 Transport Stream Monitor Industry unique Template Matching Independent selection of monitored stream and distribution amplifier input User programmable minimum and maximum TS bitrate thresholds Fully programable TR101290 monitoring to match each transmission system specifications TR101290 parameters checked: " TS_Sync_Loss " Sync_Byte_Error " PAT_Error " Continuity_Count_Error " PMT_Error " PID_Error " Programmable timeouts on all PIDs " 2.1 Transport_Error " 2.2 CRC_Error " 3.4 Unreferenced_PID Other Monitoring: " Illegal Characters " Packet size - 188/204/208 Template matching in real time against 10 user programmable/downloadable PSI/SI templates Parameters matched in template: " Network_id " Transport stream_id " Transport Stream bitrate (min/max) " Packet size " Number of services " Service_ids " Number and PIDs of components in each service " Bitrate of video and audio PIDs (max/min) " Encryption status of each component © Snell & Wilcox 2005 • • • • • • • • 293 Fully programmable TR101290 monitoring to match each transmission system specification Continuous matching of the transport stream program structure against up to 10 userdefinable templates provides powerful automated monitoring Independent selection of monitored stream and distribution amplifier input A user specified minimum and maximum TS bitrate threshold can be used to detect an "empty" stream, and either generate a log entry or switch inputs The combined detection of sync loss, carrier loss and bitrate threshold errors now allows the IQMDDM to detect practically all modes of catastrophic input failure The template matching feature allows a number of templates to be downloaded and continuously compared against the input transport stream, so that any unexpected change in services and components can be detected ASI 2-to-1 router and distribution amplifier 2 Configurable GPI ports IQMDDM-T ASI 2x1 Router, Distribution Amplifier & Stream Monitor with Template Matching ASI Input 1 Equalize ASI Input 2 Equalize De-Serializer RollCall GPI 1 Up to 8 ASI Outputs Re-Clock Stream Monitor Processor GPI 2 Order codes for IQH3A enclosures Order codes for other enclosures IQMDDM-1 IQMDDM-1A-TM ASI Distribution Amplifier and Stream Monitor with Template Matching. 5 outputs. Transformer coupled. ASI OUT ASI IN 4 2 2 3 IQMDDM-1-TM ASI Distribution Amplifier and Stream Monitor with Template Matching. 4 outputs. Transformer coupled. GPI 5 7 6 8 IQMDDM-2 IQMDDM-2A-TM ASI Distribution Amplifier and Stream Monitor with Template Matching. 8 outputs. Transformer coupled. 1 1 1 1 3 4 2 2 2 ASI IN ASI OUT IQMDDM-2-TM ASI Distribution Amplifier and Stream Monitor with Template Matching. 8 outputs. Transformer coupled. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs IQMDDM ASI Distribution Amplifier and Transport Stream Monitor ASI 1 ................................... ASI (270 Mbit/s) ASI 2 ................................... ASI (270 Mbit/s) Inputs Standards............................ DVB-ASI, EN50083-9 section 4.3. Data Equalization ASI 1 Re-Clocking Up to 8 ASI ETR290 Priority 1 ASI 2 GPI 2................................... (-2 only) Configurable as: 1) Data polarity switch input-Closing contact 2) Loss of signal warning 2 x GPI Signal Outputs plus Checking Transport Stream Monitor RollCall Remote Control & Display Serial Data........................... Up to 8 ASI (270 MBit/s) © Snell & Wilcox 2005 Outputs Data GPI 1................................... (-2 only) Configurable as: 1) Data polarity switch input-Closing contact 2) Loss of signal warning 294 1 2 IQMDDM-T ASI 2x1 Router, Distribution Amplifier & Stream Monitor with Template Matching Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Show error counts ............... Sync/ETR/RVS/input loss/all (any combination) DA Input Select ................... Input 1/ Input 2 Reset error counts ............... Sync/ETR/RVS/input loss/all (any combination) Indicators Power OK............................ 2 x Green LED GPI configuration ................. Input/Output ASI 1 Signal absent ............. Red LED GPI sense ............................ Inverted/Non-inverted ASI 2 Signal absent ............. Red LED GPI 1 trigger ........................ Input1 loss/input 2 loss/either input loss/sync loss/TR101290 error/Bitrate threshold error/CarrSync-BR (any combination) ASI 1 selected ..................... Yellow LED ASI 2 selected ..................... Yellow LED Functions Available via RollCall™ Only DA Input Select ................... Input 1/Input 2/Auto GPI 2 trigger ........................ input1 loss/input 2 loss/either input loss/sync loss/TR101290 error/Bitrate threshold error/CarrSync-BR (any combination) Log signal loss..................... Off/input 1/input 2/either input Log TR101290 error ............ Off/enable individual parameters Set PID timeout ................... video/audio/data/PAT/PMT 1 ms – 1000 s Labelling of inputs................ up to 8 ASCII characters Specifications Serial Input Return Loss....... Better than -15 dB to 270 MHz Output Jitter ........................ < 0.2 UI Maximum Input Cable Length >100 m (PSF1/2 or equiv. cable) Power Consumption Module Power Consumption Signal Output Level ............. 800 mV ±10% 6.9 W max Output Return Loss ............. Better than -15 dB to 270 MHz © Snell & Wilcox 2005 295 IQMDDM ASI 2x1 Router, Distribution Amplifier & Stream Monitor The IQMDDM provides either of 2 inputs with up to 8 equalized and reclocked outputs and fully programmable MPEG2 transport stream monitoring. There is independent control of the input to be passed to the distribution amplifier outputs and the input to be passed to the transport stream monitor. The module monitors the MPEG2 transport stream to TR101290 measurement methods. • Input auto-select mode allows unit to switch inputs on detection of pre-determined conditions • 4/8 Reclocked and transformer coupled outputs • Passive relay input bypass option • 2 Configurable GPI ports • RollCall remote control Why should you choose this module? Does this module suit your application? • • • • • • • • • • ASI 2-to-1 multiplexer and distribution amplifier MPEG2 Transport Stream Monitor Independent selection of monitored stream and distribution amplifier input User programmable minimum and maximum TS bitrate thresholds Fully programable TR101290 monitoring to match each transmission system specifications TR101290 parameters checked: TS_Sync_Loss Sync_Byte_Error " PAT_Error " Continuity_Count_Error " PMT_Error " PID_Error " Programmable timeouts on all PIDs " 2.1 Transport_Error " 2.2 CRC_Error " 3.4 Unreferenced_PID Other Monitoring: " Illegal Characters " Packet size - 188/204/208 Equalized and transformer coupled input ASI Input 1 Equalize ASI Input 2 Equalize • • • • • • Re-Clock De-Serializer RollCall GPI 1 Stream Monitor Processor GPI 2 © Snell & Wilcox 2005 Fully programmable TR101290 monitoring to match each transmission system specification Independent selection of monitored stream and distribution amplifier input A user specified minimum and maximum TS bitrate threshold can be used to detect an "empty" stream, and either generate a log entry or switch inputs The combined detection of sync loss, carrier loss and bitrate threshold errors now allows the IQMDDM to detect practically all modes of catastrophic input failure 2 Configurable GPI ports RollCall remote control 297 Up to 8 ASI Outputs IQMDDM ASI 2x1 Router, Distribution Amplifier & Stream Monitor Order codes for IQH3A enclosures Order codes for other enclosures IQMDDM-1 ASI OUT ASI IN 4 2 2 3 1 1 IQMDDM-1 ASI Distribution Amplifier and Stream Monitor. 4 outputs. Transformer coupled. IQMDDM-1A ASI Distribution Amplifier and Stream Monitor. 5 outputs. Transformer coupled. 5 7 6 8 GPI IQMDDM-2 1 1 3 4 1 2 2 2 2 ASI IN ASI OUT IQMDDM-2 ASI Distribution Amplifier and Stream Monitor. 8 outputs. Transformer coupled. IQMDDM-2A ASI Distribution Amplifier and Stream Monitor. 8 outputs. Transformer coupled. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Signal Inputs Signal Outputs ASI 1 ................................... ASI (270 Mbit/s) Serial Data........................... Up to 8 ASI (270MBit/s) ASI 2 ................................... ASI (270 Mbit/s) Standards............................ DVB-ASI, TR101290 IQMDDM ASI Distribution Amplifier and Transport Stream Monitor Standards............................ DVB-ASI, TR101290 GPI 1................................... (Double width only) Configurable as: 1) Data polarity switch input-Closing contact 2) Loss of signal warning Inputs Outputs Data Data Equalization ASI 1 Re-Clocking Up to 8 ASI ETR290 Priority 1 GPI 2................................... Configurable as: 1) Data polarity switch input-Closing contact 2) Loss of signal warning ASI 2 2 x GPI plus Checking Transport Stream Monitor RollCall Remote Control & Display Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Show error counts ............... Sync/ETR/RVS/input loss/all (any combination) DA Input Select ................... Input 1/ Input 2 Reset error counts ............... Sync/ETR/RVS/input loss/all (any combination) Indicators Power OK............................ 2 x Green LED GPI configuration ................. Input/Output ASI 1 Signal absent ............. Red LED GPI sense ............................ Inverted/Non-inverted ASI 2 Signal absent ............. Red LED GPI 1 trigger ........................ Input1 loss/input 2 loss/either input loss/sync loss/TR101290 error/Bitrate threshold error/CarrSync-BR (any combination) ASI 1 selected ..................... Yellow LED ASI 2 selected ..................... Yellow LED Functions Available via RollCall™ Only DA Input SELECT ................ Input 1/Input 2/Auto GPI 2 trigger ........................ input1 loss/input 2 loss/either input loss/sync loss/TR101290 error/Bitrate threshold error/CarrSync-BR (any combination) Log signal loss..................... Off/input 1/input 2/either input Log TR101290 error ............ Off/enable individual parameters Set PID timeout ................... video/audio/data/PAT/PMT 1 ms – 1000 s Labelling of inputs................ up to 8 ASCII characters © Snell & Wilcox 2005 298 IQMDDM ASI 2x1 Router, Distribution Amplifier & Stream Monitor Specifications Serial Input Return Loss....... Better than -15 dB to 270 MHz Output Jitter ........................ < 0.2UI Maximum Input Cable Length >100 m (PSF1/2 or equiv. cable) Power Consumption Module Power Consumption 6.9W max Signal Output Level ............. 800 mV ±10% Output Return Loss ............. Better than -15 dB to 270 MHz © Snell & Wilcox 2005 299 SIGNAL GENERATION IQD1FPG FRAME PATTERN GENERATOR................................................................... 303 IQADBBG MULTI-STANDARD ANALOG BLACK BURST GENERATOR WITH GENLOCK .......................................................................................... 305 IQBDAR AES/EBU REFERENCE GENERATOR ........................................................... 307 The inherent intelligence of IQ Modular systems ensure they are easy to specify and configure. With the aid of a purpose-designed test pattern generator, they are also easy to set up and maintain. The modular range includes a full frame pattern generator, operating in the 10-bit 4:2:2 serial domain to provide charts and logos at full 270 Mbit/s bandwidth. Two frame-based test patterns are available as standard (though this increases with patterns of lower complexity), with line-based patterns as an option. Genlocked or free-run modes and a choice of 525 or 625 line operation ensure a high degree of flexibility. To provide vital stability within the analog elements of a system a reference is needed. The IQ Modular range meets this requirement for video with its family of black burst generators, with digital signal generation for the highest possible accuracy. For audio a high quality 20 or 24 bit AES reference generator is also available. The IQADBBG offers eight outputs with the addition of a genlock capability, SECAM and PAL-M formats, and pattern generation. © Snell & Wilcox 2005 301 SIGNAL GENERATION All versions can be monitored and controlled using a Snell & Wilcox RollCall network. IQD1FPG Frame Pattern Generator The IQD1FPG generates charts and logos in serial 4:2:2 (270 Mbit/s) video signals. All output patterns contain full EDH information. Does this module suit your application? Why should you choose this module? • • • • • • • • • • Serial 4:2:2 frame pattern generator, selectable 525 or 625 line operation 2 x frame-based test patterns, plus-line based test signals Number of stored frames increases for less complex images Genlock from video Free-run stability of 10 ppm Up to six separate outputs of pattern 10-bit YPbPr pattern data with EDH data on all patterns Output may be horizontally and vertically phased to the input reference RollCall compatible • • • • • • Order codes for IQH3A enclosures 2 complex frame patterns - such as station logos - for inclusion in programs or for test purposes Number of stored frames increases if less complex images are required e.g. Pluge Full range of line repeat test patterns for all system test and alignment requirements 525 or 625 selectable from card edge or remote control for easy system installation All patterns are 10-bit to ensure maximum quality Horizontal and vertical timing adjustment, with respect to genlock input, enables accurate alignment to system needs All patterns have EDH data for downstream fault detection and analysis Order codes for other enclosures IQD1FPG-1 3 2 1 SERIAL OUTPUT ANALOGUE REF IQD1FPG-1A-5-0 10ppm clock stability Frame Pattern Generator with Genlock 4 outputs, 1 sample frame pattern in 525 4:3 plus full set of line based patterns. IQD1FPG-1-5-0 10ppm clock stability Frame Pattern Generator with Genlock 3 outputs, 1 sample frame pattern in 525 4:3 plus full set of line based patterns. IQD1FPG-1A-6-0 10ppm clock stability Frame Pattern Generator with Genlock 4 outputs, 1 sample frame pattern in 625 4:3 plus full set of line based patterns. IQD1FPG-1-6-0 10ppm clock stability Frame Pattern Generator with Genlock 3 outputs, 1 sample frame pattern in 625 4:3 plus full set of line based patterns. IQD1FPG-1A-6-W 10ppm clock stability Frame Pattern Generator with Genlock 4 outputs, 1 sample frame pattern in 625 16:9 plus full set of line based patterns. IQD1FPG-1-6-W 10ppm clock stability Frame Pattern Generator with Genlock 3 outputs, 1 sample frame pattern in 625 16:9 plus full set of line based patterns. 3 IQD1FPG-2 Options: IQD1FPG-FPO Custom frame pattern option featuring individual frame pattern storage on the module prior to delivery 6 2 1 5 4 SERIAL OUTPUT ANALOGUE REF IQD1FPG-2-5-0 10ppm clock stability Frame Pattern Generator with Genlock 6 outputs, 1 sample frame pattern in 525 4:3 plus full set of line based patterns. IQD1FPG-2-6-0 10ppm clock stability Frame Pattern Generator with Genlock 6 outputs, 1 sample frame pattern in 625 4:3 plus full set of line based patterns. IQD1FPG-2-6-W 10ppm clock stability Frame Pattern Generator with Genlock 6 outputs, 1 sample frame pattern in 625 16:9 plus full set of line based patterns. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 303 IQD1FPG Frame Pattern Generator Pattern Storage Analog Reference Loop-thru SPG 10 Format & Serialize RollCall™ Processor Slave Reference daisy chained from master SPG Module Inputs & Outputs Signal Inputs Inputs Analog Reference ............... Composite/Luminance Video, Black Burst (Burst not processed) (loop-through) Analog Serial 656 Outputs Switches IQD1FPG Frame Pattern Generator Outputs Digital Digital Line-Based Reference Loop-thru Signal Outputs Genlockable Pattern Generator Serial 656 1-6 525/625 Compatible Serial .................................. Up to 6 sets of SDI Patterns Standards............................ SMPTE 259M-C-1997 Rollcall™ Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Pattern Select...................... 625 and 525 frame based patterns Genlock H-Phase Coarse .... Whole line period in increments of 74 ns Vertical Timing Adjustment... Complete frame in increments of 1 line Horizontal Timing Adjustment Any position during line period, in increments of 37 ns Genlock H-Phase Fine ........ ±35 ns continuously variable Genlock V-Phase................. Complete frame in increments of 1 line Functions Available via RollCall™ Only Logging ............................... Reference Loss Reference Source Selection. Free-Run (625 or 525) Analog Reference Input Slave Input Specifications Serial Output Return Loss.... Better than 15 dB to 270 MHz Power Consumption Reference Input Return Loss Better than 35 dB to 5.8 MHz Module Power Consumption 5.5 W max Reference Input Standard.... 525/625 Composite or Black Burst Reference Level Standard level ± 6dB (burst not processed) © Snell & Wilcox 2005 304 IQADBBG Multi-standard Analog Black Burst Generator with Genlock The IQADBBG generates up to 8 precision black burst outputs in multiple standards. • Does this module suit your application? • • • • • • • • • Multi-Standard Black Burst Generator PAL/NTSC/PAL-M,/PAL-N,/SECAM Up to 8 composite outputs Full genlock with 0° ScH Output Genlock phase controls with 0.1° resolution Up to 2 line genlock offset 10-bit oversampled DAC Pattern generator VITS insertion Reference Video SECAM Dr, Db locking to PAL switch Why should you choose this module? • • • • 8 x composite reference outputs Full genlock with 0° ScH Output Up to 2 line genlock offset 10-bit oversampled DAC 8 Composite Outputs Encoder SPG SECAM Decoder Switches Processor RollCall Order codes for IQH3A enclosures Order codes for other enclosures IQADBBG-1 3 2 BLACK BURST OUT 1 REFERENCE BB OUT IQADBBG-1-0 Genlockable Black Burst Generator PAL/ NTSC. 3 outputs. IQADBBG-1A Genlockable Black Burst Generator PAL/ NTSC. 5 outputs. 5 IQADBBG-2 8 BLACK BURST OUTPUTS 4 3 2 1 6 7 REFERENCE IQADBBG-2-0 Genlockable Black Burst Generator PAL/ NTSC. 8 outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 305 IQADBBG Multi-standard Analog Black Burst Generator with Genlock Inputs & Outputs Signal Inputs IQADBBG Black Burst Generator with Genlock Inputs Outputs Reference input ................... Composite or black burst Signal Outputs Analog Analog Composite ............... Up to 8 encoded Analog SPG Video Reference Composite 1-8 Encoder RollCall Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) SECAM Color Ident Signal (Bottles) On/Off Standard ............................. PAL/ NTSC/PAL-M PAL-N/SECAM SECAM Chroma Carrier....... On/Off Test pattern select............... Black, Color bars, various test lines Level Adjust ......................... ±0.5 dB VITS insert ........................... on/off Preset Unit........................... Returns all controls to preset condition Genlock mode..................... Internal lock/Subcarrier lock Indicators Genlock H-Phase offset....... ±1.9 lines Power Supplies OK Genlock SC Phase offset..... ±360° in 0.1° steps No reference NTSC Pedestal.................... On/Off ScH error ............................. Reference ScH error >~20° Specifications Signal Inputs ScH Phase .......................... 0° ±2° Reference Input Standard.... PAL/ NTSC/PAL-M PAL-N/SECAM SECAM FoR, FoB................ Standard ±0.7 kHz Composite or Black Burst Reference Level Standard level ±3 dB DB DR Deviations ............... Standard ±2 kHz Signal Outputs Power Consumption Output Level Error ............... <1% as supplied Module Power Consumption Free Run Stability ................ ±10 ppm typical 5.2 W max Output Return Loss ............. Better than -35 dB to 5.8 MHz © Snell & Wilcox 2005 306 IQBDAR AES/EBU Reference Generator The IQBDAR provides up to 8 AES/EBU audio reference outputs at 48 kHz. The output audio clock may free-run, or be locked to either video black or an AES/EBU audio input. • • • RollCall™ control Output channel status monitoring 20 or 24-bit sample word length, user selectable • 4 memory locations for storage and recall of selected parameters Why should you choose this module? Does this module suit your application? • • • • • • • • 7 transformer-coupled balanced AES 48 kHz reference outputs Optional 8 transformerless unbalanced outputs Free-run or locking to video black or AES/EBU audio Grade 1 reference option Silence, pulse or various tones available, any combination assignable to either the left or right outputs Independent left and right tone level adjust, 0 to -20 dBFS AES reference can be received from up to 150 m of AES cable for balanced input or up to 500 m of RG59B cable for unbalanced input Automatic 525 or 625 line video input detection Reference Video • • • • Industry standard AES 11, 48 kHz, reference for all broadcast needs High quality 20 or 24-bit digital audio reference to check alignment of digital audio systems Provides a range of test signals for all common needs including silence, pulse and various tones Can free-run, or lock to video or AES/EBU audio references Sync Extract AES/EBU Reference AES/EBU Balanced Outputs x 7 SPG AES/EBU Unbalanced Outputs x 8 Tone Insertion RollCall Processor 48 kHz Order codes for IQH3A enclosures Order codes for other enclosures AES REF + AUDIO OUT IQBDAR1-0-D VIDEO REF IQBDAR-1-0-D Digital Audio Reference. Balanced. 7 outputs. IQBDAR-1A-0-D Digital Audio Reference. Balanced. 7 outputs. IQBDAR1-0-B 1 IQBDAR-1A-B Digital Audio Reference. Unbalanced. 5 outputs. AES REF 2 3 AES REFERENCE OUTPUTS VIDEO REF IQBDAR-1-0-B Digital Audio Reference. Unbalanced. 3 outputs. IQBDAR-2-0-B IQBDAR-2A-0-B Digital Audio Reference. Unbalanced. 8 outputs. 1 AES REF 2 3 6 7 AES REFERENCE OUTPUTS 4 8 5 VIDEO REF IQBDAR-2-0-B Digital Audio Reference. Unbalanced. 8 outputs. For more details on enclosure types please refer to the Frames/Enclosures section © Snell & Wilcox 2005 307 IQBDAR AES/EBU Reference Generator Inputs & Outputs Signal Inputs Inputs Digital Audio Reference ....... Balanced AES/EBU 48 kHz via 25-Way D-type(-D) Unbalanced AES/EBU 48 kHz via BNC (-B) IQBDAR AES/EBU Digital Audio Reference Digital Digital AES/EBU x 7 (Balanced) AES/EBU Reference Video Reference .................. 525/625 Black Burst Video via BNC Analog Signal Outputs Outputs Digital Audio Reference Generator or optional AES/EBU x 8 (Unbalanced) Video Reference Digital Audio ........................ 7 x Channel Pairs Balanced AES/EBU 48 kHz via 25-Way D-type(-D) 8 x Channel Pairs Unbalanced AES/EBU 48 kHz via BNC (-B) RollCallTM Remote Control Card Edge & RollCall Controls Card Edge Controls (also available via RollCall) Functions Available via RollCall™ Only Lock Select ......................... Free-run, Lock to Video, Lock to AES audio Input Lock Detect ................ Detects presence of audio and video inputs Mono Frequency Select....... 16 frequencies from 100 Hz to 21 kHz Channel Status Monitor ....... Monitors Output Channel Status Independent Left & Right Tone Style Sinusoidal or 1.5 kHz pulse, 48 ms wide at 1 second intervals, or just digital silence Left & Right Tone Level Adjust 0 dBFS to -20 dBFS ±0.3 dB in 1 dB Steps Channel Status Editor .......... Origin and Destination editor Left & Right Frequency Select Full range of frequencies from 100 Hz to 22.5 kHz in 100 Hz steps Mono Tone Level Adjust ...... 0 dBFS to -20 dBFS ±0.3 dB in 1 dB Steps Sample Word Length........... 20-bits or 24-bits, Auxiliary bits used for main audio User Memories .................... 4 Specifications Input Cable Length (-D) ....... >150 m of AES3 cable Balanced 110 ohms AES Reference Input Frequency Pull-In Range ± 2 Hz @ 48 kHz Input Cable Length (-B)........ >500 m of RG59 cable Unbalanced 75 ohms Locking ............................... Conforms to AES11 1997 specification Video Reference .................. Standard level ± 6dB into 75 ohms Sampling ............................. 48 kHz frame locked to 48 kHz AES/EBU Reference, 48 kHz frame locked to PAL video reference, 48 kHz frame locked to every 5th frame of an NTSC video reference (Conforms to AES11 – 1997 spec) Output Channel Pairs (-D) .... 7 Balanced 3 Vpk to pk typ. into 110 ohms Output Channel Pairs (-B) .... 8 Unbalanced 1 V typical into 75 ohms Free Run Stability ................ ±10 ppm Power Consumption Optional Grade 1 Crystal ..... ±1ppm max w.r.t. nominal frequency at +25°C © Snell & Wilcox 2005 Module Power Consumption 2.9 W max 308 HIGH DEFINITION Snell & Wilcox offers a range of modules for operation at high definition 1.5 Gbit/s data rates including such functions as distribution, routing, synchronizing and conversion. All HD IQ modules can be installed in the standard IQH3A frame, are also SD-SDI compatible and provide input cable equalization for up to 140m of cable at HD data rates (350m at SD-SDI rates) allowing maximum flexibility and future proofing. IQSRT00 5X2 HD/SD-SDI ROUTER................................................................................. 9 IQSRT10 8X2 HD/SD-SDI ROUTER............................................................................... 11 IQMDA00 HD/SD-SDI MONITORING DISTRIBUTION AMPLIFIER.................................... 31 IQSDA01 INTELLIGENT HD/SD-SDI DISTRIBUTION AMPLIFIER ................................... 33 IQMUX42/43 HD-SDI 10/16 CHANNEL AES REMULTIPLEXER ........................................... 91 IQORX00 SINGLE MODE FIBER OPTIC RECEIVER FOR HD/SD-SDI SIGNALS ............. 175 IQOTX00 SINGLE MODE FIBER OPTIC TRANSMITTER FOR HD/SD-SDI SIGNALS ...... 177 IQOTR00 SINGLE MODE FIBER OPTIC TRANSCEIVER FOR HD/SD-SDI SIGNALS ...... 181 IQWDM00 FIBER OPTIC WAVE DIVISION MULTIPLEXING MODULE ............................. 183 IQUDC00 SYNCHRONIZING HD/SD-SDI UP, DOWN AND CROSS CONVERTER ........... 197 IQUDC01 HD/SD-SDI UP, DOWN AND CROSS CONVERTER........................................ 203 IQSYN21 HD/SD-SDI FRAME SYNCHRONIZER WITH EMBEDDED AUDIO PROCESSING ............................................................... 209 IQSYN20 HD/SD-SDI FRAME SYNCHRONIZER ........................................................... 213 HIGH DEFINITION © Snell & Wilcox 2005 309 The use of digital techniques for broadcasting is now a reality in many countries, and many more are moving rapidly towards their adoption. The distribution and monitoring of MPEG-encoded bitstreams produces a set of requirements that are beyond - and different from - those needed for uncompressed serial digital signals. To meet this need, IQ Modular offers a range of functions designed specifically for the requirements of decoding, transporting and monitoring ASI signals within a facility. Functions available include ASI decoding, distribution amplifiers, signal routing (two inputs to one output) and a combination of signal distribution and encoded bitstream monitoring. Where appropriate, MPEG modules feature polarity inversion to ensure accurate passing of ASI signals from one function to another. IQMDMO MPEG 422 PROFESSIONAL DECODER WITH MOLE™ ................................. 191 IQMDDM-T ASI 2X1 ROUTER, DISTRIBUTION AMPLIFIER & STREAM MONITOR WITH TEMPLATE MATCHING ...................................................................... 293 IQMDDM ASI 2X1 ROUTER, DISTRIBUTION AMPLIFIER & STREAM MONITOR........... 297 IQMMX2 ASI 2X1 ROUTER........................................................................................... 19 IQSRT00 5X2 HD/SD-SDI ROUTER................................................................................. 9 IQSRT10 8X2 HD/SD-SDI ROUTER............................................................................... 11 IQDRT SDI ROUTER (8X8, 6X4)................................................................................. 13 IQSDA01 INTELLIGENT HD/SD-SDI DISTRIBUTION AMPLIFIER ................................... 33 IQDSDR RECLOCKING SDI DISTRIBUTION AMPLIFIER ............................................... 35 IQDSDA SDI DISTRIBUTION AMPLIFIER...................................................................... 37 IQMDDA ASI DISTRIBUTION AMPLIFIER...................................................................... 39 IQDASI ASI/SDI DISTRIBUTION AMPLIFIER ............................................................... 41 IQORX00 SINGLE MODE FIBER OPTIC RECEIVER FOR HD/SD-SDI SIGNALS ............. 175 IQOTX00 SINGLE MODE FIBER OPTIC TRANSMITTER FOR HD/SD-SDI SIGNALS ...... 177 IQOTR00 SINGLE MODE FIBER OPTIC TRANSCEIVER FOR HD/SD-SDI SIGNALS ...... 181 IQWDM00 FIBER OPTIC WAVE DIVISION MULTIPLEXING MODULE ............................. 183 IQORX SINGLE/MULTI-MODE FIBER OPTIC RECEIVER .......................................... 185 IQOTX SINGLE/MULTI-MODE FIBER OPTIC TRANSMITTER ................................... 187 © Snell & Wilcox 2005 311 MPEG/ASI SIGNALS MPEG/ASI SIGNALS FRAMES/ENCLOSURES IQH IQ MODULAR ENCLOSURES........................................................................ 315 IQHEXT MODULE EXTENDER CARD......................................................................... 319 A key requirement for any modular system is the ease with which the desired combination of functions can be achieved. Limitations on how modules can be housed and restrictions on how they can be combined represent unnecessary problems for the system integrator. For this reason, the IQ Modular range has been designed to provide the maximum degree of flexibility and freedom from constraints. For control purposes, an active front panel is available for the 1RU housing, or with the IQ Modular ‘Shoebox’ 1RU dedicated control unit. Alternatively, the powerful Snell & Wilcox RollCall open control system can be used to monitor and control any IQ Modular network For Additional Related Products See: Section: Module: RollCall Infrastructure Management System RPAN RollCall Infrastructure Management System RollPod © Snell & Wilcox 2005 313 FRAMES/ ENCLOSURES No matter how complex the installation, all IQ Modular systems can be configured using a combination of only two housing types. A single, compact 1RU housing can accommodate up to six single-width modules, the 3RU housing a maximum of sixteen. The 3RU enclosure offers the option of a dual-redundant power supply without any loss of capacity, and both enclosures feature integral cooling. IQH IQ Modular Enclosures IQH enclosures offer industry leading, high-density delivery of modular solutions. The enclosures are available in two sizes: 1 rack unit accepting up to 6 modules (with active front panel option), and 3 rack units accepting up to 16 modules. Single and dual PSU versions of the 3U enclosure are available. Both enclosures are fitted with RollCall control and monitoring as standard. In 3U form-factor this also includes full SNMP control and monitoring functionality over Ethernet. Features SERIAL IN SERIAL IN 1 SERIAL OUT 2 3 REMOTE B A ANALOG IN + OUT ANALOG IN + OUT SERIAL OUT AUDIO + AES IN 5 SERIAL OUT ETHERNET 7 6 2 7 IQBADX -2A-B IQBDDA S-1A-B IQDSDR -1A STATUS 4 4 3 3 AES AUDIO OUTPUTS 4 6 6 5 4 AES OUT 5 ANALOG AUDIO OUTPUTS SERIAL OUT AES IN 7 IQBADI -1A-D IQDSDR -1A 1 2 1 SERIAL IN 2 3 2 3 4 6 AUDIO + AES IN 5 SERIAL OUT IQBADX -2A-B IQBDDA S-1A-B SERIAL IN SERIAL IN 1 SERIAL OUT 1 3 3 4 5 AES AUDIO OUTPUTS 4 6 7 AES IN 6 5 ANALOG AUDIO OUTPUTS AES OUT 4 2 3 2 1 SERIAL IN 2 SERIAL IN SERIAL IN 1 1 3RU rack size, taking up to: • 16 single or 8 double width modules (or any combination) • Hot swappable redundant power supplies • Full SNMP Control & Monitoring of IQ modular cards via Ethernet connection • Plug-in gateway communications card to enable RollCall via RollNet, RS422 and RollCall over TCP/IP control • Maximize availability through card edge restoration of module on-air configurations via card edge controls* or remote application • Optimum use of rack space – frames do not require any additional ventilation spacing • In-service removable fan • Variable fan speed, dependent upon load and ambient temperature • Full chassis monitoring, including Inlet and Outlet temperature, fan condition and module status • Full CE and UL compliance IQBADI -1A-D IQDSDR -1A IQBDA7S -2A-R-D IQDSDR -1A ROLLNET IQH3A-S-0 Enclosure with Single PSU & Ethernet/SNMP Compatible RollCall Gateway Card. 16 module slots. IQH3A-S-P Enclosure with Dual Redundant PSU & Ethernet/SNMP Compatible RollCall Gateway Card. 16 module slots. Accessory: IQH3APSUB Single PSU as cold spare or upgrade to Dual PSU configuration. Accessory: IQH3A-S-GATEW Ethernet/SNMP compatible RollCall Gateway card for IQH3A enclosures. power * Card edge restore functionality will be enabled in a future firmware upgrade AES AUDIO OUT 6 2 INPUT SERIAL IN 2 COMPOSITE OUTPUT 3 2 GPI 1 2 SERIAL OUT 1 REFERENCE SERIAL IN 1 1 SERIAL OUT 2 1 100-240V~ 60/50 Hz 1.8A 5 4 T T2A H 250V REFERENCE Fuse SERIAL IN IQH1S-RC-B 1RU Enclosure with single PSU & RollCall Gateway Card. 6 module slots. IQH1S-RC-AP-B 1RU Enclosure with single PSU & RollCall Gateway Card + Active Front panel for configuration, diagnostic and operational control. 6 module slots. "Shoebox", 1RU size, but only one third depth for control desk mounting of active front panel • Remote mounted front panel for RollCall • Gateway communications card for RollCall (RollNet 2.5Mb/s networks) and RS422 control • Can be used as a semi-portable unit in engineering maintenance applications • Full CE and UL compliance © Snell & Wilcox 2005 3 IQDMSE-2 OUTPUT 4 7 IQDMX0/1 _16-2 1RU rack size, taking up to: • 3 double width or 6 single width modules or combinations • Gateway communications card for RollCall via RollNet and RS422 control • Full CE and UL compliance • Choice of active or blank front panels IQAVDA-2 ROLLCALL 5 8 IQHSBOXRCAPB Active Front Panel with single PSU & RollCall Gateway Card. 0 module slots. Note: Although IQ modules are interchangeable between enclosures, their rear panels are enclosure specific. Code ‘A’ order codes must be used when installing modules in the IQH3A enclosure shown above. Non ‘A’ order codes relate to all other Snell & Wilcox IQ modular enclosures. When ordering a module please take time to ensure that the compatible order code is selected to match the chosen enclosure 315 IQH IQ Modular Enclosures How do I order the right modules for my enclosure? Although IQ modules are interchangeable between enclosures, their rear panels are enclosure specific. Code ‘A’ order codes must be used when installing modules in the IQH3A enclosure shown below. Non ‘A’ order codes relate to all other Snell & Wilcox IQ modular enclosures. Please take time to ensure that the compatible order code is selected to match the chosen enclosure. ‘A’ Style Enclosure All Other Enclosures Rear panels with the suffix A may only be fitted into the ‘A’ style enclosure as detailed below: Rear panels without the suffix A may be fitted into all other Snell & Wilcox IQ Modular enclosures as detailed below: Example: IQDAMDA-2A Example: IQDAMDA-2 SERIAL OUTPUTS DELAY GPI IQDAMDA-2 ANALOGUE REF information control COMP IN home scroll previous power adjust modules help lock save display select return IQ setup recall power (Enclosure order codes IQH3A-E-0, IQH3A-E-P, IQH3A-0-0, IQH3A-0-P) (Enclosure order codes IQH1S-RC-0, IQH1S-RCAP, IQH1U-RC-0, IQH1U-RC-AP, Kudos Plus Products) power OPEN (Enclosure order codes IQH3A-S-0, IQH3A-S-P) (Enclosure order codes IQH3N-0, IQH3N-P) (Enclosure order codes IQH3U-RC-0, IQH3U-RC-P) © Snell & Wilcox 2005 316 IQH IQ Modular Enclosures Features Inputs/Outputs Active Front Panel Controls (not for 3U box) RollCall Remote Control ...... BNC connector Dedicated Push Buttons for: Home; Previous; Return; Modules; Lock; Setup; Save; Recall; Display Select; Menu Text Select; Spinwheel for menu control RS422/485/232 Remote Control 9-pin D-type connector RollCall/SNMP over TCP/IP . 10/100 baseT Ethernet (Available on 3U enclosure only) Additional Controls via RollCall Remote Control System Preset Controls Full Control via active front panel or RollCall Control Panel PC Application Unit address code set switches 2 Hex switches 0 to F Communications mode switch Select RS232 (3U Enclosure only), RS485 or RS422 interface Specifications Number of Modules that may be accommodated Output ................................. +7.5 V and -7.5 V ± 5% Shoebox: ............................ Note; use with blank or active front panel Power (3U Box) Note that all modules have built-in power supply fuses. 1U: ..................................... 3 double width or 6 single width (or combinations of both) fitted horizontally Input Voltage Range ............ 100-250 V 50/60 Hz Input Connector................... IEC320 Fused 2.5 A(T) Standby Switch ................... Behind drop-down front panel 3U: ..................................... 8 double width or 16 single width (or combinations of both) fitted vertically Power Consumption ............ 225 VA maximum Modules Power Dissipation.. 141 W maximum Module card dimensions ..... 100 mm wide, 340 mm long Output ................................. +7.5 V and -7.5 V ± 5% Module rear connector ........ 64 way Note that all modules have built-in power supply fuses. Module rear panel dimensions 129mm wide (-A versions) 103.4 mm wide(other versions), 40.4 mm (double width) 20 mm (single width) high Mechanical (Shoebox) Power (Shoebox) Dimensions.......................... 483 mmx163mmx44.4 mm (w,d,h) Input Voltage Range ............ 100 V to 250 V 50/60 Hz Weight ................................. Approximately 1Kg. Temperature Range ............. 0 to 40° C operating, -30 to +75° storage Case Type ........................... 1U rack mounting steel case Mechanical (1U Box) Input Connector .................. IEC320 Fused 1.6 A(T) Temperature Range ............. 0 to 40° C operating, -30 to +75° storage. Cooling fan is fitted. Power Switch ...................... Located on rear panel Power Consumption............ 20 VA maximum Case Type ........................... 1U rack mounting steel case CE Performance Information (1U Box) Environment ....................... Commercial and light industrial E2 Dimensions.......................... 483 mmx455 mmx44.4 mm (w, d, h) Peak Mains Inrush Current following a 5 second mains interruption 16A Depth behind rack ears excluding space for leads 415 mm Weight ................................. Approximately 5kg. without modules Performance Information ..... Rollcall coaxial remote control network connection, immunity to common-mode AF interference (EN 55103-2 immunity phenomenon I5): Mechanical (3U Box) Temperature Range ............. 0 to 40° C operating, -30 to +75° storage. A temperature and load sensitive cooling fan is fitted. Power (1U Box) Case Type ........................... 3U rack mounting aluminum case Input Voltage Range ............ 100 - 240 V 50/60 Hz Dimensions.......................... 483 mmx415 mmx135 mm (w, d, h) Input Connector .................. IEC320 Fused 2 A(T) Weight ................................. Approximately 8.25 kg without modules. Approximately 15 kg fully populated Power Switch ...................... Behind drop-down front panel Input Current ....................... 1.8 A maximum Modules Power Dissipation . 60 W maximum © Snell & Wilcox 2005 317 IQHEXT Module Extender Card The IQHEXT extender card may be fitted into 1U or 3U IQ modular enclosures to allow full access to a card under powered-up operating conditions for servicing or adjustment. Build Model: IQHEXT Module extender card Features Key Summary • • • • • For use with 1U and 3U IQ modular enclosures Can be used with both single and double width modules Compatible with rear panels having from 5 to 12 BNC connectors and also with rear panels having 25-way D-type connectors Allows full access to card under powered-up operating conditions for servicing or adjustment Can be used with both single and double width modules. Allows full access to card under powered-up operating conditions for servicing or adjustment Features Signal Inputs Signal Outputs Any type .............................. Via coaxial cable Any type .............................. Via coaxial cable Specifications Connectors Rear Connector ................... 64 way Female Front connector................... 64 way Male © Snell & Wilcox 2005 319 ROLLCALL INFRASTRUCTURE MANAGEMENT SYSTEM ROLLMAP INFRASTRUCTURE MANAGEMENT SYSTEM FOR BROADCAST SYSTEMS.. 323 ROLLCALL CONTROL PANEL WINDOWS PC BASED CONFIGURATION AND CONTROL ............................. 325 ROLLCALL MIDDLEWARE SERVICES SYSTEM LOGGING AND MONITORING SERVICES FOR ROLLCALL ............. 327 ROLLSNMP MONITOR SNMP COMPLIANT AGENTS FROM OTHER VENDORS WITHIN ROLLMAP ....................................................................................... 329 ROLLIPM ROLLCALL TCP/IP MULTIPLEXOR .............................................................. 331 RPAN ROUTER CONTROL PANEL.......................................................................... 333 ROLLPOD CONFIGURABLE CONTROL PANEL ............................................................. 335 IQCGPI GENERAL PURPOSE INTERFACE ................................................................ 337 IQCSPI SERIAL PORT INTERFACE........................................................................... 339 IQCBRG ROLLCALL NETWORK BRIDGE WITH MODEM INTERFACE ......................... 341 ROLLPCI ROLLCALL PC NETWORK CARD ................................................................. 343 ROLLPCM ROLLCALL PCMCIA NETWORK CARD......................................................... 343 IQCRSAD ROLLCALL SERIAL ADAPTOR ..................................................................... 345 When a RollCall remote control device is connected into an IQ Modular system, it can access all the enclosures present in the system, recognizing the modules they contain and the individual module settings. All settings can be easily controlled and module status monitored, either with a hardware interface panel or with a PC workstation. A user configurable control panel called RollPod is able to provide instant adjustment of key parameters, dedicated intelligent router control panels are also available within the RollCall range. RollCall provides a comprehensive range of functions, both as hardware modules and software applications. RollCall modules provide communications between separate networks and platforms, allowing even geographically separated systems to talk to each other. RollCall software provides not only control but also comprehensive error logging and reporting functions. The RollMap Schematic Viewer gives the operator a powerful means of diagnosing and locating faults down to individual module level, even within the most complex IQ Modular systems. Note: The RollCall suite of control and monitoring functions is subject to continual development and expansion; as a result, some products may not support all the functions currently available. For details of RollCall functions supported by an individual product, please contact your local sales office. © Snell & Wilcox 2005 321 ROLLCALL RollCall can run over almost any physical media and cable type, including ethernet and TCP/IP networks. For local connections with most Snell & Wilcox products, including IQ Modular, standard video coax can be used to connect units and PCs. Additionally RS422, RS485 or RS232 interfaces can also be used to connect PCs or to connect 3rd party equipment. The choice of networking products available means that practically any unit can be connected with RollCall over any distance. INFRASTRUCTURE MANAGEMENT SYSTEM The more complex an infrastructre system becomes, the greater the need develops for sophisticated control to supply rapid, accurate access to all functions. IQ Modular systems are capable of operation with the unique RollCall network management solution. RollMap Infrastructure Management System for Broadcast Systems Today, broadcast systems of any size are inherently complex, with many components, multi-format interconnectivity and sophisticated control requirements. Yet at the same time there are great pressures to reduce costs leading to centralized multi-channel facilities with reduced manpower requirements and potentially unmanned remote locations. These factors highlight that a centralized monitoring and control system is paramount to the successful management of a modern broadcast facility. RollMap from Snell & Wilcox is the flagship control and monitoring product in the RollCall range. Its monitoring and control capability is as applicable to equipment monitoring in an outside broadcast truck as it is to centralized management of international play out facilities with locations spanning multiple continents. RollMap is a complete management environment for anyone who needs to monitor their infrastructure investment and the assets that they deliver with it. The scale, richness of information, metadata and graphical appearance of the monitoring applications are totally configurable to user requirements. This means that RollMap can be deployed in different roles such as Commercial confidence monitoring, engineering systems management and control room environments, with each deployment tailored to suit the requirements of the operator. When used in conjunction with RollSNMP, true ‘end to end’ broadcast monitoring systems are possible in a manner tailored to the requirements of broadcast systems management. Operation is simplicity itself. Utilizing a ‘drill down’ point and click interface, starting from high level views of a system such as geographical location or floor plan map, the operator can quickly navigate down to the level of functionality required. This makes even low level engineering management of the largest broadcast infrastructure systems available in a few mouse clicks. Configurable Alarm status tabs offer ‘at a glance’ current status and system histories, and customizable network views compliment the graphical systems to ensure that the latest status information and control access are immediately available for your convenience. In the event of a system issue occurring, RollMap has a comprehensive alarm notification system that delivers critical alarms and informational updates in a number of ways. These include visual display, email, SNMP Trap, audio playback of .wav or mp3 files and GPI output via the IQCGPI Modular GPI/O interface card. A flexible acknowledgement and masking system ensure that spurious alarms are not generated for equipment that is out of service, for instance an incoming lines circuit that is not in use. © Snell & Wilcox 2005 323 RollMap Infrastructure Management System for Broadcast Systems In order to expedite deployment of your Infrastructure management system, Snell & Wilcox provide a complete library of graphical monitoring components for RollMap, covering the entire IQ modular product range. This enables signal paths and frame views to be created in very little time by utilizing ‘drag and drop’ from the network view – Simply pick a module, decide whether you want a signal path or a frame view and correct component appears. The RollMap component library is regularly updated to include new products and alternate graphical representations. The RollMap Library can be downloaded from www.snellwilcox.com/products/rollcall Snell & Wilcox can provide commissioning services to develop and deploy your Infrastructure Management System as well as training courses on building and administering RollMap systems. Please consult your local sales representative for further details. Does this product suit your application? Why should you choose this product? • • • • • • • Requirement for an integrated monitoring environment tailored to broadcast requirements Local or remote site location Centralized monitoring and control access to your infrastructure Installation of RollCall enabled infrastructure Unified alarm reporting for all system elements Supports Microsoft Windows XP and Windows 2000 • • • Streamline overheads required for successful system management Achieve superior reliability and uptime through RollMap’s effective notification system Monitor your system from anywhere with true TCP/IP enabled monitoring and control capability Combined with IQ Modular and RollCall enabled products, RollMap and RollSNMP deliver the most powerful Infrastructure solution available Ordering Information RollMap is available in three different option packages ROLLMAP-10 Management of up to 10 RollCall enabled Enclosures, Ideal for management of small systems ROLLMAP-10 includes the following licenses: 1 x Schematic Creation License 2 x Schematic Viewing licenses Prerequisites RollCall Middleware services are required Options RollSNMP is an option with this product ROLLMAP-30 Management of up to 30 RollCall enabled Enclosures, for medium sized Infrastructure systems ROLLMAP-10 includes the following licenses: 1 x Schematic Creation License 5 x Schematic Viewing licenses Prerequisites RollCall Middleware services are required Options RollSNMP is an option with this product ROLLMAP-ENT RollMap Enterprise Edition offers totally scaleable systems management of unlimited RollCall Enabled Enclosures. RollMap Enterprise edition includes RollCall Middleware Services and RollSNMP and is the best option for customers that wish to implement an integrated monitoring environment for medium to large Infrastructure systems. ROLLMAP-ENT includes the following licenses: 2 x Schematic Creation License 10 x Schematic Viewing Licenses 2 x RollCall Middleware Licences 2 x RollSNMP Framework License © Snell & Wilcox 2005 324 RollCall Control Panel Windows PC Based configuration and control The RollCall Control Panel is a PC application enabling remote configuration and control functionality for all RollCall enabled Infrastructure hardware. Navigating and controlling your infrastructure is made simple using standard ‘Windows Explorer’ type operations that any user of Windows is familiar with. Whether you have a small control network or multiple geographically separate and potentially unmanned sites, RollCall Control Panel enables access to your entire infrastructure, anywhere, anytime. Included with RollCall control Panel are key features that ease systems installation and maintenance, such as the ability to access User Manuals for the entire IQ Modular product range at the touch of a button within RollCall. Also you can backup the configuration information for your entire system with a single mouse click. The RollCall Control Panel Package includes ‘RollIPM‘ - TCP/IP connection manager to enable concurrent connection to multiple IP enabled RollCall products. Connection to equipment can be achieved by Ethernet / TCP/IP, RollNet or RS422. Control of Non-Ethernet enabled RollCall products will require either IQCRSAD RS232 to 422 converter, or RollPCI / RollPCM to connect to the RollNet Network. RollCall Control Panel is available free of charge to all users of Snell & Wilcox infrastructure products. It can be ordered on CD and it is also available for download from the Internet from the following URL: http://www.snellwilcox.com/products/rollcall Does this product suit your application? Why should you choose this product? • • • • • • • • • Full remote control of RollCall compatible units from single or multiple PC workstations Access hardware configuration and control functions via simple GUI Fingertip access for all IQ modular product manuals within RollCall Multiple units can be controlled simultaneously for efficiency Save and restore configurations to entire RollCall systems from a single location Operates through Ethernet / TCP/IP network, RollNet Interface cards (RollPCI or RollPCM) or through an RS422 serial port Supports Microsoft Windows XP and Windows 2000 Ordering Information • • • • Build and integrate your systems with greater efficiency by configuring and controlling from one PC workstation Ideal in central operations or engineering location to enable real time control of all RollCall connected systems Offers full remote control of all RollCall enabled products from a graphical environment Secure access by password or IP address guest lists ROLLCALL - PC Remote Configuration and Control Software for Microsoft Windows XP & 2000 provided on CD-ROM with on-line documentation. (RollCall is included free of charge with every RollCall enabled product) Licence There is no restriction on the number of copies installed of the RollCall Control Panel Application that are installed per system. © Snell & Wilcox 2005 325 RollCall Middleware Services System Logging and Monitoring Services for RollCall The RollCall Middleware services extend the capabilities of a RollCall control system by adding a range of back end services which enable secure TCP/IP access to your Infrastructure, real time and historic logging, remote monitoring and configurable alarming of your Snell & Wilcox infrastructure. This product also provides the core services required for implementing the RollMap and RollSNMP Infrastructure Management systems tools. The Middleware Services feature: • • • • Real time and historic logging of system events - RollCall LogServer provides a real time system status via an IP socket and also writes all events to disk for continuity purposes. Disk logs can be saved by date / timestamp or file size. These disk logs can be utilized offline for trend analysis and system audits. TCP/IP connection sharing and security service - IPShare enables PC workstation access to equipment on the RollNet Network via TCP/IP. Access to the IPShare service can be restricted by IP Address or Hostname. IPShare is ideal for delivering Local & Wide area network access to products that do not feature direct Ethernet control capability. Real time visual status monitoring - RollView32 monitoring application incorporating SNMP ‘one-trap’ generation for all RollCall events enabling integration into other vendors SNMP management systems. RollView32 enables a simple ‘traffic light’ color scheme to indicate system status, with configurable alarm status ‘tabs’ to help you segment the reporting of your system into logical functions or physical locations. External notification alarms can be delivered from the monitoring application in a number of ways, including email, SNMP Trap, audio playback of .wav or mp3 files and GPI output via the IQCGPI Modular GPI/O interface card. Full RollCall control & monitoring network aggregation using ‘RollIPM’ – TCP/IP connection manager to enable connection and logging from multiple IP enabled RollCall products or discrete RollNet Networks. © Snell & Wilcox 2005 327 RollCall Middleware Services System Logging and Monitoring Services for RollCall RollCall Middleware services include the RollCall control panel application (ROLLCALL) and can be used as a standalone monitoring environment or an enabling platform for the advanced system monitoring applications delivered by RollMap Network Management System (NMS) & RollSNMP. Does this product suit your application? Why should you choose this product? • • • • • • • • • • Monitor and report events across your system infrastructure including Signal input condition Environmental status Power supply and card health status Flexible and configurable external alarm notification capability Rapid control and monitoring access via configurable tabs Secure access to equipment services by password or IP address guest lists Operates through Ethernet / TCP/IP network, RollNet Interface cards (RollPCI or RollPCM) Supports Microsoft Windows XP and Windows 2000 Ordering Information ROLLMIDSRV • • • • Maximize system uptime with centralized monitoring and control Intelligent notification and alarming with RollView32 minimizes staffing requirements by increasing efficiency Configurable to specific customer requirements Monitor your system from anywhere with true TCP/IP enabled monitoring and control capability Middleware services provide the base for RollMap and RollSNMP Network Management Systems RollCall Middleware Services for Windows XP and Windows 2000 Licence The RollCall Middleware Services suite provides one licensed copy of each service application to be run in a system installation. There is no restriction on the number of copies of the RollCall Control Panel or RollView32 Monitoring application that are installed per system. © Snell & Wilcox 2005 328 RollSNMP Monitor SNMP compliant agents from other vendors within RollMap Introduction SNMP has been used successfully for some time in the IT domain to manage IP network infrastructures. But the tools that exist for monitoring SNMP hardware (agents) are tailored to this IP network environment and as such do not really suit the monitoring requirements of the broadcaster, where principally, the network is a data and control mechanism rather than the content carrier. The real requirement for today’s broadcaster is in monitoring of the signal paths carrying the valuable content assets. That’s not to say that monitoring IP infrastructure is not important, as we move forward to file based content systems and move increasing volumes of metadata between devices, the requirement to monitor all aspects of the broadcast infrastructure chain, be they stream or file based is paramount. This is where RollSNMP for RollMap comes in. RollMap provides the most powerful Infrastructure Management environment for a broadcast Market. Its ability to enable signal path issue diagnosis by mapping the interconnections between all the elements of your systems, as well as providing layout information mapped to the physical location of infrastructure delivers benefits that no standard SNMP manager can provide. RollSNMP enables these compelling monitoring features available within RollMap to be applied to other vendors’ SNMP hardware and software products1, delivering a complete broadcast centric management environment encompassing video and audio signal paths, hardware enclosure status and fingertip access to control from a single location. Coupled with existing serial and GPI interfaces for legacy equipment, the promise of true ‘end to end’ monitoring and control systems is a reality with RollMap and RollSNMP. The RollSNMP application supports poll-able OIDs and traps from SNMP complaint devices and is supplied as a Windows service for Windows 2000 & XP. RollSNMP uses industry standard XML for configuration making it straightforward to implement and expand the capabilities of the monitoring system to include new SNMP devices2. A library of pre-written configurations and RollMap user components for existing SNMP agents is available for download from the Snell & Wilcox Web site at www.snellwilcox.com/products/rollcall Configurations not catered for in the library can be scripted by the customer using XML, Alternatively Snell & Wilcox can undertake this work on the customers behalf. Does this product suit your application? Why should you choose this product? • • • • • Requirement for an integrated monitoring environment tailored to broadcast requirements User of RollCall enabled infrastructure and RollMap with a requirement to integrate other vendors equipment into the monitoring chain Unified alarm reporting for all system elements Supports Microsoft Windows XP and Windows 2000 • • • Integrated RollCall and SNMP monitoring tailored to the broadcast environment Configurable to specific customer requirements Monitor your system from anywhere with true TCP/IP enabled monitoring and control capability Combined with IQ Modular and RollCall enabled products, RollMap and RollSNMP deliver the most powerful Infrastructure solution available 1 Other Vendor equipment requires SNMP support. The level of functionality available in RollMap for other vendor equipment is dependent on the features of their SNMP implementation. 2 Knowledge of using and configuring SNMP devices and SNMP MIB walking tools is required. © Snell & Wilcox 2005 329 RollSNMP Monitor SNMP compliant agents from other vendors within RollMap Ordering Information ROLLSNMP SNMP to RollLog translation service SNMPDEV Production of a RollSNMP XML script and RollMap monitoring components for an SNMP enabled agent not currently featured in the RollSNMP Library. Licence RollSNMP provides one licensed copy of the service application to be run in a system installation. This can monitor up to 100 individual SNMP agents. To monitor more than 100 devices please order multiple ROLLSNMP licenses. Prerequisites RollCall Middleware services and RollMap are required to utilise RollSNMP © Snell & Wilcox 2005 330 RollIPM RollCall TCP/IP Multiplexor The RollCall TCP/IP multiplexor enables integration of multiple discrete TCP/IP RollCall networks across both LAN and WAN environments, allowing central control and monitoring of remote locations or fault tolerant mirrored site operations. Does this product suit your application? Why should you choose this product? • • • • • Enables concatenation of discrete Rollcall networks over standard IP networks Provides the ability to create local fault tolerant network 'islands' Can connect geographically separate sites via public or private networks Supports client / server or peer to peer connectivity © Snell & Wilcox 2005 331 Ideal for central control and monitoring of remote unmanned operations such as cable headends or satellite POPs RPAN Router Control Panel The RPAN provides button per source or global x-y control of routers over the RollCall network. Does this product suit your application? • • • • • • Base Model: Single button per Source Single button per Destination (optional) Single button per Level (optional) In button LED tally including input signal status RollNet high speed connection Dual redundant power supply option RPAN Router Control Panel Source RPAN8-1-1 8x1x1 Router Control Panel, (Button per 8 sources, single Destination, single level). Single PSU Source V A Why should you choose this product? • • RPAN8-1-2 8x1x2 Router Control Panel, for video and audio. (Button per 8 sources, single Destination, dual level). Single PSU Ideal for Control of any RollCall compatible router products such as the S&W IQDRT, IQBRT, or IQDMX series Can control any serially interfaced router via an IQCSPI serial interface module (available separately) Source Destination RPAN8-8-1 8x8x1 Router Control Panel, (Global xy 8x8, single level). Single PSU Destination Source V A RPAN8-8-2 8x8x2 Router Control Panel, for video and audio. (Global x-y 8x8, dual level). Single PSU RPAN/RollPod PSU, Upgrade RPAN to dual redundant PSU, or for use as a cold spare [RollPodPSU] ROLLCALL ADDRESS RS 422 SERIAL PORT ROLLCALL NETWORK 9V DC 1.67A MADE IN UK RS 485 Base Model RPAN Router Control Panel, including single PSU Features Control Interface RollNet Coax ....................... via BNC connector Additional Controls via RollCall™ Remote Control System RollCall RS422 .................... via 9 way D-type connector Target router(s) configuration RollNet RS485 .................... via 9-way D Hard button LED brightness Adjustable Controls Power and temperature monitoring Hard Keys ........................... Up to 18 Indicators Hard Keys ........................... Multi colored (LED illuminated) Specifications Power.................................. Via dual redundant mains operated external adapters Input 100-240 V AC @ 47 to 63 Hz 1 A max Output + 9 V DC at 1.67 A Power Consumption............ 5.4 VA max © Snell & Wilcox 2005 Temperature Range............. 0° to 40° C operating Case Type ........................... 1U rack mounting steel case Dimensions.......................... 483 mm x 198 mm x 44.4 mm (w,d,h) Weight................................. Approximately 1 kg 333 RollPod Configurable Control Panel The RollPod is a fully user configurable control panel for interfacing to RollCall enabled equipment. Does this product suit your application? • • • • • • • • • Programmable control panel for S&W equipment Ideally suited to IQ Modular control and configuration in operational environments User customisable both locally and through downloaded configuration files Alternative custom configured (-C) version also available with enhanced functionality Up to 16 assignable push buttons Up to 4 shaft encoders 8 Soft buttons Message and parameter display Single control per RollCall function RollPod Configurable Control Panel • • • In button multi-color LED tally User definable ‘In’ button labels RollCall connection via coaxial cable Why should you choose this product? • • • Configurable panel to enable control of any function of any unit connected to the RollCall network Can be supplied pre-configured to meet customers exact control requirements (-C version) Compact size enables three panels to be installed in a19 inch x 3U rack, or single panels to be easily desk mounted. Base Model: RollPod Configurable Control Panel. Inputs Power 8 Soft keys Mains Adaptor 1 4(2) Shaft Encoders 12(16) hard keys Display Mains Adaptor 2 RollCall Remote Control & Display RollPod-12: RollPod Configurable Control Panel, 4 shaft encoders & 12 buttons RollPod-12-C: RollPod Custom Configurable Control Panel, 4 shaft encoders & 12 buttons POWER 1 ROLLCALL POWER 2 9V 900mA MODEL NO. SERIAL NO. RollPod Configurable Control Panel, including single PSU. R-POD3URACK:19” 3U rack mounting kit for up to 3 RollPods RPOD-CONFIG RollPod custom config - software only Note: only order for custom RollPods which were sold as standard units but require upgrade to custom software. © Snell & Wilcox 2005 RollPod-16: RollPod Configurable Control Panel, 2 shaft encoders & 16 buttons RollPod-16-C: RollPod Custom Configurable Control Panel, 2 shaft encoders & 16 buttons Option: RollPod/RPAN PSU, upgrade RollPod to dual redundant PSUs, or for use as a cold spare [RollPodPSU] 335 RollPod Configurable Control Panel Features Control Interface RollNet Coaxial .................... via BNC connector Display ................................ LCD Bitmap display Controls Controls via RollCall™ Remote Control System Soft Buttons ........................ 8 Full Configuration, e.g button assignment, target device setup. Hard Buttons....................... 12 (RollPod 12), 16 (RollPod 16) LCD display brightness Shaft Encoders.................... 4 (RollPod 12), 2 (RollPod 16) LCD display contrast Indicators Hard button LED brightness Hard Buttons....................... Multi colored Remote Monitoring .............. Temperature and PSU Status Specifications Power.................................. Via mains operated external adapter Input 100-240 V AC @ 47 to 63 Hz 1 A max. Output + 9V DC at 1.67 A Dual redundant PSU capability Power Consumption............ 7.2 W Temperature Range............. 0° to 40° C operating © Snell & Wilcox 2005 Case Type ........................... Special metal case Overall Dimensions .............. 140 mm x 130 mm x 70 mm (w,h,d) Hole Cutout Dimensions ...... 132 mm x 112 mm x 86 mm (w,h,d) Weight................................. 0.94 kg 336 IQCGPI General Purpose Interface The IQCGPI provides a general I/O interface for external devices and all RollCall compatible products. Does this module suit your application? Why should you choose this module? • • • • • • • • • • 11 x GPI optically isolated balanced I/O interfaces 1 x GPI optically isolated unbalanced I/O interface Controls products on the RollCall network via external events, or vice-versa Interfaces simple external equipment to RollCall Multiple actions from one input with RollTrack External events produce RollCall logging messages Outputs may drive relays for triggering external equipment, or LEDs from RollCall events 100 mA 5 V power supply available on connector Windows software program for function set-up • • Order codes for IQH3A enclosures Interfaces from simple external control panels or third party equipment to modules anywhere in the RollCall network, thus allowing for easy system integration Can provide multiple actions from one input via the RollTrack mechanism, thus triggering complex and interrelated functions A RollCall-based PC application allows assigning of GPIs to RollCall commands and events Order codes for other enclosures GPI IQCGPI-1 IQCGPI-1 General Purpose Interface. 1xD25. 12 x GPI. IQCGPI-1A General Purpose Interface. 1xD25. 12 x GPI. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Inputs/Outputs Additional RollCall™ Functions GPI Configure GPI...................... GPI input triggers RollTrack™ output(s) GPI input triggers RollCall™ logging messages RollTrack™ input triggers GPI output, plus additional RollTrack™ outputs. User Power Supply Indicators Data Received PSU Overload Specifications Inputs/Outputs Connector/ Format .............. 25 way D-type, 11 balanced Optically Isolated Connector/ Format .............. 25 way D-type, 1 unbalanced Optically Isolated Input Specification Voltage Limits...................... -5 V to +30 V Logic 1 ................................ +2.5 V to +30 V Output Specification Maximum On Current .......... 50 mA Power Source Maximum Current................ 100 mA Maximum Load ................... short-circuit Power Consumption Module Power Consumption 2.3 W max EMC Performance Information Environment ....................... Commercial and light industrial E2 Peak Mains Inrush Current following a 5 second mains interruption No mains input Performance Information ..... No performance degradations or cable length limitations Voltage ................................ 5 V ± 0.5 V © Snell & Wilcox 2005 337 IQCSPI Serial Port Interface The IQCSPI provides a programmable serial port interface for external devices and RollCall compatible products. Does this module suit your application? Why should you choose this module? • • Enables control of products on the RollCall network via external serial events • Interfaces external devices to RollCall i.e. tape machines, routers and disk stores • Three RS422 serial ports • One RS232/RS422 user-configurable port • Multiple actions from one serial message with RollTrack • External serial events produce RollCall logging messages • Windows software program for function set-up Note: Contact sales office for a list of currently • • • • Enables interfacing to external serial controlled devices Provides more flexible control integration either to or from modules in a RollCall network External serial panels could control events and commands within a RollCall network Can provide multiple actions from one input via the RollTrack mechanism, thus allowing for complex and interrelated functions to occur A RollCall based PC application will allow setting up of serial commands to RollCall commands and events available interfaces to 3rd party equipment Order codes for IQH3A enclosures Order codes for other enclosures 1 2 IQCSPI-1 SERIAL PORTS IQCSPI-1 Serial Port Interface. 2xD9. 2 x Serial Ports IQCSPI-1A Serial Port Interface. 2xD9. 2 x Serial Ports. IQCSPI-2 3 4 1 2 SERIAL PORTS IQCSPI-2 Serial Port Interface. 4xD9. 4 x Serial Ports. IQCSPI-2A Serial Port Interface. 4xD9. 4 x Serial Ports. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Serial Ports Indicators Up to 3 x RS422Connectors 9 way D-Type Data Sent ............................ For 4 interfaces 1 x RS232/422 (Port 1) Connector 9 way D-Type Data Received ..................... For 4 interfaces RS232 mode Specifications All Ports Speed.................... 1200 – 38400 bit/s Power Consumption Module Power Consumption 5.9 W max EMC Performance Information Environment ....................... Commercial and light industrial E2 Peak Mains Inrush Current following a 5 second mains interruption No mains input Performance Information ..... No performance degradations or cable length limitations © Snell & Wilcox 2005 339 IQCBRG RollCall Network Bridge with Modem Interface The IQCBRG provides a means of expanding or extending RollNet (RollCall) networks. Additionally, an RS232 serial port enables RollNet sections to be joined using a serial connection or modem over a standard telephone link. Does this module suit your application? Why should you choose this module? • • • • • • • Build structured, fault tollerant network architectures Extends the number of units on a RollCall Network Enables connection to a serial link or modem for telephone line networking Links network sections - bridge Links network segments - repeater Provides full electrical isolation • • 1 RollNet A Isolated Interface A 1 Repeater Link Coms Interface A Coms Isolated Interface Interface B B Coms Interface B 2 Selectable options 1, 2, 3, or 4 A module for increasing the connectivity options and configurations for RollCall networks Allows dial-up access via a modem, typical use would be remote site operation where use of a PC may not be desirable Increases the number of units on a RollCall network, links network segments (acts as a repeater) or links network sections (acts as a bridge) 2 Order codes for IQH3A enclosures Coms Interface RS232 Interface 3 Microprocessor RollNet B 4 Modem Order codes for other enclosures IQCBRG-1 RS232 NET B NET A IQCBRG-1 RollNet Bridge. IQCBRG -2A IQCBRG-2A RollNet Bridge. For more details on enclosure types please refer to the Frames/Enclosures section Inputs & Outputs Inputs/Outputs RollNet ................................ Net A, Net B via BNC connectors or RS232 port Inputs IQCBRG RollNet Bridge Digital Digital Controls RS232 RollNet A Network Address................. Hex switches, 0 to F for each network. 0 selects repeater mode Microprocessor RollNet B Indicators Select either RS232 or RollNet Output Network Activity .................. Card edge LED RS232 Activity ..................... Card edge LED © Snell & Wilcox 2005 Outputs 341 IQCBRG RollCall Network Bridge with Modem Interface Specifications I/O Cable Length ................. (RollNet) 400 m EMC Performance Information I/O Cable Length (25 way RS232) 10 m Environment ....................... Commercial and light industrial E2 Peak Mains Inrush Current following a 5 second mains interruption No mains input RS232 Speed...................... 1200 - 38400 bit/s, Full Duplex Programmable Hayes Compatible Modem Commands Performance Information ..... No performance degradations or cable length limitations Power Consumption Module Power Consumption 5 W max © Snell & Wilcox 2005 342 RollPCI RollCall PC Network Card ROLLPCI is a 32bit PCI card enabling a BNC connection to RollNet, the RollCall high speed co-axial network. Does this product suit your application? Why should you choose this product? • • • • PCI bus card allowing connection to the RollCall™/RollNet 75 Ohm BNC network Full Plug & Play compatibility Drivers for Windows XP (SP1 or greater), 2000 & NT4 Enables control of Snell & Wilcox products from a PC with RollCall software and 75 Ohm coaxial network RollPCI – RollCall PC Network Card RollPCM RollCall PCMCIA Network Card The RollNet PCMCIA card enables connection between a Laptop and the RollCall high speed co-axial communications network (RollNet). The PCM RollNet card is compatible with the following Microsoft operating systems: Windows XP (SP1 or greater), Windows 2000, Me, NT (Service pack 6 or higher), 98 and 95. ROLLPCM requires one Type II PCMCIA slot for installation. Does this product suit your application? Why should you choose this product? • • PCMCIA Type II bus Laptop card allowing connection to the RollCall™ 75 Ohm BNC network) Enables control of Snell & Wilcox products from a Laptop with RollCall software and 75 Ohm co-axial network RollPCM – RollCall PCMCIA Network Card © Snell & Wilcox 2005 343 IQCRSAD RollCall Serial Adapter The IQCRSAD is an RS422 to RS232 adapter used for interfacing a laptop/PC to the RollCall RS422 serial port of an IQ enclosure. The serial connection speed is 38.4 kbit/s. Does this product suit your application? Why should you choose this product? • • RS232 to RS422 adapter at 38.4 kbit/s. A serial port adapter that allows laptops or PCs with an RS232 port to connect into a RollCall network at 38.4 kbit/s. RollCall RS422 IQCRSAD RollCall Serial Adapter I/O RS232 9 pin D Female RS422 2 Wire to 4 Wire & Level Convert PC RS232 IQCRSAD RollCall Serial Adaptor RS232 Accessory: RS232 RS422 I/O Convert DSR - 6 RTS - 7 CTS - 8 +9V - 9 RS422 9 pin D Female 1 2 3 4 5 - RX TX DTR GND GND - 6 RXB - 7 TXA - 8 GND - 9 Serial Adaptor Pin Out © Snell & Wilcox 2005 345 1 2 3 4 5 - GND RXA TXB GND GND Index of Board Codes IQACO Analog Video Changeover Switch, ...................................................................................27 IQADBBG Multi-standard Analog Black Burst Generator with Genlock, .......................................305 IQANT00 Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer – 12 bit, .........71 IQANT10 Multi-standard Decoder and Analog Audio Multiplexer with Synchronizer and Noise Reducer, ..................................................................................................................................75 IQARC00 Aspect Ratio Converter with Signalling, .......................................................................247 IQARC01 Fixed Mode Aspect Ratio Converter, ...........................................................................251 IQATBS Composite Timebase Corrector, ...................................................................................241 IQATBSD Synchronizing Decoder/Timebase Corrector, ..............................................................155 IQAVDA Analog Video Distribution Amplifier, .................................................................................45 IQAVDR Analog Video Distribution Amplifier with RollCall Control, .................................................43 IQAVS00/10 SDI and 4/8 Channel AES/EBU Synchronizer, ........................................................219 IQBADCD-N 4 Channel Audio ADC (No Delay), ...........................................................................107 IQBCO AES/EBU Changeover Switch, .........................................................................................25 IQBDA3S Dual Analog Audio Distribution Amplifier, .......................................................................59 IQBDA7 Analog Audio Distribution Amplifier, .................................................................................57 IQBDA7S Dual Analog Audio Distribution Amplifier, .......................................................................55 IQBDACD-N 4 Channel Audio DAC (No Delay), ...........................................................................111 IQBDAR AES/EBU Reference Generator, ....................................................................................307 IQBDDAD Dual Stream AES/EBU Distribution Amplifier, ................................................................49 IQBDDAS AES/EBU Distribution Amplifier, ....................................................................................51 IQBRK00/01 AES Break Out Module with Audio DAC .......................................................NEW , 95 IQBRT Synchronous Digital Audio Router (8x8, 6x4), ...................................................................21 IQCBRG RollCall Network Bridge with Modem Interface, ............................................................341 IQCGPI General Purpose Interface, .............................................................................................337 IQCRSAD RollCall Serial Adaptor, ...............................................................................................345 IQCSPI Serial Port Interface, .......................................................................................................339 IQD1ADC Video Analog to Digital Converter, ...............................................................................101 IQD1FPG Frame Pattern Generator, ............................................................................................303 IQDAMDA Advanced Multi-standard Decoder with Synchronizer - 12 bit .....Limited Availability, 141 IQDAMDD Advanced Multi-standard Decoder - 12 bit .................................Limited Availability, 145 IQDANR SDI Advanced Noise Reducer, ......................................................................................275 IQDASI ASI/SDI Distribution Amplifier, ...........................................................................................41 IQDAVM Video and Audio Monitoring Encoder, ...........................................................................165 IQDCO SDI Changeover Switch, ..................................................................................................17 IQDCPP SDI Pre-processor, .......................................................................................................271 IQDDAC Video Digital to Analog Converter, .................................................................................103 IQDEC00 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit ..................................................................................................................................... NEW, 117 IQDEC01 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction – 12 bit ......................................................................................................................................NEW, 121 IQDEC02 Golden Gate Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit ............................................................................................NEW, 125 IQDEC03 Composite Decoder, Synchronizer, Audio Embedder with Noise Reduction and Auxiliary SDI Input – 12 bit ..........................................................................................................NEW, 129 IQDEC04 Golden Gate Decoder, Synchronizer with Noise Reduction – 12 bit ................. NEW, 133 IQDEC05 Composite Decoder, Synchronizer with Noise Reduction – 12 bit ....................NEW, 137 IQDKEY SDI Linear Keyer, ..........................................................................................................285 IQDLOG SDI Logo Inserter, .........................................................................................................283 IQDLY00 8 Channel AES/EBU Audio Synchronizer, Delay and Shuffler Module, ..........................261 IQDLY20/21 AES and Analog Audio Delay and Shuffler Module ........................................NEW, 265 IQDMENCS PAL/NTSC/SECAM Encoder with Synchronizer - 10 bit, ..........................................163 IQDMSDL Multi-standard Decoder with Synchronizer & Noise Reduction ......Limited Availability, 151 IQDMSDP Multi-standard Decoder with Synchronizer and Noise Reduction - 10 bit ..................................................................................................................Limited Availability, 147 © Snell & Wilcox 2005 347 Index of Board Codes IQDMSDS Multi-standard Decoder with Synchronizer - 10 bit ...................... Limited Availability, 149 IQDMSES Multi-standard (PAL/PAL-N/PAL-M/NTSC/SECAM) Encoder with Synchronizer - 12 bit, .............................................................................................................................................. 161 IQDMX00/10 SDI Synchronizer and 4/8 Channel AES demultiplexer, .......................................... 227 IQDMX01/11 4/8 Channel AES demultiplexer and Audio Processor, ............................................. 81 IQDMX20 Frame Synchronizer with 4 Channel Analog Audio demultiplexer, .............................. 231 IQDMX21 4 Channel Analog Audio demultiplexer, ....................................................................... 85 IQDNRS Digital Noise Reducer, ................................................................................................... 279 IQDPF Digital Video Processor, .................................................................................................. 255 IQDPR Digital Video Proc Amp, .................................................................................................. 257 IQDRT SDI Router (8x8, 6x4), ....................................................................................................... 13 IQDSDA SDI Distribution Amplifier, ............................................................................................... 37 IQDSDED Dual Channel Multi-standard Monitoring Encoder, ...................................................... 169 IQDSDES Monitoring Encoder and Distribution Amplifier, ........................................................... 171 IQDSDR Reclocking SDI Distribution Amplifier, ............................................................................. 35 IQDSYN SDI Synchronizer with Ancillary Space Passing, ............................................................ 239 IQH IQ Modular Enclosures, ....................................................................................................... 315 IQHEXT Module Extender Card, ................................................................................................. 319 IQMDA00 HD/SD-SDI Monitoring Distribution Amplifier, ............................................................... 31 IQMDDA ASI Distribution Amplifier, ............................................................................................... 39 IQMDDM ASI 2x1 Router, Distribution Amplifier & Stream Monitor, ............................................. 297 IQMDDM-T ASI 2x1 Router, Distribution Amplifier & Stream Monitor with Template Matching, ... 293 IQMDMO MPEG 422 Professional Decoder with MOLE™, ......................................................... 191 IQMMX2 ASI 2x1 Router, ............................................................................................................. 19 IQMUX00/10 SDI Synchronizer and 4/8 Channel AES Multiplexer, .............................................. 223 IQMUX01/11 4/8 Channel AES Multiplexer and Audio Processor, ................................................ 63 IQMUX42/43 HD-SDI 10/16 Channel AES Remultiplexer .................................................. NEW, 91 IQMUX60/61 Universal Audio Multiplexer and ADC ........................................................... NEW, 67 IQORX Single/Multi-mode Fiber Optic Receiver ............................................ Limited Availability, 185 IQORX00 Single mode Fiber Optic Receiver for HD/SD-SDI Signals ................................ NEW, 175 IQOTR00 Single mode Fiber Optic Transceiver for HD/SD-SDI Signals ............................ NEW, 181 IQOTX Single/Multi-mode Fiber Optic Transmitter ......................................... Limited Availability, 187 IQOTX00 Single mode Fiber Optic Transmitter for HD/SD-SDI Signals ............................ NEW, 177 IQSDA01 Intelligent HD/SD-SDI Distribution Amplifier, .................................................................. 33 IQSRT00 5x2 HD/SD-SDI Router, .................................................................................................. 9 IQSRT10 8x2 HD/SD-SDI Router, ................................................................................................ 11 IQSRT21(20)Digital Router (8x1, 4x1), ........................................................................................... 15 IQSYN00 Frame Synchronizer with Embedded Audio Processing, .............................................. 235 IQSYN20 HD/SD-SDI Frame Synchronizer, ................................................................................ 213 IQSYN21 HD/SD-SDI Frame Synchronizer with Embedded Audio Processing .................. NEW, 209 IQUAV00 Universal Audio Video Module with Synchronizer, ........................................................ 215 IQUDC00 Synchronizing HD/SD-SDI Up, Down and Cross Converter .............................. NEW, 197 IQUDC01 HD/SD-SDI Up, Down and Cross Converter ..................................................... NEW, 203 IQWDM00 Fiber Optic Wave Division Multiplexing Module ............................................... NEW, 183 RollCall Control Panel Windows PC Based configuration and control, ........................................ 325 RollCall Middleware Services System Logging and Monitoring Services for RollCall, ................... 327 RollIPM RollCall TCP/IP Multiplexor, ........................................................................................... 331 RollMap Infrastructure Management System for Broadcast Systems, ......................................... 323 RollPCI RollCall PC Network Card, ............................................................................................. 343 RollPCM RollCall PCMCIA Network Card, .................................................................................. 343 RollPod Configurable Control Panel, ........................................................................................... 335 RollSNMP Monitor SNMP compliant agents from other vendors within RollMap, ........................ 329 RPAN Router Control Panel, ....................................................................................................... 333 © Snell & Wilcox 2005 348 © Snell & Wilcox Limited 2005 All rights reserved. All material contained in this document is copyright owned by Snell & Wilcox Limited. No part of this publication may be reproduced without the written consent of Snell & Wilcox Limited. Goods and services supplied by Snell & Wilcox Limited are subject to Snell & Wilcox’s standard conditions of sale. Nothing in this document forms any part of a contract, warranty or guarantee. All goods and services are subject to availability and may be modified without prior notification. All third party trademarks are acknowledged by Snell & Wilcox Limited. Microsoft Windows is a registered trademark of the Microsoft Corporation. Snell & Wilcox Limited registered office: Southleigh Park Eastleigh Road Havant Hampshire PO9 2PE UK Registered in England No. 1160119 Americas New York Snell & Wilcox Inc. 274 Madison Avenue Suite 1704 New York City NY 10016 Tel: +1 212 481 1830 Fax: +1 212 481 2642 [email protected] Asia Pacific Hong Kong Snell & Wilcox (Hong Kong) Ltd. Room 603, Tai Tung Building No.8 Fleming Road Wanchai Hong Kong Tel: +852 2356 1660 Fax: +852 2575 1690 [email protected] Burbank Snell & Wilcox Inc. 3519 Pacific Ave Burbank CA 91505 Tel: +1 818 556 2616 Fax: +1 818 556 2626 [email protected] China Snell & Wilcox China Unit 17 12th Floor of Tower B Beijing COFCO Plaza No.8 Jianguomennei Dajie Dongcheng District Beijing 100005 China Tel: +86 10 6528 2761 Fax: +86 10 6528 7635 [email protected] India Snell & Wilcox (India Liaison Office) I.B. Centre N-6 Greater Kailash-1 (Market) New Delhi 110 048 India Tel: +91 (0) 11 641 2609 Fax: +91 (0) 11 621 8777 [email protected] Japan Snell & Wilcox Japan KK 3-1-3 Ebisu Shibuya-ku Tokyo 150-0013 Japan Tel: +81 (0) 33 446 3996 Fax: +81 (0) 35 449 7392 [email protected] South East Asia Snell & Wilcox South East Asia Sdn. Bhd. 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