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10.4.5. Temperatures screen 10.4.6. HDD user area screen 10.4.7. SDI statuts screen 10.4.8. ETH0 connection screen 10.4.9. IP address screen 10.4.10. Sub mask screen 10.4.11. Gateway screen 10.5. Factory parameter screen 10.5.1. Minimal restoration 10.5.2. Complete restoration 10.6. Definition of LED Status 11. Managing profiles 11.1. Define a new profile 11.2. Modify profile parameters 11.3. Duplicate a Profile 11.4. Delete a profile 12. User disk area : file transfer 13. Software update 14. Forward Error Correction 14.1. Introduction 14.2. How to monitor packets lost and packets recovered 14.3. Configuration examples 15. XML API 15.1. General presentation 15.2. How to Use 15.3. Commands example 15.3.1. “start_profile” 15.3.2. “stop_profile” 15.3.3. “get_profile_list” 15.3.4. “restart” 15.3.5. “shutdown” 15.3.6. “get_hardware_status” 15.3.7. “set_ip” 15.3.8. “Trigger internal event” 16. Typical applications 16.1. Typical IP internet contribution 16.2. Typical IP satellite contribution 16.3. Dual Streaming 16.4. Duplex application : academic application example 16.5. Point to multipoints contribution application example ...
1. INTRODUCTION This manual explains how to use and install an AQORD products: ● AQORD *LINK ● AQORD *LINK/LE This manual is for AQORD users. The AQORD is part of a system that can be used to encode, decode, store, replay and transmit MPEG2 Transport ...
2. Security instructions Notice The information contained in this document is subject to change without notice. DIGIGRAM shall not be liable for ...
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EN 609501 (2006) “Safety of information technology equipment, including electrical business equipment.” In accordance with European Community directives, a “Declaration of Conformity” has been made and is available by request at DIGIGRAM – 82 allée Galilée 38330 Montbonnot SaintMartin FRANCE. ...
3. Product description AQORD products are HD and SD hardware video encoder, decoder, recoder using the H.264/AVC codec. The AQORD product line includes 3 products: ● AQORD *LINK 1C : 1 channel ● AQORD *LINK 2C : 2 channels ● AQORD *LINK/LE : 1 channel Option can be added to these products: ● AQORDOPT/FEC : F EC option, Pro Mpeg FEC CoP3 standard Furthermore, OTT streaming capability option can be added to AQORD *LINK products ● AQORDOPT/SWENC: S oftware encoder option. This option enables software encoding capability to AQORD *LINK 1C/2C for OTT distribution applications (Video on mobile phone, tablet, PC and connected TV). Video codecs available: H.264. Audio codec: AAC series and MPEG1 Layer2. Container format: MPEGTS, HTTP Live Streaming, RTMP, Adaptive Bitrate… (to use this option refer to AQILIM user manual). Devices form factor is 19'' width and 1RU height. It is rack mountable in a 19" rack. On the rack side, a label identifies the product. The label details: ● The serial number ● The commercial reference ...
6.3. Streaming / Recording AQORD *LINK products only. The “streaming” function allows to stream a MPEGTS video file stored on the Hard Disk Drive over UDP/RTP. The “recording” function allows to store on the Hard Disk Drive as a MPEGTS video file the received IP stream UDP/RTP. ...
6.4. Dual Streaming Mission critical video transport One objective of broadcasters while deploying their IP infrastructure is to achieve the robustness of synchronous telecom or satellite networks on private leased lines while reducing significantly the corresponding production costs. The experience gained from existing IP infrastructures proved that IP network disturbances are of a different nature ...
7. Installation Refer to the Quick Start Guide provided with the AOQRD to proceed to the cabling. 7.1. List of connections AQORD *LINK 1C/2C Refer to the serigraphy on rear panel for detail of connection for each product A. Main plugs (redundant power supply) B. Gigabit Ethernet connector ETH0 C. Gigabit Ethernet connector ETH1 D. SDI input, Channel 1 E. SDI input, Channel 2 F. Monitoring of SDI inputs, Channel 1 G. Monitoring of SDI inputs, Channel 2 H. Audio AES XLR input, Channel 1 Audio AES XLR output, Channel 1 Audio AES XLR input, Channel 2 K. Audio AES XLR output, Channel 2 L. USB 2.0 connectors (x2) ...
7.2. List of connections AQORD *LINK/LE Refer to the serigraphy on rear panel for detail of connection for each product A. Main plug B. USB Ports C. PS2 Ports D. Gigabit Ethernet connector ETH0 E. Gigabit Ethernet connector ETH1 F. VGA G. SDI input H. SDI output Audio AES input/output 8. Power on / off AQORD *LINK 1C/2C : Once connected to the Mains power (use two cords due to redundant power supply), the AQORD will start automatically. When the AQORD is turned off from the web interface, the “ ✓ ” green key on the front panel allows the User to start the encoder. There are two ways to power off the AQORD *LINK 1C/2C: From local interface: Refer to chapter ● “...
9. Web interface The web interface is accessible from any Ethernet interfaces (ETH0 and ETH1). By default (factory setting) ETH0 IP address is 192.168.0.1. Enter the following IP address in your web browser to reach to web interface: ● http://192.168.0.1 (factory setting) If the configuration has changed and you need to revert to factory settings, see the chapter “ F actory parameter screen ” . IP addresses can be configured by different means : ● From the web interface: refer to the chapter “ Network settings” From front panel interface: refer to the chapter “ E TH0 connection screen ● ” (AQORD *LINK 1C/2C only) ● Using display and keyboard: refer to the “Quick Start Guide” (AQORD *LINK/LE only) Note: use "admin" for login and "digigram38" for password (factory setting). 9.1. “Home” page This page shows the type of AQORD product which the browser is connected to, namely: "AQORD *LINK 1C / 2C / LE”. It allows quick access to various settings of the machine: ●...
9.2. “System administration” pages 9.2.1. “Shutdown/restart” This page allows you to restart or shutdown the AQORD. Restarting AQORD is required when changing network settings (see chapter “ Network settings” ) . 9.2.2. “Usage statistics” This page displayed some statistic information like: Number of started profiles, lost packets, recovery packets, late packets and so one. This page is mainly intended to give you some measurement information that help understanding the quality of your contribution link. Below are the available information for each contribution profile (mainly information from decoding profile): "Received Packets" : Number of received packets ● "Lost packets" : Number of lost packets: ● ○ required RTP network protocol (UDP protocol doesn’t allow to know lost packets) ○ If FEC is active. “Lost packets” means number of packets that could not be recovered by FEC algorithm "Reordered Packets" : Number of disorder packet received ● ○ required RTP network protocol (UDP protocol doesn’t allow to know packet order) ...
9.2.5. “Network settings” Any change in the Ethernet settings of the AQORD unit will require to restart the unit to completely apply the changes. (See Chapter “ Shutdown/restart” ) . ETH0 can only have a static address. If ETH1 is not used, check disable in the “Mode” choice. “Default Gateway” (write in blue beside ETHx interface): Shows the interface configured as default gateway. The “Default Geteway” is used to output a stream with IP destination address that is not in one of the IP domain of ETH0 and ETH1. To be sure to output the stream to the desired interface, we recommend that you set a “static route” for the IP destination address. Field Description Possible value “ETH0 connection” IP address Self explanatory Example : 172.16.176.1 (Write) Subnet mask Self explanatory Example: 255.255.0.0 (Write) Gateway address Self explanatory Example: 172.16.176.20 (Write) MAC address Self explanatory Static route Allow to specify which Gateway is used for a ...
9.2.6. “Wifi Access Point” Your AQORD features a WIFI access point, allowing direct access to the Web Interface to set the encoder without requiring network configuration. AQORD is provided with a USB WIFI Adapter. When it is plugged on a USB port on the back of the AQORD, the WIFI access point is available. To connect directly to the web interface, use a WIFI device (PC, tablet, smartphone...) and connect to the WIFI access point "AQORD_xxxxx" (SSID is the the “machine name”), default password is "digigram38" (or enter the web interface password if it has been changed). Then enter the following URL in your Web browser: " h ttp://wifi.digi " (any other “Http” addresses will be automatically redirected to " h ttp://wifi.digi " , not “Https”). Note: ● By default the WIFI turns off automatically 10 minutes after the encoder powers on. To reactivate WIFI access point, restart the encoder or simply unplug and plug again the USB WIFI adapter at the back of the AQORD. ● Number of connected devices is limited to eight. If no USB WIFI Adapter is plugged on the AQORD, you can see the following on WIFI web page: If your AQORD is not equipped with USB WIFI Adapter, you can get one anywhere. Compatible USB WIFI Adapters are TRENDnet TEW648UBM, NETGEAR WNA1000M, but also any dongle based on RTL8188CUS chipset. When a USB WIFI Adapter is plugged on the AQORD, you can see the following parameters on WIFI web page: ...
To d isable WIFI access point, you can : ● Simply remove the USB WIFI Adaptor ● Use the “Enable/Disable WIFI” button on the web interface To e nable WIFI access point, you can : ● Simply unplug and plug the USB WIFI Adaptor ● Use the “Enable/Disable WIFI” button on the web interface If you encountered some mistakes, you may need to flush the cache of your web browser to access to Internet through WIFI access point. 9.2.7. “Date & Time” This page allows to set system time and date. Field Description Possible value “Timezone” Timezone ...
IP address dedicated to this interface 192.168.0.1 ETH1 IP address dedicated to this interface 192.254.0. 60 “CPU Load” Total Image of the CPU load 15% “Click to download full configuration and logs” “Download” button Download full encoder configuration and logs For better support from DIGIGRAM team, the full configuration of the encoder can be downloaded easily using this button. The full configuration will be packed in a Zip file and encrypted. With this file “fullconfig.eca”, Digigram support team will know the configuration of the AQORD in order to better support you. This file includes: profile list, board configuration, licence, version, network settings, date and time configuration and report logs. For confidentiality reasons, this file is encrypted so only Digigram support can read it. 9.2.9. “Version” If you need to contact Digigram support team, these information is required by Digigram. Field Description Possible value “Software identification” ...
or “ C hoisir un fichier ” button to browse and select the update file “xxxx.lbo”. 2. Click on “Update” button. 3. The page below displays the update report at the end of the update process. Verify that the status of all of the steps displayed is “OK”. 4. A restart is required to complete the upgrade. Click on the button "Restart". 9.2.11. “Licence” This page allows to add option to the AQORD like “Forward Error Correction” (FEC) or “Software Encoding” (SWENC: OTT distribution capability). Please, contact Digigram sales representative for more information. Follow the instructions below to add licence: 1. Click on “Select a file” or “ C hoisir un fichier ” button to browse and select the file provided by Digigram. 2. Click on “Update” button. A reboot is not required. If you need to add options, Digigram will generate a new licence file specific to your AQORD using the “Platform Id” number. 9.2.12. “Developer tools” This page is intended to help developers who need to integrate the AQORD in a system. XML API: AQORD can be managed through an XMLAPI. Commands can be send to the AQORD encoder/decoder/recoder and get status for monitoring/supervision purpose. This demonstration page shows all commands available. Developer sees the request format and the answers return by the AQORD. For more detailed information on the command refer to chapter ...
NETWORK LIMITATIONS: For test purpose and in order to simulate a specific IP link (transcontinental fiber link, satellite link), users can define these parameters for each Ethernet port: ● Limit input and output bandwidth ● Define the percentage of loss packets ● The packet delay Don’t forget to set back to “Normal” when tests are finished. 9.3. “Profile” management pages 9.3.1. “Channel Configuration” This page allows setting the channels parameters (Board configuration) and shows some information (Board infos) of each channel. AQORD can have up to 2 channels (“AQORD *LINK 2C” product). “True” means the function is available. Field Description Possible value Board configuration Encoded/Decoded Represent the encoded/decoded video format. 1920x1080 50i (1080 50i input) Video Format For 1920x1080 and 1440x1080 values: SDI input 1920x1080 60i (1080 60i input) must be 1920x1080 1440x1080 50i (1080 50i input) For 1280x720 values: SDI input must be 1440x1080 60i (1080 60i input) 1280x720 ...
9.3.2. “Profile List” The Profiles defined in the AQORD are displayed in this page. Each Profile can be started, stopped, copied, modified or deleted from this page. It allows the management of encoding/decoding/recording/streaming Profiles. For more details, refer to chapter Managing profiles . The following buttons allow the User to respectively start and stop the corresponding Profile. When the button has a grey colour the Profile can not be started because the channel is already used by another Profile. Before starting a profile, please check the “Channels configuration” parameters are correct (match the input video format and audio input, see chapter “ Channel Configuration” ) . Meaning of the icons: ● the profile is stopped ● the profile is started ● the profile cannot be started because the channel is already used by another Profile ● access to profile parameters ● copy the profile ● delete the profile ● create a new profile ...
9.3.3. “Profile settings” page Depending on the function chosen in “Using Mode”, the “Profile Setting Page” changes and displays the corresponding parameters. Field/Button Description Possible values “Identification” Profile name Name assigned to this Profile 20 alphanumeric characters Run profile on system The concerned profile will automatically be started on AQORD power check box startup on. “Using mode” Function Choice of the function performed by the profile: Decoder ● “Decoder” : decode input MPEGTS stream (Hardware HQ Encoder decoding) OTT Encoder ● HQ Encoder : encode SDI input to MPEGTS stream Streamer/Record (Hardware encoding) er ● OTT Encoder: Required SW_ENC option (Software ...
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Bit rate Bit rate of the audio stream Example : 128 kbps (kbit/sec) Field/Button Description Possible values “Output” Using mode = HQ Encoder MPEGTS: MPEG Transport Stream. It is a standard container format “Multiplexer type” MPEGTS for transmission and storage of audio, video. Transport Stream is Octoshape specified in MPEG2 Part 1, Systems (formally known as ISO/IEC MPEGTS standard 138181 or ITUT Rec. H.222.0). Octoshape MPEGTS: AQORD embed Octochape Infinite Uplink technology. It allows to do video contribution through Octoshape Server. Infinite uplink is designed to optimize the Internet connectivity. It allows Point to Point, Point to Multipoint, Point to Consumer playout device. More information on Octoshape (part of Akamai) website, “contribution” section. For more details refer to chapter O ctoshape Point to multipoints contribution application example ...
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“Using mode” = HQ Encoder “Multiplexer type” = MPEGTS Field/Button Description Possible values Using mode = HQ Encoder UDP/RTP output Multiplexer type = MPEGTS “Network protocol” Choice of transmission protocol on the network. Network UDP, Network RTP, Network RTP with EC “Settings…” Allows you to choose: button ● UDP/RTP: the number of TS packets in an IP packet. Default value of 7 is optimized for minimum overhead. RTP: FEC settings. Refer to chapter ● F orward Error Correction “IP Address & Field “IP address “: This is IP destination address Example : 172.16.176.20 UDP port” “IP Address & ...
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“Using mode” = HQ Encoder “Multiplexer type” = Octoshape / MPEGTS These information concern Octoshape ingest point parameters. These parameters is provided with your Octoshape account. Contact Octoshape if you need a temporary account for a trial period. Field/Button Description Possible values Using mode = HQ Encoder “Octoshape Multiplexer type = Octoshape / MPEGTS Output” “Primary URL” URL to connect to Octoshape Server //streams.octoshape.net/customer/live/mp egts/stream01 “ingestoptions” Contact Octoshape support for detailed button information on ingest and push options. “pushoptions” “Password” Self explaination “Using mode” = Decoder Field/Button Description ...
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“Using mode” = Decoder “Input” ”Source” = Network UDP/RTP or Network UDP/RTP with FEC To decode MPEGTS stream over IP Field/Button Description Possible values “IP Address & Field “IP address “: This is IP address of AQORD input Example : 192.168.0.4 UDP port” Ethernet interface. (ETH0 Ethernet Interface) “IP Address & Field “Port”: This is IP port of the incoming stream (correspond Example : 5004 UDP port” to IP port set in the encoder). “IP Address & Check “M” and “Interfaces 0, 1, 2” UDP port” When using a multicast address, check "M" and the Ethernet interface number where to stream will input. “Program” Default value is “auto”. The AQORD will automatically decode Auto the first program found. Use “auto” when the encoder is an [1..65535] AQORD. Otherwise, you can set the program number manually. “Scan” button Click this button to check if the input stream is available. If it is ...
“Using mode” = Streamer/Recorder Allows to : ● Get an IP input stream and record it on the HDD ● Stream a file from the HDD to IP output ● Forward input IP stream an other “Network protocol”: UDP/RTP/MultiUnicast/Multicast Field/Button Description Possible values “Input” Input can be a File, IP stream or video stream from Network UDP/RTP Octoshape Server. Network UDP/RTP with FEC Refer to h ere for “Input” section Local File See above for parameters corresponding to each possible Network Octoshape value. “Output” section: Refer h ere for “Local file name” and “Output” ...
10. Local interface description AQORD *LINK only. The local interface consists of: ● Four LEDs on the left of the display ● One LCD display ● One keypad (6 keys) Generally, the "Up" , "Down" , "Right" and "Left" keys allow the User to navigate through menus. The key allows the User to validate the current action. The key allows the User to cancel the current action. 10.1. “AQORD *LINK Starting” screen This screen is displayed during power up or reboot of the AQORD *LINK. The access to the Web Interface is not available while this screen is displayed. ...
10.2. Default screen This screen replaces the "AQORD *LINK Starting” screen. When it appears the device is ready for use. 10.3. “Profile” screen These “Up” and “Down” keys allows the User to select a Profile. This key allows the User to start a Profile. This key allows the User to stop a Profile. 10.3.1. Description PROFILE 1 Example: A Profile consists of 4 lines: 1. Number : Profile name 2. Encoded Video raster 3. Audio Codec used 4. Profile status STOPPED/RUNNING 10.3.2. Confirmation of profile start action Confirm the launch of the Profile with the key. Cancel Profile from starting with the key. ...
10.4. “administration” screen To access the administration screens, when “default screen” is displayed, press the "Left" key . The "Up” and "Down" keys allow to access to the various administration screens. 10.4.1. Restart screen This screen allows the User to restart the AQORD *LINK. This is necessary when changing settings of ETH0 Ethernet interface (see Chapter 11.5). Press to confirm AQORD *LINK restart. Press to cancel AQORD *LINK restart. 10.4.2. Shutdown screen This screen allows the User to stop AQORD *LINK Press to confirm AQORD *LINK shutdown. Press to cancel AQORD *LINK shutdown. 10.4.3. LCD Backlight/Contrast screen This screen allows the User to adjust the contrast and the backlight of the LCD display. Use the arrow keys to change these settings. ...
10.4.4. Fan speed screen This screen displays the speed of each cooling fans. Two fans provide efficient airflow inside the chassis to maintain an optimum temperature. The fan speeds are controlled depending on the temperature of the chassis. Thus, the fan speed is automatically reduced when the ambient temperature is low. A corresponding reduction in the fan noise level will also be noticed in these conditions. 10.4.5. Temperature screen This screen displays the temperature measured at 3 points inside the AQORD *LINK chassis. In normal conditions of use, the highest temperature must not exceed 55°C (131 °F) 10.4.6. HDD user area screen This screen displays the status of the user disk space: ● Total capacity ● Free capacity (free space) ● Used capacity 10.4.7. SDI status screen This screen displays the status of SDI inputs ● Lock or unlock ...
10.4.8. ETH0 connection screen To access the ETH0 screen, when the “default screen” is displayed, press the "Right" key . The "Up" and "Down" keys allow th User to select the various configuration screens. Use the arrow keys to change these settings. 10.4.9. IP address screen 10.4.10. Subnet mask screen 10.4.11. Gateway screen 10.5. Factory settings screen You can restore the factory settings of some parameters. Two levels of restoration are possible: ● Minimal restoration ● Complete restoration 10.5.1. Minimal restoration To restore the minimal configuration, press the "Right" and "Left" keys simultaneously. Press to confirm AQORD *LINK minimal restoration. Press to cancel AQORD *LINK minimal restoration. ...
List of initialized parameters: ● ETH0 parameters ○ IP address : 192.168.0.1 ○ Submask : 255.255.0.0 ○ Gateway : 0.0.0.0 ● Login and password ○ Login : admin ○ Password : digigram38 ● AQORD *LINK name ● Contrast and backlight level at 50% 10.5.2. Complete restoration To restore the complete configuration, press the "Up" and "Down" keys simultaneously. Press to confirm AQORD *LINK complete restoration. Press to cancel AQORD *LINK complete restoration. List of initialized parameters: ● Same as minimal restoration ● Reset Profile list ...
11. Managing profiles The Profile management is done through the Web interface. To access the Web interface of the AQORD, follow the instructions h ere . 11.1. Define a new profile To create a new Profile, follow the instructions below: 1. In "Profile Administration" page click the “New Profile” icon. 2. Choose the parameters that define the Profile. See this c hapter for more details. 3. Click “Save Profile” button to save this new Profile. The Profile now appears on the "Profile Management" page. 11.2. Modify profile parameters To modify a Profile, follow the instructions below: 1. In the "Profile Administration" page click the parameter icon corresponding to the Profile to be modified. 2. The Profile parameters are now accessible and can be modified. See this c hapter for more details. 3.
12. User disk area : file transfer The AQORD includes an FTP server to write or read video files in the user disk area via FTP. For this, use an FTP client to connect to the server and transfer files. Login: same as Web interface Password: same as Web interface This account opens read, write, delete and create directory rights. The image below shows an example of the FTP client using the FileZilla Internet Browser (FileZilla is free to download from the Internet Software): ...
13. Software update See this c hapter . 14. Forward Error Correction 14.1. Introduction Unfortunately, real networks are not perfect and packet losses occur. In order to cope with packet losses, the ...
15. XML API XML API allows to control the unit from another application or external equipment for monitoring and control purpose. A web interface is dedicated to developers who need to use the XMLAPI. More information is available at this chapter . 15.1. General presentation The Digigram video products provide a XML API that allows the following actions: ● start_profile: Start a profile. ● stop_profile: Stop a profile ● get_profile_list: Return the profile list ● export profiles: Export the profiles into an xml document ● import profiles: Import the profiles from an xml document ● get file list: Get the file names in the HDD user area ● delete file: Deletes the specified file ● clear output: Removes the output files that are created by the specified profile ● get_hardware_status: Return the hardware status of the unit (temp, Fan speed, IP address, Storage) ● set_ip: Allow IP configuration. ...
15.3. Commands example Below are some command examples. See above for the full command list. 15.3.1. “start_profile” This action allows to start a profile. XML Request: <?xml version="1.0" encoding="UTF8"?> <request> < action> s tart_profile < /action> < data> Profile index to start < /data> </request> XML answer if no error: <?xml version="1.0" encoding="UTF8"?> <response> < data> ok < /data> </response> ...
15.3.2. “stop_profile” This action allows to stop a profile. XML request: <?xml version="1.0" encoding="UTF8"?> <request> < action> s top_profile < /action> < data> profile index to stop < /data> </request> XML answer if no error: <?xml version="1.0" encoding="UTF8"?> <response> < data> ok < /data> </response> XML answer if profile index doesn’t exist (bad profile index): <?xml version="1.0" encoding="UTF8"?> <response> ...
15.3.3. “get_profile_list” This action returns the profile list. For each profile, this command returns: ● The profile index ● The profile name ● The profile status (running or stopped) ● The bitrate (input/output) if the profile is running If a profile index is set, this action returns only the status of this profile. XML request: <?xml version="1.0" encoding="UTF8"?> <request> < action> g et_profile_list < /action> < data> profile index (empty = all profiles, index = one profile) < /data> </request> XML answer if no error: <?xml version="1.0" encoding="UTF8"?> <response> <...
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15.3.4. “restart” This action restarts the system. XML request: <?xml version="1.0" encoding="UTF8"?> <request> < action> r estart < /action> < data> < /data> </request> XML answer if no error: <?xml version="1.0" encoding="UTF8"?> <response> < data> ok < /data> </response> No error code managed for this action. 15.3.5. “shutdown” This action stops the system. XML request: ...
15.3.6. “get_hardware_status” This action returns the hardware status of the system: ● System name ● Temperature ● Fan speed ● IP address ● CPU load ● HDD status XML request: <?xml version="1.0" encoding="UTF8"?> <request> < action> g et_hardware_status < /action> < data> < /data> </request> XML answer if no error: <?xml version="1.0" encoding="UTF8"?> <response> <...
15.3.7. “set_ip” This action allows to configure the network ports. At the end of this action, the system restarts automatically. XML request: <?xml version="1.0" encoding="UTF8"?> <request> < action> s et_ip < /action> < data> < interface> < name> e th0/eth1/eth2 < /name> < mode> d isabled/dhcp/static < /mode> < ipAddress> i p address <...
15.3.8. “Trigger internal event” This command generates event messages (for simulation), that can be sent as an XML trap, displayed on web interface or simply logged in the “Report log”. This allows to test the monitoring XML server. Field/Button Description Possible values “Destination” Allows to filter message by destination type All messages Report log Web interface XML Traps “Choose a Choose the message to be sent message” Web interface “Sent as” Strikethrough text means this message is not XML trap sent to this destination. “Status” Depending on the message, the command can Event send different status. Active Cancelled Resolve ...
The AQORD can address different markets like Broadcast and IPTV. This section presents some typical applications for these markets like: ● Full Duplex video transfert for conferencing, training, meeting for corporate or academic applications. ● Point to point contribution to t ransmit h igh video quality o ver long distances through IP network. ● Live Event Contribution to Studio for video processing. ● Contribution using Octoshape Infinite HD technology. ● IPTV video distribution on Local Area Network for SetTopBox or computer player. For more information on how to configure AQORD for point to point application, request to Digigram support the guideline document : “Point to Point Contribution Application Installation guide“ 16.1. Typical IP internet contribution 16.2. Typical IP satellite contribution ...
16.3. Dual Streaming For the contribution range AQORD encoder/decoder : the new dual streaming feature help to secure video transport between two locations (ex: from event field to the studio). Dual streaming is for point to point contribution market (AQORD). This schematic shows IP Satellite + Internet link dual streaming redundancy. In that case the AQORD encoder (location 1) pushes the stream to the two different links then the AQORD decoder (location 2) will sort the received packets (received in double). If one of the links transmission is interrupted, the contribution will continue on the second one. 16.4. Duplex application : academic application example AQORD *LINK 2C product has full duplex capability. It has two completely independant channels. Each channel can be configured as an encoder or a decoder. This flexibility allows to stream two different contents between two locations in the same or opposite directions. ...
16.5. Point to multipoints contribution application example AQORD can manage several IP protocols like: UDP, RTP, RTP with FEC, Unicast and Multicast. The schematics below shows multiunicast capability to address different locations with different destination public IP addresses. ...
16.6. Octoshape Point to multipoints contribution application example AQORD embeds Octoshape (Akamai) Broadcaster that allows to benefit to Octoshape specific protocol. See more details on Octoshape Technology h ere . The schematics below shows a point to multipoints contribution through Octoshape Servers. The AQORD pushes only one stream to Octoshape server and several AQORD can request the stream for decoding purpose. ...
17. Glossary Term Description CBR “Constant Bit Rate“: The encoding is done at a constant rate very close to the value of "Video Rate" defined. BALANCED AUDIO Audio numeric interface. Connector used: XLR ETHERNET RJ45 connectors: \ 10 BaseT : 10 Mb/s \ 100 BaseT : 100 Mb/s \ 1000 BaseT : 1000 Mb/s (Gigabit Ethernet) GOP Groups of Pictures, which consist of keyframes and delta frames. FEC The ProMPEG CoP #3 FEC scheme uses the RTP transport protocol as a building block for providing packet recovery techniques to ensure reliable realtime media transport. Web browser: FIREFOX ttp://www.firefox.com Web browser: CHROME ttps://www.google.com/chrome/ H.264/AVC H264 is a standard codec for video encoding. H264 allows two times more compression than MPEG2 for the same image quality. HD High definition video HDD Hard Disk Drive MPEG Motion Picture Expert Group MPEG2 ...
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DIGIGRAM Headquarters Serving Europe, Russia, the Middle East, Latin America and Africa Digigram S.A. 82/84 Allée Galilée (INOVALLEE) 38330 Montbonnot France Tel: +33 (0)4 76 52 47 47 Fax: +33 (0)4 76 52 18 44 Singapore Offices Serving Asia and Oceania Digigram Asia Pte Ltd 60 Albert Street #0911 OG Albert Complex Singapore 189969 Tel: +65/6291 2234 Fax: +65/6291 3433 http://video.digigram.com ...
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