Transcript
IVP-3000 Series Integrated Receiver Decoder REFERENCE GUIDE
Revision History Issues of this Reference Guide are listed below: Version
Date
Mainboard Version
Comments
V1.1.0
15/02/2016
V2.4.2.1000
Updated to Version 2.4.2.1000
Contents
Contents Chapter 1 Introduction ................................................................................................................. 6 1.1 Introduction ....................................................................................................................... 6 1.2 Front Panel ........................................................................................................................ 7 1.2.1 Power...................................................................................................................... 7 1.2.2 USB Port ................................................................................................................ 7 1.2.3 Control port ............................................................................................................ 7 1.2.4 Main Display .......................................................................................................... 7 1.2.5 Indicator Lights ...................................................................................................... 7 1.2.6 Keypad ................................................................................................................... 8 1.3 Rear Panel ......................................................................................................................... 8 Chapter 2 Installing the Equipment ............................................................................................ 9 2.1 Read This First! ................................................................................................................. 9 2.2 Mounting and Ventilation .................................................................................................. 9 2.2.1 Fixing and Rack Mounting..................................................................................... 9 2.2.2 Ventilation .............................................................................................................. 9 2.3 Module Introduction........................................................................................................ 10 Chapter 3 Getting Started .......................................................................................................... 12 3.1 Introduction ..................................................................................................................... 12 3.2 How to Connect Up the Unit........................................................................................... 12 3.3 How to Power Up the Unit .............................................................................................. 13 3.4 How to Set the Unit IP Address ...................................................................................... 13 3.5 How to Configure Ethernet Control Port ........................................................................ 13 Chapter 4 Front Panel Control .................................................................................................. 15 4.1 Introduction ..................................................................................................................... 15 4.2 Using the Front Panel Controls ....................................................................................... 15 4.2.1 Keyboard Lock ..................................................................................................... 15 4.2.2 Power up............................................................................................................... 15 4.3 Basic Operation Logic..................................................................................................... 16
Contents
4.4 IP Settings ....................................................................................................................... 17 4.5 DVB-S/S2 Receiver Module (Tuner-S/S2) ..................................................................... 18 4.6 ASI I/O Module (IO-ASI) ............................................................................................... 19 4.7 420 HD Digital Decoder Module (DDO-420) ................................................................ 20 Chapter 5 Web Control............................................................................................................... 22 5.1 Using the Web Graphical User Interface......................................................................... 22 5.2 Web browser configuration ............................................................................................. 22 5.3 IVP-3000 Frame Setting ................................................................................................. 23 5.3.1 Account ................................................................................................................ 23 5.3.2 Network ................................................................................................................ 24 5.3.3 Date & Time ......................................................................................................... 25 5.3.4 Update &Reboot................................................................................................... 25 5.3.5 Device Information .............................................................................................. 29 5.4 Input Setting .................................................................................................................... 30 5.4.1 IPASI Input I/O Module (IO-IPASI-I) ................................................................. 30 5.4.2 ASI I/O Module (IO-ASI) .................................................................................... 33 5.4.3 DVB-S/S2 Receiver Module (Tuner-S/S2) .......................................................... 34 5.4.4 DVB-T Receiver Module (Tuner-T) .................................................................... 36 5.4.5 CAM Descrambling Module (CAM) ................................................................... 37 5.5 TS Processor Setting ....................................................................................................... 38 5.6 R2TP Processor Setting ................................................................................................... 42 5.6.1 Stream Port Setting .............................................................................................. 42 5.6.2 Transport Streams Setting .................................................................................... 43 5.6.3 Ping Tools ............................................................................................................. 48 5.6.4 Software Upgrade................................................................................................. 49 5.7 Output Setting ................................................................................................................. 50 5.7.1 422 HD Digital Decoder Module (DDO-422) ..................................................... 50 5.7.2 420 HD Digital Decoder Module (DDO-420) ..................................................... 54 5.7.3 IPASI Input I/O Module (IO-IPASI-I) ................................................................. 62 5.7.4 ASI I/O Module .................................................................................................... 65 5.8 Alarm ............................................................................................................................... 66
Contents
Annex A - AR Convert ................................................................................................................ 67 Annex B – Specifications ............................................................................................................ 70
Introduction
Chapter 1 Introduction 1.1 Introduction IVP-3000 is a broadcasting level multimedia processing platform. It adopts 1RU and a modular design with 6 slots in it. By installing different modules, it could realize the following various applications: satellite signals receiving, H.264/MPEG-2 HD/SD video encoding and decoding, CA or BISS descrambling, real-time transmission stream monitoring, program multiplexing, channel backup, etc. The IVP platform is based on CPCI architecture with power redundancy design and hot swapping functions. If one function module is out of order, the users only need to replace the corresponding function cards, the whole process no need to cut off the power, and other function modules will not be affected. The IVP-3000 Series Integrated Receiver Decoder is based on IVP platform, adopting HD/SD decoding module, Tuner module, CA module, ASI I/O module and IP I/O module, to achieve an integrated receiver decoder with high flexibility, high density, high performance, high scalability and high reliability. The following is a summary of the features of IVP-3000 Series Integrated Receiver Decoder: （1） High Level Performance Support H.264/MPEG-2 HD/SD decoding Support H.264 4:2:2/4:2:0-10bit/8bit chroma decoding Support multi-channel video monitorin Support IP/ASI redundancy back-up output Support program multiplexing and output Support BISS 1/E descrambling （2） High Density Up to 5 channel HD/SD decoding Up to 10 Channel DVB-S/S2 RF signal receiving Up to 32 Encrypted Programs Descrambling Up to 4 HD program or 16 SD program decoding and monitoring （3） High Scalability
Introduction
Modular design with various modules, it could be configured with different module based on needs Upgrade through simply adding or replacing with new module to save the upgrading cost
1.2 Front Panel The front panel of the unit consists of a power, an USB Port, an Ethernet Control port, a main OLED display screen, four Indicator Lights and six touch buttons.
Figure 1.1 Front Panel
1.2.1 Power The ON/OFF button, after the device powered, press this button to start the device.
1.2.2 USB Port Mount USB flash disk to save or apply the configuration file for disaster recovery.
1.2.3 Control port Ethernet control port for web control.
1.2.4 Main Display Control and status information is displayed on an OLED display.
1.2.5 Indicator Lights Front panel LEDs indicate system status (Top->Bottom): LED1.Power1 status: Green:OK; Red:Error; LED2.Power2 status: Green:OK; Red:Error; LED3.Temprature: Green:OK; Red:Over 50℃; LED4.Alarm:Green:No unread error messages;Red:Error encountered;
Introduction
1.2.6 Keypad Include up, down, left and right direction keys, as well as “Enter” and “Esc” button.
1.3 Rear Panel According to the power type of IVP-3000, the rear panel of IVP-3000 includes 2 types: 1) Chassis-R-H (Hot-Swap Redundancy Power)
Figure 1.2 Chassis-R-H Rear Panel
The Chassis-R-H rear panel consists of six slots (U1, U2, U3, L1, L2 and L3), 2 hot-plug power. You can insert different modules according to user needs. 2) Chassis-R (Internal Dual Redundancy Power)
Figure 1.3 Chassis-R Rear Panel
The Chassis-R rear panel of the unit consists of six slots (U1, U2, U3, L1, L2 and L3), Power Interface, Power Switch and Fan. You can insert different modules according to user needs. Note: Keep the vent clear to ensure the rejection of heat.
Installing the Equipment
Chapter 2 Installing the Equipment 2.1 Read This First! This Reference Guide is written for operators / users of the IVP-3000. It describes the unit’s functions and operation. The Reference Guide is written to assist in the installation and day-to-day operation and care of the unit. Maintenance information requiring the covers to be removed is not included.
2.2 Mounting and Ventilation 2.2.1 Fixing and Rack Mounting The equipment is designed for fixed use only and has been shipped with fixing brackets suitable for a standard 19-inch rack. When installed in a rack, it should be secured using the fixing brackets. In addition, support shelves must be used to reduce the weight on the brackets. Ensure it is firmly and safely located and it has an adequate free-flow of air. Slide the unit onto the chassis supports and affix to the rack by means of an M6 x 18 mm panhead screw in each corner. A freestanding unit should be installed on a secure horizontal surface where it is unlikely to be knocked or its connectors and leads disturbed.
2.2.2 Ventilation Side openings in the unit, as well as rear-mounted cooling fans, are provided for ventilation. They ensure reliable operation of the product and protect it from overheating. The openings of the fans must not be blocked or covered.
Installing the Equipment
2.3 Module Introduction 422 HD Digital Decoder Module (DDO-422)
420 HD Digital Decoder Module (DDO-420)
Function:1 channel HD 4:2:2/4:2:0 H.264/MPEG-2 decoding
Function: 1 channel HD 4:2:0 H.264/MPEG-2 decoding
Interface:
Interface:
HD AVS+ Decoder Module (DDO-AVS+)
Multi-channel Decoder & Monitor (MDO-420)
Function: 1 channel HD/SD AVS+ decoding
Function: Multi-channel decoding & monitoring
Interface:
Interface:
HD AVS+ Trancoder Module (TRC-AVS+)
Multi-Channel H.264 Transcoding Module (MHDT-420)
Function: 1 channel HD/SD AVS+ transcoding
Function: Multi-stream H.264 HD/SD transcoding
Interface:
DVB-S/S2 Receiver Module (Tuner-S/S2)
DVB-T Receiver Module (Tuner-T)
Function: DVB-S/S2 satellite signal receiving
Function: DVB-T terrestrial signal receiving
Installing the Equipment
Interface:
Interface:
ASI I/O Module (IO-ASI)
IPASI I/O Module (IO-IPASI)
Function: 4 ASI input or output, support various pattern
Function: 2 IP input & output, 2 ASI input or output
Interface:
Interface:
CA Descrambling Module (CAM)
Multi-Protocol IP Transmitting Module (SMIP)
Function: CA descrambling
Function: Multi-Protocol IP Transmitting over Open Internet
Interface:
Getting Started
Chapter 3 Getting Started 3.1 Introduction Due to the number of different ways the IVP-3000 Series can be used, it is impossible to give precise setting up instructions for every possible working scenario. This chapter, therefore, gives general guidance and principles on how to power up and set up your unit for operation and describes the more common operations you will want to perform. For details of all Front Panel menus and controls, see Chapter 4, Front Panel Control. For details of all Web Graphical User Interface menus and controls, see Chapter 5, Web Control.
3.2 How to Connect Up the Unit See Chapter 2, installing the Equipment for all connector details.
Figure 3.1 Equipment Connection Diagram
To connect up the unit(s): Connect signal input connectors (for your input Transport Streams) to your local area network if IP/ASI inputs are to be used. Connect signal output connectors (for your output Transport Streams) to your local area network if IP/ASI outputs are to be used. Connect computer control connectors Web Control to your local area network. Both connectors are in the same subnet mask. Connect single or dual AC power connectors, depending on the option purchased, to the power supply. Connect your signal cables to/from your option cards, depending on which options are fitted to
Getting Started
your unit, as required.
3.3 How to Power Up the Unit To power up the unit(s): With all signal and power cables connected as required, through equipment power supply. Wait for unit to initialize completely.
3.4 How to Set the Unit IP Address Setting the IP address of a unit is accomplished using the front panel menus. For a full description of these menus, see Chapter 4, Front Panel Control. To set the IP address of the unit(s): 1. Ensure the unit is fully powered up. 2. On the OLED front panel, using the touch button, go to the IVP-3000 Frame>IP Setting option. 3. Press Enter button to select. 4. Using the touch buttons, set the IP address, subnet mask and gateway address. 5. Press the Enter button to save or Esc to discard the changes. Note:1. It may be necessary to set the IP address, gateway address and Virtual IP address to 0, and to set a subnet mask in order to allow the IP address to be changed. 2. IP Addresses on the unit must adhere to RFC3330 range of restrictions as listed in the following table of allocated IP addresses. 3. Make sure that the control network and data networks do not conflict.
3.5 How to Configure Ethernet Control Port The Base Chassis has control port that support IEEE 802.3 100 BaseTX and 1000 BaseT protocols.
Figure 3.2 Control Port
The Ethernet control ports are used to connect the unit to a control computer for control through
Getting Started
a web browser. Ethernet Control Port Parameters A single IP port is defined for all Ethernet control traffic to and from the chassis. The physical ports used for Ethernet control are by default the control Ethernet ports. The control ports can raise an alarm during abnormal operational conditions.
Front Panel Control
Chapter 4 Front Panel Control 4.1 Introduction This chapter describes the features and options provided by the Front Panel menus for controlling the IVP-3000. Note: After powering up (see Chapter 3, Getting Started), wait for initialization to complete (approximately 2 minutes, depending on the number of options fitted in the chassis)before attempting to use the front panel menus and controls.
4.2 Using the Front Panel Controls The front panel of the unit consists of a power, an USB Port, an Ethernet Control port, a main OLED display screen, four Indicator Lights and six touch buttons. The unit can be controlled through the front panel touch buttons.
Figure 4.1 IVP-3000 Front Panel
4.2.1 Keyboard Lock The controls are locked after a time of inactivity. The keys can be unlocked by click “▲”,“◄ ”, “▼ ” ,“ ► ” in turn, then in this sequence as instructed “Unlocked”on the front panel.
4.2.2 Power up Power up IVP-3000, OLED screen will display as follows:
Front Panel Control
IVP
Power on the device, the screen displays company logo.
Starting 0%
Dev Name < IVP > Control IP Address <192.168.000.159> Serial Num < 10001 >
▶
IVP Frame Input_U1_HD Enc Input_U2_SD Enc Output_L2_IP_ASI
After about 60s, the screen displays device status
After click “Enter” button, the screen displays device setting tree.
Figure 4.2 Booting Front Panel Display Process
4.3 Basic Operation Logic
Figure 4.3 Front Panel Display
There are 6 buttons on the front panel. “▲”,“▼ ”
Select parameters to watch or configure.
“►”,“◄ ”
Adjust configurable values in editable mode.
“Enter” button
Enter editable mode or navigate to a sub menu.
“ESC” button
Exit editable mode or go back to a parent menu.
Users may need to unlock the front panel, and then refer to the menu structure of the front panel display, with the button to complete the device parameter settings, parameter queries and other operations.
Front Panel Control
4.4 IP Settings
Figure 4.4 IP Settings Table 4.1 IP Settings Item
Option Local IP
Net Mask
Gateway
Comment
Frame IP Setting
IP Settings of Device Control Port.
Front Panel Control
4.5 DVB-S/S2 Receiver Module (Tuner-S/S2)
Figure 4.5 Tuner-S/S2 Settings Table 4.2 Tuner-S/S2 Settings Item
Option
Comment
Frequency
Default: 3840
Symbol Rate
Default: 27500
LNB Low
Default: 5150
LNB High
Default: 0
Default LNB Tone Tuner IN
22KHz Tone off OFF
Polarity
Horizontal Vertical L-Band
Band Type
C-Band Ku-Band
Front Panel Control
4.6 ASI I/O Module (IO-ASI)
Figure 4.6 IO-ASI Settings Table 4.3 IO-ASI Settings Item
Option
Comment
ASI 1 IN
Display status of ASI 1 input
ASI 2 IN
Display status of ASI 2 input
Input ASI
Front Panel Control
4.7 420 HD Digital Decoder Module (DDO-420)
Figure 4.7 DDO-420 Settings Table 4.4 DDO-420 Settings Item Source
Option
Comment
——
Select the source of the decoder
ON AV Sync Program
OFF Ser List
——
Video PID
Select the service of the Source to decode
Front Panel Control Pri-Aud PID
Sec-Aud PID
Set the output format as the codec format Auto 480i59.94Hz 576i50Hz
Video Out Format Setting
720p50Hz 720p59.94Hz 720p60Hz 1080i50Hz 1080i59.94Hz 1080i60Hz ON
Audio Out
Mute OFF
Setting Audio Level
from Source automatically
Web Control
Chapter 5 Web Control 5.1 Using the Web Graphical User Interface The IVP-3000 is designed to be configured and controlled by its own web graphical user interface. The Graphical User Interface uses widget based architecture. This section describes the functions and elements.
5.2 Web browser configuration Use an Internet web browser running on a personal computer (PC) to take advantage of the remote setup capability. Below is the guide you need to follow:
Prepare a computer with Internet web browser. Tips: IE version 8.0 or above Firefox version 6.0.2 or above are highly recommended.
Connect your PC to the management network interface of the device via Ethernet. Confirm computer IP address, make sure that the device and the computer in the same network segment
Input the device IP address in the web browser, it will displays the Login page, as follows:
Figure 5.1 Login
Web Control
Type in the Account and Password to login. (Default Account: admin Default Password: 123456)
5.3 IVP-3000 Frame Setting When users get a successful user authentication at the IVP-3000 login prompt, the Home page appears as shown below.
Figure 5.2 Home
Home page displays the basic info of IVP-3000 device, including module, power, fan and temperature. It also includes real-time input/output statistics. Click
to view status information
of selected module. Click
in Basic Settings bar to configure the basic settings of IVP-3000 device.
5.3.1 Account Click
in Account bar to modify the password to login.
Web Control
Figure 5.3 Account
The password need to be in 6~16 characters.
Click
to save the configuration.
Click
to refresh current page.
5.3.2 Network Click
in Network bar to configure the device IP address.
Figure 5.4 Network
IP Address: Device IP Address setting. Subnet Mask: Subnet Mask setting. Gateway: Default Gateway setting. User can also configure device IP through panel control, please refer to Chapter 4 for more info.
Web Control
5.3.3 Date & Time Click
in Date & Time bar to configure the date and time info of the device.
Figure 5.5 Date & Time
Mode: Enable/Disable NTP Server: Net Mask setting. Time Zone: Default Gateway setting. Synchronous: The cycle used to synchronous with NTP server
5.3.4 Update &Reboot Click
in Update & Reboot bar to update the main board or reboot the device. You may need
to input the password again for verification.
Web Control
Figure 5.6 Update & Reboot 1.
Upgrade
To upgrade the main board, click
to select the upgrade package in PC and click
to submit it.
Figure 5.7 Confirm
Click
to confirm the upgrade.
Web Control
Figure 5.8 Upgrade
The upgrade will take about 5 minutes, please do not leave this page or power off. After the upgrade is finished, web will refresh automatically. 2.
Reboot
Click
to reboot the device.
Figure 5.9 Reboot
The reboot will take about 3 minutes, please do not leave this page or power off. After the reboot
Web Control
is finished, web will refresh automatically. 3.
Factory Reset
Click
to recover to the default settings.
Figure 5.10 Factory Reset
The reset will take about 5 minutes, please do not leave this page or power off. After the reset is finished, web will refresh automatically.
Web Control
5.3.5 Device Information Click
in Device Information bar to view the basic info of device and modules, including
Hardware Version(HW), Software Version(SW), FPGA Version, Serial Number etc.
Figure 5.11 Device Information
Web Control
5.4 Input Setting Click Inputs in main menu to open the Input Setting page.
5.4.1 IPASI Input I/O Module (IO-IPASI-I) Click
in IP In*2 ASI In*2 bar to configure input settings of IO-IPASI-I module. IO-IPASI-I
support IP input by 2 Ethernet ports, and ASI input by 2 channels.
5.4.1.1 IP settings Select IP Settings column to configure network settings of Ethernet ports.
Figure 5.12 IP settings
IP Address: Ethernet port IP address setting. Subnet Mask: Ethernet port netmask setting. Gateway: Ethernet port gateway setting. Work Mode: Ethernet port work mode setting: Auto or Manual. In Auto mode, Ethernet speed and duplex mode will be configured automatically. In Manual mode, Ethernet speed and duplex mode will be configured by user.
Click
to save the configuration.
Web Control
Click
to refresh current page.
Tips: This IP settings is of same validity as in IP Out*2 bar (Please refer to Chapter 5.7.3). IP Settings will be auto-synchronized as one of them is changed.
5.4.1.2 IP Channel Select IP Channel1/2/3/4 column to configure IP input streams. In IP Channel 1/2/3/4, select IP Input in Input Mode for IP input.
Figure 5.13 IP Channel Table 5.1 IP Channel Parameters Item
Input Mode
Option
Comment
IP1 input
Select input port for current Channel.
IP2 input
Matching IP1/2 with IP stream port1/2.
ASI input
ASI port is only used at channel1/2. Green icon: the port is receiving the stream
IP Channel Status
—— Red icon: Port is not receiving any stream Unicast
For Multicast, Multicast Address need
Multicast
filled in.
Work Mode
Web Control Port
1024~65535
Input stream IP port
UDP Protocol
Transport protocol RTP
Buffer
0~1000ms
Buffer time to eliminate the jitter.
5.4.1.3 ASI In Select ASI In1/2 column to configure ASI input source. In ASI In 1/2, select ASI Input in Input Mode for ASI input.
Figure 5.14 ASI In
If the indicator in ASI In is green, it means the port is receiving the ASI source. If the indicator in ASI In is red, it means the port is not receiving any ASI source.
Web Control
5.4.2 ASI I/O Module (IO-ASI) Click
in ASI In1/2/3/4 bar to view ASI input info.
Figure 5.15 ASI Input
ASI In Status Column will display the input status and source info of current ASI channel. If the indicator shows red, it means there is no input in current ASI channel.
Web Control
5.4.3 DVB-S/S2 Receiver Module (Tuner-S/S2) Click
in Tuner*2 bar to configure Tuner-S/S2 module. Tuner-S/S2 support 2 frequency
channel receiving, click Tuner1/2 bar to configure each channel. In Tuner-S/S2 settings page, user can configure DVB-S/S2 receiving settings and view the receiving status.
Figure 5.16 Tuner-S/S2 Settings Table5.2 Tuner-S/S2 Settings Parameters Item
Option
Comment
Frequency
Default: 3840
Symbol Rate
Default: 27500
LNB Low
Default: 5150
LNB High
Default: 0
Default Settings
LNB Tone
22KHZ Tone Off 0V/NONE/OFF
Polarity
13V/LHCP/Vertical 18V/RHCP/Horizaontal
Band Type
C-Band
Web Control Ku-Band
Click
to save the configuration.
Click
to refresh current page.
Web Control
5.4.4 DVB-T Receiver Module (Tuner-T) Click
in Tuner*2 bar to configure Tuner-T module. Tuner-T support 2 frequency channel
receiving, click Tuner1/2 bar to configure each channel. In Tuner-T settings page, user can configure DVB-T receiving settings and view the receiving status.
Figure 5.17 Tuner-T Settings Table5.3 Tuner-T Settings Parameters Item
Option
Comment
Standalone
Only RFIN1-A or RFIN2-A for input
Diversity
Bout RFIN Can be used for input
Mode Frequence
50000~858000KHz
Settings 6M Bandwidth
7M 8M
Click
to save the configuration.
Click
to refresh current page.
Web Control
5.4.5 CAM Descrambling Module (CAM) Click
in CI_CI*4 bar to configure CAM module. CAM consists of 4 descrambling module,
click Cam1/2/3/4 bar to configure each module. Select the receiving source from IVP-3000, the service ID of each stream will displays in TS Input column. Select the service that need to descramble, click Post Descramble column.
Figure 5.18 CAM Settings
Click
to save the configuration.
Click
to refresh current page.
to move the service to
Web Control
5.5 TS Processor Setting Click TS Processor in main menu, and click
in Mux*3 bar to configure the Mux module.
Mux module consists of 3 multiplexer. Each multiplexer support 10 input port, and maximum10 input source can be selected. Each multiplexer support 256 PID filter and remap, and support 41 table insert.
Figure 5.19 TS Processor Settings
The service ID of all TS in IVP-3000 will displays in Inputs column. Select the service that need to mux/de-mux, click
to move the service to Outputs column.
Buffer Status: Each multiplexer support 10 input port. Each input port with an input buffer. If the buffer overflow the indicator will turn red otherwise it is green. Bitrate: Total calculated bitrate input to the multiplexer. Output Bitrate: The actual output bitrate that set by users. To avoid the suffer overflow, Output Bitrate must be greater than Bitrate. More than 10% of the margin is the best.
Click
to save the configuration.
Click
to refresh current page.
Web Control
Click
beside of service ID in Outputs column to configure the remap setting of
mux/de-mux.
Figure 5.20 Remap Table 5.4 Remap parameters Item
Option 0
EIT Schedule Flag 1 Remap
0 EIT Present Flag 1 Free CA Mode
0
Comment
Web Control 1 Service Type
Digital Television etc. Not Running Start in a few seconds
Running State
Pausing Running Service off-air
Service Name
Provider Name
Service ID
0x1~0xFFFE
PMT PID
0x20~0xFFFE
PCR PID
0x20~0xFFFE
Video PID
0x20~0xFFFE
If you want to remove it, set it to 0xFFFF
Audio1~4 PID
0x20~0xFFFE
If you want to remove it, set it to 0xFFFF
Click
to save the configuration.
Click
to reset the settings.
In Tables column, user can configure PAT, PAT and SDT tables.
Figure 5.21 PAT
Web Control Figure 5.22 PMT
Figure 5.23 SDT Table 5.5 Tables Item
Option
Transport ID
Interval
Enable
On/Off
Interval
Enable
On/Off
Interval
Comment
PAT
PMT
SDT
At the bottom of Mux setting page, user can view program parameter of programs in mux/de-mux.
Figure 5.24 Program
Web Control
5.6 R2TP Processor Setting Click R2TP Processor to open the SMIP IO page.
5.6.1 Stream Port Setting Click GEs Settings to open the stream port setting page, as follows:
Figure 5.25 Stream Port Setting
Network settings and PHY configuration of each stream port (GE1/GE2/GE3/GE4) can be configured in this page.
5.6.1.1 Network Settings Work Mode: Stream port IP address mode setting: DHCP or Manual. In DHCP mode, IP address and other network settings will be configured automatically. In Manual mode, IP address and other network settings will be configured by user. IP Address: Stream port IP address setting. Subnet Mask: Stream port netmask setting. Gateway: Stream port gateway setting. DNS: DNS server setting. MAC: Stream Port MAC address setting. MAC address can only be modified on specific condition.
Web Control Notice: GE1 and GE2 can’t work in the same network segment. The GE3 & GE4 can’t work on the same network segment.
5.6.1.2 PHY Configuration Auto Negotiation: Click to enable the Auto Negotiation function of the interface. Speed: Select the type of physical layer protocol Status: Display the status of stream port: Online or Offline.
5.6.2 Transport Streams Setting Click Streams to open the transport streams setting page. SMIP module support transferring 4 streams, each stream can be configured independently to select the stream port and work mode. Stream 1 & Stream 2 can be transmitted/received from GE1/GE2, and Stream 3 & Stream 4 can be transmitted/received from GE3/GE4.
5.6.2.1 Transmit R2TP/R2TP-S
Figure 5.26 Transmit R2TP/R2TP-S
Web Control
Transmit R2TP GE
Select stream port for transmitting: GE1/GE2 or GE3/GE4
Mode
Set the work mode: TX (Transmitter)
Protocol
Select transport protocol: R2TP
IP
Input the IP address of RX of target IVP-3000 device
Port
Set the R2TP port of TX. Make sure the R2TP port of TX and target RX to be the same
Description
Describe the stream by custom to identify it
Source
Select the source of the stream to transmit
Transmit R2TP-S GE
Select stream port for transmitting: GE1/GE2 or GE3/GE4
Mode
Set the work mode: TX (Transmitter)
Protocol
Select transport protocol: R2TP-S
IP
Input the IP address of target R2TP Relay Server(RRS)
Port
Set the R2TP-S port of TX. Make sure the R2TP-S port of TX, RRS, and target RX to be the same
Description
Describe the stream by custom to identify it
Source
Select the source of the stream to transmit
After the transport stream is configured, click on Click off
and click
and click
to stop the transmitting. Click
to enable the transmitting. to refresh current page.
Diagram on the right displays the real-time transmitting bit rate of TX, click the diagram to view the detailed status statistics, as follows:
Web Control
Figure 5.27 Transmitting Status
Transmitting Status Status
Green icon: the link is connected; Red icon: the link is disconnected
Uptime
The duration time of current connection
Disconnected
The disconnected time of current connection
Bitrate (Kbps)
Real-time transmitting bit rate of TX
ORR (%)
Original receiving ratio of current connection
RRAR (%)
Receiving ratio after recovery of current connection
Jitter (ms)
The difference value of transmission delay between adjacent packets
RTT (ms)
Round trip time between TX and target RX
Web Control
5.6.2.2 Transmit RTMP Transmit RTMP GE
Select stream port for transmitting: GE1/GE2 or GE3/GE4
Mode
Set the work mode: TX (Transmitter)
Protocol
Select transport protocol: RTMP
IP
Input the IP address of target RTMP server
Port
Input RTMP port of target RTMP server. The default RTMP port is 1935
Application
Input the application info of RTMP stream URL
Stream
Input the stream ID of RTMP stream URL
Description
Describe the stream by custom to identify it
Source
Select the source of the stream to transmit
Service List
Select the service ID of the stream to transmit
After the transport stream is configured, click on Click off
and click
and click
to stop the transmitting. Click
5.6.2.3 Receive R2TP/R2TP-S
Figure 5.28 Receive R2TP/R2TP-S
to enable the transmitting. to refresh current page.
Web Control
Receive R2TP GE
Select stream port for receiving: GE1/GE2 or GE3/GE4
Mode
Set the work mode: RX (Receiver)
Protocol
Select transport protocol: R2TP
IP
Input the IP address of Local RX
Port
Input the R2TP port of RX. Make sure the R2TP port of TX and RX to be the same
Description
Describe the stream by custom to identify it
Buffer Time
Set buffer time of RX, which refer to network health and user’s need. Value range: 125ms, 250ms, 500ms, 750ms, 1000ms, 2000ms, 4000ms.
Receive R2TP-S GE
Select stream port for receiving: GE1/GE2/GE3/GE4
Mode
Set the work mode: RX (Receiver)
Protocol
Select transport protocol: R2TP-S
IP
Input the IP address of target R2TP Relay Server(RRS)
Port
Input the R2TP-S port of RX. Make sure the R2TP-S port of TX, RX, and RRS to be the same
Description
Describe the stream by custom to identify it
Buffer Time
Set buffer time of RX, which refer to network health and user’s need. Value range: 125ms, 250ms, 500ms, 750ms, 1000ms, 2000ms, 4000ms.
After the transport stream is configured, click on Click off
and click
and click
to stop the transmitting. Click
to enable the transmitting. to refresh current page.
Diagram on the right displays the real-time receiving bit rate of RX, click the diagram to view the detailed status statistics, as follows:
Web Control
Figure 5.29 Receiving Status
Receiving Status Status
Green icon: the link is connected; Red icon: the link is disconnected
Uptime
The duration time of current connection
Disconnected
The disconnected time of current connection
Bitrate (Kbps)
Real-time receiving bit rate of RX
ORR (%)
Original receiving ratio of current connection
RRAR (%)
Receiving ratio after recovery of current connection
Jitter (ms)
The difference value of transmission delay between adjacent packets
RTT (ms)
Round trip time between TX and target RX
5.6.3 Ping Tools Click Tools to open the Ping & Trace Route page, as follows:
Web Control
Figure 5.30 Ping Tools
Use the ping tools to check the connection status between stream port and target IP address. Select the stream port and input target IP address, click
to get the result.
If the result displays “ping fail”, it means the link between stream port and target IP address is not connected, please make sure the status of stream port is “online”.
5.6.4 Software Upgrade The steps to upgrade SMIP software are as follows: Step 1. Connect one stream port (GE1/GE2) to PC by network cable. Make sure the network link between stream port and PC is connected. Step 2. Launch the web browser in PC and input IP address of the stream port to open the SMIP upgrade page, as follows:
Figure 5.31 SMIP Upgrade
Click Browse to select upgrade package in PC and click
to upgrade. The
upgrade will take about 5 minutes, please do not leave this page or power off. Step 3. Connect the other stream port (GE3/GE4) to PC by network cable and upgrade it to the same software version.
Web Control
5.7 Output Setting Click Outputs in main menu to open the Output Setting page.
5.7.1 422 HD Digital Decoder Module (DDO-422) Click
in HD Decoder*1 bar to configure DDO-422 module.
5.7.1.1 Decode Select Decode column, user can configure basic decoding settings of DDO-422.
Figure 5.32 Decode Table5.6 Decode Parameters Item
Option
Decoder
Source
——
Settings
Service List
——
Video PID
——
Audio1 PID
——
Audio2 PID
——
Service Information
Comment
Web Control Audio3 PID
——
Audio4 PID
—— BISS-0
BISS Settings
BISS-1 BISS-E
Click
to save the configuration.
Click
to refresh current page.
5.7.1.2 Genlock Select Genlock column to configure Genlock for decoding.
Figure 5.33 Genlock Table5.7 Genlock Parameters Item
Option
Comment
External
Use external genlock as reference
internal
Use internal STC clock as reference
Reference Type Show the Reference lock status, if locked Reference Status
——
Genlock
the reference signal format will show. Adjust the video offset. Effective only in V_H_timing offset
0~16777215 clock external Reference mode
Audio Offset
0~128 ms
Adjust the offset of audio delay
Web Control
5.7.1.3 AV Info Select AV Info column, user can view video and audio information of decoding source
Figure 5.34 AV Info
5.7.1.4 Upgrade Select Upgrade column to upgrade DDO-422 software on web UI.
Web Control
Figure 5.35 Upgrade
Click
to select upgrade package in PC and click
will take about 3 minutes, please do not leave this page or power off. Click
to recover DDO-422 to the default settings.
Click
to reboot the DDO-422 module.
to upgrade. The upgrade
Web Control
5.7.2 420 HD Digital Decoder Module (DDO-420) Click
in DDO Decoder*1 bar to configure DDO-420 module.
5.7.2.1 Program Select Program column, user can configure basic decoding settings of DDO-420.
Figure 5.36 Program Table5.8 Program Parameters Item
AV Sync
Option
Comment
Off
Let the Audio & Video free run.
PCR
Let the Audio & Video sync with PCR.
Audio
Audio & Video sync with Audio’s PTS.
Normal
Decoding in normal lantency.
Work Mode Decoder Latency
Decoding in low lantency Low (Only for HDE-420 Low Latency mode)
Source
——
Select the source of the decoder
Service List
——
Select the service of the Source to decode
PCR PID
——
After select the source & service,Will display the PID of PCR.
Service Information
After select the source & service,Will Video PID
—— display the PID &codec type of Video
Web Control After select the source & service,Will Pri-Audio PID
—— display the PID&codec type of first Audio After select the source & service,Will
Sec-Audio PID
—— display the PID&codec type of Sec Audio
BISS Settings
Click
to save the configuration.
Click
to refresh current page.
BISS-0
Indicates no decryption
BISS-1
Indicates decryping stream with BISS-1
BISS-E
Indicates decryping stream with BISS-E
DDO-420 support auto switch decoding from redundant input source. Select Redundancy in Source, and configure Main Decoder Settings and Backup Decoder Settings for redundant input source.
Figure 5.37 Redundancy
Web Control Table5.9 Redundancy Parameters Item
Option
Comment
Main Decoder
Main Source
——
Main source of redundancy
Settings
Service List
——
Main service of redundancy
Backup Source
——
Backup source of redundancy
Backup Decoder
Service List
——
Backup service of redundancy
Settings
Failover Switch
Switching to backup/main after 0~200s
Time
main/backup service lost for N seconds
The backup rules are: 1.
Main Service has the highest priority. That means playing Main Service if it’s possible.
2.
If Main Service lost, switch to backup.
3.
When Main Service comes back, Switch to Main Service if Backup is playing.
5.7.2.2 Video Output Select Video Output column to configure the decoded video format for output.
Figure 5.38 Video Output Table5.10 Video Output Parameters
Web Control Item
Option
Comment Set the output format as the codec format
Auto from Source automatically 480i59.94Hz 576i50Hz 720p50Hz Output Format 720p59.94Hz 720p60Hz 1080i50Hz 1080i59.94Hz Video Setting 1080i60Hz If Source lost, the screen freeze with the Freeze last picture displayed. Default Picture Black
If Source lost, the screen output colorbar
Color Bar
If Source lost, the screen keeps black
Pan Scan
Please refer to Annex A – AR Convert
Letter Box
Please refer to Annex A – AR Convert
Combined
Please refer to Annex A – AR Convert
Ignore
Please refer to Annex A – AR Convert
AR Convert
5.7.2.3 Audio Output Select Audio Output column to configure the decoded audio format for output.
Web Control
Figure 5.39 Audio Output Table5.11 Audio Output Parameters Item
Option
Comment
OFF
Audio 1 output normally
ON
Let the audio mute
Mute Audio 1 Settings
The volume of audio 1 can be decreased in Audio Level
-50dB – 0dB the range 0-50dB , and can’t be increased
Audio 2
OFF
The same as Audio 1
ON
The same as Audio 1
-50dB – 0dB
The same as Audio 1
Mute
Settings Audio Level
5.7.2.4 Genlock Select Genlock column to configure Genlock for decoding.
Web Control
Figure 5.40 Genlock Table5.12 Genlock Parameters Item
Option
Comment Green Light indicates synced
Reference Status
—— Red Light indicates insynced
Reference Format Genlock
——
Locked with which format
External
Output using the external sync signal
Reference Type
Output using the internal sync signal Internal (follow the video codec format)
V/H Time Offset
0~16777215
Vertical/Horizontal Timing offset
5.7.2.5 Information Select Information column, user can view video and audio information of decoding source.
Web Control
Figure 5.41 Information
5.7.2.6 Upgrade Select Upgrade column to upgrade DDO-420 software on web UI.
Figure 5.42 Upgrade
Click
to select upgrade package in PC and click
to upgrade. The upgrade
Web Control
will take about 5 minutes, please do not leave this page or power off. And the software version and FPGA version will be displayed on the top of the upgrade page.
Web Control
5.7.3 IPASI Input I/O Module (IO-IPASI-I) Click
in IP Out*2 bar to configure output settings of IO-IPASO-I module. IO-IPASO-I
support 4 channel IP output.
5.7.3.1 IP settings Select IP Settings column to configure network settings of IP stream ports.
Figure 5.43 IP settings
IP Address: Ethernet port IP address setting. Subnet Mask: Ethernet port netmask setting. Gateway: Ethernet port gateway setting. Work Mode: Ethernet port work mode setting: Auto or Manual. In Auto mode, Ethernet speed and duplex mode will be configured automatically. In Manual mode, Ethernet speed and duplex mode will be configured by user.
Click
to save the configuration.
Click
to refresh current page.
Web Control
Tips: This IP settings is of same validity as in IP In*2 ASI In*2 bar (Please refer to Chapter 5.4.1). IP Settings will be auto-synchronized as one of them is changed.
5.7.3.2 Outputs Select Outputs column to configure IP output streams. Select Source in Source & Service column and click
to select the service to output.
Figure 5.44 Outputs Table 5.14 Output Parameters Item
Option
Comment
ON Enable Settings
Enable using the current Ethernet port OFF
Output IP
Destination IP address
Port
1025~65535
Destination IP port
Web Control UDP Protocol
Transport Protocol RTP
TTL
1~255
Time to Live
Bitrate
——
Greater than the bitrate of selected service
Web Control
5.7.4 ASI I/O Module Click
in ASI Out1/2/3/4 bar to configure ASI output.
Figure 5.45 ASI Output
In ASI Out Column, user can select the source in IVP-3000 to output via current ASI channel. After the source is selected, user can view the AV info of the source.
Click
to save the configuration.
Click
to refresh current page.
Web Control
5.8 Alarm Click Alarm in main menu to review the detailed alarm info. Please be noted that alarm information will not be saved, and the message will be lost if the device is power off.
Figure 5.46 Alarm
The alarm info will be listed on time sequence. Click view the alarm of these types. Click
to remove current alarm info.
to select the type and click
to
Annex
Annex A - AR Convert The concept of display:
DDO-420 could scale or change display area on display area. So we will encounter the issue of Source Picture is 4:3(576i/480i), and output format is 1080i50 (16:9), vice versa. In this situation, we define some strategy for displaying.
1.
Pan Scan
2.
Combined
Annex
3.
Letter Box
Annex
4.
Ignore
According the concepts above, Please make sure the source picture first. The display area is related with the source and output format closely.
Annex
Annex B – Specifications Module 422 HD Digital Decoder Module (DDO-422)
420 HD Digital Decoder Module (DDO-420)
Video Decoding
Video Decoding
Video decoding: H.264, MPEG-2
Video decoding: H.264, MPEG-2
Chroma: 4:2:2/4:2:0-10bit/8bit
Chroma: 4:2:0
Resolution: 1080p@50/59.94/60
Resolution: 1080i@50/59.94/60
1080i@50/59.94/60
720p@50/59.94/60
720p@50/59.94/60
576i@50, [email protected]
576i@50, [email protected] Video bit rate: CABAC: 50Mbps
Video bit rate: 1-70Mbps Output interface: 2x HD/SD-SDI mirroring 1x HDMI
CAVLC: 150Mbps Output interface: 2x HD/SD-SDI mirroring 1x HDMI
Audio Decoding Decoding channel: 2 Output interface: AES-EBU, SDI embedded,
Audio Decoding
HDMI embedded
Decoding channel: 4 Output interface: AES-EBU, SDI embedded,
Audio decoding: MPEG-1 layer1/2, MPEG-4 AAC-LC, MPEG-4 HE-AAC
HDMI embedded Audio decoding: MPEG-1 layer II, MPEG-2 AAC-LC, MPEG-4 AAC-LC, MPEG-4 HE-AAC
Descrambling None, BISS-0, BISS-1, BISS-E
Descrambling
Genlock
None, BISS-0, BISS-1, BISS-E
Support HD Tri-level sync generation, SD Color Black
Genlock Support HD Tri-level sync generation, SD Color Black
Annex HD AVS+ Decoder Module (DDO-AVS+)
HD AVS+ Trancoder Module (TRC-AVS+)
Video Decoding
Video Transcoding
Video decoding: AVS+, H.264, MPEG-2
Video input: AVS+, H.264, MPEG-2
Chroma: 4:2:0
Video output: H.264
Resolution: 1080p@50/60
Chroma: 4:2:0
1080i@25/30
Resolution: 1080i@25/30
720p@50/60
720p@50/60
576i@25, 480i@30
576i@25, 480i@30
Video bit rate: CABAC: 50Mbps
Monitoring output : 2x HD/SD-SDI mirroring
CAVLC: 150Mbps
1x HDMI
Output interface: 2x HD/SD-SDI mirroring
1x CVBS
1x HDMI
Audio Transcoding
1x CVBS
Transcoding channel: 1 transcoding, 2 pass-through Audio output: SDI embedded, HDMI embedded
Audio Decoding Decoding channel: 1 Output interface: SDI embedded, HDMI embedded
AES-EBU, Analog Audio transcoding: MPEG-1 Layer1/2，MPEG-2/4 AAC-LC,
AES-EBU, Analog
MPEG-4 HE-AAC, Dolby AC-3/AC-3 Plus
Audio decoding: MPEG-1 Layer1/2，MPEG-2/4 AAC-LC, MPEG-4 HE-AAC, Dolby AC-3/AC-3 Plus, Genlock Support HD Tri-level sync generation, SD Color Black ASI I/O Module (IO-ASI)
IPASI Input I/O Module (IO-IPASI-I)
Support various ASI I/O combination pattern:
Support 2 TS over ASI input
4 input
Streaming Port: 2 x 10/100/1000Base-T Ethernet RJ45
3 input and 1 output
Transport Protocol: UDP, RTP
2 input and 2 output
Transport Mode: Unicast, Multicast
1 input and 3 output
Support 4 SPTS/MPTS over IP input
4 output
Support 4 SPTS/MPTS over IP output, support MPTS
ASI gateway in one unit for channel backup
de-mux and output function
Support EN-50083-9 standard
Each program support output to 2 target address by different
Support 188bytes
Ethernet ports
ASI bit rate: 0~200Mbps for 1 channel
Bit rate: IP: 0~600Mbps (Each port)
Support Genlock input and loop out
ASI: 0~200Mbps (Each port) Support Genlock
Annex DVB-S/S2 Receiver Module (Tuner-S/S2)
DVB-T/T2 Receiver Module (Tuner-T)
Interface: 2 RF input, 2 RF loop out
Interface: 4 RF input, support 2 diversity reception
Demodulation: DVB-S(QPSK)
Frequency range: 47.5 - 862 MHz
DVB-S2(QPSK/8PSK)
Band mode: 6MHZ,7MHz, 8MHz
Input level: -25dBm to -65dBm
Demodulation: QPSK,16QAM,64QAM
Frequency range: 950 - 2150 MHz (L-Band)
FFT: 2K/8K
Polarity voltage: off, +13V, +18V
Guard interval: 1/32, 1/16, 1/8, 1/4
Max current :400mA
Support 12V power supply
Band tone: 22 kHz on/off Symbol rate: 1M~45M Bound Descrambling: BISS Descrambling(Optional) Multi-channel Decoder & Monitor (MDO-420)
Multi-Channel H.264 Transcoding Module (MHDT-420)
Each slot support 2x HD program or 8x SD decoding
Video Transcoding
Support 2 slots combined, up to 4x HD program or 16x SD
Video input: H.264, MPEG-2
program decoding
Video output: H.264
Video decoding: H.264, MPEG-2
Resolution: 1080P@50/50.94
Chroma: 4:2:0
1080P@25/29.97
Resolution: 1080i@25/29.97/30
1080i@25/29.97
720p@50/59.94/60
720P@50/59.94
576i@25, 480i@30
576i@25, [email protected]
Video bit rate: 1~70 Mbps
Chroma: 4:2:0
Output interface: 2x HD/SD-SDI mirroring
Audio Transcoding
1x HDMI
Audio transcoding: MPEG-1 layer II MPEG-4 AAC-LC,
Audio decoding: MPEG-1 layer II
MPEG-4 HE-AAC V1
MPEG-2 AAC MPEG-4 AAC-HE Multi-Protocol IP Transmitting Module (SMIP)
CA Descrambling Module (CAM)
Slot in front panel
Slot in front panel
4x 10/100/1000Base-T Ethernet, RJ45
Each module integrates 4 channel CA descrambling
Each streaming port can be configured as TX or RX
Descrambling capacity depends on the capacity of CAM
Support Protocol:R2TP, R2TP-S, RTMP, UDP
cards;
Max Stream Channel: (Each streaming port)
Detect program status automatically
R2TP/R2TP-S: 2, RTMP: 2
Perform well with different CAM cards
Max Bit Rate: (Each streaming port) R2TP/R2TP-S: 60Mbps, RTMP: 20Mbps, UDP: 60Mbps Support DHCP Support DNS
Annex
Control Front Panel Control
OLED screen, touch button
Web Control
RJ45
SNMP Control
Optional
Physical parameters Size (W×H×D)
460mm×440mm×44.5mm (1RU)
Weight (Full Loaded)
5.5kg 6 slots in rear panel
Slots 1 slot in front panel Chassis-R-H: Hot-swap redundancy power supply Power Mode Chassis-R: Dual redundancy power supply Input Voltage
100-240V, 50/60Hz
Consumption 60W (Full Loaded) Temperature
0-50℃
