Elements To Systems

Transcript

Elements to Systems Broadcast Network Equipment Mobile TV, Terrestrial TV, IP Distribution 2008 2 Index Introduction ............................................................................... 4 Elements to Systems ...................................................... . 5 Customer Services ............................................................... 5 Mobile TV Trainings ............................................................. 7 Product lines ............................................................................ . 6 & 7 End-to-End Systems 10 Things to Check before Moving to DVB-H ......................................... 10 DVB-H Pilot Platform Head-End ............................................................ 11 DVB-H Pilot Platform Head-End (SFN) ................................................. 11 Digital Turn Around Mobile TV Transcoder TransCaster ......................................................... 14 Head-End DVB-H IP Encapsulator FPGA Based MobiMux ...................................... 18 MIP Inserter for DVB-T/H Broadcast Network NN6-MIP-DVB .............. 20 SIP Inserter for DTMB Chinese Broadcast Network NN6-SIP-DTMB .... 20 IP Distribution ASI over IP Gateway FastCaster .................................…………................. 24 ASI over IP Gateway GigaCaster .................................…………................. 24 Transmission DVB-T / DVB-H MFN + SFN Modulator NN6-1161 ................................ DTMB Modulator (for Chinese DTTV) NetMod-DTMB .......................... MediaFLO Modulator NN6-FLO ............................................................. DAB / T-DMB Modulator NN6-TDMB .................................................... DVB-ATSC MPEG2-TS Interfaces MatchX ............……........................... Low Power Broadcast Amplifier RF Booster ......................................... 28 28 30 30 31 31 3 Introduction ENENSYS Technologies designs and manufactures innovative professional equipment for Broadcast Network and Digital TV Test & Monitoring core markets. Broadcast Network Equipment Digital TV T&M Terrestrial TV Test & Monitoring Mobile TV IP Distribution ENENSYS Technologies, headquartered in Rennes, France, is a fast growing company: established in 2004, ENENSYS today counts over 65 employees and is publicly listed on NYSE Euronext Stock Exchange (FR0010286252 – MLENS). The Team is composed of highly experienced Engineers, gathering a broad technology base such as hardware design, RF, Signal Processing and software. ENENSYS corporate culture is rooted on strong human values such as anticipation, creativity, empathy and reactivity to be ahead of your needs and achieve Customer care excellence. High grade service is fostered worldwide by a network of trustworthy Partners and Distributors, sharing same time zone and language as our Customers. Enensys has over 200 Customers located in more than 50 countries including: • Broadcast Operators, • Network Operators, • Telcos, • TV Channels, • System Integrators, • Chipset Vendors, • Professional Equipment Manufacturers, • Set Top Boxes Manufacturers. ENENSYS HQ, France Independent Supplier ENENSYS is proud to be an independent company, focused on servicing its Customers. This independence transpires at 3 levels: - Financial level: ENENSYS is financially independent. Profitable since day 1, ENENSYS is a public company listed on NYSE Euronext Stock Exchange. - Standard and technology level: ENENSYS is standard agnostic and offers solutions for Mobile TV, Digital Terrestrial TV, IP Distribution, and Test & Monitoring over several technologies. 4 - Industrial level: ENENSYS is not industrially bound to any player and is opened to integrate in its subsystem any piece of equipment you might recommend. Elements to Systems Whether you are a Global System Integrator looking for the missing link to complete your Digital TV solution, or an Operator looking for a reactive partner to set up a new broadcast network, ENENSYS is your perfect choice. ENENSYS takes you from your first mobile TV project all the way to your national roll-out, with a stepby-step approach: STEP 1 - Discover Technology Discover technology by setting up a compact transmission chain in your lab and train yourself to this new technology. STEP 2 - Pilot Deliver a complete pilot platform on a turnkey basis to test services on a city. STEP 3 - Roll-Out Achieve the roll-out of your system hand-in-hand with your preferred Global System Integra- tor or preferred Transmitter Manufacturer. Scalability of ENENSYS products enables incremental reuse of units to move from one step to the next one. Distribution Network RF Planning Consultant Customer Project Manager ELEMENTS TO SYSTEMS Transmitter Manufacturer System Roll-out Handsets System Integrator ENENSYS designs eases equipment integration in Network Management Systems, based on a mutualized SNMP implementation of all ENENSYS products. Once one ENENSYS product has been integrated in your NMS, integration of any other ENENSYS reference is straightforward. Customer Services Every single product delivered by ENENSYS Technologies takes immediate benefits from ENENSYS exclusive Customer Services, including a 12-month warranty as well as granted login to ENENSYS Privileged Area (http://privileged.enensys.com): free access to the latest firmware and software downloads, maintenance or evolutionary releases, new technical documents, publications or manuals, etc. For best service, ENENSYS has set up these following Technical contacts and support: - Global Technical support: +33 (0)1 70 61 70 25 or [email protected] - US toll free line: (+1) 949 226-8056 - Shanghai (China local technical Engineers) : (+86-021) 62 25 3573 Several support and maintenance packages are available at any time with different levels of servicing that will match Customers’ expectations (Standard / Extended / Premium), with suitable conditions (warranty extensions, on-site servicing, training, spare kits, prioritized support or repair...). 5 Variety of Standards ENENSYS products are not focusing on a given technology but enable our Customers and System Integrators to follow emergence of new broadcast standards without having to re-develop their application or management systems from scratch, and cover the following fields: - Mobile TV broadcast (DVB-H, T-DMB, MediaFLO) - Digital Terrestrial TV broadcast (DVB-T, 8-VSB, DTMB) - Video over IP transport (Pro MPEG Forum CoP3) - Test & Monitoring (DVB-H, DVB-T, DTMB, QAM...) ENENSYS products are broadcast grade and thus implement the most widely used standards in the broadcast industry for administration, remote control and redundancy (HTTP, SNMP...). The aforentioned standards are covered and implemented in ENENSYS portfolio all along its 5 product lines as depicted below. Product Lines HEAD-END DIGITAL TURN AROUND Real-time/Stored Content Satellite TERRESTRIAL SATELLITE CABLE IP Terrestrial Cable Transcoders Stream Player & RF Generator * 6 ASI / SPI / ETI Encoders/ESG server p. 15 Mobile TV MUX IP Encapsulator p. 18 SFN Adapter CAS/DRM NMS S/C/T/Mobile TV Field Tester p. 20 Mobile TV Trainings ENENSYS trainings encompass a past, instant and future view on the Digital TV markets, shedding light on both technology and business. Through a set of use cases adapted to customer questioning, ENENSYS offers Digital TV and MobileTV trainings that cover the following areas: - Mobile TV market, technologies and standards overview, constraints and challenges - Digital TV transmission (physical layer, transmission, SFN) - MobileTV architectures (Head-End design, SFN, redundancy, distribution, regionalization) - Dedicated DVB-H training . DVB-H specific feature and architecture (time-slicing, MPE-FEC, ESG) . DVB-H test & monitoring (Quality of service, Quality of Experience) Get deeper into business cases around DVB-H deployment scenarios (video formats, handsets, capex/ opex). TRANSMISSION IP DISTRIBUTION ASI/IP p. 24 IP/ASI p. 24 IP Core Network High Power Amplifier Modulator IP/ASI p. 24 Low Power Amplifier Mobile TV p. 28 p. 31 ASI/IP p. 24 SD, HDTV I & M Analyzer RF/MPEG Probe TEST & MONITORING 7 8 TRANSMISSION KITS 9 10 Things to Check before Moving to DVB-H Are you in the study phase of a DVB-H broadcast project launch? Go through the below (non exhaustive) 10-point checklist to make sure that you raise the right questions internally and that you cover every necessary matter with consultants and project managers. 1 BUSINESS CASE Beside the economical study, which outcomes are budget (capex, opex) and time frame, the following studies have to be carried out: 1) Market study. Which market segment will the Mobile TV broadcast target? Goals (services, level of interactivity, quality of service, covered areas, users) have to be properly defined in order to build the right offer. Trials that already took place are valuable inputs to help defining this: Mobile TV dedicated content (specific production for small screens and short time of viewing) and “place shifting” (repurpose on mobile phones the same content as offered on fixed TV) can make users go for subscription, having confidence in the fact that it will bring at least more than what they already have at home. 2) Technical validation. Mobile TV may be quite new for Broadcasters, as broadcast may be for Telcos, and such a merge of IP and broadcast worlds require technical decision makers to get familiar with the DVB-H technology. Time to market will be directly connected to the level of control in the technology and to the level of trust that technical Advisors have in their technological Partners. 2 FREQUENCY PLANNING DVB-H is really close to DVB-T: Those two standards share the same physical layers, meaning that frequency planning process is similar for those OFDM transmissions. Before starting the RF study, first questions to answer are: - What coverage is expected ? Most of the time, DVB-H broadcast start covering major towns, then being enlarged to other cities and regions. A nationwide coverage can be considered at a further stage, with all the constraints it may bring. What level of indoor (or even underground) penetration is targeted ? - Is a Single Frequency Network required ? It depends on how many licenses have been granted, size of area to cover... - What / where will be the emitting points ? Regulations may request to have authorization on the location where transmitters will be positioned (on the top of buildings, pylons, near base stations...), the maximum broadcast power to use on-site... - What kind of antennas will be used according to the above decided locations ? Omnidirectional, or 3-4 sides antennas... It depends on buildings structures / dimensions / elevation, on target coverage map... Outcome of frequency planning simulation pinpoints where transmission antennas must be placed in order to achieve the aimed coverage, taking the target area topology in consideration. 3 REGIONALIZATION Regional content switching is an option that has a straight impact in the overall architecture of the DVB-H system. If regional content has to be broadcast on side of national content, there are several means to include it in the DVBH multiplex: either at the national head-end site, at regional head-end sites, or directly inserted at each transmission site. This strongly depends on the country size, on the way regional content will be provided and distributed, on whether SFN needs to be preserved... Local content can be for instance full time regional channels, or a program replacing a national service during a given time window, or an “ultra-localized content” (e.g. special services when entering a commercial mall, with local activities related content). 4 SCRAMBLING + ESG The Operator has to decide whether DVB-H broadcast will go for free, or if program encryption is required: Conditional Access System (CAS) or Digital Rights Management (DRM). In any case, using one or the other system implies to have the right system installed at the head-end, with the pending security application or harware built in the handsets as well. Electronic Service Guide (ESG) is a kind of enhanced program guide describing the list of services available on-air (amongst others). ESG servers have to be provisioned on the head-end side (upstream the DVB-H IP Encapsulator), while ESG client application has to be implemented in the handsets. 5 DVB-H HEAD-END Examples of typical DVB-H head-ends are presented throughout this catalogue. Head-End architecture comes out from choices made in previous para- graphs. Head-End is in charge of aggregating/encoding content, building 10 service guide, handling interactivity application, getting access to cellular networks (interactivity or complementary services: video on demand...), synchronizing transmitters with SFN, and providing an interface with distribution network that feeds transmission cells with DVB-H services. The core functionality of the Head-End is the IP Encapsulator that acts as a Mobile TV services multiplexer, putting together Service Guide, Audio/Video, CAS data... on a DVB-H stream. Design quality and reliability of the IP Encapsulator are the warranty for an optimized use of the DVB-H network bandwidth. 6 DATA DISTRIBUTION Data distribution is the way DVB-H services are carried between the main Head-End and every final transmission sites. Most common transport methods are IP, microwave or satellite, and differ with national infrastructures and geographical constraints encountered in the field. With the spread out of IP back-hauls and the drop of transport prices, IP distribution accommodates any situation (cities or dense areas) since IP is available indoor, outdoor, in base stations... IP distribution is becoming the alternate distribution method with concrete capex/opex advantages. 7 TRANSMITTERS Several DVB-H emitting points can be considered for DVB-H broadcast: highest power is delivered from the most elevated sites (high towers) while lowest power comes from regular sites like masts, BTS or building roofs. If DVB-H broadcast is operated from an already existing DVB-T network, then transmitters (especially the modulator/exciter part) will have to be updated to cope with those special modes introduced by DVB-H for mobile reception improvement. For indoor areas where outdoor signal cannot be received from, transmission must be intensified with low power transmitters, repeaters or gap fillers which receive a valid signal to re-emit it over the shadowed area (with amplification, channel shifting, SFN preservation or echo-cancellation). 8 HANDSETS Handsets are a show stopper. No DVB-H broadcast will start without any handsets available, and in general operators are willing to propose more than one reference to their customers. The keystone that will make a DVB-H network operate with several brands of handsets resides in the Head-End (IP Encapsulator, ESG, CAS) that must be as open and interoperable as possible. 9 FLEXIBILITY A brand new DVB-H broadcast network must be scalable, i.e. capable to upgrade to new features (new programs, new functionalities, enlarged coverage, switching to SFN, enhanced in redundancy) without having to find for new technical partners and start again technical validation. In any way, the more open and interoperable the DVB-H head-end is, the more flexible the DVB-H chain will be... the more commercial revenues are secured as well. 10 TEST AND MONITORING Before the DVB-H broadcast network switch on-day, it makes really sense to have planned validation tools to verify network coverage, services delivery, level of reception quality... There are two complementary tools to drive this verification by getting objective and reliable measurement figures: 1) Field test units used by technicians for on-site validation, network trouble shooting, coverage measurement. These units shall be as small and robust as possible, with professional RF, MPEG2, DVB-H measurement, analysis, logging, and preferably GPS geolocalization capabilities. 2) Static test units located in strategic locations on the network that continuously measure indicators about the DVB-H reception. These standalone units, also called monitoring probes, are interconnected and can periodically send collected data (RF, MPEG2, DVB-H information) to a remote supervision center that benefits from a continuous overview on DVB-H network’s health status. DVB-H Pilot Platform Head-End Simply Unpack and Broadcast Applications DELIVERABLES • DVB-H BROADCAST • DVB-H HEAD-END SETUP • Mobile TV H.264 Transcoders (2x) • ESG Server • DVB-H IP Encapsulator • DVB-H Modulator • Low Power Amplifier • DVB-H+GSM handset • DVB-H Field Tester Ordering Code: DVB-H-PILOT ESG Server 1 W Amplifier ESG Server DVB-H Receiver Class A Low Distortion 30dBm output level Passive Cooling IPDC & OMA-BCAST compliant ESG data compression FLUTE carousel Sample ESG provided IP H.264 Player / Decoder DVB-IPDC compliant RF MPEG2 TS IP network Transcoder DVB-H IP Encapsulator MPEG2-TS over IP input Live H.264 Encoding Remote Control UDP/RTP Streaming DVB-H Modulator Mobile TV Mux for DVB-H Time Slicing and MPE-FEC PSI/SI Signalling Statistical time-slicing Multi-platform DVB-H Field Tester DVB-H Modulator Also DVB-T Modulator MFN/SFN capable Remote Control USB2.0 Field test analyzer RF + MPEG2 TS + DVB-H analysis TS recording capable Audio Video decoding DVB-H RF + ASI inputs GPS geolocalization DVB-H Pilot Platform Head-End (SFN) A One-Stop Shop Setup with Results Applications DELIVERABLES • DVB-H BROADCAST • SINGLE FREQUENCY NETWORK DVB-H Pilot Platform Head-End+ the following: • DVB-H SFN Adapter • ASI/IP Adapters (3x) • GPS Receiver • Additional DVB-H Modulator • Additional Low Power Amplifier • Additional Transmitters upon request • IP DISTRIBUTION TO TRANSMITTERS Ordering Code: DVB-H-PILOT-SFN DVB-H IP Encapsulator ESG Server H.264 Encoders Mobile TV Mux for DVB-H Time Slicing and MPE-FEC PSI/SI Signalling Statistical time-slicing Multi-plateform Video Gateway GPS Receiver SFN Regulation Redundant inputs 10/100bT Ethernet Built-in HTTP server Full SNMP v2 compliant FEC support (CoP3) DVB-H Receiver MPEG2 TS ESG Server IP MPEG2 TS MPEG2 TS IP network Transcoders MPEG2-TS over IP input Live H.264 Encoding Remote Control UDP/RTP Streaming IP Distribution network DVB-H SFN Adapter MIP Inserter Synchronizes Transmitters Optional MIP data support DVB-H or DVB-T compliant Built-in HTTP server Full SNMP v2 compliant Built-in GPS Receiver RF IP IP DVB-H SFN Modulators MPEG2 TS Video Gateway SFN Regulation Mirrored outputs 10/100bT Ethernet Built-in HTTP server Full SNMP v2 compliant FEC support (COP#3) 1W Amplifiers plifiers RF DVB-H VB V BH Field Fie ield Tester T este est ste 11 12 DIGITAL TURN AROUND 13 Content Re-purposing Repurposing existing TV networks into Mobile TV networks is the faster and simplest way to deploy Mobile TV broadcast. ENENSYS Technologies offers the world’s first transcoder that converts existing TV contents from satellite, terrestrial and IP networks into Mobile TV content format. TransCaster4S architecture has been designed to optimize the video and audio quality for Mobile TV broadcast environment. It supports natively MPEG-4 AVC/H.264 video encoding and AAC-HE audio encoding at broadcast quality. DVB-H DVB-SH ISDB-T CMMB Head-End Stream processing to address Mobile TV broadcast network MPEG4 H.264 MPEG2 IP Distribution • Video Gateways Transmission • DVB-H Modulators Mobile TV Transcoder KEY FEATURES MOBILE TV TRANSCODER OPTIMIZED QUALITY FOR MOBILE TV TransCaster allows: Set of preprocessing filtering: - IP, satellite or terrestrial ingest - Deinterlacing - Transport stream demultiplexing - Resizing - MPEG2 decoding - Cropping - MPEG-4/H.264 video encoding - Smart aspect-ratio handling - AAC-HEv2 encoding - Brightness, contrast, saturation control ROBUST APPLIANCE FUTURE PROOF Design focused on reliability and quality: (DVB-H, DVB-SH, ISDB-T, WiMAX, 3GPP6, CMMB, - No hard drive inside etc...) - Reduced points of failure - Future proof options: - Compatible with new Mobile TV standards - Compact unit (depth less than 28 cm / 11 inches)   . Statistical Multiplexing ready   . CAS/DRM ready FACILITATED MANAGEMENT - 4x Gigabit Ethernet ports (for input, output, CAS and control networks) - Full SNMPv2 support (get+set+trap) - Embedded HTTP server for remote control - Real time monitoring (statistics) - Straight NMS integration 14 TransCaster Mobile TV Transcoder Applications Key BENEFITS • Mobile TV broadcasting • Maximized video quality on Mobile TV networks • Integrated IRD + transcoding in 1 RU • Easy administration and redundancy • Mobile TV and radio streaming • Convert existing TV contents into Mobile TV Technical Characteristics and Ordering Codes TranCaster Interfaces 4 x 1à/100/1000 bT Ethernet port (data in/out + control + CAS) RF Input (in DVB-S/S2) Opt. Input MPEG2 TS over IP √ SPTS and MPTS √ Satellite (DVB-S/S2 - QPSK) Opt. Terrestrial (DVB-T - OFDM) √ Opt. DVB-CI interface Opt. MPEG-2 TS √ MPEG-2 MP@ML (SD) √ MPEG-1 Layer I, II, II √ AC-3 Audio Opt. Video processing MPEG-4 AVC / H.264 encoding at broadcast quality Baseline Profile at any levels √ Any mobile resolution (CIF, QVGA, QCIF, ...) √ Any Bitrate (up to 1 Mb/s) √ Any Frame rate (up to 30 fps) √ Optimized for SD to Mobile conversion √ Smart rescaling and cropping, with smart aspect ratio handling √ Deinterlacing, denoising, deringing prefilters Brightness, contrast, saturation control Audio processing AAC-HEv2 encoding User configurable Output RTP transport, Unicast or Multicast √ IPv4 and IPv6 ready √ SDP file √ Control Web based Management √ LCD front panel √ Full SNMP support √ Ordering Codes MobileTV Transcoder (IP input only) TransCaster-IP √ √ √ √ MobileTV Transcoder with Satellite RF input and DVB-CI OPTION TransCaster-SAT MobileTV Transcoder with Terrestrial RF input OPTION Encoding 2 Mobile TV channels in 1 box OPTION TC-2CHANNELS Ingesting and decoding AC3 audio channels OPTION TC-AC3-DEC TransCaster-TER Transcoders 8 to 96 kb/s 15 16 HEAD-END 17 DVB-H IP Encapsulation IP Encapsulation of data is definitely the key processing in DVB-H that will improve reception robustness by adding time-slicing and FEC processing in the baseband signal... but not only: Added value of DVB-H IP Encapsulator is to be as interoperable as possible with the DVB-H handsets available on the market, and to provide all administration and service platform interfacing facilities that are required by Mobile TV Operators. MobiMux is the world’s first FPGA based IP Encapsulator, featuring native statistical time-slicing as well as an impressive list of differentiating features as described below. IP streams from ESG servers itters IP streams from H264 encoders Off-Time ESG data carousel MPEG / DVB tables CAS Interfacing Distri MobiMux with internal SFN adapter SSFN Cell C butio Time MPEG2-TS n to t ransm IP KEY FEATURES MOBILE TV BROADCAST MULTIPLEXER HIGH RELIABILITY MobiMux embeds, in a 1U height unit, the core functionalities needed in Mobile TV Head-Ends: - DVB-H IP Encapsulation - Optional built-in SFN Adapter - Multi-MNO support for bandwidth sharing Design focused on reliability and quality: MobiMux output directly connects to distribution network to feed DVB-H transmitters. - Reduced single points of failure ESG INTERFACING SUPPORT FREE / SCRAMBLED SERVICES BROADCAST MobiMux is ready to broadcast Electronic Service Guide from any ESG vendor: - Support for non time-sliced ESG carousels broadcast - DVB-IPDC or OMA BCAST compatible - Intuitive multi-platforms configuration 18 - FPGA based - No Hard Drive inside MobiMux CAS interface enables broadcast with any type of Conditional Access and encoding systems: - Capability to handle ECMs and EMMs as recommended by standard and CA vendors OPTIMIZED DVB-H BANDWIDTH FACILITATED MANAGEMENT MobiMux is compliant with statistical encoders to leverage every kbps of available bandwidth: Fully SNMP controllable to ease integration with management systems: - Encoder made independent - Flexible burst filling processing - Configurable burst cycle time - Full SNMP v2 (get + set + trap) - Possibility to set, get or launch traps upon customized events - Dry relay alarm for local failover management - Easy redundancy implementation - Straight NMS integration MobiMux FPGA-based DVB-H IP Encapsulator Applications Key BENEFITS • • • • • Compatible with any Handset/H.264 encoder/ESG server on the market • Compatible with any statistical encoders (no proprietary protocol) • Multiple cells Handover • Statistics and real-time monitoring • Future proof: IPv4 compliant and IPv6 ready • Optional Multi-MNO support DVB-H MOBILE TV BROADCAST DVB-H ROLLOUT & DEPLOYMENT DVB-H SINGLE FREQUENCY NETWORK BUILD UP REGIONAL CONTENT INSERTION READY Native statistical Time-Slicing (patent pending) Encoder independent H264 Encoders ESG Server CA System Speed-up service discovery with non time-sliced services OMA-BCast+OSF compliant ECM/STKM Insertion optimization enabling: - Bandwidth saving - Fast zapping Technical Characteristics and Ordering Codes MobiMux Interfaces 10/100bT Ethernet control port 2 Gigabit Ethernet data port 2 DVB-ASI outputs (mirrored ) 2 IP encapsulation according to ETSI EN 301 192 √ DVB-H IP Encapsulation Time Slicing + MPE-FEC settings for each DVB-H service √ PSI/SI automatic generation √ Automatic or dynamic slot allocation √ Non Time-Sliced DVB-H service support √ Bandwidth optimization by means of statistical Time Slicing √ Real time monitoring: IP bitrates, DVB-H parameters per service √ Control Web based Management √ LCD front panel settings √ Full SNMP v2 support Ordering Codes DVB-H IP Encapsulator MobiMux MobiMux Multi-Mobile Network Operators support OPTION (Q2 2008) MX-MNO Integrated SFN Adapter OPTION MX-SFN Regionalization (local content) support OPTION (Q3 2008) √ MX-LD DVB-H IP Encapsulator 19 Single Frequency Network Adaptation With frequency shortage currently running, and given the price of broadcasting licenses in general, operating a Mobile TV or Digital Terrestrial TV in Single Frequency Network mode becomes evident when looking at the business plan. Setting up one Single Frequency Network will make all transmitters broadcast the same content over the same frequency and at the same time. Besides, MIP (DVB) / SIP (DTMB) insertion processing, failover (SFN adapters failures) has to be handled carefully to ensure continuous service delivery. SFN Adapter butio MPEG2-TS Multiplexer SSFN Cell Distri MPEG2-TS Encoders MPEG2-TS n to t MPEG2-TS ransm itters Specialized in Mobile TV broadcast and Digital Terrestrial TV broadcast domain, ENENSYS offers a line of SFN adapters for operation in several standards. KEY FEATURES SIP (DTMB) / MIP (DVB) INSERTION Based on GPS clock reference, SFN Adapter inserts into TS stream all the information needed by transmitters to broadcast synchronously: - Timing information: Guaranted synchronous transmission - Modulation parameters: Same OFDM symbols - Optional information: Individual transmitter addressing and RF coverage refinement (DVB only) SFNGuard (ENENSYS PATENT PENDING) In case of failure, switching from one SFN Adapter to the other will cause the modulator to loose SFN Synchronization. ENENSYS patented a 1 + 1 synchronization mechanism to ensure continuous service delivery in SFN, namely SFNGuard MULTI-STANDARDS ENENSYS SFN Adapters product line encompasses DVB-T, DVB-H and DTMB (Chinese DTTV) standards. NETWORK COVERAGE OPTIMIZATION (DVB) Depending on the transmission environment, RF coverage can be optimized using MIP packet optional data. - Delay transmission - Adjust frequency - Set transmission power ... REDUNDANCY - Full SNMPv2 (get+set+trap) - Seamless 1+1 redundant capable - Configurable output mute upon 10 MHz or input data sync loss - Dry relay alarm for local failover management - Straight NMS integration 20 NN6-MIP SFN Adapter MIP Inserter for SFN DVB-T/H Broadcast Network Applications Key BENEFITS • • • • • Spectrum band optimization • Individual transmitter addressing • Smooth integration into supervision system • RF coverage refinement using optional functions Technical Characteristics and Ordering Codes NN6-MIP DVB Interfaces 10/100bT Ethernet Port (redundant control) 2 DVB-ASI Inputs (1+1 redundant or software selectable) 2 DVB-ASI Outputs (mirrored in non-hierarchical mode) External 10 MHz and 1 PPS Input 1+1 GPS antenna Input Opt. Processing Megaframe Initialization Packet Insertion according to ETSI EN 101 191 √ PCR restamping + Bitrate adaptation √ Hierarchical mode support (HP+LP) √ All DVB modes supported √ TS substitution or output mute upon input data loss √ Configurable output mute / switch-over upon 10 MHz loss √ All optional functions (time offset, frequency offset, etc) √ Control Web based Management √ LCD front panel settings √ Full SNMPv2 support (get+set+trap) Ordering Codes Single Frequency Network Adapter DVB 2 Network Adapters SFN BUILD UP DTTV BROADCAST MOBILE TV BROADCAST INDIVIDUAL TRANSMITTER ADDRESSING √ NN6-MIP Multi-standards OPTION NN6-SFN MULTI SFNGuard (1+1 SFN seamless redundancy) OPTION NN6-SFNGuard Integrated GPS OPTION NN6-GPS NN6-SIP SFN Adapter SIP Inserter for SFN DTMB Chinese Broadcast Network Applications Key benefits • DTMB SFN BUILD UP • CHINESE DTMB DTTV BROADCAST • Spectrum band optimization • Smooth integration into supervision system NN6-SIP DTMB Interfaces 10/100bT Ethernet Port (redundant control) 2 ASI Inputs (1+1 redundant or software selectable) 2 ASI Outputs (mirrored) External 10 MHz and 1 PPS Input 1+1 GPS antenna Input Opt. Processing SIP (Second frame Initialization Packet according to GB-20600-2006) √ PCR restamping + Bitrate adaptation √ All DTMB modes supported √ TS substitution or output mute upon input data loss √ Configurable output mute / switch-over upon 10 MHz loss √ Control Web based Management √ LCD front panel settings √ Full SNMPv2 support (get+set+trap) Ordering Codes Single Frequency Network Adapter DTMB Multi-standards OPTION Integrated GPS OPTION SFNGuard (1+1 SFN seamless redundancy) OPTION 2 √ NN6-SIP NN6-SFN-MULTI SFN-GPS NN6-SFNGuard CHINESE DTTV Network Adapters Technical Characteristics and Ordering Codes 21 22 IP DISTRIBUTION 23 Video Content over IP Distribution To date, the never-ending IP networks interconnection growth made it possible to send data from one part of the world to another without any additional infrastructure cost. This is where operators can achieve consequent CAPEX and OPEX savings by moving to all-IP transfer solutions. Those solutions revealed easier to set up and more cost-effective than traditional solutions such as ATM/SDH or satellite-based distributions. ENENSYS Video Gateways provide a cost-effective and highly reliable solution for transporting high quality digital video content over IP networks. They are perfectly suited to Mobile TV or Digital Terrestrial TV distribution applications but have also proved to match other requirements such as Head-end interconnection, National to regional content contribution, Buildings interconnection, etc. DVB-T Network IP Head-End GigaCaster IP > ASI Video Gateway Up to 8x MPEG2-TS streams: Multicast • DVB-H IP Encapsulator • DVB-T multiplexer • DVB-T/C/S IRD • SFN Adapter • etc. GigaCaster ASI > IP Video Gateway MPEG2-TS DVB-T Modulator MPEG2-TS IP DVB-H Modulator MPEG2-TS FastCaster IP > ASI Video Gateway DVB-H Network IP Distribution KEY FEATURES FASCASTER GIGACASTER - Carrier-class, 24/7 operation - Carrier-class, 24/7 operation - Single stream distribution - Multiple streams distribution - 40Mbps throughput - 800 Mbps throughput - 2x DVB-ASI inputs - Up to 8 simultaneous... 2x DVB-ASI outputs ...bidirectional DVB-ASI I/Os - Control: 1 x 10/100bT Ethernet - Control: 2 x 10/100bT Ethernet - Data: 1 x 10/100bT Ethernet - Data: 2 x 10/100/1000bT Ethernet - 2 units fit in 19’’ 1 RU - Up to 16 DVB-ASI I/Os, fits in 19’’ 1 RU SCALABILITY - Compact, 1/2 19’’ 1 RU - 2 units fit in 19’’ 1 RU - Up to 16 DVB-ASI I/Os - On the fly DVB-ASI ports activation (no service interruption) 24 SFN NETWORK PRESERVATION - Adaptive clock recovery or External 10MHz clock reference - Network jitter removal - Automatic bitrate detection through MIP packet parsing PRO MPEG FORUM COP3 - De facto standard - Interoperability with existing network equipment - Forward Error Correction «FEC» FastCaster Fast Ethernet ASI over IP Video Gateway Applications Key BENEFITS • Mobile TV • DIGITAL TERRESTRIAL TV • CONTRIBUTION • distribution • Cost efficient • Highly reliable, carrier-grade • Ideal for distribution • Easy management (NMS) • Compact & robust Technical Characteristics and Ordering Codes 10/100bT Ethernet Port (separate control and data) DVB-ASI Inputs (seamless redundant) DVB-ASI outputs (mirrored or loop through) External 10 MHz input (regulation for SFN networks) Processing Throughput 2 2 √ 1 40 Mbps Forward Error Correction (Pro MPEG Forum CoP3) √ Protection against network jitter 10 to 900 ms SFN Preservation with adaptive clock recovery Opt. TS and IP settings (number of TS packets, QoS, TTL…) √ Unicast or multicast, RTP/UDP, IGMP support √ Control Web based managment √ Front panel key settings √ Full SNMP v2 support (get/set/trap) √ Ordering Codes ASI/IP Video Gateway FastCaster FastCaster SFN OPTION NN6-FC-SFN Video Gateways FastCaster Interfaces GigaCaster Giga Ethernet ASI over IP Video Gateway Applications Key BENEFITS • Mobile TV • DIGITAL TERRESTRIAL TV • Cable TV • Satellite TV • Contribution • Distribution • Cost efficient • Highly reliable, carrier-grade • Scalable solution • High capacity • Easy management (NMS) • Compact & robust Technical Characteristics and Ordering Codes GigaCaster 10/100bT Ethernet ports (control) 10/100/1000bT Ethernet ports (data) 2 DVB-ASI inputs / outputs Up to 8 External 10 MHz input 1 Processing Throughput 800 Mbps Forward Error Correction (Pro MPEG Forum CoP3) √ Protection against network jitter 10 to 900 ms SFN Preservation with adaptive clock recovery Opt. TS and IP settings (number of TS packets, QoS, TTL…) √ Unicast or multicast, RTP/UDP, IGMP support √ Control Web based management √ Front panel key settings √ Full SNMP v2 support √ ASI/IP Video Gateway GigaCaster Available Q2 2008 Ordering Codes 2 SFN OPTION NN6-GC-SFN 2 ASI / 4 ASI / 8 ASI OPTION NN6-GC-ASI2/4/8 Video Gateways Interfaces 25 26 TRANSMISSION 27 Modulators / Exciters Specializing in modulation for terrestrial broadcast, modulator product line encompasses standards and technologies used worldwide for Mobile TV broadcast (DVB-H, MediaFLO, DMMB, T-DMB) and Digital Terrestrial TV broadcast (DVBT, DTMB). ENENSYS offers a wide range of modulation agnostic exciters designed for Broadcaster use. Modulators can be smoothly integrated in any kind of transmitters thanks to a rich set of connectivity (inputs, outputs, communication interfaces and alarms) and can be controlled using IP protocol (TCP/IP or HTTP). Here is a focus on some key features implemented on the latest generation of ENENSYS modulators / exciters: IF RF MPEG2 Amplifier Modulator KEY FEATURES RICH INPUT CONNECTIVITY ALARMS MONITORING FOR FAILOVER SWITCHING - Redundant inputs - Seamless switch - PCR restamping capability - Bit rate adaptation - Total of 4 inputs in hierarchical mode - MIP parsing capability - Input stream monitoring - Log files - Inputs real time monitoring - Dry relay alarm contact closure - Full SNMPv2 (get, set, traps) BROADCAST GRADE OUTPUT STAGE - Main + Monitoring RF outputs - Linear, non-linear digital precorrections 19’’-WIDE, 1RU RACKABLE - Most compact product on the market - Robust mechanics - Regulated active cooling block diagram REMOTE MANAGEMENT - Dual Ethernet 10/100bT control interfaces - Graphical User Interface built on HTTP LCD /buttons Front panel Ethernet 10/100bT Control Data Input 1 Data Input 2 Main Output EXT/INTERNAL SYNCHRONIZATION - Inputs for external GPS receiver 10 MHz, 1 PPS inputs - Built-in GPS receiver option GPS antenna input, 10 MHz output 28 10 MHz 1 pps 10 MHz GPS Antenna Input Monitoring Output Opt. GPS receiver Dry Relay Alarm Output Applications Key BENEFITS • MOBILE TV DVB-H BROADCAST • TERRESTRIAL TV, DVB-T BROADCAST • ANALOG SWITCH-OFF • INTEGRATION IN POWER TRANSMITTER • Outstanding MER and stability • SFN (Single Frequency Network) capable • All DVB-T formats and modes supported • All DVB-H formats supported with DVB-H option • Remote Control using IP and ergonomic User Interface • Transmission settings can be saved and retrieved as XML profiles • Optional Digital Pre-Correction Technical Characteristics and Ordering Codes Interfaces DVB-ASI inputs NN6-1161 2HP + 2LP RF output (+ monitoring) 10 MHz and 1PPS External Reference Inputs 10/100bT Ethernet 1 DVB-T / DVB-H MFN + SFN Modulation Capability √ Modulation Self-Configuration using MIP data √ Hierarchical Mode Support √ Redundant Inputs with Seamless Switching Attenuation Steps Output Frequency Increment 1 Hz Digital Pre-Correction (Linear, Non-Linear) Opt. Control SNMP Monitoring Agent Opt. Command Line package for Automated Testing √ Ethernet Remote Control √ Dry Relay Alarm Output Ordering Codes DVB-T Terrestrial Modulator, RF (173-858 MHz) Out DVB-H Option NN6-DVB-H SNMP Monitoring Agent OPTION NN6-SNMP Digital Pre-Correction (Linear, Non-Linear) OPTION 1 (+1) 1+1 √ 0.1 dB Modulators / Exciters NN6-1161 DVB-T / DVB-H Broadcast Modulator √ NN6-1161 RF NN6-DPC Applications Key BENEFITS • Chinese DTTV BROADCAST (GB20600-2006) • SFN or MFN BROADCAST • Direct connection to power transmitter • Broadcast quality MER (>42 dB) • Outstanding phase noise and stability • Available with RF or IF output • Solution management through ergonomic Http Graphical User Interface • Use of SNMP for device supervision and management • Digital Pre-correction Technical Characteristics and Ordering Codes NetMod-DTMB RF NetMod-DTMB IF Interfaces ASI Inputs (+ redundancy) 1 (+1) 1 PPS clock input 1 1 10 MHz clock input 1 1 10 MHz clock output 1 1 RF output (+ monitoring) from 100 MHz to 858 MHz 1 (+1) - IF output (+ monitoring) from 5 MHz to 75 MHz - 10/100bT Ethernet port for control 1 1 DTMB modulation DTMB Broadcast standard compliant √ √ MFN and SFN capable √ √ Digital Pre Correction √ √ Mono or Multi carrier √ √ Control & Monitoring HTTP remote control √ √ Full SNMP control (get, set, trap) √ √ Front Panel control (LCD + buttons) √ √ Dry relay alarm output √ √ Ordering codes DTMB modulator, RF or IF output NetMod-DTMB RF NetMod-DTMB IF Built-in GPS Receiver OPTION NN6-GPS 1 (+1) 1 (+1) Modulators / Exciters NetMod-DTMB DTMB Broadcast Modulator NN6-GPS 29 NN6-FLO MediaFLO Modulator Applications Key benefits • « Forward Link Only » • Mobile TV Broadcast • MediaFLO transmission • Outstanding RF performances • Compact, robust and standalone • Full HTTP and ergonomic graphical user interface • Full SNMP support for facilitated integration in broadcast networks Technical Characteristics and Ordering Codes Modulators / Exciters NN6-FLO Interfaces ASI inputs (automatic seamless switch) External 10 MHz input (from GPS receiver) 1 External 1 PPS input (from GPS receiver) 1 10MHz output RF output (+ monitoring) FLO FLO Open air interface modulation √ Modulation FLO Transmitter minimum performance compliant √ SFN network operation support Channel bandwidth support 5, 6, 7 and 8 MHz Transmission modes support 0-11 Wide (national) / local (regional) broadcast √ Statistics on FLO input stream √ Control & Monitoring Built-in HTTP server √ Full SNMP v2 (Get, Set, Traps) √ Front panel control (LCD, buttons) √ Dry relay alarm output Ordering Codes MediaFLO Exciter, RF output (30 – 860 MHz) NN6-TDMB T-DMB / DAB Modulator 1+1 1 1 (+1) √ √ NN6-FLO Applications Key BENEFITS • T-DMB MOBILE-TV BROADCAST • DAB BROADCAST (DIGITAL AUDIO BROADCASTING) • DIRECT CONNECTION TO POWER TRANSMITTER • DAB IP and EPM (Enhanced Packet Mode) DAB compatible • SFN Synchronization capable • Excellent MER and stability • Redundant inputs with Seamless Switching • Modulation Settings can be saved as XML Profile Technical Characteristics and Ordering Codes Modulators / Exciters 30 Interfaces ETI Inputs (seamless switchable) NN6-TDMB 2 RF output (+ monitoring) 10 MHz and 1PPS External Reference Inputs 10/100bT Ethernet 1 T-DMB / DAB NI or NA Framing Modes supported (G703, G704) √ Modulation T-DMB and DAB Broadcast Compliant √ MFN and SFN Modulation Capable √ Timestamp Extraction for SFN Synchronization √ DAB Modes I, II, III and IV Capability √ Insertion of TII (Time Identification Information) SNMP Monitoring Agent Opt. Digital Pre-Correction (Linear, Non-Linear) Opt. Control & Monitoring Dry Relay Alarm Output √ Ethernet Remote Control (Graphical User Interface) √ SNMP Monitoring Agent Ordering Codes T-DMB Modulator, VHF output NN6-TDMB RF T-DMB Modulator, RF output in L-Band (1.4 – 1.7 Ghz) NN6-TDMB RFL SNMP Agent OPTION 1 (+1) 1+1 √ √ NN6-SNMP MatchX DVB-ATSC MPEG2 Interface Applications Key BENEFITS • CONNECT ASI EQUIPMENT TO ATSC TRANSMITTERS • CONNECT OLD MODULATORS (LVDS, etc) TO NEW ENCODERS AND MUX (ASI) • CONNECT ASI EQUIPMENT TO CHIPSETS OR BOARDS AT LVTTL OR LVDS LEVELS • Best of breed modulation performance • Compact, robust and standalone • Built-in HTTP and SNMP servers for facilitated integration Technical Characteristics and Ordering Codes ASI->SPI ASI->SMPTE SPI->ASI 1x In 1x In 2x Out 2x Out - - 2x Out - 1x In - DVB-SPI (LVDS) 1x Out - 1x In - 1x In/Out DVB-SPI (TTL) 1x Out - 1x In - 1x Out/In Dry Relay Alarm Out √ √ √ √ √ Input Loop-Through √ √ - √ - Mirrored Outputs - √ √ √ - Dual Power Inputs √ √ √ √ √ ASI to LVDS/TTL NN6-1130 - - - - ASI to SMPTE 310 - NN6-1113 - - - LVDS/TTL to ASI - - NN6-3011 - - SMPTE 310 to ASI - - - NN6-1311 - LVDS to/from TTL - - - - NN6-4142 External GPS 10MHz clock input OPTION - NN6-1113 SFN - - - DVB-ASI Ordering Codes Interfaces SMPTE 310M Power supply OPTION NN6-PSU NN6-RCKM RackMount Host OPTION SMPTE->ASI LVDS<->TTL Baseband Adapters RFBooster Low Power Broadcast Amplifier Applications Key BENEFITS • LOCALIZED INDOOR OR UNDERGROUND AREA TRANSMISSION • CORPORATE OR R&D LABS BROADCAST • MANUFACTURING SITE TRANSMISSION COVERING • VHF/UHF, 30 dB flat gain in the band • Wide operating band: 100 MHz to 1 GHz • Class A design, linear amplification • Designed for digital modulations such as OFDM, VSB, QAM... • Perfect fit with DVB-H, DVB-T, T-DMB, DAB... transmissions • Ultra-low distortion • Passive cooling mode RFBooster Interfaces RF input (VHF/UHF) 1 RF Output (VHF/UHF) 1 DC Input Amplification Amplification Gain Operating band Max Output Power level Max Input Power Level Ordering Codes 1W RF Amplifier 1 30 dB 100 MHz-1 Ghz 30 dBm 0 dBm RFBooster 1W RF Amplifiers Technical Characteristics and Ordering Codes 31 Enensys Technologies HQ Elements to Systems BROADCAST NETWORK EQUIPMENT Catalogue Broadcast Network Equipment Le Germanium 80, avenue des Buttes de Coesmes 35700 Rennes France Tel.: +33 1 70 72 51 70 Fax: +33 2 99 36 03 84 [email protected] www.enensys.com Sales: [email protected] Technical Support: [email protected] Finance: [email protected] Enensys Chinese Office Mobile TV, Terrestrial TV, IP Distribution Huamin Empire Plaza 728 Yan An West Road Shanghaï 200050 PR China Tel.: (+86-021) 62 25 35 73 Fax: (+86-021) 52 37 01 47 [email protected] 2008 Enensys US Office Elements to Systems DIGITAL TV TEST & MONITORING Catalogue Digital TV Test & Monitoring Toll free: (+1) 949 226 8056 [email protected] Enensys GERMAN Office Berliner Strasse 7 37434 Gieboldehausen Germany Tel: (+49) 170 784 3740 [email protected] 2008 Distributed by : List of Enensys Distributors available on www.enensys.com Partners and Clients locations Albania, Algeria, Andorra, Armenia, Australia, Austria, Azerbaidjan, Bahrein, Bangladesh, Belarus, Belgium, Benin, Bosnia-Herzegovina, Brazil, Brunei, Bulgaria, Burkina Faso, Burma, Cambodge, Cameroon, Canada, Ceuta, China, Croatia, Cypria, Czech, Denmark, Dgibuti, Egypt, Estonia, Ethopia, Faeroer, Finland, France, Gabon, Gambia, Georgia, Germany, Ghana, Gibraltar, Greece, Hongkong, Hungary, India, Indonesia, Iran, Iraq, Ireland, Island, Israel, Italy, Ivory Coast, Japan, Jordan, Kazakhstan, Kenia, Kuwait, Kyrgyzstan, Laos, Latvia, Lebanon, Lettonia, Liberia, Libya, Lituania, Luxembourg, Macau, Macedonia, Madagaskar, Malaysia, Malta, Mellila, Moldavia, Mongolia, Morocco, Mosambique, Nepal, Netherlands, New Zealand, Nigeria, Norway, Oman, Pakistan, Philippine Islands, Poland, Portugal, Quatar, Republic of Irland, Republic of Jugoslavia, Romania, Russia, Saudi Arabia, Senegal, Sierra Leone, Singapore, Slovenia, Slowakia, South Africa, South Korea, Spain, Sweden, Switzerland, Syria, Tadjikistan, Taiwan, Tanzania, Thailand, Togo, Tunisia, Turkey, Turkmenistan, Uganda, Ukraine, United Arab Emirates, United Kingdom, USA, Uzbekistan, Vatican City, Vietnam, Yemen, Zambia, Zimbabwe. www.enensys.com Environmentally friendly printing : Imprim’Vert Label