LIGHT YOUR WAY. Harris OPTO+ Fiber Optic Solutions Guide

Transcription

1 LIGHT YOUR WAY Harris OPTO+ Fiber Optic Solutions Guide

2 2 Fiber optic solutions fiber optic solutions X85 Q-SEE MPEG-4 Streaming Modular Platform Receiver Receiver Demux IP Optical Test and Measurement Optical Network MPEG-4 Streaming Modular Platform Mux Transmitter Transmitter Platinum With today s broadcast and communications workflow often extending across multiple locations and high-bandwidth signal transport requirements becoming the norm, fiber optic systems are increasingly relied upon as a more efficient way to manage signal transport. Harris OPTO+ fiber optic solutions address the transport of broadcast-quality audio and video signals, as well as a complete set of other signal types including GPI/O, Serial, Ethernet and RF. The complete portfolio of OPTO+ modules uses time domain and course/dense wave division multiplexing to increase distance and density of transport over fiber optics. Flexible, costeffective solutions are available for a range of applications, including post production, in satellite and cable facilities, telecommunications, government, municipal and outside/ truck-based broadcasting. OPTO+ fiber optic modules available for Harris DAs, routers and frame synchronizers offer an efficient, reliable and affordable means of transport for video, audio, data, SD, HD and 3 Gb/s signals across any workflow. Light Your Way With Harris OPTO+ Fiber Optic Solutions To learn more, visit

3 index Product description page Index 3 3 Gb/s Over Optics OP+EOT Single-Channel 3G/HD/SD/ASI with Fiber Transmitter 6 OP+OER+S Single-Channel 3G/HD/SD/ASI with Fiber Receiver 7 OP+OER+SF+D Single-Channel 3G/HD/SD/ASI with Fiber Receiver and Transmitter 8 OP+DWDM8 40-Channel Passive DWDM Optical Multiplexer/Demultiplexer 9 OP+DWDM40 40-Channel Passive DWDM Optical Multiplexer/Demultiplexer, Standalone 1RU 10 OP+TDMT+8 8-Channel 1.5 Gb/s HD-SDI (or 4-Channel 3 Gb/s HD-SDI) Input, TDM Fiber Transmitter 11 OP+TDMR+8 8-Channel 1.5 Gb/s HD-SDI (or 4-Channel 3 Gb/s HD-SDI) Output, TDM Fiber Receiver 12 Audio and Video Over Optics OP+AES Fiber Optic AES Transceiver 13 OP+AVT Analog Video/Audio Fiber Transmitter 14 OP+AVR Analog Video/Audio Fiber Receiver 15 OP+DAS Composite Analog A/V Decoder/Synchronizer/Optical Transmitter 16 OP+HBD HD/SD/ASI, AES, RS-232/RS-422/RS-485, GPIO, Intercom Transmitter 17 OP+OHB HD/SD/ASI, AES, RS-232/RS-422/RS-485, GPIO, Intercom Receiver 18 OP+HMT Single-Channel HD/SD TDM Fiber Transmitter 19 OP+HDR Single-Channel HD/SD TDM Fiber Receiver 20 OP+HMX Auto-Sensing 3G/HD/SD Multiplexer with 8 AES Inputs and Optical Transmitter 21 OP+HDX Auto-Sensing 3G/HD/SD Demultiplexer with 8 AES Outputs and Optical Receiver 22

4 4 Index index Audio and Video Over Optics OP+SFS 3G/HD/SD-Capable A/V Frame Synchronizer with Optical Transmitter or Receiver 23 OP+SMT Single-Channel SD TDM Fiber Transmitter 24 OP+SDR Single-Channel SD TDM Fiber Receiver 25 XOS+OP+ 3G/HD-SDI/SDI/DVB-ASI Fiber Transmitter 26 OXS+OP+ 3G/HD-SDI/SDI/DVB-ASI Fiber Receiver 27 XOS+2+OP+ Dual-Channel 3G/HD-SDI/SDI/DVB-ASI Fiber Transmitter 28 OXS+2+OP+ Dual-Channel 3G/HD-SDI/SDI/DVB-ASI Fiber Receiver 29 Distribution Over Optics DA-DHREO6803+D/DX Dual 1x4 or Single 1x8 ACO, E-to-O, 3G/HD/SD/ASI, Reclocking 30 DA-DHROE6803+D Dual 1x4 or Single 1x8 ACO, O-to-E, 3G/HD/SD/ASI, Reclocking 31 DA-DHROOE6803+D Dual-Channel 1x4 or Single-Channel 1x8 with Built-In ACO, Optical Distribution, O-to-E, 3G/HD/SD/ASI, Reclocking 32 DA-HRO6803+D/DX 1x8, 3G/HD/SD/ASI with Reclocking, Fiber and Coaxial Inputs and Outputs 33 Data Over Optics OP+DAT Serial Data, GPI Transceiver 34 OP+ETH 10/100/1000 Base-T Ethernet Switch Transceiver 35 RF Over Optics OP+LBT L-Band Satellite Optical Transmitter 36 OP+LBR L-Band Satellite Optical Receiver 37

5 index Index 5 Course Wave Division Multiplexing (CWDM) HOMS+OP+CxxD, OHDS+OP+CxxD Active Multiplexer/Demultiplexer 38 OMS6800+CxxD, ODS6800+CxxD Passive CWDM Single-Mode Optical Multiplexer/Demultiplexer 39 Optical Splitters/Combiners OBDS6800+CD Passive Full-Spectrum Optical Splitter and Combiner 40 OPSS+OP+D Optical Protection Switch 41 OBS+OP+5050D Optical Power Splitter (50% Split) 42 Optical Test and Measurement OFI-20 Optical Fiber Identifier 43 OLT-20A Optical Loss Tester 44 OPM-15 Optical Power Meter 45 OTM-20 Optical Test Meter 46 palmotdr-s20 Optical Time Domain Reflectometer 47 SLS Stabilized Laser Source 48 VLS-20A Visible Laser Source 49 Synchronizers/Converters x85 Multiple-Application Video and Audio Platform 50 x50 Frame Synchronizer/Converter 51 Routers Platinum Innovative Large-Scale Routing 52

6 6 OP+EOT Single-Channel 3G/HD/SD/ASI with Fiber Transmitter 3 gb/s over optics OP+EOT modules are available in configurations that support single wavelength single mode fiber, multimode fiber, and 16-channel coarse wavelength division multiplexing (CWDM). This group of modules is geared towards distributing broadcast signals electrically and optically. They are available with a single fiber output (OP+EOT), dual fiber outputs (OP+EOT+2), and four fiber outputs (OP+EOT+4). The base model firmware supports 270 Mb/s transmission. 1.5 Gb/s and 3 Gb/s capabilities are enabled by optional software keys. All of the OP+EOT modules operate at the following data rates: 270 Mb/s in SD-SDI and DVB-ASI , 1485, 2967, 2970 Mb/s in HD-SDI Any rate from 50 Mb/s up to 3 Gb/s without reclocking (requires OP+EOT+SD3G and OP+EOT+HD3G upgrades) n 3 Gb/s HD-SDI capability n Automatic cable equalization on BNC inputs n Laser safety shutdown protection against overpowering n Comprehensive operating controls, including automatic/manual reclocking and rate selection, laser enable, and laser disable n Comprehensive status reporting via CCS-compliant software and control panels, including module ID, loss of input, signal lock status, input data rate, and laser enabled/disabled status n CWDM compliance with ITU-T G standards for CWDM wavelengths n Available SC/PC, ST/PC, and FC/PC connectors (the SC/PC connector is supplied standard) n Multiple fiber output availability n Hot-swappable installation and removal OPTICAL OUT SDI IN SDI OUT SDI OUT

7 OP+OER+S Single-Channel 3G/HD/SD/ASI with Fiber Receiver 3 gb/s over optics OP+OER modules are 3 Gb/s HD-SDI optical-to-electrical receivers. This group of modules is geared towards distributing broadcast signals electrically and optically. They are available in single- and double-slot versions (the double-slot version adds a passive splitter and additional reclocked outputs), and in standard-sensitivity PIN and high-sensitivity APD versions. The base model firmware supports 270 Mb/s transmission. 1.5 Gb/s and 3 Gb/s capabilities are enabled by optional software keys. n 3 Gb/s HD-SDI capability n Comprehensive operating controls, including automatic/manual reclocking and rate selection, laser enable, and laser disable n Comprehensive status reporting via CCS-compliant software and control panels, including module ID, loss of input, signal lock status, input data rate, and input optical power n Available SC/PC, ST/PC, and FC/PC connectors (the SC/PC connector is supplied standard) n Hot-swappable installation and removal n 1260 nm to 1620 nm capability OPTICAL IN SDI OUT -9 dbm Max (APD) SDI OUT SDI OUT 7

8 8 OP+OER+SF+D Single-Channel 3G/HD/SD/ASI with Fiber Receiver and Transmitter 3 gb/s over optics OP+OER modules are 3 Gb/s HD-SDI optical-to-electrical receivers. This group of modules is geared towards distributing broadcast signals electrically and optically. They are available in single- and double-slot versions (the double-slot version adds a passive splitter and additional reclocked outputs), and in standard-sensitivity PIN and high-sensitivity APD versions. The base model firmware supports 270 Mb/s transmission. 1.5 Gb/s and 3 Gb/s capabilities are enabled by optional software keys. n 3 Gb/s HD-SDI capability n Comprehensive operating controls, including automatic/manual reclocking and rate selection, laser enable, and laser disable n Comprehensive status reporting via CCS-compliant software and control panels, including module ID, loss of input, signal lock status, input data rate, and input optical power n Available SC/PC, ST/PC, and FC/PC connectors (the SC/PC connector is supplied standard) n Hot-swappable installation and removal n 1260 nm to 1620 nm capability SDI OUT SDI OUT OPTICAL IN OPTICAL OUT SDI OUT SDI OUT SDI OUT SDI OUT SDI OUT SDI OUT

9 OP+DWDM8 8-Channel Passive DWDM Optical Multiplexer/Demultiplexer 3 gb/s over optics The OP+DWDM8 fiber optic module is an eight-channel modular product capable of Dense Wavelength Division Multiplexing (DWDM) and demultiplexing. With its dense signal to fiber ratio, the OP+DWDM8 is ideal for long-haul transport of fiber optic signals. Use it to multiplex and transport a large number of signals of various formats all over a single fiber. n Bidirectional capability n Multiplexer and de-multiplexer capability in one module n Express port for expansion n Compliance with ITU-T G standards for DWDM wavelengths OP+DWDM8+1D OP+DWDM8+2D COM EXP COM EXP CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm CH nm 9

10 10 OP+DWDM40 40-Channel Passive DWDM Optical Multiplexer/Demultiplexer, Standalone 1RU 3 gb/s over optics The OP+DWDM40 fiber optic module is a 40-channel standalone product in a compact 1RU frame capable of Dense Wavelength Division Multiplexing (DWDM) and demultiplexing. With its dense signal to fiber ratio, the OP+DWDM40 is ideal for long-haul transport of fiber optic signals. Use it to multiplex and transport a large number of signals of various formats all over a single fiber. n 40-channel passive multiplexer and de-multiplexer capability in a 1 RU frame n Compliance with ITU-T G standards for DWDM n Multiplexer and de-multiplexer capability in one frame n Bidirectional capability COMMON CH21 CH22 CH23 CH24 CH25 CH26 CH27 CH28 CH29 CH30

11 OP+TDMT+8 8-Channel 1.5 Gb/s HD-SDI (or 4-channel 3 Gb/s HD-SDI) Input, TDM Fiber Transmitter 3 gb/s over optics The OP+TDMT/R+8 products are capable of transporting up to four 3 Gb/s, eight HD-SDI or eight SD/ASI signals, or any combination equal to 12 Gb/s of transport signals, over a single optical fiber. These award-winning modules provide the highest-density signal transport over fiber in the market. Built to reside in the modular core processing platform, the OP+TDMT/R+8 products transport up to eight streams of 1.5 Gb/s HD-SDI signals by using the time division multiplexing (TDM) approach. The OP+TDMT/R+8 products are ideal for applications handling a high volume of signals for medium- and long-haul transport. n 12 Gb/s payload and Gb/s transmission data rate n Transport for up to eight unidirectional HD-SDI video channels n Transparent end-to-end transmission, with unmodified pass-through of vertical and horizontal ancillary data n Handling of independent 3 Gb/s HD-SDI, SD-SDI, SDTI, and DVB/ASI signals, as well as general-purpose 1.5 Gb/s and 3 Gb/s data n Independent channels (connection or disconnection of any channel has no impact on other channels) n Automatic disabling of output port at receiver upon loss of signal at transmitter input n Input signal format detection n Input video CRC status detection at transmitter and receiver n Full hot-swapping capability in a frame n Thumbnail streaming for monitoring video signals n Automatic equalization, re-clocking and rate reporting n Link status reporting laser status and receiver power monitoring n Dedicated input monitoring port on transmitters n Configurable output/monitoring port on receivers OP+TDMT+8 OP+TDMR+8 WAVELENGTH MONITOR OUT (TDMT ONLY) Tx/Rx CH 7 CH 1 CH 2 CH 3 CH 4 CH 5 CH 8 11

12 12 OP+TDMR+8 8-Channel 1.5 Gb/s HD-SDI (or 4-channel 3 Gb/s HD-SDI) Input, TDM Fiber Receiver 3 gb/s over optics The OP+TDMT/R+8 products are capable of transporting up to four 3 Gb/s, eight HD-SDI or eight SD/ASI signals, or any combination equal to 12 Gb/s of transport signals, over a single optical fiber. These award-winning modules provide the highest-density signal transport over fiber in the market. Built to reside in the modular core processing platform, the OP+TDMT/R+8 products transport up to eight streams of 1.5 Gb/s HD-SDI signals by using the time division multiplexing (TDM) approach. The OP+TDMT/R+8 products are ideal for applications handling a high volume of signals for medium- and long-haul transport. n 12 Gb/s payload and Gb/s transmission data rate n Transport for up to eight unidirectional HD-SDI video channels n Transparent end-to-end transmission, with unmodified pass-through of vertical and horizontal ancillary data n Handling of independent 3 Gb/s HD-SDI, SD-SDI, SDTI and DVB/ASI signals, as well as general-purpose 1.5 Gb/s and 3 Gb/s data n Independent channels (connection or disconnection of any channel has no impact on other channels) n Automatic disabling of output port at receiver upon loss of signal at transmitter input n Input signal format detection n Input video CRC status detection at transmitter and receiver n Full hot-swapping capability in a frame n Thumbnail streaming for monitoring video signals n Automatic equalization, re-clocking and rate reporting n Link status reporting laser status and receiver power monitoring n Dedicated input monitoring port on transmitters n Configurable output/monitoring port on receivers OP+TDMT+8 OP+TDMR+8 WAVELENGTH MONITOR OUT (TDMT ONLY) Tx/Rx CH 7 CH 1 CH 2 CH 3 CH 4 CH 5 CH 8

13 OP+AES Fiber Optic AES Transceiver video and audio over optics The OP+AES fiber optic modules offer an excellent solution for the easy and reliable transport of multiple AES audio channels over fiber, making them ideal for applications in outside broadcast (OB) vans, stadiums/arenas and event facilities. Equipped with user-selectable receive or transmit capability, these modules are available in configurations of eight or 16 AES channels and are capable of operating in bidirectional mode. The OP+AES modules also can be used in a daisy-chain or cascading application to carry 128 AES audio channels on a single wavelength an ideal fiber optic solution for even the most demanding long haul AES transport. n Up to 16 AES channels input/output per module in bidirectional mode, and up to 128 AES unidirectional channels per wavelength in Daisy Chain (cascade) mode n Support for balanced or unbalanced AES input and output (balanced AES requires an external balun adapter) n Sample rates from 30 to 96 khz n Optical power monitoring and alarm thresholds n Full CCS control and monitoring n Front and back hot-swappable capability n 8- or optional 16-channel AES capability n User-selectable receive or transmit capability Rx n Channel-by-channel selectable balanced/ EXPANSION IN unbalanced capability Tx Rx 0 dbm Max (PIN) n Manual gain and mute support for audio -7 dbm Max (APD) output channels n Front/back headphone jacks for content EXPANSION OUT monitoring at card edge and at back module BREAKOUT HEADPHONE PIN APD 8CH 16CH 13

14 14 op+avt Analog Video/Audio Fiber Transmitter video and audio over optics The OP+AVT modules provide professional broadcast quality transport of multiple analog audio and video signals over a single fiber optic interface. These modules are capable of transporting up to eight analog video channels and 64 analog audio channels over this fiber interface, using an innovative daisy-chain design to maximize the fiber optic bandwidth. Occupying two slots within the frame, this solution allows for up to 20 independent analog video signals and 80 analog audio channels in a single 2RU frame. Since the analog video is not decoded, phase information is kept intact, allowing applications such as blackburst transport over long distances for genlock purposes. The OP+AVT modules support up to one video and four audio channels, while the OP+AVT+2 modules support up to two video and eight audio channels. As well, an electrical only expansion version of the OP+AVT+2 (OP+AVT+EXP) can be used along with an initial optical version to create a daisy-chained configuration, capable of supporting up to eight video and 64 audio channels on a single optical channel. Fiber optic transmitters are available in both 1310 nm (FP laser) CWDM and DWDM (DFB laser) wavelengths, allowing for in-building, campus or metro distance applications. This module can be controlled manually via card-edge controls or remotely using either CCS Navigator, third-party SNMP-based control applications, HTTP web browser (with QXFE-series frames only) or NUCLEUS control panels. n One fiber output either single- or multi-mode n Available in 1310 nm FP and CWDM DFB wavelength options n Up to two composite video inputs (NTSC, PAL-B, PAL-M) n Up to eight balanced analog audio inputs (high impedance or 600 ohms) n Hot-swappable n Occupies two slots in the 2RU FR6802+QXF frame or the standalone FR6800+MB mixbox n HTTP control via Ethernet-equipped RU frames VID A LOOP VID A IN n Standard SC/PC-type fiber optic connector n Optional FC/PC-type or ST/PC-type fiber optic connector OP+AVT TX 1A1B 2A2B 3A3B 4A4B VID B LOOP AUDIO IN VID B IN EXP IN EXP OUT

15 op+avr Analog Video/Audio Fiber Receiver video and audio over optics The OP+AVR modules provide professional broadcast quality transport of multiple analog audio and video signals over a single fiber optic interface. These modules are capable of transporting up to eight analog video channels and 64 analog audio channels over this fiber interface, using an innovative daisy-chain design to maximize the fiber optic bandwidth. Occupying two slots within the frame, this solution allows for up to 20 independent analog video signals and 80 analog audio channels in a single 2RU frame. Since the analog video is not decoded, phase information is kept intact, allowing applications such as blackburst transport over long distances for genlock purposes. The OP+AVR modules support up to one video and four audio channels, while the OP+AVR+2 modules support up to two video and eight audio channels. As well, an electrical only expansion version of the OP+AVR+2 (OP+AVR+EXP) can be used along with an initial optical version to create a daisy-chained configuration, capable of supporting up to eight video and 64 audio channels on a single optical channel. Fiber optic receivers are available in both PIN (standard) and APD (high sensitivity) options, allowing for in-building, campus or metro distance applications. This module can be controlled manually via card-edge controls or remotely using either CCS Navigator, third-party SNMP-based control applications, HTTP web browser (with QXFE-series frames only) or NUCLEUS control panels. n One fiber input either single- or multi-mode n Accepts any wavelength in nm range for single or CWDM applications n Available with PIN or high-sensitivity APD receiver options n Up to two composite video outputs (NTSC, PAL-B, PAL-M) n Up to eight balanced analog audio outputs n Electrical-only expansion module allows for daisy-chaining of up to eight receiver modules n Hot-swappable NOT USED VID A OUT n Occupies two slots in the 2RU FR6802+QXF frame or the standalone FR6800+MB mixbox Rx VID B OUT n HTTP control via Ethernet-equipped RU frames n Standard SC/PC-type fiber optic connector NOT USED n Optional FC/PC-type or ST/PC-type fiber optic connector OP+AVR 1A1B 2A2B 3A3B 4A4B EXP IN EXP OUT 15

16 16 OP+DAS Composite Analog A/V Decoder/Synchronizer/Multiplexer/Optical Transmitter video and audio over optics The OP+DAS provides video and audio conversion from analog to digital, synchronizes the audio to the video, embeds the synchronized audio (four channels) into the SD-SDI video stream and transmits the resulting signal over a fiber optic interface. Integrated processing amps provide for full processing of both video and audio signals. This module is the optical version of the DAS This module can be controlled manually via card-edge controls or remotely using either CCS Navigator, third-party SNMP-based control applications, HTTP web browser (with QXFE-series frames only), or NUCLEUS control panels. The module is Q-SEE-compliant, allowing for direct thumbnail monitoring when installed in an Ethernet-equipped frame. n 2D video decoder as standard feature, upgradeable to 3D decoding (available as a software license-key option) n 12-bit, 4x oversampling of input video n Video frame synchronization n User-adjustable input video processing for black level, gain, hue and saturation n Time-base correction n Integrated audio processing (gain, invert, mute, channel swap, channel sum) n Accepts composite analog video or SD-SDI inputs, with user-selectable input priority (can be used for simple failover protection of input signal) n Relay bypass on SDI input for protection against loss of module power n Up to four SDI component digital video outputs n Four analog audio inputs n Two discrete AES audio connections (balanced or unbalanced), independently user-configurable as either inputs or outputs n Audio embedding of four channels (two analog pairs, two AES pairs, or one pair of each) n Integrated video and audio test signal generators n One fiber optic output either single-mode or multi-mode n Available in 1310 nm FP and CWDM DFB wavelength options n Standard SC/PC-type fiber optic connector n Optional FC/PC-type or ST/PC-type fiber optic connector n Q-SEE -compliant DARS/SDI IN ANALOG AUDIO IN & BAL DARS, AES 1, AES 2 CPST IN TX SDI OUT 1 SDI OUT 2/DATA I/O SDI OUT 3/AES I/O 1 SDI OUT 4/AES I/O 2

17 OP+HBD HD/SD/ASI, AES, RS-232/RS-422/RS-485, GPIO, Intercom Transmitter video and audio over optics 17 The OP+HBD fiber module aggregates different types of signals into and from the fiber domain utilizing a single module. Each card is capable of integrating audio, video and data applications, and supports intercom, RS-232/ RS-422/RS-485 and GPIO s bi-directional data flow, as well as unidirectional transport of HD/SD/SDI video and balanced/unbalanced audio signals. The OP+HBD modules enable broadcasters and production facilities to migrate all the signal types needed in a studio application onto fiber utilizing one OPTO+ module. This highly dense solution provides significant space and cost savings, while maximizing quality and reliability through simplifying the fiber handling requirements. These products are ideal for any application requiring the transfer of audio, video and data information over fiber. n One unidirectional SDI channel HD-SDI, SD-SDI, SDTI or DVB/ASI signal n Four unidirectional AES channels, user-selectable balanced or unbalanced n Two bidirectional RS-232/RS-422/RS-485 data ports n Four GPI interface channels, user-selectable direction n Configurable, two-wire and four-wire bidirectional intercom channel compatible with RTS, Telex and Clear-Com matrices n Single fiber output: either single-mode or multimode, available in 1310 nm FP, CWDM and DMWM DFB wavelength options n Single fiber input: either single-mode or multimode n Available with PIN or high-sensitivity APD receiver options n Standard SC/PC-type fiber optic connector, optional FC/PC-type or ST/ PC-type fiber optic connector n Hot-swappable n Complete module status monitoring via card-edge LEDs n Occupies two slots in the 2RU FR6802+QXF frame or the standalone FR6800+MB Mix Box n Optional CCS Navigator applications for remote Ethernet PC-based status monitoring and control Rx -5dBm Max. (APD) Tx AUX I/O SDI/TDM In TDM/SDI Out

18 18 OP+OHB HD/SD/ASI, AES, RS-232/RS-422/RS-485, GPIO, Intercom Receiver video and audio over optics The OP+OHB fiber module aggregates different types of signals into and from the fiber domain utilizing a single module. Each card is capable of integrating audio, video and data applications, and supports intercom, RS-232/ RS-422/RS-485 and GPIO s bidirectional data flow, as well as unidirectional transport of HD/SD/SDI video and balanced/unbalanced audio signals. The OP+OHB modules enable broadcasters and production facilities to migrate all the signal types needed in a studio application onto fiber utilizing one OPTO+ module. This highly dense solution provides significant space and cost savings, while maximizing quality and reliability through simplifying the fiber handling requirements. These products are ideal for any applications requiring the transfer of audio, video and data information over fiber. n One unidirectional SDI channel HD-SDI, SD-SDI, SDI or DVB/ASI signal n Four unidirectional AES channels, user-selectable balanced or unbalanced n Two bidirectional RS-232/RS-422/RS-485 data ports n Four GPI interface channels, user-selectable direction n Configurable, two-wire and four-wire bidirectional intercom channel compatible with RTS, Telex and Clear-Com matrices n Single fiber output either single-mode or multi-mode, available in 1310 nm FP and CWDM DFB wavelength options n Single fiber input either single-mode or multi-mode n Accepts any wavelength in nm range, available with PIN or high-sensitivity APD receiver options n Standard SC/PC-type fiber optic connector, optional FC/PC-type or ST/PC-type fiber optic connector n Hot-swappable n Complete module status monitoring via card-edge LEDs n Occupies two slots in the 2RU FR6802+QXF frame or the standalone FR6800+MB mixbox n Optional CCS Navigator applications for remote Ethernet PC-based status monitoring and control Rx -5dBm Max. (APD) Tx AUX I/O SDI/TDM In TDM/SDI Out

19 OP+HMT Single-Channel HD/SD TDM Fiber Transmitter video and audio over optics 19 The OP+HMT/OP+HDR modules provide high-density transport of digital video signals over fiber using time division multiplexing (TDM) technology. These modules are capable of transporting up to two HD-SDI or eight SD-SDI/ DVB-ASI signals over a single optical fiber. Occupying two slots within the frame, this solution allows for up to 20 independent HD-SDI or 80 independent SD-SDI/DVB-ASI signals in a single 2RU frame. A pair of OP+HMT/OP+HDR modules can transport: * Two x HD-SDI * Eight x SD-SDI/DVB-ASI * One x HD-SDI plus four x SD-SDI Fiber optic transmitters are available in both 1310 nm FP and 16 CWDM (Coarse Wavelength Division Multiplexing) DFB wavelengths. Fiber optic receivers are available in both PIN (standard) and APD (high sensitivity) options. n One fiber output either single-mode or multi-mode n Available in 1310 nm FP and CWDM DFB wavelength options n Eight BNC inputs with automatic cable equalization and reclocking n Passing of unmodified vertical and horizontal ancillary data n Video thumbnail streaming for confidence monitoring n Hot-swappable n Complete module status monitoring via card-edge LEDs n Standard SC/PC-type fiber optic connector n Optional FC/PC-type or ST/PC-type fiber optic connector Note: Connector IN 5 to IN 8 and TX 2 are NOT used in this product. _OP+SMT+2 _OP+HMT+ _OP+HMT+2 _OP+SMT+ IN 6 TX 1 TX 2 IN 7 IN 8 IN 1 IN 2 IN 3 IN 4 IN 5 _C53 _C55 _C57 _C59 _C61 _13 _C27 _C29 _C31 _C33 _C35 _C37 _C43 _C45 _C47 _C49 _C51

20 20 OP+HDR Single-Channel HD/SD TDM Fiber Receiver video and audio over optics The OP+HMT/OP+HDR modules provide high-density transport of digital video signals over fiber using time division multiplexing (TDM) technology. These modules are capable of transporting up to two HD-SDI or eight SD-SDI/ DVB-ASI signals over a single optical fiber. Occupying two slots within the frame, this solution allows for up to 20 independent HD-SDI or 80 independent SD-SDI/DVB-ASI signals in a single 2RU frame. Fiber optic transmitters are available in both 1310 nm FP and 16 Coarse Wavelength Division Multiplexing (CWDM) DFB wavelengths. Fiber optic receivers are available in both PIN (standard) and APD (high-sensitivity) options. n One fiber input either single-mode or multi-mode n Accepts any wavelength in nm range n Available with PIN or high-sensitivity APD receiver options n Eight BNC outputs with automatic cable equalization and reclocking n Passing of unmodified vertical and horizontal ancillary data n Video thumbnail streaming for confidence monitoring n Hot-swappable n Complete module status monitoring via cardedge LEDs n Occupies two slots in the 2RU FR6802+QXF frame or the standalone FR6800+MB mixbox n Standard SC/PC-type fiber optic connector n Optional FC/PC-type or ST/PC-type fiber optic connector _OP+HDR+ _OP+HDR+2+ _OP+SDR+ _OP+SDR+2+ OUT 6 RX 1 RX 2 OUT 7 _PIN _APD -5dBm MAX (APD) OUT 1 OUT 2 OUT 3 OUT 4 OUT 8 OUT 5 Note: Connectors OUT 5 to OUT 8 and RX 2 are NOT used in this product.

21 OP+HMX Auto-Sensing 3G/HD/SD Multiplexer with 8 AES Inputs and Optical Transmitter video and audio over optics 21 The OP+HMX6803+D 3G/HD/SD embedder module provides up to eight AES inputs with a video processing amplifier. This module allows for control over the picture, has an embedded audio processor for hot-switching embedded audio, provides full audio delay and processing, and can embed metadata from external sources. The OP+HMX6803+D can be used in any broadcast facility where the embedding of AES on SD or HD signals is required or where the processing of SD or HD video and audio signals is essential. The OP+HMX+D includes the fiber sub-module, which will allow the addition of an optical transmitter to complement the electrical inputs. n Operates video standards: 525 and 625 (SMPTE 259M) ; 1080i/p; 720p (SMPTE 274M/296M); 3 Gb/s (SMPTE 424M ) upgradeable n Auto-detect or user-forced input video standard n 10-bit video processing n Digital equalization (supports Belden 8281/1694A and newer, thin coaxial cables like Alcatel SD02) n Passes all HANC samples n Passes VANC with user-selectable option for VBI/ANC line-by-line video deleting n Up to eight frames of HD and 50 frames of SD video delay n Video processing amplifier with controls for luminance gain/offset, chrominance gain/offset, black/white clip and hue adjustment n Ability to embed AES on output (fiber or SDI) without video source or genlock n Ability to embed external metadata n Dolby header adjustment n Basic audio limiting capability n Module will directly support eight AES unbalanced inputs only; balanced AES supported via external baluns adapters n Video and audio test generator n AES audio routing/advanced processing n Internal audio processing amplifier with gain, swap, invert, delay, mix (sum) of de-embedded and external audio channels n Bypassable sample rate conversion for external and embedded audio n Data mode for passing compressed audio APTX, Dolby E, AC-3 n 16-, 20- or 24-bit audio processing n C, U and V bit transparency n Shadowed/restored parameter settings when switching video standards HMX6803+D TX BREAKOUT SDI IN 1 SDI OUT 1 SDI OUT 2 SDI OUT 3 SDI OUT 4

22 22 OP+HDX Auto-Sensing 3G/HD/SD Demultiplexer with 8 AES Outputs and Optical Receiver video and audio over optics The OP+HDX6803+D 3G/HD/SD de-embedder module for the frame provides up to eight AES outputs and a video processing amplifier. It allows control over the video while functioning as a de-embedded audio processor for hot-switching de-embedded audio. This new module provides full audio delay, audio processing and the ability to de-embed metadata to external sources. The OP+HDX6803+D is ideal for any broadcast operation where the de-embedding of audio from HD or SD video signals is required or where SD or HD video and (embedded and/or discrete) audio signals are processed. The OP+HDX+R+D version includes the fiber sub-module, which will allow the addition of an optical receiver to complement the electrical inputs. n Operates video standards: 525 and 625 (SMPTE 259M) ; 1080i/p; 720p (SMPTE 274M/296M); 3 Gb/s (SMPTE 424M ) upgradeable n Auto-detect or user-forced input video standard n 10-bit video processing n Digital equalization (supports Belden 8281/1694A and newer, thin coaxial cables like Alcatel SD02) n Passes all HANC samples n Passes VANC with user-selectable option for VBI/ANC line-by-line video deleting n Up to eight frames of HD and 50 frames of SD video delay n Video processing amplifier with controls for luminance gain/offset, chrominance gain/offset, black/white clip and hue adjustment n Ability to de-embed metadata n Dolby header adjustment n Seamless Sound (on LOV audio de-embedding from black or grey can be obtained) n Support for fiber receiver (OP+ HDX+R versions) option via sub module on main module n Basic audio limiting capability n Video and audio test generator n AES audio routing/advanced processing n Internal audio processing amplifier with gain, swap, invert, delay, mix (sum) of de-embedded audio channels n Bypassable sample rate conversion for external and embedded audio n Data mode for passing compressed audio APTX, Dolby E, AC-3 n 16-, 20- or 24-bit audio processing n C, U and V bit transparency n Shadowed/restored parameter settings when switching video standards Fiber BREAKOUT SDI IN 1 SDI OUT 1 SDI OUT 2 SDI OUT 3 SDI OUT 4

23 OP+SFS 3G/HD/SD-Capable A/V Frame Synchronizer with Optical Transmitter or Receiver video and audio over optics 23 The OP+SFS G/HD/SD video frame synchronizer is an auto-timing serial digital frame synchronizer and audio synchronizer processing module for the frame. The module provides video frame synchronization and delay for 3G/HD/SD signals and can be used in any broadcast, post-production, cable or mobile facility where processing and synchronization of SD or HD video and audio (embedded and/or discrete) signals are required. The OP+SFS6803+ has the capability to retime an I/O signal to a local station clock for the clean processing of all synchronized signals. n Operates video standards: 525 and 625 (SMPTE 259M); 1080i/p; 720p (SMPTE 274M/296M); 3 Gb/s (SMPTE 424M) upgradeable n Auto-detect or user-forced input video standard n Digital equalization (supports Belden 8281/1694A and newer, thin coaxial cables like Alcatel SD02) n Passes all HANC samples n Passes VANC with user-selectable option for VBI/ANC line-by-line video deleting n Cleanly handles hot-switch on input n Up to eight frames of HD and 50 frames of SD video delay n Video processing amplifier with controls for luminance gain/offset, chrominance gain/offset, black/white clip and hue adjustment n Ability to embed AES on output (fiber or SDI) without video source or genlock n Ability to de-embed metadata and embed external metadata n Dolby header adjustment n Basic audio limiting capability n Module will directly support eight AES unbalanced inputs and outputs only balanced AES supported via external balun adapters n Video and audio test generator n AES audio routing/advanced processing n Internal audio processing amplifier with gain, swap, invert, delay, mix (sum) of de-embedded and external audio channels n Includes bypass of sample rate conversion for external and embedded audio n Data mode for passing compressed audio APTX, Dolby E, AC-3 n 16, 20 or 24-bit audio processing n Handling of embedded data and audio when a hot-switch occurs (de-embed, re-sample, buffer, re-embed) n Provides audio tracking and hot-switching information to other modules Rx/Tx BREAKOUT SDI IN 1 SDI OUT 1 SDI OUT 2 SDI OUT 3 SDI OUT 4

24 24 OP+SMT Single-Channel SD TDM Fiber Transmitter video and audio over optics The OP+SMT/OP+SDR modules provide transport of SD-SDI/DVB-ASI digital video signals over fiber using time division multiplexing (TDM) technology. These modules are capable of transporting up to four SD-SDI/DVB-ASI signals over a single optical fiber. Occupying two slots within the frame, this solution allows for up to 40 independent SD-SDI/DVB-ASI signals in a single 2RU frame. Fiber optic transmitters are available in both 1310 nm FP and 16 CWDM DFB wavelengths. Fiber optic receivers are available in both PIN (standard) and APD (high-sensitivity) options. n One fiber output either single-mode or multi-mode n Available in 1310 nm FP and CWDM DFB wavelength options n Four BNC inputs with automatic cable equalization and reclocking n Passing of unmodified vertical and horizontal ancillary data n Video thumbnail streaming for confidence monitoring n Hot-swappable n Complete module status monitoring via card-edge LEDs n Occupies two slots in the 2RU FR6802+QXF frame or the standalone FR6800+MB mixbox n Standard SC/PC-type fiber optic connector Note: Connector IN 5 to IN 8 and TX 2 are NOT used in this product. _OP+SMT+2 _OP+HMT+ _OP+HMT+2 _OP+SMT+ IN 6 TX 1 TX 2 IN 7 IN 8 IN 1 IN 2 IN 3 IN 4 IN 5 _C53 _C55 _C57 _C59 _C61 _13 _C27 _C29 _C31 _C33 _C35 _C37 _C43 _C45 _C47 _C49 _C51

25 OP+SDR Single-Channel SD TDM Fiber Receiver video and audio over optics 25 The OP+SMT/OP+SDR modules provide transport of SD-SDI/DVB-ASI digital video signals over fiber using time division multiplexing (TDM) technology. These modules are capable of transporting up to four SD-SDI/DVB-ASI signals over a single optical fiber. Occupying two slots within the frame, this solution allows for up to 40 independent SD-SDI/DVB-ASI signals in a single 2RU frame. A pair of OP+SMT/ OP+SDR modules can transport four SD-SDI/DVB-ASI. Fiber optic transmitters are available in both 1310 nm FP and 16 CWDM DFB wavelengths. Fiber optic receivers are available in both PIN (standard) and APD (high-sensitivity) options. n One fiber input either single-mode or multi-mode n Accepts any wavelength in nm range n Available with PIN or high-sensitivity APD receiver options n Four BNC outputs with automatic cable equalization and reclocking n Passing of unmodified vertical and horizontal ancillary data n Video thumbnail streaming for confidence monitoring n Hot-swappable n Complete module status monitoring via cardedge LEDs n Occupies two slots in the 2RU FR6802+QXF frame or the standalone FR6800+MB mixbox n Standard SC/PC-type fiber optic connector _OP+HDR+ _OP+HDR+2+ _OP+SDR+ _OP+SDR+2+ OUT 6 RX 1 RX 2 OUT 7 _PIN _APD -5dBm MAX (APD) OUT 1 OUT 2 OUT 3 OUT 4 OUT 8 OUT 5 Note: Connectors OUT 5 to OUT 8 and RX 2 are NOT used in this product.

26 26 XOS+OP+ 3G/HD-SDI/SDI/DVB-ASI Fiber Transmitter video and audio over optics The XOS+OP+ is an industry-leading 3 Gb/s-capable electrical-to-optical conversion module able to convert any incoming 3 Gb/s HD-SDI (SMPTE 424M), HD-SDI (SMPTE 292M), SDI (SMPTE 259M, SMPTE 297M) or DVB-ASI (DVB- A010) electrical signal to an optical signal for transmission on single-mode or multi-mode fiber. This module comes standard with 270 Mb/s SD-SDI support, and is upgradeable to 1.5 Gb/s HD-SDI and 3 Gb/s SDI support via optional software keys. Output optical option of 1310 nm FP laser, or CWDM DFB laser make these modules suitable for a wide variety of applications. The XOS+OP+ module accepts one electrical input and provides one fiber output along with an equalized and re-clocked electrical output for monitoring and distribution purposes. This module occupies a single slot in a frame, allowing for the high density of up to 20 independent 3 Gb/s signals in a 2RU frame. n Software upgradeable support: SD to HD to 3 Gb/s n Supports single-mode or multi-mode fiber n Available in 1310 nm FP and DFB CWDM wavelength options 1 n User-selectable re-clocking modes to meet exact needs n Automatic detection: 270 Mb/s, Gb/s or 2.97 Gb/s n Manually set: 270 Mb/s, Gb/s or 2.97 Gb/s n Automatically bypasses the re-clocker when the signal does not lock n Enforced bypass mode n Complete module status monitoring via card-edge LEDs n Fully hot-swappable n Up to 20 modules in a 2RU frame or up to two modules in the standalone mixbox frame n Standard SC/PC-type fiber optic connector n Optional FC/PC-type or ST/PC-type fiber optic connector 1 For any DWDM needs, please contact a Harris representative. XOS+OP+ SDI 1 SDI 2 OPTICAL 1 OPTICAL 2

27 video and audio over optics 27 OXS+OP+ 3G/HD-SDI/SDI/DVB-ASI Fiber Receiver The OXS+OP+ is an industry-leading 3 Gb/s fiber module capable of receiving optical inputs from single-mode or multi-mode fiber and converting them back to 3 Gb/s HD-SDI (SMPTE 424M), HD-SDI (SMPTE 292M), SDI (SMPTE 259M, SMPTE 297M) or DVB-ASI (DVB-A010) electrical signals. This modulecomes standard with 270 Mb/s SD-SDI support and is upgradeable to 1.5 Gb/s HD-SDI and 3 Gb/s HD-SDI support via optional software keys, eliminating equipment replacement costs when upgrading to these standards. The OXS+OP+ accepts one optical input and provides two identical re-clocked 3G/HD/SD BNC outputs. This module is available with standard PIN optical receivers or a high-sensitivity APD optical receiver. Occupying a single slot in frames, this module allows for up to 20 independent 3 Gb/s signals in a single 2RU frame. n Software upgradeable support: SD to HD to 3 Gb/s n Accepts any wavelength in nm range n Supports single-mode or multi-mode fiber n Available with PIN or high-sensitivity APD receiver options n User-selectable re-clocking modes to meet exact needs n Automatic detection: 270 Mb/s, Gb/s or 2.97 Gb/s n Manually set: 270 Mb/s, Gb/s or 2.97 Gb/s n Automatically bypasses the re-clocker when the signal does not lock n Enforced bypass mode n Complete module status monitoring via card-edge LEDs n Fully hot-swappable n Up to 20 modules in 2RU frame or up to two modules in the standalone mixbox frame n Standard SC-type fiber optic connector n Optional FC-type or ST-type fiber optic connector OXS+OP+ OPTICAL 2 SDI 1 SDI 2-5dBm Max (APD)

28 28 XOS+2+OP+ Dual-Channel 3G/HD-SDI/SDI/DVB-ASI Fiber Transmitter video and audio over optics The XOS+2+OP+ is an industry-leading 3 Gb/s-capable electrical-to-optical conversion module able to convert any incoming 3 Gb/s HD-SDI (SMPTE 424M), HD-SDI (SMPTE 292M), SDI (SMPTE 259M, SMPTE 297M) or DVB- ASI (DVB-A010) electrical signal to an optical signal for transmission on single-mode or multi-mode fiber. This module comes standard with 270 Mb/s SD-SDI support, and is upgradeable to 1.5 Gb/s HD-SDI and 3 Gb/s SDI support via optional software keys. Output optical option of 1310 nm FP laser, or CWDM DFB laser makes this module suitable for a wide variety of applications. The XOS+2+OP+ module accepts two electrical inputs and provides two optical outputs. This module occupies a single slot in a frame, allowing for up to 40 independent 3 Gb/s signals in a 2RU frame. n Software upgradeable support: SD to HD to 3 Gb/s n Supports single-mode or multi-mode fiber n Available in 1310 nm FP and DFB CWDM wavelength options 1 n User-selectable re-clocking modes to meet exact needs n Automatic detection: 270 Mb/s, Gb/s or 2.97 Gb/s n Manually set: 270 Mb/s, Gb/s or 2.97 Gb/s n Automatically bypasses the re-clocker when the signal does not lock n Enforced bypass mode n Complete module status monitoring via card-edge LEDs n Fully hot-swappable n Up to 20 modules in a 2RU frame or up to two modules in the standalone mixbox frame n Standard SC/PC-type fiber optic connector n Optional FC/PC-type or ST/PC-type fiber optic connector 1 For any DWDM needs, please contact a Harris representative. XOS+OP+ SDI 1 SDI 2 OPTICAL 1 OPTICAL 2

29 OXS+2+OP+ Dual-Channel 3G/HD-SDI/SDI/DVB-ASI Fiber Receiver video and audio over optics 29 The OXS+2+OP+ is an industry-leading 3 Gb/s fiber module capable of receiving optical inputs from single-mode or multi-mode fiber and converting them back to 3 Gb/s HD-SDI (SMPTE 424M), HD-SDI (SMPTE 292M), SDI (SMPTE 259M, SMPTE 297M) or DVB-ASI (DVB-A010) electrical signals. This module comes standard with 270 Mb/s SD-SDI support and is upgradeable to 1.5 Gb/s HD-SDI and 3 Gb/s HD-SDI support via optional software keys, eliminating equipment replacement costs when upgrading to these standards. The OXS+2+OP+ module accepts two independent fiber inputs and provides two independent re-clocked 3G/HD/SD BNC outputs. This module is available with standard PIN optical receivers or a high-sensitivity APD optical receiver. Occupying a single slot in frames, this module allows for up to 40 independent 3 Gb/s signals in a single 2RU frame. n Software upgradeable support: SD to HD to 3 Gb/s n Accepts any wavelength in nm range n Supports single-mode or multi-mode fiber n Available with PIN or high-sensitivity APD receiver options n User-selectable re-clocking modes to meet exact needs n Automatic detection: 270 Mb/s, Gb/s or 2.97 Gb/s n Manually set: 270 Mb/s, Gb/s or 2.97 Gb/s n Automatically bypasses the re-clocker when the signal does not lock n Enforced bypass mode n Complete module status monitoring via card-edge LEDs n Fully hot-swappable n Up to 20 modules in 2RU frame or up to two modules in the standalone mixbox frame n Standard SC-type fiber optic connector n Optional FC-type or ST-type fiber optic connector OXS+OP+ OPTICAL 2 SDI 1 SDI 2-5dBm Max (APD)

30 30 DA-DHREO6803+D/DX Dual 1x4 or Single 1x8 ACO, E-to-O, 3G/HD/SD/ASI, Reclocking distribution over optics The DA-DHREO6803+D/DA-DHREO6803+DX dual-channel DA with fiber output provides two channels of coaxial 3G/HD/SD/ASI signal distribution with cable equalizing and reclocking. This DA uses an SFP LC-type fiber dual transmitter with built-in electrical-to-optical (E-to-O) conversion. The DA-DHREO6803+D is configured to function as a dual-channel DA with four outputs for each input (two 1x4). It can also be configured to function as a single-channel 1x8 DA with built-in automatic changeover (ACO). One output for each input is fiber. The DA-DHREO6803+D can be ordered without the SFP transmitter installed (+DX) to allow for expansion into fiber connectivity when ready. The DA-DHREO6803+D/DA-DHREO6803+DX can protect your signal path with built-in ACO. The user can select which input is designated as primary and which is designated as secondary. n Dual-channel 1x4 3G/HD/SD/ASI distribution using two coaxial inputs and six coaxial and two fiber outputs n Cost-effective DA with equalizing and reclocking n Automatic cable equalization on inputs n Automatic or forced rate detection n Reclocking with automatic or forced bypass n Identical polarity for ASI compatibility on all outputs n Built-in ACO protection between inputs n Feedback status reports input signals present and locked n Card-edge control with LED feedback n Remote control with status and alarm n 20 channels of 1x4 or 10 channels of 1x8 distribution in a 2RU frame Input n Two BNC coaxial inputs Output n Two (1310 nm) SFP LC-type connector transmitters dual transmit n Six BNC coaxial outputs B IN A OUT A OUT B

31 DA-DHROE6803+D Dual 1x4 or Single 1x8 ACO, O-to-E, 3G/HD/SD/ASI, Reclocking distribution over optics 31 The DA-DHROE6803+D dual-channel DA with fiber input provides two channels of fiber 3G/HD/SD/ASI signal distribution with cable equalizing and reclocking and coaxial output. This DA uses an SFP LC-type fiber dual receiver with built-in optical-to-electrical (O-to-E) conversion. The DA-DHROE6803+D is configured to function as a dual-channel DA with four outputs for each input (two 1x4). It can also be configured to function as a single-channel 1x8 DA with built-in automatic changeover (ACO). All outputs are coaxial. The DA-DHROE6803+D can protect your signal path with built-in ACO. The user can select which input is designated as primary and which is designated as secondary. This further leverages your investment and allows a backup to feed directly on this DA! n Dual-channel 1x4 or single-channel 1x8 3G/HD/SD/ASI distribution using two fiber inputs and eight coaxial outputs n Cost-effective DA with equalizing and reclocking n Automatic cable equalization on inputs n Automatic or forced rate detection n Reclocking with automatic or forced bypass n Identical polarity for ASI compatibility on all outputs n Built-in ACO protection between inputs n Feedback status reports input signals present and locked n Card-edge control with LED feedback n Remote control with status and alarm n 20 channels of 1x4 or 10 channels of 1x8 distribution in a 2RU frame Input n Two (1310 nm) SFP LC-type connector receivers dual receive Output n Eight BNC coaxial outputs IN A B OUT A OUT B 1 1 3

32 32 DA-HROOE6803+D Dual 1x4 or Single 1x8 with Built-In ACO, Optical Distribution, O-to-E, 3G/HD/SD/ASI, Reclocking distribution over optics The DA-DHROOE6803+D is ideal for distribution applications requiring a mixture of medium-haul and medium/long-haul signal paths within a multifloor facility or across metro-type distances. This DA can be configured as a dual-channel unit with four outputs for each input (two 1x4) or as a single-channel 1x8 unit with built-in ACO and four outputs each for fiber and coaxial. The DA-DHROOE6803+D also features an SFP LC-type fiber dual transmitter with built-in optical-to-electrical (O-to-E) conversion. Built-in automatic changeover (ACO) protects your signal path while allowing you to designate which input is primary and which is secondary. This capability leverages your investment and allows a backup feed directly on the DA. Capable of broadcast-quality performance that exceeds SMPTE specifications, the DA-DHROOE6803+D comes standard with software configuration of all parameters, alarms and remote indication of signal presence. n Dual-channel 1x4 3G/HD/SD/ASI distribution with one fiber input, two fiber outputs and two coaxial outputs each n Single-channel 1x8 3G/HD/SD/ASI distribution with backup fiber input, four fiber and four coaxial outputs n Built-in ACO protection when configured as 1x8 with a backup fiber input n Highly cost-effective distribution amp with reclocked outputs and fiber I/O n High density: dual- or single-channel residing on each card and two-slot back module n Automatic or forced rate detection and reclocking (reclocking can be bypassed) n Identical polarity for ASI compliance on all outputs n Feedback status reports input signals present and locked n Card-edge control with LED feedback n Remote control with status and alarm n Provides 20 channels of 1x4 distribution in a 2RU frame with low power consumption (for use in the FR6802+QXF frame) n Inputs two (1310nm) SFP LC-type connectors, dual receiver n Outputs four (1310nm) SFP LC-type connectors, dual transmitter + four BNC coaxial outputs DA-DHROOE IN A B OUT B OUT A

33 DA-HRO6803+D/DX 1x8, 3G/HD/SD/ASI with Reclocking, Fiber and Coaxial Inputs and Outputs distribution over optics 33 The DA-HRO6803+D/DA-HRO6803+DX single-channel DA with fiber input and output provides one channel of coaxial or fiber 3G/HD/SD/ASI signal distribution with cable equalizing and reclocking. This DA uses an SFP-type fiber transceiver with built in electrical-to-optical (E-to-O) and optical-to-electrical (O-to-E) conversion. The DA-HRO6803+D is configured to function as a single-channel DA with eight outputs (1x8). One input and one output are fiber. The DA-HRO6803+D can be ordered without the SFP transceiver (+DX) installed to allow for expansion into fiber connectivity when ready. n Single-channel 1x8 3G/HD/SD/ASI distribution using one coaxial or one fiber input and seven coaxial and one fiber outputs n Cost-effective DA with equalizing and reclocking n Automatic cable equalization on inputs n Automatic or forced rate detection n Reclocking with automatic or forced bypass n Identical polarity for ASI compatibility on all outputs n Built-in ACO protection between all inputs (fiber and coaxial) n Feedback status reports input signals present and locked n Card-edge control with LED feedback n Remote control with status and alarm n 10 channels of 1x8 distribution in a 2RU frame Input n One (1310 nm) SFP LC-type connector transceiver receive component n One BNC coaxial input Output n One (1310 nm) SFP LC-type connector transceiver transmit component n Seven BNC coaxial outputs B 1 IN OUT A 5 7

34 34 OP+DAT Serial Data, GPI Transceiver data over optics Working together, a pair of OP+DAT modules can aggregate multiple protocol data links, transport them over optical fiber to a distant location, and then deliver them in their original formats. The supporting data links include GPI in, GPI out, and serial data interconnections in the EIA-recommended standards of EIA-232, EIA-422 and EIA-485. n Protocol and data rate transparency n Six configurable GPI input/output ports n Four bidirectional RS-232/RS-422/RS-485 serial data channels n Support for digital and optical diagnostics, such as loopback, link health test, test pattern generation and error check, loss of signal detection, laser, and receiver status monitoring and control n Built-in bidirectional communication channel for remote module diagnostic and automatic configuration (for example, when a local GPI in/out port is configured as input, the remote port is automatically configured as output) n Support for up to 932 kb/s data rate per port for RS-422/RS-485 and up to 460 kb/s per port for RS-232 n One fiber output either single-mode or multi-mode n Available in 1310 nm FP and CWDM DFB wavelength options n One fiber input either single-mode or multi-mode n Accepts any wavelength in nm range n Available with PIN or high-sensitivity APD receiver options n Standard SC/PC-type fiber optic connector n Optional FC/PC-type or ST/PC-type fiber optic connector n Hot-swappable n Complete module status monitoring via card-edge LEDs n Occupies two slots in the 2RU FR6802+QXF 6800+frame or the standalone FR6800+MB mixbox OPTIC OUT OPTIC IN GPI I/O DATA PORT 1 DATA PORT 3 DATA PORT 2 DATA PORT 4

35 OP+ETH 10/100/1000 Base-T Ethernet Switch Transceiver data over optics 35 The OP+ETH is a standalone 10/100/1000 Mb/s triple-speed Ethernet switch with five RJ-45 data ports and a dual-fiber interface. It allows up to a Gigabit of Ethernet connectivity for single wavelength or coarse wave division multiplexing (CWDM) optical transmission systems, while providing local connectivity among the five copper ports and aggregating all copper-based network traffic for transmission over the fiber optic interface. The Ethernet OPTO+ module represents one interface in the wide range of interfaces available in the OPTO+ family of products implemented on the leading processing platform. n 10/100/1000 Base-T auto-sensing Ethernet connection n Non-blocking, wire-speed performance n 8 K MAC address for automatic address learning and aging n Auto MDI/MDIX support to detect and correct crossover cables for all ports n Full duplex and half duplex options support n One fiber output either single-mode or multi-mode n Available in 1310 nm FP and CWDM DFB wavelength options n One fiber input either single-mode or multi-mode n Accepts any wavelength in nm range n Available with PIN or high-sensitivity APD receiver options n Standard SC/PC-type fiber optic connector n Optional FC/PC-type or ST/PC-type fiber optic connector n Hot-swappable n Complete module status monitoring via card-edge LEDs n Occupies two slots in the 2RU FR6802+QXF frame or the standalone FR6800+MB mixbox TX RX -5 dbm Max (APD) CH1 CH2 OP+ETH+ CH3 PIN APD CH4 CH5

36 36 OP+LBT L-Band Satellite Optical Transmitter rf over optics The OP+LBT is a fiber optic transmitter that converts satellite L-Band signals into the optical domain for transmission over single-mode or multi-mode fiber nm and CWDM wavelength options make this module suitable for a wide variety of applications. The OP+LBT module accepts one electrical L-Band input (250 MHz to 2.25 GHz) and provides one fiber output along with an electrical output for monitoring and distribution purposes. The OP+LBT occupies two slots in a frame, allowing for up to 10 independent L-Band signals in a single 2RU frame. n 75 ohms Type F connector input n Accepts L-Band frequency range from 250 MHz to 2.25 GHz n Wide dynamic range RF input from -60 dbm to -20 dbm n Transmits video, audio and data modulation protocols transparently n Additional amplified RF output for monitoring or distribution n ~ 45 db dynamic range AGC and manual output signal level settings n Remote LNB powering and control with configurable +13 V or +18 V with up to 450 ma current DC power supply n Fully hot-swappable from front of frame n Available in 1310 nm FP and DFB CWDM wavelength options 1 n Supports single-mode or multi-mode fiber n SC/PC, FC/PC or ST/PC fiber optic connector n Dual-slot form factor in frames, including 2RU FR6802+QXF or deskmount FR6800+MB n Complete module status monitoring via card-edge LEDs 1 For any DWDM needs, please contact a Harris representative. OP+LBT+ TX NOT USED OUT NOT USED IN _13 _C27 _C29 _C31 _C33 _C35 _C37 _C43 _C45 _C47 _C49 _C51 _C53 _C55 _C57 _C59 _C61

37 OP+LBR L-Band Satellite Optical Receiver rf over optics The OP+LBR is a fiber optic receiver that is capable of receiving an optical signal from either single-mode or multi-mode fiber and converting it back to an electrical L-Band signal. The OP+LBR module accepts one optical input and provides two electrical L-Band Type F outputs. The OP+LBR occupies two slots in a frame, allowing for up to 10 independent L-Band signals in a single 2RU frame. n 75 ohms Type F connector output n Accepts L-Band frequency range from 250 MHz to 2.25 GHz n Transmits video, audio and data modulation protocols transparently n ~ 45 db dynamic range ACG n Fully hot-swappable from front of frame n Available with standard PIN optical receiver or a high-sensitivity APD optical receiver n Supports single-mode or multi-mode fiber n SC/PC, FC/PC or ST/PC fiber optical connector n Dual-slot form factor in frames, including 2RU FR6802+QXF or deskmount FR6800+MB n Complete module status monitoring via cardedge LEDs RX OUT OUT NOT USED 37 OP+LBR+ NOT USED

38 38 HOMS+OP+CxxD, OHDS+OP+CxxD Active Multiplexers and Demultiplexers course wave division multiplexing The HOMS+OP+ and the OHDS+OP+ products represent active multiplexers and demultiplexers, respectively. Active multiplexers combine the functions of electrical-to-optical transmitters and passive CWDM multiplexers into one dense module. Conversely, active demultiplexers combine the functions of passive CWDM demultiplexers and optical-to-electrical receivers. Multiplexers have four or eight HD/SD/ASI inputs that are converted into four or eight optical wavelengths. The optical wavelengths are then optically multiplexed onto one single-mode fiber optic cable. The demultiplexer is the reverse of the multiplexer. For each type of product (multiplexer, demultiplexer), there are four variations corresponding to the upper eight, lower eight, upper four and lower four wavelengths of the standard ITU-T G wavelengths. An optical express port allows cascading individual products to completely fill (all 16) CWDM wavelengths, therefore providing the greatest level of multiplexing efficiency. n CWDM support according to ITU-T G over the entire spectrum of nm n Expandable system in groupings of four or eight wavelengths, allowing cost-effective system configuration up to the complete 16-wavelength CWDM standard n Electrical interface support: HD-SDI, SD-SDI, ASI, with automatic and manual reclocking rate setting (143, 177, 270, 360, 540, 1485 Mb/s) for SDI n Occupies only two frame slots (out of 20) for either multiplexer or demultiplexer modules n Standard SC-type fiber optic connector HOMS+OP HD/SD IN 2 HD/SD IN 1 OPT EXPRESS IN FIBER OUT HD/SD IN 6 HD/SD IN 3 HD/SD IN 4 HD/SD IN 5 OHDS+OP+CL4D-CU4D HD/SD OUT 1A FIBER IN OPT EXPRESS OUT HD/SD OUT 4A HD/SD OUT 1B HD/SD OUT 2A HD/SD OUT 2B HD/SD OUT 3A OHDS+OP+CL8D-CU8D HD/SD OUT 2 HD/SD OUT 1 FIBER IN OPT EXPRESS OUT HD/SD OUT 6 HD/SD OUT 3 HD/SD OUT 4 HD/SD OUT 5 HD/SD IN 8 HD/SD IN 7 HD/SD OUT 4B HD/SD OUT 3B HD/SD OUT 8 HD/SD OUT 7

39 OMS6800+CxxD, ODS6800+Cxxd Passive CWDM Single-Mode Optical Multiplexers course wave division multiplexing The OMS6800+ products are passive four- and eight-channel multiplexers for the CWDM system. n Passive design n Provide options for connectors including SC, ST, FC n CWDM modules comply with ITU-T G standards for CWDM wavelengths. n Do not require low water peak fiber to utilize all 16 wavelengths and operate over wavelengths between 1271 nm and 1611 nm The ODS6800+ products are passive four- and eight-channel demultiplexers for the CWDM system. n Passive design n Provide options for connectors including SC, ST, FC n CWDM modules comply with ITU-T G standards for CWDM wavelengths n Do not require low water peak fiber to utilize all 16 wavelengths and operate over wavelengths between 1271 nm and 1611 nm OMS6800+CU4D OMS6800+CU8D OPT EXPRESS IN OPT OUT 1591 nm IN 1551 nm IN OPT EXPRESS IN OPT OUT 1551 nm IN 1471 nm IN 1571 nm IN 1491 nm IN 1591 nm IN 1511 nm IN ODS6800+CU4D OPT IN OPT EXPRESS OUT 1591 nm OUT 1551 nm OUT ODS6800+CU8D OPT IN OPT EXPRESS OUT 1551 nm OUT 1471 nm OUT 1571 nm OUT 1491 nm OUT 1591 nm OUT 1511 nm OUT nm IN 1571 nm IN 1611 nm IN 1531 nm IN 1611 nm OUT 1571 nm OUT 1611 nm OUT 1531 nm OUT

40 40 OBS6800+CD Passive Full-Spectrum Optical Splitter and Combiner optical splitters/combiners The OBS6800+CD is a full spectrum optical splitter and combiner. The OBS6800+CD divides or combines wavelengths between 1310 nm and 1550 nm with low insertion loss and high isolation, with bidirectional application on one signal mode fiber. n Passive design n Divides or combines 1310 nm and 1550 nm with low-insertion loss and high isolation n Bidirectional application on one single-mode fiber FULL SPECTRUM IN/OUT 1.3 um IN/OUT OBS6800+CD 1.55 um IN/OUT

41 OPSS+OP+D Optical Protection Switch optical splitters/combiners The OPSS+OP+D optical protection switch and power splitter represent integral parts of an end-to-end optical fiber network design, and provide path redundancy and network resiliency. The power splitter and protection switch are critical in redundant path optical fiber network design or for optical signal monitoring purposes where the power budget allows for a 50% loss of power. n Intelligent auto-switching and auto-changeover n Programmable switching threshold and changeover hysteresis n Comprehensive signal and card status monitoring n Single-mode fiber support n Multiple wavelength support (1260 nm to 1610 nm range) n Standard SMPTE SC/PC optical connectors n Full hot-swapping capability with no fiber disconnection/reconnection required n Capability of supporting single optical wavelengths at 1310 nm, 1550 nm, or up to 16 CWDM wavelengths (ITU-T G compliant) IN-1 IN-2 OUT OPSS+OP+D 41

42 42 OBS+OP+5050D Optical Power Splitter (50% Split) optical splitters/combiners The optical protection switch and power splitter represent integral parts of an end-to-end optical fiber network design, and provide path redundancy and network resiliency. The power splitter and protection switch are critical in redundant path optical fiber network design or for optical signal monitoring purposes where the power budget allows for a 50% loss of power. n Intelligent auto-switching and auto-changeover n Programmable switching threshold and changeover hysteresis n Comprehensive signal and card status monitoring n Single-mode fiber support n Multiple wavelength support (1260 nm to 1610 nm range) n Standard SMPTE SC/PC optical connectors n Full hot-swapping capability with no fiber disconnection/reconnection required n Capability of supporting single optical wavelengths at 1310 nm, 1550 nm, or up to 16 CWDM wavelengths (ITU-T G compliant) SC/PC IN OUT-1 OUT-2 OBS+OP+5050D

43 OFI-20B Optical Fiber Identifier optical Test and Measurement The Harris OFI-20B is a handheld, easy-to-use optical test instrument that identifies optical fibers without any damage by detecting the optical signals being transmitted through the fibers. Through non-destructive macro-bend detection technology and mechanism damp technology, it avoids opening the fiber at the splice point for identification and interruption of service. The OFI-20B can accurately detect the optical signals, signal direction and the presence of modulated tones. It can test all kinds of fiber, including fibers of 250 µm and 900 µm and ribbon as well as jacketed fibers of 2 mm and 3 mm. With its wide dynamic range, OFI-20B can efficiently identify the wide-spectrum signals, such as signals in CATV systems and EDFA. Therefore it can be used in all the physical layer testing of SONET/SDH and DWDM systems. n Handheld, easy to use n Equipped with corresponding adapter for bare fiber and tail fiber n Intensity display of optical signal n Low-battery indication n Buzz indication function n Display of transmission direction light n Identification of various signal frequency: 270 Hz, 1 khz, 2 khz n CE, FCC, certificates 43

44 44 OLT-20A Optical Loss Tester optical Test and Measurement The Harris OLT-20A is a handheld optical loss tester multi-functional testing instrument for optic fiber networks. The useful applications include installation, routine inspection and daily maintenance of MAN, WAN, and CATV systems as well as for laboratory testing and research work. The OLT-20A optical test meter integrates a laser source and power meter module in one set, and can perform power testing and link loss testing of optic fiber network conveniently. It can test within the shortest time and efficiently avoid the mistakes caused by not matching laser source and power meter. The unit is highly praised for its excellent quality, safety, value and fast testing features. n Pocket-size, large LCD display n Multi-wavelength measurements n Direct loss measurement units in db n Link loss testing n Absolute power measurement units in dbm or µw n Modulation in CW and modulated frequencies n 270 Hz, 1 khz and 2 khz modulated frequencies n Dual-wavelength output in single optic output n Dual-way powering system n Low-power indicator n Auto-off function conserving battery life n CE, FCC, FDA certificates

45 OPM-15 Optical Power Meter optical Test and Measurement The Harris OPM-15A and OPM-15B optical power meters are compact, lightweight and easy-to-use testing instrument for optic fiber networks with unique characteristics of quick testing. This unit is widely favored for its quality, value, reliability, accuracy and safety. The pocket-size OPM-15 can support accurate testing of single mode and multimode optical fiber systems, with features of large LCD display, damp and shock proof design and dual-way powering system. The internal microprocessor and linear amplifier technology ensure long-time accuracy. Ideal for laboratory and field applications by using concise function keys to implement quick high accuracy testing. In laboratories, LANs, WANs, and CATV systems, and long-distance optical network, the optical power meter together with Harris stabilized laser sources, can be used to identify optical fiber, measure optical attenuation, verify continuity and evaluate fiber link transmission quality. n Pocket-size, large easy-to-read LCD display, easy to use n Fast response, no warm up n Measure up to six wavelengths through a single connector n Direct loss measurement units in db n Absolute power measurement units in dbm n Interchangeable fiber-optic adapters (choice of FC, SC or ST) n Dual-way powering system n Damp-, dust- and shock-proof design, ideal for field operation n Auto-off function conserves battery life n CE, FCC certificates 45

46 46 OTM-20 Optical Test Meter optical Test and Measurement The Harris OTM-20A and OTM-20C are integrated testers for fiber optic networks. These handheld optical test meters feature intelligent design, multi-functionality, fast test, dual-way powering system and a large LCD display. The OTM-20 models have large memory capacity and can transfer testing data to a PC by associated software for analyzing, report generation and printing. The multi-functional kitbag provides convenience for field and laboratory testing. The OTM-20 series is favored for its strong integrated functions, outstanding quality, value, stability and safety. The optical test meter combines the functionality of the laser source and optical power meter and is ideal for both single-mode and multimode fiber checkouts. The unit provides measurements of absolute and relative power. Additionally, the device is able to activate a self-testing system to measure optical loss of fiber cable and passive devices. This is the ideal piece of test equipment for field installation, routine inspection and maintenance of optical telecom and CATV systems as well as testing laboratories and research work. n Support quick test, intelligent operation n Graphic interface; large, easy-to-read LCD n Measurement units in db, dbm and W (or mw) n Large memory capacity (up to 4000 measurements) n Support auto-test of optic fiber loss n Draw changing curve of power value n Support the optical power alarm function n Automatic data storage n Damp-, dust- and shock-proof design; ideal for field operation n Interchangeable fiber-optic adapters (choice of FC, SC, or ST) n RS-232 data upload port and PC software for data analyzing, graphic drawing and reporting n Low-battery indicator and auto recharging display n Dual-way powering system n Auto-off function conserving battery life n CE, FCC, FDA certificates

47 palmotdr-s20 Optical Time Domain Reflectometer optical Test and Measurement The Harris palmotdr-s20 is an optical fault locating and analyzing tool for optical fiber networks. With its excellent performance and higher user value, it offers an innovative test method for telecommunication network. The palmotdr-s20 is more economical as a fault locating and analyzing tool than the traditional OTDR. The palmotdr is handheld, compact, lightweight and easy to use. The unique hot key design makes it faster and more convenient to review and analyze the event. It has powerful functions, such as supporting averaging and real-time test mode. The unit can be used for single-mode (1310/1550 nm) fiber applications. With its multi-functional carrying softbag, which is convenient for both field and laboratory testing, the palmotdr has become the indispensable and ideal tool for fiber networks construction, daily check ad maintenance in FTTx, WAN, and CATV systems. The palmotdr-s20 can save and transfer the measurement curves data to a PC by the software TraceManager for further analyzing, reporting and printing. n Lightweight, portable and ideal for FTTx n Full functions, single-mode fiber applications n High-precision measurement, large memory capacity (300 test curves) n Without hard disk design, anti-dust, damp-, and shock-proof for field testing n RS-232/USB data upload port n PC software for measurement data analyzing and reporting n LCD indicators for battery charging and LD lasing status n NiMH rechargeable battery supports four hours of continuous operation n Low-battery annunciator n CE, FCC, FDA certificates n Drop test up to one meter 47

48 48 SLS Stabilized Laser Source optical Test and Measurement The Harris SLS series is a family of pocket-size, lightweight and easy-touse stabilized laser source. Based on advanced technologies of precision laser control, the SLS-21 has been designed to provide high capability of laser source for engineering, R&D, and equipment manufactures, and is favored for its quality, value, reliability and safety. This stabilized laser source is the ideal tool for optical network installation, trouble shooting and maintenance, with features including damp- and shockproof design and a dual-way powering system. The SLS series provides a stabilized optical signal at multi-wavelength and together with any of the Harris optical power meters, can be used to identify optical fiber, measure optical attenuation, verify continuity and evaluate fiber link transmission quality. n Pocket-size, easy to use n Fast response, no warm up n Damp-, dust- and shock-proof design n Modulation in CW and modulated frequencies n Single/dual/triplex wavelength selectable n Interchangeable fiber-optic adapters (choice of FC, SC or ST) n Highly stabilized output of optical signal n Dual-way powering system n Auto-off function conserves battery life n CE, FCC, FDA certificates

49 VLS-20A Visible Laser Source optical Test and Measurement The Harris VLS-20A is a visible red laser source for finding breaks and tight bends in optical fibers. The unit generates red laser, and the visible red laser that escapes from optical fibers allows for testing and finding breaks in LANs, verifying continuity, checking the validity of patch cables or looking for cracked fiber in splice cases, bad connectors, and tight bends in fiber cable. The VLS-20A is regarded as a perfect complementary tool for the palmotdr, due to its capability of finding breaks in the blink area of the OTDR n Pocket-size, easy to use n Fast response, no warm up n CW/1 Hz modulation n One meter drop test n CE, FCC, FDA certificates 49

50 50 X85 Multiple-Application Video and Audio Platform synchronizer/converter The X85 frame synchronizer and converter features eight AES inputs and outputs with up to 32 channels of internal audio processing and packs the industry s most advanced technology into a space-saving 1RU frame. Along with single-, dual- and multiple-path processing, the X85 offers options for software-enabled 3 Gb/s upgrade capability and linear frame rate conversion as well as program delay, color correction and logo generation/insertion. n Adds another up-, down- and cross-converter for true dual-path processing n Two auto-detected inputs for 270 Mb/s, 1.5 Gb/s, 3 Gb/s n Audio, data and metadata embedding/de-embedding for 270 Mb/s, 1.5 Gb/s, 3 Gb/s n Active Format Description (AFD) for 270 Mb/s,1.5 Gb/s, 3 Gb/s n More modes of operation; side panel fill using video input, e.g., I-WINGS application; frame rate conversion; profanity delay; 1080Psf output (single-channel mode); output follow input mode (using auto detect) n AV version offers eight AES input and output with 32 channels n Optional memory module and software keys for frame rate converter or profanity delay n Fiber inputs and outputs may be a field retrofit n Video-to-audio timing measurement (V2A) for 3 Gb/s n Color corrector and legalizer for options.27/1.5/3 Gb/s

51 X50 Frame Synchronizer/Converter synchronizer/converter 51 The X50 is a cost-effective frame synchronizer and converter a best-inclass, single-channel platform that delivers the exceptional quality and functionality that have come to define the Harris line of 1RU processors. It enables the processing of analog and digital baseband video and audio via its easyto-use controls, and supports standard- and high-definition formats, as well as optional 3 Gb/s 1080p Level A and Level B processing for hybrid television and production systems. The X50 also features eight analog and four AES inputs and outputs with 16 channels of embedded audio processing. n Frame sync/delay, proc amp, noise reduction, clipping, color correction n Advanced motion detection for up-/down-/cross-conversion and aspect ratio conversion n Two switchable auto-sensing 3D/HD/SD inputs n Two aspect ratio converters with full control over H/V size and position n Audio de-embed/embed, sync, gain, invert, delay with 16 channels (four groups) processing n Data and metadata processing n Built-in video test and audio tone generators n Control and monitoring - 100/100 Ethernet connectivity - Built-in Web server - Local control panel - X75/X85 control panels - Four GPI inputs and outputs n Optional fiber input and output available

52 52 Platinum Innovative Large-Scale Routing Routers n Mixed-signal routing The Platinum line of routing switchers combines a highly robust architecture with the flexibility required to futureproof your infrastructure. Designed to support high-quality routing of a large number of signals for 24/7 operation, these routing switchers are well-suited to network, local broadcaster, mobile production, cable, telco, military, government and corporate applications. Platinum also combines the best of both high-bandwidth video signal routing and an internal time-division multiplexing (TDM) architecture to provide the world s only embedded audio infrastructure router housed within a single chassis. n Up to 256x256 in 15RU (NOTE: up to 512x512 discrete stereo/audio) n Up to 512x512 in 28RU (NOTE: up to 1024x1024 discrete stereo/audio) n New eight-channel frame sync input card for wild feed ingest and audio shuffling n Internal multiplexer/demultiplexer provides discrete audio functionality in a single-frame solution n Modular I/O in groups of eight n Front-loading, hot-swappable modules for 24/7 operation n Redundant power supplies, controllers and signal paths n Enhanced control and monitoring n Video routing support n 1080p (3 Gb/s) signal routing (any size) n Almost any digital video signal from 3 Mb/s to 3 Gb/s including: HD-SDI, SD-SDI, ASI, SMPTE 310, SMPTE 305, coaxial or fiber, etc. n Industry-first, environmentally friendly output board n Audio routing support n Digital audio signals including balanced and unbalanced AES n Support for up to 16 embedded AES streams per video input n Optional daughtercard to support up to 128 embedded channels n Optional fiber input and output available