Synapse. The modules. Modular signal processing

Transcription

1 Synapse The modules Modular signal processing

2 About AXON We are one of a rare breed of pioneering technology companies. Over the last 30 years, we have grown from our base in the Netherlands to become a global leader in broadcast network infrastructure; trusted by broadcasters, network operators and service providers to drive, control and monitor critical operations with reliable, cost-effective solutions. We are active and growing on every continent with regional offices worldwide. Supported by an extensive network of distributors and specialist systems integrators, our company maintains a consistent product strategy driven by a crystal-clear focus on our customers and their needs - nurturing a list of loyal customers that would be the envy of any technology vendor. What sets us apart? Throughout the seismic changes in the broadcast industry including the recent developments in Ultra HD and the evolution of video over Ethernet - we have pioneered new enabling technologies that empower our customers and help them navigate their way to competitive advantage. Our Synapse signal processing range, including multiview, master control and routing, continues to deliver new levels of performance harnessing the latest technical innovations. Now offering scalable solutions to produce and deliver content in HD, and 4K Ultra HD for audiences today, and agnostic solutions including hybrid SDI-IP products for those ready to transition to video over Ethernet, we provide our customers with the capability to differentiate their own products and services. Visit for all our other products. For many, Axon is the difference. We understand what makes our customers businesses tick and can provide solutions that are not just fit for purpose but which are uniquely adapted to the application from live production to play-out and master control. We have the commitment and the vision to meet today s demands and the challenges of the future - always delivering at the very heart of broadcast. If you require a printed copy of one of our brochures, please contact us at marketing@axon.tv. 2 1

3 Synapse the system Introduction The system explained Synapse is a modular system containing multiple 19 frames, active hot swappable cards and (mostly) passive connector panels. It is designed to support demanding mission critical applications in the broadcast industry. Although Synapse has a unique approach and is unequalled in its flexibility you could position the system in what the industry calls glue, infrastructure equipment, terminal gear or just modular equipment. Synapse is unique and very flexible but its basic core and construction adheres to a simple design concept. A brief technical description of the basic elements and how they are constructed: The processing cards connect directly into the frame via a high density connector that powers the cards with a single voltage supplied by a hot swappable (dual redundant) power supply. The single rail of a relativity high 30V DC ensures stable operation and low supply currents that ensures high efficiency in the supply and its distribution rail. All voltages that are needed on the active modules, including 5V, 3.3V, 2.5V, 1.8V even 1.5V and /-15V are derived from the main supply voltage with local switched mode regulators. These local regulators ensure stable, low noise, local supply high voltages and inter card isolation. The size of the Synapse card and the connector panel is the result of several design criteria that were defined in the original design. Today we are very happy that we have this fairly large PCB in order to maximize the processing power requested by modern broadcast infrastructures. Synapse frames offer more than just a housing that hold different processing modules. They are unique intelligent systems that form the foundation of extremely flexible building blocks. These building blocks (almost 300 different plug-in processing modules) range from simple functions like a distribution amplifier to cards that perform a massive array of functions in a single slot, previously only possible with multiple cascade cards. 2 3

4 Synapse the system Lowest cost of ownership and future proof Synapse has various unique features that ensure a good return on investment and many years of trouble free operation with the inherent versatility to adapt to changes in this constantly moving industry. Single form factor Moving cards between all frames, never restricted by variable frame dimensions, protecting your investment for future (re) use and ensuring compatibility with the total infrastructure. Single slot functions (single width I/O panels) with massive processing power This means dividing your card count by 18 or 8 to calculate the amount of 4RU or 2RU frames. There are two exception in Synapse: the long time delay cards, which consists of one processing board and one board containing the solid state disk, and the power of the multiviewer cards limit the possible processing cards to 12 in an SFR18. Ethernet is part of the frame No loss of rack space if you need to connect the frames to your control, monitoring and setup network as the rack controller is a standard feature of the frame at no additional cost. Single form factor Synapse is based on a single form factor. This is important as it will protect your investment and ensures inter frame swapping when systems change or the infrastructure is dynamic (as in OB-vans). All cards sold today can fit in a frame first sold in 2001, and every card sold from day one will fit in a frame bought today. This is protection of your investment and lowers cost of ownership when things change. Thanks to the front card rear connector panel construction Synapse can use different connectors between the front and the back. It is not limited to a single connector model and therefore the R&D team of AXON can make selections that best suit the performance needed. On page 10 you can see examples of 96-pin DIN41612 connectors, 4-coax64 pin DIN41612, 8-coax, the 90 degree angled PCIe connector and we also introduced a 300 pin Searay connector. This single form factor is used in 2 frame options: SFR18 4RU 18 slots Synapse frame with redundant power and dual reference SFR08 2RU 8 slots Synapse frame with redundant power and dual reference Internal reference distribution amplifiers that do not take up an extra slot Offers savings in cabling and savings in space. The frames come with an integrated (dual) reference distribution amplifier. One connection to the frame and all cards are locked to a central reference. Prepared for the future The latest cards are prepared for an Ethernet (IP) based infrastructure, like AVB/TSN, S2022 and ST2110. Also, we developed a wide range of cards to convert to/from and process new formats like ultra HD (4K) Self contained cooling The 2 available Synapse frames are self contained systems where the temperature housekeeping is an integral part of the frame. Unique architecture Internal passive daisy chain (Synapse bus) for enhanced inter-card data transfer such as 64 audio channels or 1080p video in multiview applications. Multiview is an integrated part of Synapse Synapse is the only modular system that has a fully integrated multiview system, called SynView, which can be mixed and matched with all other Synapse processing cards. Modular master control SynMC, a Synapse based modular Master Control System, has a high quality master control and branding processor Free monitoring, control and setup with Cortex Cortex is the Synapse monitoring, control and setup application and free of charge, providing comprehensive configuration, monitoring and maintenance tools in intuïtive graphical user interfaces. For a more detailed explanation of how the Synapse system works and all its benefits, please refer to our Synapse - the system brochure or visit our website: 4 5

5 Synapse the system Life-time firmware upgrades Synapse modules are hardware platforms that often run a version of firmware. As our industry evolves we can see new standards evolve and new functions and features find their way into infrastructure requirements. Let s take for example s2016, the HD version (and in some countries SD as well) of VI and WSS. This VANC based data was added to existing products after their introduction. Also subtitle carrige in OP47 and s2020 Dolby metadata were added to existing products. Occasionally our customers find a bug, or a missing feature. These will be solved, added and the product is improved. The new firmware is placed on for anybody to use, even if the product is over a decade old. That is lower cost of ownership the Synapse way. Synapse Comes with Cortex: free configuration, monitoring & control software Synapse modules are setup and configured by their settings and status items of their internal menu. These settings are always accessible via the front control. Some cards however, like for instance the multiviewer cards and Dolby processing cards, have complex menus and require a graphical user interface to make the modules more intuitive to control and easier to configure. To make Synapse easier to control, it comes with an entirely free-of-charge control and monitoring software application called Cortex. Cortex provides comprehensive configuration, monitoring and maintenance tools for Synapse. This Windows based application includes functionality that enables the user to remotely: An example of the multiviewer control interface in which you can setup and configure your multiview layout. With the tabs on top of the interface you can access other control and status interfaces. Configure complex systems in a short time frame; Control devices using an intuitive graphical user interface; View, record and archive the system events and report these to the user using a hierarchical system status display; Maintain the system over its lifetime with firmware update tools and backup and restore features. Cortex automatically discovers connected Synapse frames, Ethernet connected via the frame s rack controller, and displays these frames in a treeview. Expending a frame will reveal the individual modules in that frame. Selecting a module will open that module s user interface. Two examples screens can be seen on the next page. The standard version of Cortex is available free of charge from the company website, downloadable from Third party control and monitoring via ACP and SNMP All Synapse modules communicate to the outside world via ACP, Axon s Control Protocol. This protocol is not only implemented in Cortex but also in many third party control and monitoring software providers. Besides ACP, Synapse frames can also be optionally equipped with an SNMP enabled rack controller, giving you the possibility to control and monitor all module settings via standard SNMP applications using the provided MIB files of our modules. An example of the NIO440 Ethernet SDI bridge graphical user interface. 6 7

6 Index of modules Frames ERC ERS Enhanced rack controller for SFR08 and SFR18 with optional SNMP agent 12 SFR08 - SFR18 19 rack frames: 4, 8 and 18 slots 14 Analog audio distribution AAD08 Dual channel 1 to 8 analog audio distribution amplifier 16 Analog video distribution CDV07 Analog video (black burst / Tri-level) distribution amplifier (Word Clock DA for high impedance circuits) 18 CDV08 Analog video distribution amplifier with cable equalizer 20 CDV29 Reference (black burst / Tri-level) distribution amplifier with 9 outputs and Synapse reference inputs 22 Audio A/D conversion ADC44-ADC48 4 or 8 channel 24-bit audio A/D converter with analog and AES/EBU inputs 24 Audio D/A conversion DAC44-DAC48 4 or 8 channel 24 bit audio D/A converter with analog and AES/EBU outputs 26 Audio processing 2AI48 Dual AES/EBU back-up switcher with integrity checking 74 ADL24 Analog audio tracking delay with offset 76 ADP24 Audio description and Voice Over processing card 78 DAS24 4 channel (2 x AES/EBU) digital audio mixing and shuffle module 80 DAW30 8, 4 and 2 channel watermarking encoder based on Kantar Media technology 82 DIO24 4 channel digital audio sample rate converter, tracking (and offset) delay - ADD-ON card 84 DIO48 8 channel digital audio (192kHz) sample rate converter, tracking (and offset) delay - ADD-ON card 86 DIO88 Universal triple mode, 16 channel I/O card for Quad Speed ADD-ON applications 88 DLA channel (5.1/2.0) digital audio loudness control and upmixer/downmixer unit based on Linear Acoustic algorithms 90 DLA42 8 channel (4x 2.0) digital audio loudness control unit based on Linear Acoustic algorithms 92 DSF66 Dual digital autio upmixer and downmixer based on SoundField algorithms 94 DVO48 Voice Over card with Quad Speed ADD-ON bus 96 Embedding GEB HEB , HD, SD basic analog and/or digital audio embedder 28 GEB HEB , HD, SD enhanced analog and/or digital audio embedder with TWINS function 30 HEB05 HD, SD preset based audio embedder (SynLite) 216 De-embedding GDB HDB , HD, SD basic channel analog and/or digital audio de-embedder 32 GDB HDB , HD, SD enhanced analog and/or digital audio de-embedder with TWINS function 34 HDB05 HD/SD preset based audio de-embedder 216 Re-embedding GRB100 - HRB100, HD, SD dual SDI embedded domain shuffler and re-embedder with S2020 insertion 36 GRB HRB , HD, SD digital or analog audio re-embedder with embedded domain shuffler and S2020 metadata insertion 38 Embedded audio GAD100 - HAD100 - SAD100, HD, SD embedded domain audio description and voice-over processor 40 processing GAW300 - HAW300 - SAW300, HD, SD embedded domain watermarking encoder based on Kantar Media technology 42 GJA HJA , HD, SD embedded domain Loudness controller based on Jünger Audio algorithms 44 GMA HMA Dual, HD, SD embedded domain shuffler with MADI I/O and analog of digital audio I/O 46 GRF050~990 - HRF050~990, HD, SD, analog or AES/EBU audio re-embedder with audio shuffler and framesync 48 HAS05E - HAS05M HD, SD 8 channel 2-group embedded audio processing card (SynLite) 217 HAS05S HD, SD 16 channel 4-group embedded audio shuffler card with presets (SynLite) 217 HCL10 HD, SD embedded audio compressor/limiter 50 HES20 HD, SD embedded Dolby E alignment engine / frame synchronizer 52 HVO10 HD, SD Voice Over inserter/embedder 54 Dolby processing DBD28 Multi format Dolby stream decoder with Voice Over module 56 DEE28 Multi format Dolby stream decoder and Dolby E encoder with Voice Over module 58 DDP24 Multi channel Dolby Digital (plus), Dolby HE AAC 5.1 and Dolby Pulse 2.0 encoder 60 DDP94 Multi channel Dolby Digital (plus), Dolby HE AAC 5.1 and Dolby Pulse 2.0 encoder with E decoder 62 Embedded Dolby GED100 - HED100, HD, SD embedded domain Dolby E to Dolby Digital (plus) transcoder audio shuffler 64 processing GED130 - HED130, HD, SD embedded domain Dolby E to Dolby Digital (plus) transcoder with audio shuffler and audio description processor 66 GEE HEE , HD, SD embedded domain Dolby E/D/D decoder to Dolby E encoder with optional audio description 68 GPD100 - HPD100, HD, SD embedded domain PCM to Dolby Digital (plus) encoder with audio shuffler 70 GPD130 - HPD130, HD, SD embedded domain PCM AD to Dolby Digital (plus) encoder with audio shuffler and audio description processor 72 Digital audio distribution DAD08 Digital (AES/EBU) audio distribution amplifier with transformer coupled outputs 98 DAD26 Dual channel digital (AES/EBU) audio distribution amplifier with 2x2 and 2x1 function 100 DWC08-18 Word Clock distribution amplifier with optional video reference locked Word Clock generator 102 Digital video distribution BFM88 - BFM89 CWDM 8 to 16 channel optical multiplexer/de-multiplexer 104 and fiber GDR108, HD, SD 1 to 8 distribution amplifier with reclocked outputs (ASI/DVB compatible) 106 GDR216, HD, SD dual input distribution amplifier with 16 reclocked outputs (ASI/DVB compatible) 108 GDR416 4K, 12Gb/s,, HD and SD 4 input distribution amplifier with 4 reclocked outputs per channel 110 GDV HDV Monitoring distribution amplifier with down converted SD or analog video outputs and optional audio de-embedder 112 GDV100 - HDV100 Monitoring distribution amplifier with down converted SD or analog video outputs and 16 channel audio de-embedder 114 UDR416 4K (UHD) distribution amplifier with single wire (12G) and 4-wire converter 116 Video A/D conversion ASC12 Component (near CCIR601) or RGB to SDI converter 118 ASM08 Analog to digital A/V converter with composite or component input capability 120 ASM10 Analog to digital A/V (12 bit) bridge with SDI & embedded audio bypass/processing input 122 Color correction HCC05 HD, SD YC and RGB color corrector (SynLite) 219 Frame synchronizers 2GF HF SF Dual channel, HD, SD frame synchronizer with optional audio shuffler 124 GFS010 - HFS010 - SFS010, HD, SD basic frame synchronizer 126 GFS HFS SFS , HD, SD frame synchronizer with optional audio shuffler 128 HFS05D - HFS05E - HFS05T HD, SD frame synchronizer with audio embedding, de-embedding or smart audio handling (SynLite) 218 Integrity checking and 2GM100-2HM100 Dual channel VANC data (eg: OP47, SCTE104, TC, S2020 and S2016) analyzer for OSD applications 130 probing GIX HIX Dual channel, HD, SD integrity checking probe with optional clean audio switch-over function 132 GIX170 Dual channel, HD, SD integrity checking probe with SCTE104 (WHP296) compatibility 134 HIM10 HD, SD integrity checking/probe with audio and phase OSD bargraph insertion 136 Graphics insertion and GDK100 - HDK100 - SDK100 Dual background input, HD, SD downstream keyer 138 keying GDK200 - HDK200, HD keyer, mixer with dual 2D DVE 140/142 GLI100, HD, SD preset based dual logo inserter 144 Format conversion - 2GS HS Dual channel, HD down-converter with color corrector and optional cross input audio shuffler 146 down GDS010 - HDS010, HD, SD basic down-converter/synchronizer 148 GDS HDS , HD, SD down-converter/synchronizer with optional audio shuffler 150 HDS05 HD to SD down-converter with frame synchronizer (SynLite) 219 U4D100 4K Ultra HD (3840 x 2160) 4 wire to 1080p down converter 152 Format conversion - 2GU HU Dual channel, HD up-converter with color corrector and optional cross input audio shuffler 154 up GSU010 - HSU010, HD, SD basic up-converter/synchronizer 156 GSU HSU Gb/s, HD, SD up-converter/synchronizer with optional audio shuffler 158 GSU HSU , HD, SD up-converter/synchronizer with side curtain input and optional audio shuffler 160 HSU05 HD up-converter with color corrector (SynLite) 219 U4U P to 4K Ultra HD (3840 x 2160) 4 wire up converter

7 Index of modules Format conversion - 2XG XH Dual channel, HD, SD up/down/cross-converter/synchronizer with optional audio shuffler 164 up/down/cross GXG HXH , HD, SD up/down/cross-converter/synchronizer with optional audio shuffler 166 GXG HXH , HD, SD up/down/cross-converter/synchronizer with side curtain conversion and optional audio shuffler 168 GXG200 - HXH200, HD, SD high quality up/down/cross-converter/synchronizer with MAD technology 170 GXG High end, HD, SD up/down/cross-converter/synchronizer with optional audio shuffler 172 UXU K (UHD) format converter with LUT based color space and dynamic range converter 174 Format conversion - GXT HXT , HD and SD input, frame synchronizer, up/down/cross-converter, embedder and de-embedder 176 transmission HXT150 Dual HD and SD frame synchronizer, up/down/cross-converter and (de)embedder with second channel offset delay (stat multiplex optimization) 178 4K processing U4T K (3840 x 2160) Ultra HD 4 wire toolbox with optional Dolby E processing 180 U4T K (3840 x 2160) Ultra HD toolbox with LUT based color space and dynamic range converter with optional Dolby E processing 182 Multi-image processing MGU200 - MGG200 SDI multiview building block with 8 inputs and up to 8 HD or 2 UHD (4K) SDI outputs 186 MNU100 - MNG100 IP (ST2022/ST2110) input multiview building block with up to 8 HD or 2 UHD (4K) SDI outputs 188 Bridging and VBI GNS600 SCTE104 VANC inserter and Ethernet data-bridge for, HD and SD SDI inputs 190 insertion HNS400 HD, SD, CVBS VBI/VANC line inserter/swapper/transcoder (databridge) 192 Available SD-only modules The following SD-only products, of which there are HD or equivalents, are not described in this catalog. These modules are still available at Axon. All details, like ordering and technical specifications, can be found on our website: Embedding 2EB22 Dual 4 channel digital audio embedder 2EB24 Dual 4 channel analog audio embedder Digital video distribution SDN08 - SDR08 SD-SDI (Non=N) reclocking distribution amplifier (ASI/DVB compatible) SDN09 - SDR09 SD-SDI (Non=N) reclocking dual channel distribution amplifier (ASI/DVB compatible) Frame synchronizers 2FS10 Dual channel frame synchronizer Integrity checking and 2IX08 Dual channel basic integrity checking probe with switch-over function probing 2IX09-2IX10 Dual channel (enhanced) integrity checking probe with switch-over function and frame synchronizer Bridging and VBI INS21 VBI line inserter/swapper (databridge) insertion INS400 SD, CVBS VBI line inserter/swapper (databridge) for composite and SDI inputs Legalization GDL200 - HDL200 Dual input and HD RGB legalizer and framesync with preview output and QS bus handling 194 Miscellaneous video 2TG100 Dual, HD and SD test pattern generator with embedded audio signals and Quad Speed processing ADD-ON audio I/O 196 GMD100, HD, SD SDI medium time delay with automatic tracking function 198 HVD05 HD up to 32 frames video delay (SynLite) 219 Miscellaneous GPI16 Universal GPI card with 10 GPI inputs and 16 GPI outputs 200 ASI/DVB integrity ASI10 Dual channel ASI/DVB monitor with 2x2 output switch and dual fan out per channel 202 checking and probing TSX20 - TSX30 Triple/Dual channel enhanced ASI/DVB monitor 204 Delay and storage HLD100 - HLD120 Solid state drive based HD-SDI long time delay unit with optional bug inserter 206 SLD Solid state drive based SD-SDI long time delay with optional secound output and bug inserter 208 Ethernet Bridging NGU220 2 channel UHD/4K Ethernet with TICO encoder and up converter 210 NIO550 IP media gateway with 8x SDI 212 NUG220 2 Channel UHD/4K Ethernet bridge with TICO decoder and down converter 214 SynLite SynLite Cost-effective solutions for straight forward systems 218 SFP modules SFP modules Overview of available SFP modules, compatible with all backpanels with SFP cages

8 Rack controllers ERC-ERS MAIN POWER IN 1 LOOP 1 BACKUP POWER MAIN POWER BACKUP POWER SUPPLY INPUT 1 IN 2 LOOP 2 BACKUP POWER LOOP INPUT 1 RELEASE RELAYS WHEN MAIN POWER IS LOST MAIN POWER SUPPLY INPUT 2 AUTO FAILOVER NTP ETHERNET 1 LOOP INPUT 2 ETHERNET 2 LINUX USB INTERFACE SNMP AGENT (ERS ONLY) ETHERNET 1 USB ETHERNET 2 (FAILOVER) ETHERNET2 ETHERNET1 RESET USB FRONT CONTROL TEMP & PSU SENSORS MODULE CONTROLE ADD-ON BUS OUTPUTS RESET BUTTON ERC118/ERS118 REF. 2 REF. 2 LOOP REF. 1 REF. 1 LOOP ERC108/ERS108 ERC/S08 ERC118 - ERS118 ERC108 - ERS108 Enhanced rack controller for SFR18 and SFR08 with optional SNMP agent The AXON ERC108 and ERC118 are the central controllers of respectively the Synapse SFR08 and SFR18 system frames. The ERS108 and ERS118 include an SNMP agent. They are used to configure, control and monitor Synapse systems and to provide network connectivity. The ERS/ ERC also provides an input for two independent references with loop-through. TCP/IP and UDP support Support for up to 2 NTP servers PSU status announcements Temperature measurement of frame Dual redundant gigabit Ethernet USB interface for for isntance a USB relay box Dual reference inputs with loop Supports reference distribution of Bi-Level sync, Tri-level sync and Word Clock Reset button ERC118: Central rack controller for the SFR18 frame ERS118: Central rack controller for the SFR18 frame with SNMP agent ERC108: Central rack controller for the SFR08 frame ERS108: Central rack controller for the SFR08 frame with SNMP agent Ethernet: Shielded Twisted Pair (STP) 10base-T, 100base- TX, 1000base-T full duplex ERC118 - ERS118 ERC108 - ERS108 Reference input standard: PAL (ITU624-4), NTSC (SMPTE 170M), Bi- Level sync (SDIF-2 (TTL compatible), Tri-Level sync ( Ref input signal level: Tri-level 600 mvp-p nominal, Bi-level 300mVp-p nominal, 75 Ohm terminated Ref input impendance: high impendance with loop for termination Ref input return loss: >25dB to 10MHz 12 13

9 Frames C B A C A B Central genlock (A) (Bi- and Tri-level sync and Word Clock) The Synapse range has a built-in reference distribution system (dual for the SFR18, SFR08 and single for the SFR04). USB interface (B) USB connector reserved for GPI dongle Ethernet (C) Built-in Ethernet based networking (dual Ethernet with auto failover for SFR08 and SFR18). 19 rack frames: 8 and 18 slots Rack controllers Dimensions SFR08 SFR08 SFR18 The SFR08 and SFR18 are the generic module holders for the Synapse system. 2x Central genlock input for all cards that require a reference Ethernet connection for remote control, setup and The frame comes with a built-in rack controller like the ERC18 or ERS18 (for the SFR18). (HxWxD): 87mm x 483mm x 492 mm (537 mm including front lid) SFR08 SFR18 The SFR08 is a 2 RU frame with 8 slots and the SFR18 is maintenance (dual Ethernet with auto failover) Dimensions SFR18 our most dense frame with 18 slots in 4 RU. These frames GPI outputs for alarm and power supply failure via USB (HxWxD): incorporate several unique functions that stand out from dongle 176mm x 483mm x 510 the conventional frames found in most other card based Redundant auto input range power supply SFR08: 19-2RU housing mm (528 mm including infrastructure products. Full control of all card and frame parameters through with 8 slots, including front lid) intuitive interface on inside front panel rack controller (RRC08 Weight SFR08: Internal Synapse ADD-ON daisy chain bus for audio, GPI and 1 power supply unit 11.5 kg (25.3 lbs) and multiview applications SFR08S: 19-2RU Weight SFR18: housing with 8 slots, 11 kg (24.2 lbs) - less including rack controller weight than the SFR08 (RRS08) and 1 power Power SFR08: supply unit, SNMP input VAC compatible max output 150 Watt SMP75: Extra power Power SFR18: supply unit for SFR08 input VAC SFR18: 19-4RU housing max output 330 Watt with 18 slots, including rack controller (RRC18) and 1 power supply unit SFR18S: 19-4RU housing with 18 slots, including rack controller (RRS18) and 1 power supply unit, SNMP compatible SMP175: Extra power Built-in Ethernet 1 or 2 power supplies Independent AC inlets supply unit for SFR

10 Analog audio distribution AAD08 ANALOG AUDIO A1 ANALOG AUDIO A2 ANALOG AUDIO ANALOG AUDIO IN A VARIABLE 0.5DB STEPS ANALOG AUDIO A3 ANALOG AUDIO A4 AND PASSIVE LOOP ANALOG AUDIO A5 PASSIVE LOOP ANALOG AUDIO A6 PEAK SILENCE ANALOG AUDIO A7 DETECTION ANALOG AUDIO A8 ANALOG AUDIO OUTPUTS CHANNELS A 1-4 AND B 1-4 ON BPL06 ANALOG AUDIO B1 CHANNELS A 1-8 ON BPL06M ANALOG AUDIO B2 ANALOG AUDIO IN B VARIABLE 0.5DB STEPS ANALOG AUDIO B3 ANALOG AUDIO B4 ANALOG AUDIO B5 PASSIVE LOOP PEAK SILENCE DETECTION ANALOG AUDIO B6 ANALOG AUDIO B7 ANALOG AUDIO OUTPUTS CHANNELS A 5-8 AND B 5-8 ON BPL06 ANALOG AUDIO B8 CHANNELS B 1-8 ON BPL06M BPL06 BPL06M AAD08 dual channel 1 to 8 analog audio distribution amplifier The AAD08 Analog Audio Distribution Amplifier provides dual channel 8 way distribution. It utilizes high quality components to provide high reliability and excellent audio 8 balanced outputs per channel Transformer coupled input Low impedance output with transformer properties applications Generic analog audio distribution Analog audio silence and clipping detection/probing Analog audio galvanic AAD08 performance. The AAD08 features Real Transformers on its Level control (0.5dB increments) isolation / hum inputs, Variable Gain, Peak Detection and Silence Peak detection 0 dbu to 24 dbu suppression Detection. Silence detection 24dBu maximum input level ordering AAD08: Dual channel 1 to 8 analog audio distribution amplifier BPL06_AAD08: I/O panel for AAD08 with 4 stereo outputs on sub-d BPL06M_AAD08: I/O panel for AAD08 with 8 mono outputs on sub-d 16 17

11 Analog video distribution CDV07 ANALOG VIDEO 1 (NOT WITH BPL07) ANALOG VIDEO INPUT ANALOG VIDEO 2 ANALOG VIDEO OUTPUT 1 (OR LOOP BPL07 ONLY) ANALOG VIDEO 3 ANALOG VIDEO OUTPUT 2 ANALOG VIDEO IN DC COUPLED ATTENUATION ANALOG VIDEO 4 ANALOG VIDEO OUTPUT 3 LOOP (BPL07 ONLY) ANALOG VIDEO 5 ANALOG VIDEO OUTPUT 4 ANALOG VIDEO 6 ANALOG VIDEO OUTPUT 5 ANALOG VIDEO 7 ANALOG VIDEO OUTPUT 6 ANALOG VIDEO 8 ANALOG VIDEO OUTPUT 7 ANALOG VIDEO OUTPUT 8 BPL01 BPL07 CDV07 Analog video (black and burst / Tri-level) distribution amplifier (Word Clock DA for high impedance circuits) The CDV07 is a basic analog distribution amplifier providing a low loss electronically balanced input with loop through (when used with the BPL07) or terminated (when used with the BPL01). If necessary the input can be used fully floating by unscrewing the tabs on the BPL07. The CDV07 is designed for applications where cost effective analog video or black and burst distribution is needed. The straightforward design enables easy installation and reliable operation. Adjustable input gain DC coupled Compatible with Tri-level sync Compatible with Word Clock for high impedance circuits Floating inputs and loop through with BPL07 /- 6dB gain adjustment Input status detection panel of the SFR04/SFR08/SFR18 frame and the Ethernet port (ACP) Word Clock distribution into high impedance circuits Tri-level sync distribution ordering CDV07: Analog video distribution amplifier CDV07 BPL01_CDV07: I/O panel for CDV07 BPL07_CDV07: I/O panel for CDV07 with loop through 18 19

12 Analog video distribution CDV08 ANALOG VIDEO 1 ANALOG VIDEO INPUT (NOT WITH BPL07) ANALOG VIDEO OUTPUT 1 (OR LOOP BPL07 ONLY) Eq ANALOG VIDEO 2 ANALOG VIDEO 3 ANALOG VIDEO OUTPUT 2 ANALOG VIDEO IN AC DC CLAMP ANALOG VIDEO 4 ANALOG VIDEO OUTPUT 3 LOOP (BPL07 ONLY) DC LEVEL ANALOG VIDEO 5 ANALOG VIDEO OUTPUT 4 ANALOG VIDEO 6 ANALOG VIDEO OUTPUT 5 ANALOG VIDEO 7 ANALOG VIDEO OUTPUT 6 ANALOG VIDEO 8 ANALOG VIDEO OUTPUT 7 ANALOG VIDEO OUTPUT 8 BPL01 BPL07 Analog video distribution amplifier with cable equalizer The CDV08 is designed for CDV08 The CDV08 is an enhanced analog distribution amplifier providing a low loss electronically balanced input with loop through when used with the BPL07 or terminated when Adjustable input gain AC or DC coupled Equalizer for up to 300 meter of RG59 or equivalent cable applications where a long cable length is used and analog video or black and burst signals need CDV08 used with the BPL01. Equalizer level of up to 230% equalization. The Floating inputs and loop through with BPL07 straightforward design If necessary the input can be used fully floating by /- 3 db gain adjustment enables easy installation unscrewing the tabs on the BPL07. Input status detection and reliable operation. panel of the SFR04/SFR08/SFR18 frame and the Ethernet port (ACP) CDV08: Analog video distribution amplifier with cable equalizer BPL01_CDV08: I/O panel for CDV08 BPL07_CDV08: I/O panel for CDV08 with loop through 20 21

13 Analog video distribution CDV29 OUT 1 VIDEO OUTPUT 1 OUT 2 VIDEO OUTPUT 2 OUT 3 VIDEO OUTPUT 3 OUT 4 VIDEO OUTPUT 4 SIGNAL RESTORE OUT 5 OUT 6 VIDEO OUTPUT 5 VIDEO OUTPUT 6 OUT 7 OUT 8 VIDEO OUTPUT 7 OUT 9 VIDEO OUTPUT 8 Reference inputs VIDEO OUTPUT 9 BPL01 CDV29 Reference (black and burst / Tri-level) distribution amplifier with 9 outputs and Synapse BUS reference inputs The CDV29 is a basic analog distribution amplifier providing 9 buffered outputs via the use of the internal Synapse Reference distribution system. 9 outputs Adjustable input gain DC restored Compatible with Tri-level sync /- 6dB gain adjustment Input status detection Back-up functionality. In case of reference loss, the card can automatically switch to other reference input. panel of the SFR04/SFR08/SFR18 frame and the Ethernet port (ACP) The CDV29 is designed for applications where a cost effective analog Tri-level or Bi-level (black and burst) distribution is needed. The straightforward design enables easy installation and reliable operation. CDV29: Analog video distribution amplifier with 9 outputs and Synapse reference inputs CDV29 BPL01_CDV29: I/O panel for CDV

14 Audio A/D conversion ADC44 - ADC48 Quad speed A/D A/D A/D A/D TKING AUDIO AND OFFSET PHASE DIGITAL AUDIO 1-4 / TING INPUT CLIP- A/D SMOOTH AUDIO DETECT A/D HANDLING A/D 32X8 INPUT ADC48 only ADC48 only A/D DIGITAL AUDIO OUTPUTS 1-4 ADC48 only 16CH ANALOG AUDIO 1-8 DE- 32CH IN 32CH OUT ADD-ON 32CH IN 3 4 FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON BPL14 ADC44 - ADC48 4 or 8 channel 24-bit audio A/D converter with analog and AES/EBU inputs The ADC44 and ADC48 are multi-functional products. Their basic function is the conversion of analog audio to AES/ EBU digital audio. In addition to the analog inputs it has AES/EBU inputs with a sample rate converter (). The ADC44/48 has a tracking audio delay and a delay offset of up to 650ms at 96kHz or 1300ms at 48kHz. 24-bit audio conversion 8 channel internal processing selectable from 8 analog or 8 digital channels 24-bit audio conversion 8 channel internal processing selectable from 8 analog or 8 digital channels in ADC48 Stand alone high quality Audio A/D conversion Generic analog and digital audio ADD-ON card for dedicated Synapse MASTER cards which have an embedding function AES/EBU ProcAmp ADC44 - ADC48 4 channel internal processing selectable from 4 analog or It can also perform the Synapse ADD-ON function. In ADD- 4 digital channels in ADC44 ON mode the card acts as an analog or digital audio input Any input to any output selection (This can be a mix of board that feeds a master card positioned one slot left of analog and digital signals) the ADD-ON card. Both the normal and Quad Speed Audio AES/EBU inputs with selectable (32 to 96kHz ADC44: 4 channel 24 bit bus are supported. The card acts as a analog audio sampling) A/D converter with AES/ embedder for example if used in combination with the 96kHz and 48kHz sample clock locked to: B&B ref or EBU bypass inputs ASV12, SFS11 or GXG100 or in Quad speed mode with the word clock ref. (In ADD-ON, only 48kHz) ADC48: 8 channel 24-bit GXG400 (many more options available). The audio data 96kHz and 48kHz sample clock in free running mode (In A/D converter with AES/ that enters the Synapse bus to a master card is identical ADD-ON, only 48kHz) EBU bypass inputs to the data present in the local AES/EBU outputs. The AES/ In- and outputs analog reference levels adjustable for EBU 110 Ohms and analog audio signals are available on 12, 15, 18 and 24dBu sub-d connectors. Adjustable audio gain (in 0.25dB) and phase (0-180 deg) BPL14_ADCxx: Can be used as a Synapse ADD-ON card I/O panel for ADCxx with Adjustable audio delay offset up to 1300ms in 1ms balanced analog audio in, increments (@48kHz) balanced AES/EBU in and Tracking audio delay on dedicated BNC input balanced AES/EBU out panel of the SFR04/SFR08/SFR18 frame and the Ethernet port (ACP) Complementary products: All embedding master cards with a normal or a Quad Speed Audio bus

15 Audio D/a conversion DAC44 -DAC48 D/A D/A 24X8 INPUT TKING AUDIO AND OFFSET D/A D/A Quad speed AES/EBU AUDIO 1-4 AND TING INPUT SMOOTH AUDIO D/A HANDLING D/A DAC48 only PHASE CLIP- D/A DETECT D/A DAC48 only AES/EBU AUDIO OUTPUTS CH 16CH DAC48 only ANALOG AUDIO OUTPUS 1-8 ADD-ON 32CH 32CH 32CH IN OUT IN FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON BPL13 DAC44 - DAC48 4 or 8 channel 24-bit audio D/A converter with analog and AES/EBU outputs The DAC44 and DAC48 are multi-functional products. Their basic function is the conversion of AES/EBU digital audio to analog audio. In addition to the analog outputs they have AES/EBU outputs and offer the Synapse ADD-ON function. In ADD-ON mode the card acts as an input board which is fed by a master card positioned one slot left of the ADD- 24-bit audio conversion 8 analog and 4 AES/EBU outputs (a copy of the analog outputs) in DAC48 4 analog and 2 AES/EBU outputs (copy of analog channels) in DAC44 96kHz and 48kHz sample clock locked to black and burst Generic audio D/A converter, with AES/EBU processed outputs ADD-ON D/A converter next to Synapse de-embedding products DAC44 - DAC48 ON card. Both normal and Quad Speed Audio bus are ref or Word Clock ref. (in ADD-ON mode, only 48kHz) supported. The DAC48 for example acts as an analog and 96kHz and 48kHz sample clock in free running mode digital audio de-embedder when used in combination with (In ADD-ON mode, only 48kHz is possible) DAC44: 4 channel 24 bit the AXON SAV12 (SDI to CVBS converter) or HFS12 (frame Output analog reference levels adjustable for 12, 15, 18 audio D/A conveter with synchronizer) or in Quad Speed mode with an HLD200 and 24dBu AES/EBU outputs (long time delay) or GXG400 (up/down/cross converter). Adjustable audio gain (in 0.25dB) and phase (0-180 deg) DAC48: 8 channel 24 bit The AES/EBU in- and outputs are available on 110 Ohm Can be used as a Synapse ADD-ON card in both normal audio D/A converter with sub-d connectors. You can control channel selection/ as well as Quad Speed Bus modes AES/EBU outputs swapping, and gain and phase control of all audio Individual selection of each mono channel out of the channels. AES/EBU domain BPL13_DAC48: The DAC44 is a 4 channel Digital to Analog converter with I/O panel for DAC48 with 2 AES inputs, 2 AES outputs and 4 analog outputs. The balanced analog audio DAC48 is an 8 channel converter with 4 AES inputs, 4 AES Complementary card to: outputs, balanced AES/ outputs and 8 analog audio outputs. All de-embedding master cards normal and Quad Speed bus EBU outputs and balanced AES/EBU inputs 26 27

16 Embedding audio for video G/HEB880 G/HEB840 - G/HEB800 G/HEB440 G/HEB400, HD, SD IN 1 EMB EMB EMB EMB, HD, SD OUT 1 Eq A B C D 3Gb/S, HD, SD SDI INPUT, HD, SD OUT 2 3Gb/S, HD, SD SDI OUT 1 AUDIO INPUT 1 /PHASE AUDIO INPUT 2 /PHASE 3Gb/S, HD, SD SDI OUT 2 AUDIO INPUT 3 /PHASE AUDIO INPUT 4 /PHASE OPTION BOARD 1 (ANALOG OR AES/EBU) AUDIO INPUT 5 /PHASE UP TO 32X PRESET BASED INPUT MULTIPLEXER 4 Ch 4 Ch 4 Ch Upgradable to GPI INPUT/OUTPUT AUDIO INPUT 6 AUDIO INPUT 7 AUDIO INPUT 8 /PHASE /PHASE /PHASE 4 Ch Level B compliant OPTION BOARD 2 (ANALOG OR AES/EBU) 4 Ch 4 Ch 4 Ch 4 Ch GPI/O AES/EBU OR ANALOG 3 4 AUDIO FROM SYNAPSE BUS BPH18D BPH18 BHX18D BHX18 GEB HEB , HD, SD basic analog and/or digital audio embedder The G-HEB is a 3GB/s, HD SDI and SD SDI audio embedder. It is capable of inserting or appending up free-running AES/EBU digital audio channels or analog audio channels. The card has 2 option input boards: 4 mono analog audio inputs (4ch total) per board, or 4 stereo AES/ EBU inputs (8ch total) per board. In addition, four ADD-ON cards can be connected to create a routing matrix. The architecture of Emb_A to Emb_D blocks is identical. The local AES inputs can be controlled to adjust Phase, Gain and delay (on the fly). Future upgrades are possible, like for instance the HEB400 can be future upgraded to HEB880, GEB800 or GEB840, etc. This allows for staged implementation of HD infrastructures and spread the cost over multiple budget years. Compatible with the following input formats (auto selecting) (1080p only for GEB): 1080p p i i50 Dual offset audio delay adjustable between 0 and 500ms Up to 8 AES/EBU inputs with sample rate converter (available with 110 Ohm and 75 Ohm inputs) Up to 8 analog audio inputs (available with balanced or unbalanced connectors) 1080p p p(sf) p extra AES/EBU inputs through the Synapse bus 2 SDI embedded audio outputs 720p50 SD525 SD625 7 presets that configure all 16 input channels at once. controlled by GPI or ACP (Cortex) Audio level and phase control Audio offset delay up to 5000ms AES/EBU inputs accept synchronous streams like Dolby E and asynchronous up to 96kHz sampling via the built in Sample Rate Converters. 16 extra audio channels (4 groups) with ADD-ON card for input multiplexing Peak detection 0 dbfs Silence detection with threshold (-100 to -20dBFS) and time control (1 to 255 sec) Transparent for ATC time code RP188, RP196, RP215 Locks to SDI input panel of the SFR04/SFR08/SFR18 frame and the Ethernet port (ACP) Optional (BHX18 or BHX18D) Complementary cards: ADC20, ADC24, DIO24, DIO48, HD and SD audio embedding Up to 16 channel preset based audio embedding GEB880:, HD, SD 16 ch digital audio embedder HEB880: HD, SD digital 16 ch audio embedder GEB840:, HD, SD digital and analog audio embedder Input/output options HEB840: HD, SD digital and analog audio embedder GEB800:, HD, SD 8 ch digital audio embedder HEB800: HD, SD 8 ch digital audio embedder GEB440:, HD, SD 8 ch analog audio embedder HEB440: HD, SD 8 ch analog audio embedder GEB400:, HD, SD 4 ch analog audio embedder HEB400: HD, SD 4 ch analog audio embedder BPH18_GEBxxx: I/O panel for G-HEBxxx with unbalanced AES/EBU or analog audio inputs BPH18D_GEBxxx: I/O panel for G-HEBxxx with balanced AES/EBU or analog audio inputs Card model Option board 1 Option board 2 GEB880 4 AES/EBU inputs (8 channels) 4 AES/EBU inputs (8 channels) HEB880 4 AES/EBU inputs (8 channels) 4 AES/EBU inputs (8 channels) GEB840 4 AES/EBU inputs (8 channels) 4 analog inputs (4 channels) HEB840 4 AES/EBU inputs (8 channels) 4 analog inputs (4 channels) GEB800 4 AES/EBU inputs (8 channels) None HEB800 4 AES/EBU inputs (8 channels) None GEB440 4 analog inputs (4 channels) 4 analog inputs (4 channels) HEB440 4 analog inputs (4 channels) 4 analog inputs (4 channels) GEB400 4 analog inputs (4 channels) None HEB400 4 analog inputs (4 channels) None BHX18_GEBxxx: I/O panel for G-HEBxxx with unbalanced AES/EBU or analog audio inputs with BHX18D_GEBxxx: I/O panel for G-HEBxxx with balanced AES/EBU or analog audio inputs with HEB GEB

17 Embedding audio for video G/HEB990 G/HEB950 - G/HEB900 G/HEB550 G/HEB500 A = SINGLE CHANNEL B = DUAL CHANNEL ADJUSTABLE B B, HD, SD IN 1 AUTO EMB EMB, HD, SD OUT 1 Eq OFFSET PHASER A B 2x ms A A OR 2x2 S2020 INSERTION AUTO A ADJUSTABLE A, HD, SD IN 2 AUTO EMB EMB, HD, SD OUT 2 Eq OFFSET PHASER C D B 0-500ms B METADATA 3Gb/S, HD, SD SDI INPUT 1 3Gb/S, HD, SD SDI INPUT 2 3Gb/S, HD, SD SDI OUT 1 AUDIO INPUT 1 /PHASE 3Gb/S, HD, SD SDI OUT 2 AUDIO INPUT 2 /PHASE AUDIO INPUT 3 /PHASE AUDIO INPUT 4 /PHASE OPTION BOARD 1 (ANALOG OR AES/EBU) AUDIO INPUT 5 /PHASE AUDIO INPUT 6 /PHASE UP TO 32X16 CHANNEL PRESET BASED INPUT MULTIPLEXER 4 Ch 4 Ch 4 Ch 4 Ch Upgradable to GPI INPUT/OUTPUT AUDIO INPUT 7 /PHASE AUDIO INPUT 8 /PHASE OPTION BOARD 2(ANALOG ORAES/EBU) 4 Ch 4 Ch 4 Ch 4 Ch GPI/O Embedded Metadata S2020 AES/EBU OR ANALOG 3 4 AUDIO FROM SYNAPSE BUS Level B compliant BPH18D BPH18 BHX18D BHX18 GEB HEB , HD, SD enhanced digital and/or analog audio embedder with TWINS dual channel function The G-HEB is a 3GB/s SDI, HD SDI and SD SDI audio embedder. It is capable of inserting or appending free-running AES/EBU digital or analog audio channels. The card has 2 option input boards: 4 mono analog audio inputs (4ch total) or 4 stereo AES/EBU inputs (8ch total) per board. The core of these modules consists of four embedder blocks and 2 delay blocks. These blocks can be used for a single SDI 4 group embedder (with up to 1 sec of video offset delay), or in parallel for 2 individual channels with 2 group embedders each (with individual 500ms offset delay) in a TWINS function. Each block is capable of embedding 4 audio channels into one group, which gives a total of 16 audio channels into four (or 2x2) groups. The TWINS mode is a single command operation and controls 4 individual selection switches as can be seen in the block diagram. In addition, four ADD-ON cards can be connected to create a routing matrix. The architecture of Emb_A to Emb_D blocks is identical. The local AES inputs can be controlled to adjust Phase, Gain and delay (on the fly). Future upgrades are possible, like for instance the HEB900 can be future upgraded to HEB990, GEB900 or GEB SDI inputs (with auto switch on carrier loss) Dual offset audio delay adjustable between 0 and 500ms Dual (TWINS*) or single SDI mode Auto -off for bitstream sources like Dolby E Up to 8 AES/EBU inputs with sample rate converter Up to 8 analog audio inputs (balanced or unbalanced) Compatible with the following input formats (auto selecting) (1080p only for GEB): 1080p p i i p p p(sf) p p50 SD525 SD625 AES/EBU inputs accept synchronous streams like Dolby E and asynchronous up to 96kHz sampling via the built in Sample Rate Converters. 8 extra AES/EBU inputs through the Synapse bus 2 (2x1) SDI embedded audio outputs 7 presets to configure all 16 input channels (GPI and ACP) Append and overwrite modes Audio level, phase and offset delay (up to 5000 ms) 16 extra audio channels (4 groups) with ADD-ON card Peak detection 0dBFS Silence detection with threshold and time control Transparent for ATC time code RP188, RP196, RP215 Locks to Tri-level, Bi-level syncs or SDI input panel of the frame and the Ethernet port (ACP) Optional (BHX18 or BHX18D) Complementary cards: ADC20, ADC24, DIO24, DIO48 * In dual mode, or 2-SDI shuffle mode, the input signals need to be of the same SDI format, HD and SD (preset based) audio embedding Copied audio embedding into two individual SDI video streams Fiber I/O with an optical and electrical switchable input GEB990:, HD, SD enhanced 16 ch digital audio embedder Input/output options HEB990: HD, SD enhanced digital 16 ch audio embedder GEB950:, HD, SD enhanced digital and analog audio embedder HEB950: HD, SD enhanced digital and analog audio embedder GEB900:, HD, SD enhanced 8 ch digital audio embedder HEB900: HD, SD enhanced 8 ch digital audio embedder GEB550:, HD, SD enhanced 8 ch analog audio embedder HEB550: HD, SD enhanced 8 ch analog audio embedder GEB500:, HD, SD enhanced 4 ch analog audio embedder HEB500: HD, SD enhanced 4 ch analog audio embedder BPH18_GEBxxx: I/O panel for G-HEBxxx with unbalanced AES/EBU or analog audio inputs Card model Option board 1 Option board 2 GEB990 4 AES/EBU inputs (8 channels) 4 AES/EBU inputs (8 channels) HEB990 4 AES/EBU inputs (8 channels) 4 AES/EBU inputs (8 channels) GEB950 4 AES/EBU inputs (8 channels) 4 analog inputs (4 channels) HEB950 4 AES/EBU inputs (8 channels) 4 analog inputs (4 channels) GEB900 4 AES/EBU inputs (8 channels) None HEB900 4 AES/EBU inputs (8 channels) None GEB550 4 analog inputs (4 channels) 4 analog inputs (4 channels) HEB550 4 analog inputs (4 channels) 4 analog inputs (4 channels) GEB500 4 analog inputs (4 channels) None HEB500 4 analog inputs (4 channels) None BPH18D_GEBxxx: I/O panel for G-HEBxxx with balanced AES/EBU or analog audio inputs and RELAY I/O HEB GEB

18 DE-Embedding audio for video G/HDB880 G/HDB840 G/HDB800 G/HDB440 G/HDB400 3Gb/S, HD, SD SDI INPUT, HD, SD IN 1, HD, SD OUT 1 Eq, HD, SD OUT 2 3Gb/S, HD, SD SDI OUT 1 DE-EMBEDDER A 16 INPUT CHANNELS DE-EMBEDDER B 16 INPUT CHANNELS DE-EMBEDDER C 16 INPUT CHANNELS DE-EMBEDDER D 16 INPUT CHANNELS PRESET BASED 16X2ANNEL (32X20 FOR G/HDB800) DE-MULTIPLEXER AUDIO OUTPUT 1 /PHASE AUDIO OUTPUT 2 /PHASE AUDIO OUTPUT 3 /PHASE AUDIO OUTPUT 4 /PHASE OPTION BOARD 1 (ANALOG OR AES/EBU) AUDIO OUTPUT 5 /PHASE AUDIO OUTPUT 6 /PHASE AUDIO OUTPUT 7 /PHASE AUDIO OUTPUT 8 /PHASE OPTION BOARD 2 (ANALOG OR AES/EBU) Upgradable to Level B compliant 3Gb/S, HD, SD SDI OUT 2 GPI INPUT/OUTPUT 4 Ch 4 Ch 4 Ch 4 Ch GPI/O AES/EBU OR ANALOG OUTPUTS AUDIO OUTPUTS TO SYNAPSE BUS 3 4 BPH18D BPH18 BHX18D BHX18 GDB HDB , HD, SD basic analog and/or digital audio de-embedder The GDB is a,hd SDI and SD SDI audio de-embedder. It is capable of extracting AES/ EBU digital audio channels or analog audio channels. The card has 2 option output boards: 4 mono analog audio outputs (4ch total) per board, or 4 stereo AES/EBU outputs (8ch total) per board. In addition, four ADD-ON cards can be connected to create a routing matrix. The architecture of DeEmb_A to DeEmb_D blocks is identical. The local AES/EBU or analog outputs can be controlled to adjust Phase, Gain and delay (on the fly). Future upgrades are possible, like for instance the HDB400 can be future upgraded to HDB880, GDB800 or GDB880, etc. This allows for staged implementation of HD infrastructures and spread the cost over multiple budget years. Up to 8 AES/EBU outputs (available with 110 Ohm and 75 Ohm connectors) Up to 8 analog audio outputs (available with balanced or unbalanced connectors) 2 SDI embedded audio outputs 8 extra AES/EBU inputs through the Synapse bus Pre and post delay de-embedding 7 presets that configure all 16 output channels at once, controlled by GPI or ACP (Cortex) Audio level and phase control Audio offset delay up to 5000 ms 16 extra audio channels (4 groups) with ADD-ON card for additional audio outputs Peak detection 0dBFS Silence detection with threshold (-100 to -20dBFS) and time control (1 to 255 sec) Transparent for ATC time code RP188, RP196, RP215 Locks to SDI input Optional (BHX18 or BHX18D), HD and SD audio de-embedding Up to 16 channel preset based audio deembedding GDB880:, HD, SD 16 ch digital audio de-embedder HDB880: HD, SD digital 16 ch audio de-embedder Input/output options GDB840:, HD, SD digital and analog audio de-embedder HDB840: HD, SD digital and analog audio deembedder GDB800:, HD, SD 8 ch digital audio de-embedder HDB800: HD, SD 8 ch digital audio de-embedder GDB440:, HD, SD 8 ch analog audio de-embedder HDB440: HD, SD 8 ch analog audio de-embedder GDB400:, HD, SD 4 ch analog audio de-embedder HDB400: HD, SD 4 ch analog audio de-embedder BPH18_GDBxxx: I/O panel for G-HDBxxx with unbalanced AES/EBU or analog audio outputs BPH18D_GDBxxx: I/O panel for G-HDBxxx with balanced AES/EBU or analog audio outputs Card model Option board 1 Option board 2 GDB880 4 AES/EBU outputs (8 channels) 4 AES/EBU outputs (8 channels) HDB880 4 AES/EBU outputs (8 channels) 4 AES/EBU outputs (8 channels) GDB840 4 AES/EBU outputs (8 channels) 4 analog outputs (4 channels) BHX18_GDBxxx: I/O panel for G-HDBxxx with unbalanced AES/EBU or analog audio outputs with BHX18D_GDBxxx: I/O panel for G-HDBxxx with balanced AES/EBU or analog audio outputs with HDB GDB Complementary cards DAC20, DAC24, ADL24, DAS24, DIO48 HDB840 4 AES/EBU outputs (8 channels) 4 analog outputs (4 channels) GDB800 4 AES/EBU outputs (8 channels) None HDB800 4 AES/EBU outputs (8 channels) None GDB440 4 analog outputs (4 channels) 4 analog outputs (4 channels) HDB440 4 analog outputs (4 channels) 4 analog outputs (4 channels) GDB400 4 analog outputs (4 channels) None HDB400 4 analog outputs (4 channels) None 32 33

19 DE-Embedding audio for video G/HDB990 G/HDB950 G/HDB900 G/HDB550 G/HDB500, HD, SD IN 1, HD, SD IN 2 Eq Eq AUTO PHASER AUTO PHASER 2x1 OR 2x2 AUTO ADJUSTABLE OFFSET 0-500ms PRE 1 POST 1 A ADJUSTABLE OFFSET PRE 2 B 0-500ms B A A = SINGLE CHANNEL B = DUAL CHANNEL, HD, SD OUT 1, HD, SD OUT 2 3Gb/S, HD, SD SDI INPUT 1 3Gb/S, HD, SD SDI INPUT 2 3Gb/S, HD, SD SDI OUT 1 POST 2 METADATA /PHASE AUDIO OUTPUT 1 3Gb/S, HD, SD SDI OUT 2 RAIL 1 RAIL 2 RAIL 1 DE-EMBEDDER RAIL 2 DE-EMBEDDER 16 Ch 16 Ch UP TO 32X32 CHANNEL MULTIPLEXER /PHASE /PHASE /PHASE AUDIO OUTPUT 2 AUDIO OUTPUT 3 AUDIO OUTPUT 4 OPTION BOARD 1 (ANALOG OR AES/EBU) GPI INPUT/OUTPUT S2020 READER /PHASE /PHASE AUDIO OUTPUT 5 AUDIO OUTPUT 6 Upgradable to /PHASE AUDIO OUTPUT 7 /PHASE AUDIO OUTPUT 8 OPTION BOARD 2 (ANALOG OR AES/EBU) GPI/O Embedded Metadata S2020 AES/EBU OR ANALOG OUTPUTS 4 Ch 4 Ch 4 Ch 4 Ch AUDIO OUTPUTS TO SYNAPSE BUS 3 4 Level B compliant BPH18D BPH18 BHX18D BHX18 GDB HDB , HD, SD enhanced digital and/or analog audio de-embedder with TWINS dual channel function The GDB is a,hd SDI and SD SDI audio de-embedder. It is capable of extracting AES/ EBU digital audio channels or analog audio channels. The card has 2 option output boards: 4 mono analog audio outputs (4ch total) or 4 stereo AES/EBU outputs (8ch total) per board. The core consists of four de-embedder blocks. In front of these de-embedders are SDI channel selection muxes which allow for individual de-embedding out of the two SDI inputs. The delay blocks can be used in series for a single SDI 4 group de-embedder (with up to 1 sec of video offset delay), or in parallel for 2 individual channels with each 2 group de-embedders (with individual 500ms offset delay) in a TWINS function. Each block is capable of de-embedding 4 audio selectable out of 16 channels from each input. The TWINS mode controls 2 individual selection switches. In addition, four ADD-ON cards can be connected to create a routing matrix. The architecture of DeEmb_A to DeEmb_D blocks is identical. The local AES/EBU or analog outputs can be controlled to adjust Phase, Gain and delay (on the fly). Future upgrades are possible, like for instance the HDB900 can be future upgraded to HDB990, GDB900 or GDB990. Dual (TWINS*) or single channel SDI mode Up to 8 AES/EBU outputs Up to 8 analog audio outputs (available with balanced or unbalanced connectors) 2 SDI inputs (with auto switch on carrier loss and switch back function) 8 extra AES/EBU inputs through the Synapse bus 2 SDI embedded audio outputs Pre and post delay de-embedding 7 presets that configure all 16 output channels at once, controlled by GPI or ACP (Cortex) Audio level and phase control Audio offset delay up to 5000 ms Video offset delay up to one second (or 2x 500ms) 16 extra audio channels (4 groups) with ADD-ON card for additional audio outputs Peak detection 0 dbfs Silence detection with threshold (-100 to -20dBFS) and time control (1 to 255 sec) Transparent for ATC time code RP188, RP196, RP215 Locks to Tri-level, Bi-level syncs and SDI input Optional (BHX18 or BHX18D) Complementary cards DAC20, DAC24, ADL24, DAS24, DIO48, HD and SD audio de-embedding Audio routing from two individual SDI streams De-embedding with optical and electrical I/O GDB990:, HD, SD enhanced 16 ch digital audio de-embedder HDB990: HD, SD enhanced digital 16 ch audio de-embedder Input/output options GDB950:, HD, SD enhanced digital and analog audio de-embedder HDB950: HD, SD enhanced digital and analog audio de-embedder GDB900:, HD, SD enhanced 8 ch digital audio de-embedder HDB900: HD, SD enhanced 8 ch digital audio de-embedder GDB550:, HD, SD enhanced 8 ch analog audio de-embedder HDB550: HD, SD enhanced 8 ch analog audio de-embedder GDB500:, HD, SD enhanced 4 channel analog audio de-embedder HDB500: HD, SD enhanced 4 ch analog audio de-embedder BPH18_GDBxxx: I/O panel for G-HDBxxx with unbalanced AES/EBU or analog audio outputs Card model Option board 1 Option board 2 GDB990 4 AES/EBU outputs (8 channels) 4 AES/EBU outputs (8 channels) HDB990 4 AES/EBU outputs (8 channels) 4 AES/EBU outputs (8 channels) GDB950 4 AES/EBU outputs (8 channels) 4 analog outputs (4 channels) HDB950 4 AES/EBU outputs (8 channels) 4 analog outputs (4 channels) GDB900 4 AES/EBU outputs (8 channels) None HDB900 4 AES/EBU outputs (8 channels) None GDB550 4 analog outputs (4 channels) 4 analog outputs (4 channels) HDB550 4 analog outputs (4 channels) 4 analog outputs (4 channels) BPH18D_GDBxxx: I/O panel for G-HDBxxx with balanced AES/EBU or analog audio outputs and RELAY I/O HDB GDB * In dual mode, or 2-SDI shuffle mode, the input signals need to be of the same SDI format GDB500 4 analog outputs (4 channels) None HDB500 4 analog outputs (4 channels) None 34 35

20 RE-Embedding audio for video GRB100 - HRB100 [QUAD SPEED AUDIO BUS] Quad speed, HD, SD SDI INPUT 1), HD, SD IN 1 Eq, HD, SD OUT 1, HD, SD IN 2 Eq 2x1 AUTO ADJUSTABLE OFFSET 0-500ms S2020 INSERT 16 CHANNEL EMBEDDER, HD, SD OUT 2, HD, SD SDI INPUT 2 META DATA, HD, SD SDI OUT 1 DE-EMBEDDER SDI IN 1 DE-EMBEDDER SDI IN 2 16 Ch 16 Ch 64X16 16 DE-EMBED 1 16 DE-EMBED 2 32 QUAD SPEED 4 Ch 4 Ch 4 Ch 4 Ch PHASE Upgradable to, HD, SD SDI OUT 2 GPI/METADATA INPUT/OUTPUT S2020 READER METADATA 32 Ch METADATA HANDLING METADATA METADATA IN/OUT Embedded Metadata S2020 NOT CONNECTED TDM TDM DE- GPI/O 32CH OUT 32CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller BPH18D BHX18D GRB100 - HRB100, HD, SD dual SDI embedded domain shuffler and re-embedder with S2020 insertion The GRB100 is a 64x16 channel shuffler - re-embedder. The source audio channels used for embedding into the output SDI can be derived from 2 individual HD or SD inputs and from the 32 channels that are available in the Quad Speed multiplexing audio ADD-ON bus. De-embedding of all 32 channels from SDI 1 and SDI 2 to the Synapse bus 32 extra inputs through the Synapse bus 7 presets that configure all embedding channels, controlled by GPI or ACP (Cortex) S2020 metadata reading and insertion from an external Embedded domain shuffling and swapping (from second SDI input) MASTER card for high end audio processing such as performed in the DLAxx GRB100- HRB100 One of the nice features of this card is that the output source embeds 16 channels and that the source for these audio Metadata-shuffler (can also be used as metadata- can be derived from both SDI input 1 (that normally also generator) GRB100:, HD, SD carries the video) and from SDI input 2. Input two can be Append and overwrite modes re-embedder/shuffler connected to a second SDI source that is just used for Audio level and phase control HRB100: HD, SD re- carrying audio (the two SDI streams need to be clock Audio offset delay up to 5000 ms embedder/shuffler locked). Transparent for ATC time code RP188, RP196, RP215 The HRB100 can be future upgraded to GRB100. This BPH18D_GRB100: allows for staged implementation of HD infrastructures and Optional (BHX18D) I/O panel for G-HRB100 spread the cost over multiple budget years. * In 2-SDI shuffle mode the sources need to be running on 2 SDI inputs (with auto switch on carrier loss, and switch the same clock, the phase is not critical BHX18D_GRB100: back function) relay I/O panel for 2 SDI outputs Complementary cards: G-HRB100 Compatible with the following input formats (auto DIO88, DLA44, DLA43, DLA42, DLA41, DBD18 selecting) (1080p only for GXX): 1080p p p p p25 SD i p(sf)23.98 SD i50 720p59.94 Single video delay adjustable between 0 and 500ms Two SDI inputs can source the audio embedder when sources are clock locked (not phase locked*) 36 37

21 RE-Embedding audio for video G/HRB990 G/HRB950 G/HRD590 - G/HRB550 A = SINGLE CHANNEL, HD, SD IN 1 Eq AUTO PHASER 2x1 ADJUSTABLE OFFSET 0-500ms B = DUAL CHANNEL B S2020 EMB INSERT A A EMB B B A, HD, SD OUT 1, HD, SD SDI INPUT 1 OR 2x2 PRE 1 POST 1, HD, SD SDI INPUT 2 AUTO, HD, SD IN 2 Eq AUTO PHASER PRE 2 A B ADJUSTABLE OFFSET 0-500ms A B S2020 INSERT EMB C EMB D, HD, SD OUT 2, HD, SD SDI OUT 1 POST 2 RAIL 1 RAIL 2 RAIL 1 DE-EMBEDDER RAIL 2 DE-EMBEDDER S2020 READER 16 Ch 16 Ch 48X32 CHANNEL MULTIPLEXER 48x16 16 CHANNEL / PHASE 4 Ch 4 Ch 4 Ch 4 Ch S2020 PROC S2020 I/O AUDIO OUTPUT 5, HD, SD SDI OUT 2 GPI and METADATA (S2020) INPUT/OUTPUT AUDIO INPUT 1 AUDIO INPUT 2 AUDIO INPUT 3 UP TO 48x8 UP TO 8 CHANNEL / PHASE AUDIO OUTPUT 6 AUDIO OUTPUT 7 AUDIO OUTPUT 8 Upgradable to AES/EBU OR ANALOG INPUT 1 AES/EBU OR ANALOG INPUT 2 AES/EBU OR ANALOG INPUT 3 AUDIO INPUT 4 OPTION BOARD 1 (ANALOG OR AES/EBU) 4 Ch 4 Ch 4 Ch 4 Ch 48x8 4 Ch 4 Ch OPTION BOARD 2 (ANALOG OR AES/EBU) GPI/O Embedded Metadata S2020 AES/EBU OR ANALOG INPUT 4 AES/EBU OR ANALOG OUTPUT 1 AES/EBU OR ANALOG OUTPUT 2 AES/EBU OR ANALOG OUTPUT AUDIO IN/OUTPUTS TO SYNAPSE BUS 3 AES/EBU OR ANALOG OUTPUT 4 BPH18 BPH18D BHX18 BHX18D GRB HRB , HD, SD digital or analog audio de-embedder, re-embedder, embedded domain shuffler with S2020 metadata insertion The G/HRB is a 48x32 channel re-embedder, with a 16 channel embedder (2x 8 channels in 2 individual SDI streams), 4 AES/EBU or analog outputs, and 4 AES channels to the Synapse ADD-ON bus. The source audio channels can be derived from 2 x 16 channel embedded domain streams, 4 AES/EBU or analog physical audio 7 presets that configure all I/O channels controlled by GPI or ACP (Cortex) S2020 metadata insertion from an external source Append and overwrite modes Audio level and phase control Audio offset delay up to 5000 ms Embedded domain shuffling with external (manipulated from internal) domain analog audio channels 3rd party audio processing from an embedded domain source HRB990: HD, SD digital audio re-embedder/ shuffler GRB950:, HD, SD digital audio re-embedder /shuffler with analog outs HRB950: HD, SD digital audio re-embedder/ shuffle with analog outs GRB550:, HD, SD analog audio re-embedder /shuffler HRB550: HD, SD analog audio re-embedder/ shuffler BPH18_GRBxxx: BHX18_GRBxxx: I/O panel for G-HRBxxx with unbalanced AES/EBU or analog audio in or outputs with BHX18D_GRBxxx: I/O panel for G-HRBxxx with balanced AES/EBU or GRB HRB inputs and 8 channels from the Synapse bus. Peak detection 0dBFS GRB590:, HD, SD I/O panel for G-HRBxxx analog audio in or outputs Silence detection with threshold (-100 to -20dBFS) and analog audio re-embedder with unbalanced AES/EBU with The HRB550 can be future upgraded to GRB550. This time control (1 to 255 sec) /shuffler with digital outs or analog audio in or allows for staged implementation of HD infrastructures and Locks to Tri-level, Bi-level syncs or SDI input HRB590: HD, SD analog outputs spread the cost over multiple budget years. GRB990:, HD, SD audio re-embedder/ BPH18D_GRBxxx: digital audio re-embedder shuffler with digital outs I/O panel for G-HRBxxx 2 SDI inputs (with auto switch on carrier loss, and switch Optional (BHX18 or BHX18D) and shuffler with balanced AES/EBU or back function) analog audio in or outputs 2 SDI outputs (2x1 or 2x2 function) * In dual mode, or 2-SDI shuffle mode, the input signals Compatible with the following input formats (auto need to be of the same SDI format Input/output options selecting) (1080p only for GRB): 1080p p p50 Complementary cards: Card model Option board 1 Option board p i i p p(sf) p59.94 SD525 SD625 Dual offset audio delay adjustable between 0 and 500ms DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 GRB990 4 AES/EBU inputs (8 channels) 4 AES/EBU outputs (8 channels) HRB990 4 AES/EBU inputs (8 channels) 4 AES/EBU outputs (8 channels) GRB950 4 AES/EBU inputs (8 channels) 4 analog outputs (4 channels) Dual (TWINS*) or single channel SDI mode HRB950 4 AES/EBU inputs (8 channels) 4 analog outputs (4 channels) 4 AES/EBU inputs with sample rate converter (available GRB590 4 analog inputs (4 channels) 4 AES/EBU outputs (8 channels) with 110 Ohm and 75 Ohm inputs), or 4 analog inputs (available with balanced or unbalanced connectors). 4 AES/EBU outputs or 4 analog outputs HRB590 4 analog inputs (4 channels) 4 AES/EBU outputs (8 channels) GRB550 4 analog inputs (4 channels) 4 analog outputs (4 channels) Auto -off for bitstream sources like Dolby E HRB550 4 analog inputs (4 channels) 4 analog outputs (4 channels) 4 extra AES/EBU inputs through the Synapse bus 38 39

22 Embedded audio processing audio for video GAD-HAD-SAD100 Quad speed Eq 2x1 AUTO ADJUSTABLE OFFSET 0-500ms 16 CHANNEL EMBEDDER, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2 Eq DE-EMBEDDER 34X16 16 DE-EMBED 16 QSB 4 AD 4 Ch 4 Ch 4 Ch 4 Ch PHASE META DATA, HD, SD SDI OUTPUT 1, HD, SD SDI OUTPUT 2 32X4 16 DE-EMBED 16 QUAD ADProg1 ADProg2 AD ADControl 4 CHANNEL AUDIO DESCRIPTION VOICE-OVER PROCESSING ADProg1 ADProg2 ADProg1 AD ADProg2 AD Upgradable to GPI/METADATA INPUT/OUTPUT SPEED NOT CONNECTED 16 Ch TDM /DE- 20 CH OUT 16CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller BPH18D BHX18D GAD100 - HAD100 SAD100, HD, SD embedded domain audio description and voice-over processor The GAD100, HAD100 and SAD100 are embedded domain Audio Description processors with a Voice-Over mode. This processor uses a stereo track as main program (input 1-2 of the AD processor) and mixes the AD track triggered by the mix enable track (input 3-4 of the AD processor). The output of the AD processor can be routed to PCM Compatible with the following input formats (auto selecting) (1080p only for GAD): 1080p p i i p p p(sf) p p50 SD525 SD625, HD and SD embedded Audio Description Processing, HD and SD embedded Voice-Over Processing Preset based 16 channel audio (AD) shuffling GAD100 - HAD100 SAD100 channels of the 16 channel embedder or Quad Speed Bus. Offset video delay adjustable between 0 and 1000ms Quad Speed Audio ADD-ON bus for bidirectional audio The Quad Speed audio bus allows for implementation of in between audio processing. This means that we can stream processing Append and overwrite modes the de-embedded audio channels or audio described Audio level and phase control GAD100:, HD, SD (mixed) channels to a Quad Speed Audio ADD-ON card like Audio offset delay up to 5000 ms embedded domain Audio the DLA44 or the DSF66. The ADD-ON card processes this Peak detection 0dBFS Description/ Voice-Over audio and sends it back to the G/H/SAD100 for further VO Silence detection with threshold (-100 to -20dBFS) and processor or AD processing. The ADD-ON card does not need a time control (1 to 255 sec) HAD100: HD, SD connector panel and all audio routing is performed inside Transparent for ATC time code RP188, RP196, RP215 embedded domain Audio the Synapse frame by just placing these cards in adjacent Built-in linesync (autophaser) Description/ Voice-Over slots. Locks to Tri-level, Bi-level syncs or input processor SAD100: SD embedded The SAD100 and HAD100 can be future upgraded to domain Audio Description/ GAD100. This allows for staged implementation of SD to Optional (BHX18D) Voice-Over processor HD infrastructures and spread the cost over multiple budget years. Complementary cards: DLA44, DLA43. DLA42, DLA41 and DIO88 (plus all future BPH18D_GAD100: Audio Description processor with free routable I/O Quad Speed audio ADD-ON cards) I/O panel for G-H-SAD100 2 SDI inputs (with auto switch on carrier loss, and switch back function) 2 SDI embedded audio outputs BHX18D_GAD100: 7 presets that configure all 16 output channels at once, I/O panel for G-H-SAD100 controlled by GPI or ACP (Cortex) with 40 41

23 Embedded audio processing audio for video GAW300 HAW300 SAW300 [QUAD SPEED AUDIO BUS] Quad speed, HD, SD SDI INPUT 1 Eq 2x1 ADJUSTABLE 16 AUTO OFFSET ms CHANNEL EMBEDDER, HD, SD SDI INPUT 2 Eq, HD, SD SDI OUTPUT 1 DE-EMBEDDER 16 Ch 56X16 16 DE-EMBED 32 QUAD SPEED 8X AUDIO WM 4 Ch 4 Ch 4 Ch 4 Ch PHASE UP TO 8 CHANNELS OF WATERMARKING Upgradable to, HD, SD SDI OUTPUT 2 GPI I/O AND TIMECODE 24Ch NexTracker ACTIVE SyncNow BY-PASS HIGH POWER DSP SUB 48X8 16 DE-EMBED 32 QUAD SPEED MODULE REAL TIME CLOCK WITH BATTERY BACK-UP NOT CONNECTED COMP 32 Ch TDM /DE- 32CH OUT 32CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller BPH18D BHX18D GAW300 - HAW300 SAW300, HD, SD embedded domain watermarking encoder based on kantar media technology The GAW, HAW and SAW cards are embedded domain audio watermarking embedders for Audience Measurement (NexTracker ), Second Screen applications (SyncNow ) or both of the services. Developed in corporation with Kantar Media, this powerful card can encode/watermark up to 8 mono channels in the embedded SDI domain. Full audio swapping of all input channels allow for a selection of any embedded audio input or any of the 32 channel bus inputs 16 channel audio gain and delay up to 5000ms prior to embedding stage 2 SDI inputs (with auto switch on carrier loss), HD and SD embedded audio watermarking for: Second screen Viewing rates measurements Preset based 16 channel audio/bitsream shuffling BHX18D_GAW300: I/O panel for G-H- SAW300 with GAW300 - HAW300 SAW300 Compatible with SD, HD and input formats (auto The Quad Speed audio bus allows for implementation of selecting) (HD only for HAW/GAW, only for GAW) additional audio processing. This means that an additional Video offset delay between 0 and 1000ms processing card like for instance a DLA44 can be added to Quad Speed audio ADD-ON bus for bidirectional audio Modules: perform loudness control, without any additional wiring. processing GAW300: The ADD-ON card often does not need a connector panel Streaming channel 1-16 watermarked channels 1-8, HD, SD embedded and all audio routing is performed inside the Synapse (= 24 channels to ADD-ON) domain SyncNow and frame by just placing these cards in adjacent slots. 2 SDI embedded audio outputs NexTracker audio 7 presets that configure all 16 input channels at once, watermark engine The SAWxxx can be upgraded to HAWxxx or GAWxxx and controlled by ACP (Cortex) HAW300: the HAWxxx can be upgraded to GAWxxx. This allows for Append and overwrite modes HD, SD embedded domain staged implementation of HD infrastructures and spread Silence detection and peak detection (0dBFS) SyncNow and the cost over multiple budget years. Transparent for ATC time code RP188, RP196, RP215 NexTracker audio Locks to Tri-level, Bi-level syncs or input watermark engine All cards are built for (up to) 8 channels of inaudible SAW300: Kantar Media based watermarking including time codes panel of the Synapse frame and the Ethernet port (ACP) SD embedded domain and channel or content identifiers. The xaw300 allows Optional (BHX18D) SyncNow and both SyncNow as well as NexTracker watermark NexTracker audio embedding in one card. For more about Complementary cards: watermark engine SyncNow and NexTracker please go to Quad Speed ADD-On cards like DIO88, DLA44, DLA43, etc. BPH18D_GAW300: I/O panel for G-H- SAW

24 Embedded audio processing audio for video GJA-HJA [QUAD SPEED AUDIO BUS], HD, SD SDI INPUT 1, HD, SD IN 1 Eq 2x1 ADJUSTABLE OFFSET S2020 INSERTER, HD, SD OUT 1, HD, SD IN 2 Eq AUTO AUTO PHASER ms 4 Ch 4 Ch 4 Ch 16 CHANNEL EMBEDDER, HD, SD OUT 2 Upgradable to, HD, SD SDI INPUT 2 DE-EMBEDDER 16 Ch 4 Ch 64X16 16 DE-EMBED PHASE 8Ch 8Ch LEVEL MAGIC II Embedded Metadata S2020, HD, SD SDI OUT 1, HD, SD SDI OUT 2 S2020 READER 32 QUAD SPEED 16X AUD. PROC INPUT CONTR AUTO UPMIX LEVEL MAGIC II TM or 4x 2.0 UPMIXING OUTPUT CONTROL Quad speed GPI/METADATA INPUT/OUTPUT METADATA HANDLING 3 INPUT LEVEL MAGIC II Powered by METADATA IN/OUT PRESET BASED S2020 PROCESSING 48X16 16 DE-EMBED 8Ch 8Ch CONTR AUTO UPMIX LEVEL MAGIC II TM or 4x 2.0 UPMIXING OUTPUT CONTROL 32 QUAD SPEED METADATA HANDLING 32 Ch TDM /DE- GPI I/O NOT CONNECTED 32CH OUT 32CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller BPH18D BHX18D GJA HJA , HD, SD embedded domain Loudness controller based on Jünger Audio algorithms The GJAxxx and HJAxxx are embedded domain dual audio stream hardware processors, designed for broadcasters who need automatic loudness control and optional upmixing. Based on the popular and well respected LEVEL MAGIC II processing these cards can perform a high quality loudness LEVEL MAGIC II loudness management according to: EBU R128, ITU.1770, ATSC A/85 and ARIB TR-B32 Dynamics with compressor and expander Surround up mix functionality (440 and 880 models only) Dolby metadata generator Output gain and delay adjustments, HD and SD embedded domain loudness control for Transmission and Ingest Preset based 16 channel audio shuffling/processing GJA880:, HD, SD embedded domain 2x loudness control and auto upmix HJA880: HD, SD embedded domain 2x loudness control and auto upmix GJA HJA adjustment completely conform the CALM and R128 Cross fading between upmixed and discrete 5.1 (5.1/2.0 standards. input auto-sensing) Modules: BPH18D_GJAxxx: 16 channels of audio gain and delay (up to 5000ms) GJA420:, HD, SD standard I/O panel for Users can adjust all the Jünger based settings of the prior to the embedding stage embedded domain 4x 2.0 G-HJAxxx processing and embedded handling directly from the GUI 2 SDI inputs with auto switch on carrier loss, and switch back loudness control in Cortex, with control offered over a variety of different 2 SDI embedded audio outputs HJA420: HD, SD parameters. Output level controls and delay adjustments Compatible with the following input formats (auto embedded domain 4x 2.0 BHX18D_GJAxxx: are also offered for each of the channels in the final 5.1 selecting) (1080p only for GJAxxx) loudness control I/O panel for G-HJAxxx mix (440 and 880 models only). 1080p p p50 GJA440:, HD, SD with 1080p p25 SD525 embedded domain 5.1 The Quad Speed audio bus allows for implementation of 1080i p(sf)23,98 SD loudness control and additional audio processing. This means that an additional 1080i50 720p59.94 auto upmix processing card like for instance a DDP24 or DBD28 can be Video offset delay between 0 and 1000ms HJA440: HD, SD added to perform Dolby processing, without any additional Quad Speed Audio bus for bidirectional audio processing embedded domain 5.1 wiring. The ADD-ON card often does not need a connector 7 presets that configure all 16 input channels at once 2.0 loudness control and panel and all audio routing is performed inside the frame Append and overwrite modes auto upmix by just placing these cards in the adjacent slots. Silence detection and peak detection (0dBFS) GJA840:, HD, SD, Transparent for ATC time code RP188, RP196, RP215 embedded domain 8x 2.0 G-HJA420 = 4x 2.0 loudness control for SDI embedded I/O Locks to Tri-level, Bi-level syncs or input loudness control G-HJA440 = loudness control and auto upmix HJA840: HD, SD, for SDI embedded I/O embedded domain 8x 2.0 G-HJA840 = 8x 2.0 loudness control for SDI embedded I/O loudness control G-HJA880 = 2x loudness control and auto Complementary cards: upmix for SDI embedded I/O DBD28, DDP24, DDP84 (plus all Quad Speed audio cards) 44 45

25 Embedded audio processing audio for video GMA-HMA [QUAD SPEED AUDIO BUS], HD, SD IN 1, HD, SD IN 2 Eq Eq AUTO PHASER AUTO PHASER ADJUSTABLE OFFSET 0-500ms ADJUSTABLE OFFSET 0-500ms 16 CHANNEL EMBEDDER 16 CHANNEL EMBEDDER, HD, SD OUT 1, HD, SD OUT 2 Upgradable to, HD, SD INPUT 1, HD, SD INPUT 2, HD, SD OUTPUT 1, HD, SD OUTPUT 2, HD, SD INPUT 1, HD, SD INPUT 2 es DE-EMBEDDER SDI IN 1 DE-EMBEDDER SDI IN 2 136X16 16 DE-EMBED 1 16 DE-EMBED 2 8 LOCAL 64 MADI 32 QUAD SPEED 136X16 16 DE-EMBED 1 -PHASE- -PHASE- Quad speed GPI INPUT/OUTPUT, HD, SD OUTPUT 1, HD, SD OUTPUT 2 GPI INPUT/OUTPUT 16 DE-EMBED 2 AES OR ANALOG IN 1 or ADC 8 LOCAL 64 MADI 32 QUAD SPEED AES OR ANALOG OUT 1 MADI FIBER (OPTIONAL SFP) MADI FIBER (OPTIONAL SFP) AES OR ANALOG IN 2 AES OR ANALOG IN 3 or ADC or ADC 136X8 16 DE-EMBED 1 16 DE-EMBED 2 8 LOCAL DE- AES OR ANALOG OUT 2 AES OR ANALOG OUT 3 MADI INPUT/OUTPUT MADI INPUT/OUTPUT MADI INPUT/OUTPUT MADI INPUT/OUTPUT AES OR ANALOG IN 4 or ADC OPTION BOARD 1 (ANALOG OR AES/EBU) MADI IN 64 Ch Eq WORD CLOCK IN MADI DE- & 6 104X32 16 DE-EMBED 1 16 DE-EMBED 2 8 LOCAL 64 MADI 64 MADI 32 QUAD SPEED 136X64 16 DE-EMBED 1 16 DE-EMBED 2 8 LOCAL 64 MADI 32 QUAD SPEED AES OR ANALOG OUT 4 OPTION BOARD 2 (ANALOG OR AES/EBU) MADI- 64 Ch MADI OUT & OFFSET MADI OUTPUT WORDCLOCK INPUT MADI OUTPUT WORDCLOCK INTPUT TDM TDM DE- GPI I/O AES/EBU OR ANALOG AUDIO /OUTPUTS AES/EBU OR ANALOG AUDIO /OUTPUTS 32CH OUT 32CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS BPH18M BHX18M GMA HMA Dual, HD, SD embedded domain shuffler with MADI I/O and analog or digital audio I/O The GMA and HMA are dual SDI (up to ) embedded domain audio shufflers with a 64 channel MADI input and output. The core of this card is a very large, anything to anything shuffler/mux. It allows for any available source to be Quad Speed audio ADD-ON bus for bidirectional audio processing Streaming channel analog or AES/EBU audio inputs (optional) 4 analog or AES/EBU audio outputs (optional) Append and overwrite modes, HD and SD embedded domain to MADI and vice versa shuffler In video routing audio shuffler via MADI TDM bus (2 GMA100 will give a 4 video 64 audio channel shuffler) HMA100: Dual channel HD, SD embedded MADI shuffler GMA110: Dual channel, HD, SD embedded MADI shuffler with analog audio inputs HMA110: Dual channel HD, SD embedded MADI GMA130: Dual channel, HD, SD embedded MADI shuffler with digital audio inputs HMA130: Dual channel HD, SD embedded MADI shuffler with digital audio inputs GMA140: Dual channel BPH18M_GMAxxx: I/O panel for G-HMAxxx BHX18M_GMAxxx: I/O panel for G-HMAxxx with GMA HMA placed on any available output. The total audio routing Audio level and phase control for the channels that enter MADI audio (mixing shuffler with analog audio, HD, SD embedded capability is a massive 136 channels to 136 channels. the embedders console) to embedded inputs MADI shuffler with digital Audio offset delay up to 5000 ms for the channels that video converter. GMA120: Dual channel audio outputs The Quad Speed audio bus allows for implementation of in enter the embedders, HD, SD embedded HMA140: Dual channel between audio processing. So next to a lot of shuffling Peak detection 0dBFS MADI shuffler with analog HD, SD embedded MADI capabilities we can add a Quad Speed ADD-ON card and Transparent for ATC time code RP188, RP196, RP215 audio outputs shuffler with digital audio allow for for instance watermarking (DAW77/88/99), Locks to Tri-level, Bi-level syncs or input Modules: HMA120: Dual channel outputs loudness control (DLA42/43) or additional AES/EBU I/O GMA100: Dual channel HD, SD embedded MADI (DIO88), HD, SD embedded shuffler with analog audio Optional fiber or I/O panels MADI shuffler outputs MADI input (up to 64 channel) MADI output (up to 64 channel) Complementary cards: Input/output options Both MADI channels are bi-directional for future 128 channel applications DLA41/42/43/44, DAW77/88/99 and DIO88 (plus all other Quad Speed audio ADD-ON cards) Card model Option board 1 Option board 2 Dual SDI (SD, HD and ) video inputs GMA100 None None Dual SDI (SD, HD and ) video outputs HMA100 None None Compatible with the following input formats (auto GMA110 4 analog inputs (4 channels) None selecting) (1080p only for GMA): HMA110 4 analog inputs (4 channels) None 1080p p p50 GMA120 None 4 analog outputs (4 channels) 1080p p25 SD525 HMA120 None 4 analog outputs (4 channels) 1080i p(sf)23.98 SD625 GMA130 4 AES/EBU inputs (8 channels) None 1080i50 720p59.94 HMA130 4 AES/EBU inputs (8 channels) None Video offset delay between 0 and 500ms per video GMA140 None 4 AES/EBU outputs (8 channels) HMA140 None 4 AES/EBU outputs (8 channels) 46 47

26 Embedded audio processing audio for video GRF-HRF METADATA IN/OUT Eq Eq RAIL 1 RAIL 2 AUTO 2x1 PHASER AUTO FRAME RAIL 1 - DE-EMBEDDER RAIL 2 - DE-EMBEDDER S2020 READER & METADATA HANDLING ADJUSTABLE OFFSET 0-500ms 16 Ch 16 Ch S2020 PROC EMB EMB INSERT AMP A B 4 Ch 16 4 Ch CHANNEL 40x16 4 Ch / 4 Ch PHASE EMB C EMB D Upgradable to Embedded Metadata S2020, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2, HD, SD SDI OUTPUT 1, HD, SD SDI OUTPUT 2 GPI AND METADATA (S2020) INPUT or A/D UP TO 8 UP TO CHANNEL or A/D 40x8 / or A/D PHASE ANALOG OR AES/EBU AUDIO AND/OR OUTPUTS or A/D OPTION BOARD 2 (ANALOG OR AES/EBU) OPTION BOARD 1 (ANALOG OR AES/EBU) BPH18D BPH18 BHX18D BHX18 GRF050 ~ 990 HRF050 ~ 990, HD, SD analog or AEs/EBU audio re-embedder with audio shuffler and framesync The GRFxxx and HRFxxx are re-embedders with analog or digital audio inputs and/or outputs and a built-in framesync. Re-embedding of available embedded sources is also included (shuffling). The HRFxxx can be future upgraded to GRFxxx. This allows Audio offset delay up to 5000 ms Peak detection 0 dbfs Silence detection with threshold (-100 to -20dBFS) and time control (1 to 255 sec) Video Proc-Amp with Y, Cr, Cb controls for level and black Transparent for ATC time code RP188, RP196, RP215 Ingest re-embedding of analog or digital audio with shuffle function from asynchronous video sources BPH18_GRFxxx: I/O panel with unbalanced audio inputs BPH18D_GRFxxx: I/O panel with balanced audio inputs GRF050 ~ 990 HRF050 ~ 990 for staged implementation of HD infrastructures and Locks to Tri-level, Bi-level syncs or SDI input GRFxxx:, HD, SD BHX18_GRFxxx: spread the cost over multiple budget years. audio re-embedder/ I/O panel with unbalanced shuffler/framesync (for audio inputs and relay 2 SDI inputs (with auto switch on carrier loss, and switch Optional (BHX18 or BHX18D) type numbers, refer to bypass back function) table below) BHX18D_GRFxxx: 2 SDI outputs HRFxxx: HD, SD audio I/O panel with balanced Compatible with the following input formats (auto re-embedder/shuffler/ audio inputs and relay selecting) (1080p50/60 only for GRFxxx): framesync (for type bypass 1080p p p50 numbers, refer to table 1080p p25 SD525 below) 1080i p(sf)23.98 SD i50 720p59.94 Offset video delay adjustable between 0 and 500ms Optional 4 analog audio outputs that can be used with balanced and unbalanced outputs via the BPH18D and Input/output options BPH18 respectively (unbalanced outputs have a -6dB gain mismatch) Card model Option board 1 Option board 2 Optional 4 AES/EBU outputs with sample rate converter GRF-HRF050 None 4 analog outputs (4 channels) (available with 110 Ohm and 75 Ohm outputs) GRF-HRF090 None 4 AES/EBU outputs (8 channels) 7 presets that configure all I/O channels, controlled by GRF-HRF500 4 analog inputs (4 channels) None GPI or ACP (Cortex) GRF-HRF550 4 analog inputs (4 channels) 4 analog outputs (4 channels) S2020 metadata insertion from an external source Append and overwrite modes Audio level and phase control GRF-HRF590 4 analog inputs (4 channels) 4 AES/EBU outputs (8 channels) GRF-HRF900 4 AES/EBU inputs (8 channels) None GRF-HRF950 4 AES/EBU inputs (8 channels) 4 analog outputs (4 channels) GRF-HRF990 4 AES/EBU inputs (8 channels) 4 AES/EBU outputs (8 channels) 48 49

27 Embedded audio processing audio for video HCL10 SD/HD-SDI OUT HD, SD SDI INPUT EMBEDDED AUDIO SD/HD-SDI IN EMBEDDED AUDIO 2 CH PHASE AUDIO OFFSET COMPENSATION MIN OR 1 FRAME COMPRESSOR LIMITER EMBED A EMBED B ATC TRANS SD/HD-SDI OUT EMBEDDED AUDIO RECLOCKED OUTPUT PROCESSED OUTPUT 1 DE-EMB A 2 CH PHASE COMPRESSOR LIMITER PROCESSED OUTPUT 2 - SD/HD-SDI OUT RECLOCKED 2 CH PHASE COMPRESSOR LIMITER DE-EMB B 2 CH PHASE COMPRESSOR LIMITER GPI PRESET STORAGE PRE/POST PROCESSING MONITORING GPI (PRESETS) AUDIO OUTPUTS TO SYNAPSE BUS 3 4 BPH03 BPX03 HD, SD embedded audio compressor/limiter The primary application of HCL10 The HCL10 is a high quality preset based 8 channel HD/SD embedded audio compressor/limiter. The card is able to compress and limit 8 channels and insert them in to 2 Full status of the video and all embedded audio parameters. Audio format detection (e.g. AC3, Dolby E and PCM) the HCL10 will be seen in output stages of the transmission chain. The card can be used next to a HCL10 groups of embedded audio. Main features are: video legalizer, a truck Complementary cards: output and all transmission Free selection of any 8 channels out of all 16 channels DAC20, DAC24, DAS24, DIO48, DIO24 outputs. The HCL10 will Input Gain and Phase control legalize all leaving audio Adjustable Video offset delay to content to predefined audio minimum (approx. 2.5 ms) or 1 frame parameters that can be Preset control of audio processing recalled in presets. Another parameters for all 6 presets include: application is seen as an User defined preset label of 16 characters ingest compressor limiter. bypass for non PCM on stereo pairs bypass of Compressor or Limiter on stereo pairs Channel link: Multi mono, dual stereo, quad, all 8 channels, 26 and 62 Threshold from -80 to 0 dbfs HCL10: HD/SD Compression ratio between 1:1 and 15:1 embedded audio Compressor Attack adjustment between 1 and 500ms compressor/limiter Compressor release adjustment between 10 and 5000ms Compressor Knee adjustment Compressor Level detection BPH03_HCL10: Compressor Makeup gain of -60 to 12 db I/O panel for HCL10 with Limit Threshold adjustment GPI I/O on sub-d Limit Knee adjustment Limit release adjustment between 100 and 5000ms Limit output gain between -60 and 12dB BHX03_HCL10: Level meters & reduction meters (in status menu) I/O panel for HCL10 with Pre and post processor monitoring via Synapse ADD-ON card 50 51

28 Embedded audio processing audio for video HES20 HD/SD-SDI OUT HD, SD-SDI INPUT FRAME EMBEDDED AUDIO HD/SD-SDI IN 1 FRAME EMBEDDED AUDIO OFFSET 2 CH DOLBY E GUARDBAND DETECTION DOLBY E ALIGNMENT FRAME EMBED A EMBED B AUTO- PHASER PATERN GENERATOR AUTO FORMAT- REF HD/SD-SDI OUT EMBEDDED AUDIO HD, SD-SDI RECLOCKED OUTPUT HD, SD-SDI PROCESSED OSD OUTPUT 1 DE-EMB A 2 CH DOLBY E GUARDBAND DETECTION DOLBY E ALIGNMENT FRAME HD, SD-SDI PROCESSED OSD OUTPUT 2 2 CH DOLBY E GUARDBAND DETECTION DOLBY E ALIGNMENT FRAME DE-EMB B 2 CH DOLBY E GUARDBAND DETECTION DOLBY E ALIGNMENT FRAME TING OUT HD/SD-SDI OUT FREEZE INPUT - RECLOCKED FREEZE IN BPH01 BHX01 HD, SD embedded Dolby E alignment engine / frame synchronizer Post MPEG transport HES20 The HES20 is a Dolby-E aligner frame synchronizer. The use of Dolby E in modern SD and HD SDI embedded infrastructures becomes more and more common. Dolby E Automatic alignment of up to 4 embedded Dolby E streams Individual offset delay for each Dolby E track -10 to 10 lines Automatic detection of Dolby E versus PCM embedded Dolby E alignment and synchronization Post server Dolby E HES20 has a guard-band that ideally sits exactly on top of the Full functioning frame synchronizer allows for alignment frame boundaries of the SDI video stream. Unfortunately asynchronous operation Contribution network this is not always the case. Individual audio and video Compatible with the following standards: embedded Dolby E propagation delay problems can cause a time shift of the 1080i i p29.97 alignment Dolby E stream with respect to the SDI carrier, even when 1080p i p60 it is embedded. A common cause is an MPEG encoder 720p50 SD525 SD625 decoder configuration in a contribution environment. The Synchronize, delay and free-run modes shift in guard-band removes the feature within Dolby E to ATC transparency acc. RP188, RP196, RP215 drop or rewrite a video-frame without audible clicks. Locks to Bi and Tri level syncs HES20: HD/SD Beside the compression this is one of the main reasons Offset H and V adjustment embedded Dolby E Dolby E is used. Up to 2199 pixels H alignment engine / frame Up to 1124 lines V synchronizer The HES20 is the answer to this problem. The card Manual and GPI Freeze automatically detects Dolby E and a possible offset of the OSD identity text guard band is measured. Any offset of up to /- 0.5 F I/O measurement propagation delay BPH01_HES20: frame will be corrected automatically by delaying the Dolby Built-in ProcAmp with individual controls for Y, Cr, Cb, I/O panel for HES20 E between 0.5 and 1.5 frame (the video part of the SDI Y-Black, Cb-Black, Cr-Black stream is delayed by one frame as default). A free selection Line lock mode for better auto-phasing of four stereo pairs, out of the full embedded audio domain Audio format detection (e.g. AC3, Dolby E and PCM) BHX01a_HES20: can be chosen. If a PCM channel is detected it will get an I/O panel for HES10 with automatic offset delay of 1 frame, equal to the video delay. panel of the SFR04/SFR08/SFR18 frame and Ethernet Complementary cards: DAC20, DAC24, DAS24, DIO48, DIO

29 Embedded audio processing audio for video HVO10 HD/SD-SDI IN HD/SD-SDI OUT HD, SD SDI INPUT EMBEDDED AUDIO DE-EMB A EMB A EMB B EDH EMBEDDED AUDIO HD/SD-SDI OUT EMBEDDED AUDIO HD, SD SDI RECLOCKED OUTPUT 16 MONO AES/EBU IN HD, SD SDI PROCESSED OUTPUT 1 MIX HD/SD-SDI OUT RECLOCKED AES/EBU IN 2 HD, SD SDI PROCESSED OUTPUT 2 AES/EBU IN 3 DE-EMB B AES/EBU IN 4 16 MONO AES/EBU INPUT 1 MIX AES/EBU INPUT 2 GPI IN PRESET CONTROL AES/EBU INPUT 3 DE- AUDIO FROM SYNAPSE BUS AES/EBU INPUT 4 BPH01 BPH02 BPH02D BHX01a BHX02 HD, SD Voice Over inserter/embedder BHX02_HVO10: Multi channel Voice Over I/O panel for HVO10 with HVO10 The HVO10 is an 8-channel in 2-group preset-based HD embedded audio shuffler/mixer/voice over card. AXON is again an industry first with this powerful card, and puts full Mix one embedded channel with one external channel (times 8 into 2 groups) 8 presets card MCR audio shuffling/ mixing and swapping balanced AES/EBU out with Specification HVO10 audio mixing and shuffling control power into the hands of ADD dialog levels in mixing calculation an HD embedded signal user. The preset-based control of 4 local AES/EBU inputs (8 Mono) this card makes it ideal for repeated corrections. If 4 ADD-ON inputs (8 Mono) dynamic control is required the card can still perform this HD-SDI and SD-SDI compatible HVO10: HD, SD 8 task as every preset is remote controllable by a third party Control objects per channel are: channel 2 group control protocol or the dedicated control panel SCP08. Embedded audio Gain (1 db steps) embedded audio External audio gain (1 db steps) processing card with local Mixing fade time (100-10,000ms) AES/EBU inputs Overwrite and append modes Transparent for ATC time code RP188, RP196, RP215 Transparent for Dolby-E; processing bypassed BPH01_HVO10: I/O panel for HVO10 with panel of the SFR04/SFR08/SFR18 frame and the Ethernet unbalanced AES/EBU in port (ACP) BPH02_HVO10: I/O for HVO10 with Complementary cards: balanced AES/EBU in DIO48, ADC20, ADC24, DIO24 BPH02D_HVO10: I/O panel for HVO10 with balanced AES/EBU in on sub-d BHX01a_HVO10: I/O panel for HVO10 with unbalanced AES/EBU out with 54 55

30 Dolby processing audio for video DBD28 [QUAD SPEED AUDIO BUS] Quad speed AES/EBU IN 1/2 AES/EBU IN 3/4 AES/EBU IN 5/6 AES/EBU IN 7/8 AES/EBU OUT 1/2 OPTIONAL AES/EBU OUT 3/4 OPTIONAL AES/EBU OUT 5/6 OPTIONAL AES/EBU OUT 7/8 OPTIONAL AES/EBU OUT 9/10 50x17 AES/EBU OUT 11/12 INPUT R128 GEN 32 CHANNEL AES/EBU IN 1/2 AES/EBU IN 3/4 AES/EBU OUT 9/10 - IN 5/6 AES/EBU OUT 11/12 - IN 7/8 VOX DETECT VO MIXER METADATA I/O GPI IN (VO TRIGGER) AES/EBU OUT 1/2 E DIGITAL DIGITAL PLUS DECODER WITH 7.1 & AUDIO DESCRIPTION LOUDNESS METER OPTIONAL RE- LOSS OF ADD-ON EMBED MULTIPLEXING INSERTING OF DOLBY 8 X 2-CHANNELS INTO 32 PROCESSED AUDIO STREAM FAIL SWITCH 32CH 32CH 32CH IN OUT IN METADATA PROC ΜP METADATA AES/EBU OUT 3/4 AES/EBU OUT 5/6 FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON AES/EBU OUT 7/8 BPL11 DBD28 Multi format Dolby stream decoder with Voice Over module The DBD28 is a next generation Dolby multi format decoder with quad speed ADD-ON audio bus. Based on the Dolby s new Cat. No. 1100sub module it is capable of decoding Dolby E, Dolby Digital and Dolby Digital Plus. The enhanced feature set includes the capability of decoding 7.1-channel Dolby Digital Plus or 5.1-ch Dolby Digital 5.1 with audio description, carried in a single bitstream (single PID), or as two bitstreams (Dual PID). In addition to the extensive Dolby Decoding capabilities this card can add a voice activated (or triggered by GPI) Voice Over signal to any of the decoded streams or plain PCM streams that could enter the unit. Individual delay and gain controls are available for all decoded or plain PCM streams that entered the card. A dual mode I/O configuration is possible with physical 2x AES/ EBU in and 6x AES/EBU out or 4x AES/EBU in and 4x AES/ EBU out. Multi format ADD-ON or stand alone Dolby stream decoder Dolby E Dolby Digital Dolby Digital Plus 16 channel PCM processing capabilities Quad Speed audio bus for convenient routing of ADD-ON channels Optional re-inserting of processed audio for downstream post-processing (DLAxx) 2 or 4 physical stereo AES/EBU inputs and 16 stereo ADD-ON bus inputs 4 or 6 physical stereo AES/EBU (can contain Dolby Bit streams) outputs and 8 stereo (into 16 stereo) bus outputs E decoding with automatic source selection on loss of E Voice activated Voice Over engine that can be applied to any of the 16 internal streams GPI trigger of VO is included GPI can be used as cough button to mute unwanted voice activated mixing Physical metadata output Individual offset delay per channel Individual gain control per channel (except bitstream input) Able to handle all AES/EBU input formats (optional on inputs) Full audio channel shuffling Loudness measurement according to ITU BS.1770 and ITU BS, (CALM and R128) A tone generator is included that can be controlled by the loudness measurement. It will generate a -20dBFS sinewave when the loudness measurement reads and measures -20LUFS so a normal peak/vu meter can be used to read loudness panel of the Synapse frame and the Ethernet port (ACP) Complementary cards: All Quad Speed audio MASTER cards (G/HEP100, G/HED100, G/HRB100, G/HDK100, G/HXT110 etc). DLA41, DLA42, DLA43 and DLA44 Multi format Dolby Stream monitoring decoder Efficient Dolby stream processing to Quad Speed audio MASTER Cards. Extra Dolby channel processing next to G/ HEP100, G/HPD100 and G/HED100 DBD28: Multi format Dolby stream decoder with Voice Over module BPL11_DBD28: I/O panel for DBD28 DBD

31 Dolby processing audio for video D EE28 [QUAD SPEED AUDIO BUS] Quad speed OPTIONAL AES/EBU IN 1/2 OPTIONAL OPTIONAL AES/EBU OUT 5/6 AES/EBU IN 3/4 OPTIONAL AES/EBU OUT 7/8 OPTIONAL 50x17 AES/EBU OUT 9/10 AES/EBU IN 5/6 - OUT 9/10 OPTIONAL INPUT AES/EBU OUT 11/12 R128 AES/EBU IN 7/8 - OUT 11/12 GEN 32 CHANNEL VOX DETECT VO MIXER E-ENCODER METADATA I/O METADATA PROCESSOR AES/EBU IN 9/10 - OUT 5/6 E DIGITAL AES/EBU IN 11/12 - OUT 7/8 DIGITAL PLUS DECODER WITH 7.1 & AUDIO DESCRIPTION LOUDNESS METER DOWNMIX CHANNEL OPTIONAL RE- LOSS OF ADD-ON EMBED MULTIPLEXING INSERTING OF DOLBY 8 X 2-CHANNELS INTO 32 PROCESSED AUDIO STREAM FAIL SWITCH ΜP AES/EBU OUT 1/2 32CH 32CH 32CH IN OUT IN FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON AES/EBU OUT 3/4 BPL11 Multi format dolby stream decoder and dolby e encoder with voice over module Multi format Dolby DEE28 The DEE28 is a next generation Dolby multi-format decoder and Dolby E encoder with Quad Speed ADD-ON audio bus. It replaces the popular combination DBD08 and Up to 6 physical stereo AES (can contain Dolby bit streams) outputs and 8 stereo (into 16 stereo) bus outputs Stream monitoring decoder Dolby E encoder Efficient Dolby stream DEE28 DBE08 on a single card. It is capable of decoding Dolby E decoding with automatic source selection on loss of E processing to Quad Speed E, Dolby Digital and Dolby Digital Plus and encoding to Voice activated Voice-Over engine that can be applied to audio MASTER Cards Dolby E. The enhanced feature set includes the capability any of the 16 internal streams Extra Dolby channel of decoding 7.1-channel Dolby Digital Plus or 5.1-ch GPI trigger of VO processing next to G/ Dolby Digital 5.1 with audio description, carried in a single GPI can be used as cough button to mute unwanted HEP100, G/HPD100 and bitstream (Single PID), or as two bitstreams (Dual PID). voice activated mixing G/HED100 Physical metadata output In addition to the extensive Dolby Decoding capabilities Individual offset delay and gain control per channel this card can add a voice activated (or triggered by GPI) Able to handle all AES/EBU input formats Voice Over signal to any of the decoded streams or plain Full audio channel shuffling PCM streams that could enter the unit. Loudness measurement according to ITU BS.1770 and DEE28: Multi format ITU BS, (CALM and R128) Dolby stream decoder and Individual delay and gain controls are available for all A tone generator is included that can be controlled by the Dolby E encoder with decoded or plain PCM streams that entered the card. A loudness measurement. It will generate a -20dBFS voice ovver module dual mode I/O configuration is possible with physical 2x sinewave when the loudness measurement reads and AES/EBU in and 6x AES/EBU out or 4x AES/EBU in and 4x measures -20LUFS so a normal peak/vu/dbfs meter can AES/EBU out. be used to read loudness BPL11_DEE28: I/O panel for DEE28 Multi-format ADD-ON or stand alone Dolby stream panel of the Synapse frame and the Ethernet port (ACP) decoder for Dolby E, Dolby Digital, Dolby Digital Plus Dolby E Encoder Complementary cards: 16 channel PCM processing capabilities All Quad Speed audio MASTER cards (G/HEP100, Quad Speed audio bus G/HED100, G/HRB100, G/HDK200, G/HXT110 etc). Optional re-inserting of processed audio for downstream DLAxx, DAWxx, DSF66 post-processing (DLAxx) Up to 6 physical stereo AES inputs and 16 stereo bus inputs 58 59

32 Dolby processing audio for video DDP24 [QUAD SPEED AUDIO BUS] Quad speed AES/EBU IN 1/2 AES/EBU IN 3/4 AES/EBU IN 5/6 AES/EBU IN 7/8 AES/EBU IN 9/10 AES/EBU IN 11/12 44x17 INPUT 32 CHANNEL VOX DETECT 32CH IN MULTI CHANNEL DOLBY ENCODERS DOWNMIX DOLBY PROLOGIC II ENCODER STREAM FOR AUDIO DESCRIPTION Digital Digital Plus HE AAC 5.1 Pulse 2.0 VO MIXER OPTIONAL RE- ADD-ON EMBED MULTIPLEXING INSERTING OF 8 X 2-CHANNELS INTO 32 PROCESSED AUDIO 32CH 32CH OUT IN 8X4 METADATA PROC AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU OUT 5/6 AES/EBU OUT 7/8 METADATA HE AAC AES/EBU INPUT 1/2 AES/EBU INPUT 3/4 AES/EBU INPUT 5/6 AES/EBU INPUT 7/8 GPI AND METADATA I/O AES/EBU (OR BITSTREAM) OUTPUT 1/2 AES/EBU (OR BITSTREAM) OUTPUT 3/4 AES/EBU (OR BITSTREAM) OUTPUT 5/6 (OR INPUT 9/10) meta bypass FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON AES/EBU (OR BITSTREAM) OUTPUT 7/8 (OR INPUT 11/12) BPL11 BPX11 DDP24 multi channel Dolby Digital (Plus), Dolby HE AAC 5.1 and Dolby Pulse 2.0 encoder The DDP24 is a Quad Speed ADD-ON multi channel Dolby Digital (plus), Dolby HE AAC 5.1 and Dolby Pulse encoder. The card is designed for the use with the Synapse high efficient Quad Speed multiplexing audio bus. The Quad Speed bus enables ADD-ON cards to be connected with a MASTER card and have both input and output signals connected to this card for convenient routing and integration. The card can be configured as a 4in/4out or 6in/2out module. The DDP24 receives the discrete audio in PCM from one of the 4 (or 6) physical AES/EBU inputs or any of the 32 stereo pairs that can enter the card via the Quad Speed audio bus. The encoded Dolby signals are available on its 4 (or 2) physical output connectors, via the Internal Synapse bus directly to the MASTER card or to the looping Quad Speed bus outputs. The same counts for the bitstream outputs that can be routed to the physical outputs, the Quad Speed bus return path outputs or the Quad Speed bus looping outputs. An additional level activated Voice Over processor is included. This processor detects a user defined signal level and then ducks the predefined channels that are used to mix the VO with. The VO can be applied to 8 stereo channels (user selectable). The DDP24 has the ability to use stream muxing in a Dolby Digital Plus environment. This stream contains both the (multi channel) audio stream as the audio description stream in a convenient single Dolby Digital Plus stream (single PID) or in a dual stream (dual PID). The DDP24 gets is processing clock from the MASTER card and will operate fully clock synchronous with this MASTER card. You can use the DDP24 standalone by locking on AES1 to 4 or reference inputs 1 or 2. Quad Speed audio bus for convenient routing of ADD-ON channels Optional re-inserting of processed audio for downstream post-processing (DLAxx) 4 or 6 physical stereo AES/EBU inputs and 16 stereo bus inputs 4 or 2 physical stereo AES/EBU (can contain Dolby bitstreams) outputs and 8 stereo (into 16 stereo) bus outputs Up to 4 times 2.0 Dolby Digital (Plus) or Pulse outputs 5.1 Dolby Digital (Plus) 2.0 Dolby Digital (Plus) HE AAC 5.1 Dolby Pulse 2.0 stream Dolby Pro Logic II encoding from downmixed discrete 5.1 source Physical metadata input and output Dolby metadata mixing Audio description processing (single or dual PID) Individual offset delay per input Individual gain control per input (except bitstream input) Able to handle all AES/EBU input formats Full audio channel shuffling Complementary cards: All Quad Speed audio cards (G/HEP100, G/HED100, G/ HRB100, G/HDK100, G/HXT110, DAW88, DLA41, etc) Efficient Dolby processing to Quad Speed audio MASTER Cards Extra Dolby channel processing next to G/HEP100, G/HPD100 and G/HED100 JDDP24: J Quad Speed multi channel Dolby encoder BPL11_DDP24: I/O panel for DDP24 BPX11_DDP24: I/O panel for DDP24 with DDP

33 Dolby processing audio for video DDP94 [QUAD SPEED AUDIO BUS] Quad speed AES/EBU IN 1/2 AES/EBU IN 3/4 AES/EBU IN 5/6 AES/EBU IN 7/8 AES/EBU IN 9/10 AES/EBU IN 11/12 32 CHANNEL 52x17 INPUT DECODER VOX DETECT LOSS OF E FAIL SWITCH 32CH IN MULTI CHANNEL DOLBY ENCODERS DOWNMIX DOLBY PROLOGIC II ENCODER STREAM FOR AUDIO DESCRIPTION Digital Digital Plus HE AAC 5.1 Pulse 2.0 VO MIXER OPTIONAL RE- ADD-ON EMBED MULTIPLEXING INSERTING OF 8 X 2-CHANNELS INTO 32 PROCESSED AUDIO 32CH 32CH OUT IN 8X4 METADATA PROC AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU OUT 5/6 AES/EBU OUT 7/8 METADATA HE AAC AES/EBU INPUT 1/2 AES/EBU INPUT 3/4 AES/EBU INPUT 5/6 AES/EBU INPUT 7/8 GPI AND METADATA I/O AES/EBU (OR BITSTREAM) OUTPUT 1/2 AES/EBU (OR BITSTREAM) OUTPUT 3/4 AES/EBU (OR BITSTREAM) OUTPUT 5/6 (OR INPUT 9/10) meta bypass FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON AES/EBU (OR BITSTREAM) OUTPUT 7/8 (OR INPUT 11/12) BPL11 BPX11 multi channel Dolby Digital (Plus), Dolby HE AAC 5.1 and Dolby Pulse 2.0 encoder with Dolby E decoder Efficient Dolby processing DDP94 The DDP94 is a Quad Speed ADD-ON Dolby E decoder and multi channel Dolby Digital (plus), Dolby HE AAC 5.1 and Dolby Pulse 2.0 encoder. The card is designed for the use single Dolby Digital Plus stream (single PID) or in a dual stream (dual PID). The DDP94 gets its processing clock from the MASTER card and will operate fully clock to Quad Speed audio MASTER cards Extra Dolby channel processing next to DDP94 with the Synapse high efficient Quad Speed multiplexing synchronous with this MASTER card. You can use the G/HEP100, G/HPD100 and audio bus. The Quad Speed bus enables ADD-ON cards to DDP94 standalone by locking on AES1 to 4 or reference G/HED100 be connected with a MASTER card and have both input and inputs 1 or 2. output signals connected to this card for convenient routing and integration. Quad Speed audio bus for routing of ADD-ON channels Optional re-inserting of processed audio for downstream The DDP94 receives the Dolby E or PCM from one of the 4 post-processing (DLAxx) DDP94: Quad Speed (or 6)physical AES/EBU inputs or any of the 32 stereo pairs 4 or 6 physical AES/EBU inputs and 16 stereo bus inputs multi channel Dolby that can enter the card via the Quad Speed audio bus. The 4 or 2 physical AES/EBU (can contain Dolby bitstreams) encoder with Dolby E encoded Dolby signals (or the decoded stereo AES/EBU outputs and 8 stereo (into 16 stereo) bus outputs decoder signals) are available on its 4 (or 2) physical output E decoding with automatic source selection on loss of E connectors, via the internal Synapse bus directly to the Up to 4 times 2.0 Dolby Digital (Plus) or Pulse outputs MASTER card or to the looping Quad Speed bus outputs. 5.1 Dolby Digital (Plus) 2.0 Dolby Digital (Plus) BPL11_DDP94: The same counts for the bitstream outputs that can be HE AAC 5.1 Dolby Pulse 2.0 stream I/O panel for DDP94 routed to the physical outputs, the Quad Speed bus return Dolby Pro Logic II encoding from downmixed discrete 5.1 path outputs or the Quad Speed bus looping outputs. The source latter will make it possible to route the decoded E (PCM) Metadata mixing BPX11_DDP94: streams to an adjacent ADD-ON card for further Audio description processing (single or dual PID) I/O panel for DDP94 with processing. Physical metadata output and input Individual offset delay per input An additional level activated Voice Over processor is Individual gain control per input (except bitstream input) included. This processor detects a user defined signal level Able to handle all AES/EBU input formats and then ducks the predefined channels that are used to Full audio channel shuffling mix the VO with. The VO can be applied to 8 stereo channels (user selectable). The DDP94 has the ability to Complementary cards: use stream muxing in a Dolby Digital Plus environment. All Quad Speed audio cards (G/HEP100, G/HED100, G/ This stream contains both the (multi channel) audio HRB100, G/HDK100, G/HXT110, DAW88, DLA41, etc) stream as the audio description stream in a convenient 62 63

34 embedded Dolby processing audio for video GED100 - HED100 [QUAD SPEED AUDIO BUS] Quad speed, HD, SD IN 1, HD, SD IN 2 Eq Eq 2x1 AUTO ADJUSTABLE OFFSET 0-500ms S2020 INSERT 16 CHANNEL EMBEDDER, HD, SD OUT 1, HD, SD OUT 2, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2 META DATA, HD, SD SDI OUTPUT 1 16 Ch 4 Ch 4 Ch, HD, SD SDI OUTPUT 2 DE-EMBEDDER S2020 READER METADATA Dolby E 48X16 16 DE-EMBED 8 DECODED E 16 QUAD SPEED 4 DOLBY D() 4 Ch 4 Ch PHASE Dolby Digital (plus) 1 Dolby Digital (plus) 2 Dolby Digital (plus) 3 Upgradable to GPI/METADATA INPUT/OUTPUT Dolby Digital (plus) 4 40X4 DECODER 8 Ch PCM 16 DE-EMBED 8 DECODED E 16 QUAD SPEED METADATA METADATA IN/OUT NOT CONNECTED 16 Ch HANDLING METADATA TDM TDM DE- GPI/O 32CH OUT 32CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller Embedded Metadata S2020 BPH18D BHX18D GED100 - HED100, HD, SD embedded domain Dolby E to Dolby Digital (plus) transcoder with audio shuffler The GED100 and HED100 are embedded domain Dolby E to Dolby Digital or Dolby Digital Plus transcoders. Simultaneous encoding of or 4 individual stereo channels (languages) to 4 Dolby Digital (Plus) 2.0 streams is possible. The new Quad Speed audio bus allows for implementation of in between audio processing. This S2020 metadata handling 2 SDI inputs (with auto switch on carrier loss, and switch back function) Offset video delay adjustable between 0 and 500ms Quad Speed audio ADD-ON bus for bidirectional audio processing, HD and SD Dolby transcoding in transmission Preset based 16 channel audio/bitstream shuffling GED100 - HED100 means that we can stream the decoded Dolby E audio to a 2 SDI embedded audio outputs GED100:, HD, SD Quad Speed audio ADD-ON card like the DLA44 or DLA42, 7 presets that configure all 16 input channels at once, embedded domain Dolby process this audio and send it back to the G/HED100 for controlled by GPI or ACP (Cortex) E decoder Dolby Digital encoding into Dolby Digital or Dolby Digital plus. The ADD- Append and overwrite modes (plus) encoder re-embedder ON card does not need a connector panel and all audio Audio level and phase control HED100: HD, SD routing is performed inside the Synapse frame by just Audio offset delay up to 5000 ms embedded domain Dolby placing these cards in adjacent slots. Peak detection 0 dbfs E decoder Dolby Digital Silence detection with threshold (-100 to -20dBFS) and (plus) encoder re-embedder The HED100 can be future upgraded to GED100. This time control (1 to 255 sec) allows for staged implementation of HD infrastructures and Transparent for ATC time code RP188, RP196, RP215 spread the cost over multiple budget years. BPH18D_GED100: panel of the SFR04/SFR08/SFR18 frame and the Ethernet I/O panel for G-HED100 Dolby E decoding (no Dolby Digital Decoding) port (ACP) with (future use) balanced Encoding of up to 4 times 2.0 Dolby Digital (Plus) outputs, Optional (BHX18D) AES/EBU inputs or 5.1 Dolby Digital (Plus) 2.0 Dolby Digital (Plus) Dolby Pro Logic II encoding on the 2.0 channel Complementary cards: Downmix of 5.1 to 2.0 DLA44, DLA43. DLA42, DLA41 and DIO88 (plus all future BHX18D_GED100: Compatible with the following input formats (auto Quad Speed audio ADD-ON cards) I/O panel for G-HED100 selecting) (1080p only for GED100): with (future use) balanced 1080p p p50 AES/EBU inputs with relay 1080p p25 SD525 bypass 1080i p(sf)23.98 SD i50 720p

35 embedded Dolby processing audio for video GED130 - HED130 [QUAD SPEED AUDIO BUS] Quad speed, HD, SD IN 1, HD, SD IN 2 Eq 2x1 AUTO Eq DE-EMBEDDER S2020 READER METADATA 16 Ch Dolby E ADJUSTABLE OFFSET 0-500ms 50X16 16 DE-EMBED 8 DECODED E 16 QUAD SPEED 4 DOLBY D() 2 AD 16 S2020 CHANNEL INSERT EMBEDDER 4 Ch 4 Ch 4 Ch 4 Ch PHASE Dolby Digital (plus) META DATA, HD, SD OUT 1, HD, SD OUT 2 Upgradable to, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2, HD, SD SDI OUTPUT 1, HD, SD SDI OUTPUT 2 GPI/METADATA INPUT/OUTPUT DECODER 8 Ch PCM 42X4 2 AD 16 DE-EMBED 8 DECODED E 16 QUAD SPEED 40X4 16 DE-EMBED 8 DECODED E 16 QUAD SPEED AUDIO DESCRIPTION PROCESSING METADATA HANDLING METADATA METADATA IN/OUT NOT CONNECTED 16 Ch TDM /DE- 32CH OUT 32CH IN GPI/O TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller Embedded Metadata S2020 BPH18D BHX18D GED130 - HED130, HD, SD embedded domain Dolby E to Dolby Digital (plus) transcoder with audio shuffler and audio description processor The GED130 and HED130 are embedded domain Dolby E to Dolby Digital or Dolby Digital Plus transcoders with fully routable audio description processor. This processor uses a stereo track as main program (input 1-2 of the AD processor) and mixes the AD track triggered by the mix enable track (input 3-4 of the AD processor). The output of the AD processor can be routed to any of the Dolby digital encoder inputs or any of the normal PCM channels of the 16 channel embedder. Simultaneous encoding of or 4 individual stereo channels (languages) to 4 Dolby Digital (Plus) 2.0 streams is possible. The new Quad Speed audio bus allows for implementation of in between audio processing. This means that we can stream the decoded Dolby E audio to a Quad Speed audio ADD-ON card like the DLA44 or DLA42, process this audio and send it back to the G/HED130 for encoding into Dolby Digital or Dolby Digital plus. The ADD-ON card does not need a connector panel and all audio routing is performed inside the Synapse frame by just placing these cards in adjacent slots. Dolby E decoding (no Dolby Digital Decoding) Encoding of up to 4 times 2.0 Dolby Digital (Plus) outputs, or 5.1 Dolby Digital (Plus) 2.0 Dolby Digital (Plus) Dolby Pro Logic II encoding on the 2.0 channel Downmix of 5.1 to 2.0 S2020 metadata handling 2 SDI inputs (with auto switch on carrier loss, and switch back function) Compatible with the following input formats (auto selecting) (1080p only for GED130): 1080p p i i p p p(sf) p p50 SD525 SD625 Offset video delay adjustable between 0 and 500ms Quad Speed audio ADD-ON bus for bidirectional audio processing 2 SDI embedded audio outputs 7 presets that configure all 16 input channels at once, controlled by GPI or ACP (Cortex) Append and overwrite modes Audio level and phase control Audio offset delay up to 5000 ms Peak detection 0 dbfs Silence detection with threshold (-100 to -20dBFS) and time control (1 to 255 sec) Transparent for ATC time code RP188, RP196, RP215 panel of the SFR04/SFR08/SFR18 frame and via Ethernet Optional (BHX18D) Complementary cards: DLA44, DLA43. DLA42, DLA41 and DIO88 (plus all future Quad Speed audio ADD-ON cards), HD and SD Dolby transcoding in transmission with audio description Preset based 16 channel audio/bitstream shuffling GED130:, HD, SD embedded domain Dolby E decoder Dolby Digital (plus) encoder re-embedder with audio description HED130: HD, SD embedded domain Dolby E decoder Dolby Digital (plus) encoder re-embedder with audio description BPH18D_GED130: I/O panel for G-HED130 with (future use) balanced AES/EBU inputs BHX18D_GED130: I/O panel for G-HED130 with (future use) balanced AES/EBU inputs with relay bypass GED130 - HED

36 embedded Dolby processing audio for video GEE200/230 HEE200/230 [QUAD SPEED AUDIO BUS] Quad speed Eq 2x1 AUTO ADJUSTABLE OFFSET ms S2020 INSERT 16 CHANNEL EMBEDDER, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2 Eq META DATA, HD, SD SDI OUTPUT 1 DE-EMBEDDER 16 Ch 44X16 4 Ch 4 Ch 4 Ch, HD, SD SDI OUTPUT 2 S DE-EMBED 8 DECODED E 4 Ch PHASE METADATA READER BITSTREAM 16 QUAD SPEED 2 DOLBY E 2 AD Dolby E Upgradable to GPI/METADATA INPUT/OUTPUT 42X4 DOLBY E DOLBY DIGITAL & DIGITAL PLUS 8 Ch PCM 2 AD 16 DE-EMBED 8 DECODED E 16 QUAD SPEED ENCODER DECODER 40X4 16 DE-EMBED 8 DECODED E 16 QUAD SPEED AUDIO DESCRIPTION PROCESSING (ONLY 230) METADATA HANDLING METADATA NOT CONNECTED 16 Ch TDM /DE- 32CH OUT 32CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller Embedded Metadata S2020 BPH18D BHX18D GEE200 - GEE230 HEE200 - HEE230, HD, SD embedded domain Dolby E/D/D decoder to Dolby E encoder with optional audio description The GEE200/230 and HEE200/230 are embedded domain Dolby E/D/D to Dolby E processors with audio shuffler and an optional fully routable Audio Description processor. This processor uses a stereo track as main program (input 1-2 of the AD processor) and mixes the AD track triggered by the mix enable track (input 3-4 of the AD processor). 2 SDI inputs with auto switch on carrier loss, and switch back function Compatible with 1080p(sf)23.98/25/29.97/50/59.94, 1080i50/59.94, 720p50/59.94, SD525/625 Offset video delay, adjustable between 0 and 1000ms Quad Speed Audio ADD-ON bus, HD and SD Dolby transcoding in transmission with audio description Preset based 16 channel audio/bitstream shuffling BPH18D_GEExxx: I/O panel for G-HEExxx with (future use) balanced AES/EBU inputs BHX18D_GEExxx: I/O panel for G-HEExxx GEE200 - GEE230 HEE200 - HEE230 The output of the AD processor can be routed to any of the 2 SDI embedded audio outputs with (future use) balanced Dolby E encoder inputs or any of the normal PCM channels 7 presets that configure all 16 input channels at once, GEE200:, HD, SD AES/EBU inputs with relay of the 16 channel embedder. Simultaneous encoding of controlled by GPI or ACP (Cortex) embedded domain Dolby bypass 5.1, or 4 individual stereo channels (languages) to Append and overwrite modes E,D,D decoder and a Dolby E stream is possible. Audio level and phase control Dolby E encoder Audio offset delay up to 5000 ms HEE200: HD, SD The Quad Speed audio bus allows for implementation of in Silence detection (with customizable threshold and time embedded domain Dolby between audio processing. This means that we can stream control) and Peak detection 0dBFS E,D,D decoder and the decoded Dolby E audio to a Quad Speed Audio ADD-ON Transparent for ATC time code RP188, RP196, RP215 Dolby E encoder card like the DLA44 or DLA42, process this audio and send Locks to Tri-level, Bi-level syncs or input GEE230:, HD, SD it back to the G/HEE2x0 for encoding into Dolby E. Full control and status monitoring via frame font and ACP embedded domain Dolby The ADD-ON card does not need a connector panel and all Optional (BHX18D) E,D,D decoder and audio routing is performed inside the Synapse frame by Dolby E encoder with just placing these cards in adjacent slots. Complementary cards: audio description DLA44, DLA43. DLA42, DLA41 and DIO88 (plus all future processor The HEE2x0 can be future upgraded to GEE2x0. This Quad Speed audio ADD-ON cards) HEE230: HD, SD allows for staged implementation of HD infrastructures and embedded domain Dolby spread the cost over multiple budget years E,D,D decoder and Dolby E encoder with Dolby E, Dolby Digital and Dolby Digital Plus decoding audio description Encoding of up to 4 times 2.0 Dolby E ouputs, or 5.1 processor Dolby E or Dolby E Audio Description processor with free routable I/O S2020 metadata handling 68 69

37 embedded Dolby processing audio for video GPD100 - HPD100 [QUAD SPEED AUDIO BUS] Quad speed, HD, SD IN 1, HD, SD IN 2 Eq Eq 2x1 AUTO ADJUSTABLE OFFSET 0-500ms S2020 INSERT 16 CHANNEL EMBEDDER, HD, SD OUT 1, HD, SD OUT 2, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2 META DATA, HD, SD SDI OUTPUT 1 16 Ch 4 Ch 4 Ch, HD, SD SDI OUTPUT 2 DE-EMBEDDER 4 Ch METADATA S2020 READER 40X16 16 DE-EMBED 16 QUAD SPEED 4 DOLBY D() 4 Ch PHASE Dolby Digital (plus) 1 Dolby Digital (plus) 2 Dolby Digital (plus) 3 Upgradable to GPI/METADATA INPUT/OUTPUT Dolby Digital (plus) 4 32X4 16 DE-EMBED 16 QUAD SPEED METADATA METADATA IN/OUT NOT CONNECTED 16 Ch HANDLING METADATA TDM TDM DE- GPI/O Embedded Metadata S CH OUT 32CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller BPH18D BHX18D GPD100 - HPD100, HD, SD embedded domain PCM to Dolby Digital (plus) encoder with audio shuffler The GPD100 and HPD100 are embedded domain PCM to Dolby Digital or Dolby Digital Plus transcoders. Simultaneous encoding of or 4 individual stereo channels (languages) to 4 Dolby Digital (Plus) 2.0 streams is possible. Compatible with the following input formats (auto selecting)(1080p50 and in GPD100 only) 1080p p i p p p(sf) p50 SD525 SD625, HD and SD Dolby transcoding in transmission Preset based 16 channel audio/bitstream shuffling On the fly audio routing to two individual SD, HD and SDI video streams BHX18D_GPD100: I/O panel for G-HPD100 with (future use) balanced AES/EBU inputs with relay bypass GPD100 - GPD100 The new Quad Speed audio bus allows for implementation 1080i50 720p59.94 of in between audio processing. This means that we can stream the decoded Dolby E audio to a Quad Speed audio Quad Speed audio ADD-ON bus for bidirectional audio processing ADD-ON card like the DLA44 or DLA42, process this audio 2 SDI embedded audio outputs GPD100:, HD, SD and send it back to the G/HPD100 for encoding into Dolby 7 presets that configure all 16 input channels at once, embedded domain PCM to Digital or Dolby Digital Plus. The ADD-ON card does not controlled by GPI or ACP (Cortex) Dolby Digital (Plus) need a connector panel and all audio routing is performed Append and overwrite modes encoder with audio inside the Synapse frame by just placing these cards in Audio level and phase control shuffler adjacent slots. Audio offset delay up to 5000 ms HPD100: HD, SD Peak detection 0dBFS embedded domain PCM to The HPD100 can be future upgraded to GPD100. This allows Transparent for ATC time code RP188, RP196, RP215 Dolby Digital (Plus) for staged implementation of HD infrastructures and spread encoder with audio the cost over multiple budget years. panel of the frame and via the Ethernet port (ACP) Optional (BHX18 or BHX18D) shuffler Encoding of up to 4 times 2.0 Dolby Digital (Plus) outputs BPH18D_GPD100: or 5.1 Dolby Digital (Plus) 2.0 Dolby Digital (Plus) Complementary cards: I/O panel for G-HPD100 Dolby Pro Logic II encoding on the 2.0 channel DLA44, DLA43, DLA42, DLA41 and DIO88 (plus all other with (future use) balanced Downmix of 5.1 to 2.0 Quad Speed audio ADD-ON cards) AES/EBU inputs Embedded S2020 handling 2 SDI inputs (with auto switch on carrier loss, and switch back function) Video offset delay between 0 and 500ms 70 71

38 embedded Dolby processing audio for video GPD130 - HPD130 [QUAD SPEED AUDIO BUS] Quad speed, HD, SD IN 1, HD, SD IN 2 Eq 2x1 AUTO Eq DE-EMBEDDER S2020 READER METADATA 16 Ch ADJUSTABLE OFFSET 0-500ms 42X16 16 DE-EMBED 16 QUAD SPEED 4 DOLBY D() 2 AD 16 S2020 CHANNEL INSERT EMBEDDER 4 Ch 4 Ch 4 Ch 4 Ch PHASE Dolby Digital (plus) META DATA, HD, SD OUT 1, HD, SD OUT 2 Upgradable to, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2, HD, SD SDI OUTPUT 1, HD, SD SDI OUTPUT 2 GPI/METADATA INPUT/OUTPUT 36X4 2 AD 16 DE-EMBED 16 QUAD SPEED 32X4 16 DE-EMBED 16 QUAD SPEED 16 Ch TDM /DE- AUDIO DESCRIPTION PROCESSING METADATA HANDLING METADATA METADATA IN/OUT GPI/O Embedded Metadata S2020 NOT CONNECTED 32CH OUT 32CH IN TO ADD-ON FROM ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS Rack controller BPH18D BHX18D GPD130 - HPD130, HD, SD embedded domain PCM AD to Dolby Digital (Plus) encoder with audio shuffler and audio description processor The GPD130 and HPD130 are embedded domain PCM to Dolby Digital or Dolby Digital Plus encoders with fully routable audio Description processor. This processor uses a stereo track as main program (input 1-2 of the AD processor) and mixes the AD track triggered by the mix enable track (input 3-4 of the AD processor). The output of the AD processor can be routed to any of the Dolby digital encoder inputs or any of the normal PCM channels of the 16 channel embedder. Simultaneous encoding of or 4 individual stereo channels (languages) to 4 Dolby Digital (Plus) 2.0 streams is possible. The new Quad Speed audio bus allows for implementation of in between audio processing. This means that it can stream the decoded Dolby E audio to a Quad Speed audio ADD-ON card like the DLA44 or DLA42, process this audio and send it back to the G/HPD130 for encoding into Dolby Digital or Dolby Digital plus. The ADD-ON card does not need a connector panel and all audio routing is performed inside the Synapse frame by just placing these cards in adjacent slots. Encoding of up to 4 times 2.0 Dolby Digital (Plus) outputs or 5.1 Dolby Digital (Plus) 2.0 Dolby Digital (Plus) Audio Description processor with free routable I/O Dolby Pro Logic II encoding on the 2.0 channel Downmix of 5.1 to 2.0 Embedded S2020 handling 2 SDI inputs (with auto switch on carrier loss, and switch back function) Compatible with the following input formats (auto selecting)(1080p50 and in GPD130 only) 1080p p i i p p p(sf) p p50 SD525 SD625 Offset video delay adjustable between 0 and 500ms Quad Speed audio ADD-ON bus for bidirectional audio processing 2 SDI embedded audio outputs 7 presets that configure all 16 input channels at once, controlled by GPI or ACP (Cortex) Append and overwrite modes Audio level and phase control Audio offset delay up to 5000 ms Peak detection 0dBFS Silence detection with threshold (-100 to -20dBFS) and time control (1 to 255 sec) Transparent for ATC time code RP188, RP196, RP215 Locks to Tri-level, Bi-level syncs or input panel of the frame and via the Ethernet port (ACP) Optional (BHX18D) Complementary cards: DLA44, DLA43, DLA42, DLA41 and DIO88 (plus all other Quad Speed audio ADD-ON cards), HD and SD Dolby transcoding in transmission with audio description Preset based 16 channel audio/bitstream shuffling On the fly audio routing to two individual SD, HD and SDI video streams GPD130:, HD, SD embedded domain PCM AD to Dolby Digital (plus) encoder HPD130: HD, SD embedded domain PCM AD to Dolby Digital (plus) encoder BPH18D_GPD130: I/O panel for G-HPD130 with (future use) balanced AES/EBU inputs BHX18D_GPD130: I/O panel for G-HPD130 with (future use) balanced AES/EBU inputs with relay bypass GPD130 - GPD

39 Audio processing 2AI48 AES/EBU IN 1/2 PHASE AES/EBU FORMAT AES/EBU OUT 1/2 2X2 2X1 SWITCH AES/EBU INPUT 1/2 AES/EBU IN 3/4 PHASE AES/EBU FORMAT AES/EBU OUT 3/4 AES/EBU INPUT 3/4 PROBE AES/EBU INPUT 5/6 AES/EBU IN 5/6 PHASE 2X2 AES/EBU FORMAT AES/EBU OUT 5/6 AES/EBU INPUT 7/8 2X1 SWITCH AES/EBU IN 7/8 PHASE AES/EBU FORMAT AES/EBU OUT 7/8 AES/EBU OUTPUT 1/2 CLOCK SELECT PROBE AES/EBU OUTPUT 3/4 AES/EBU OUTPUT 5/6 AES/EBU OUTPUT 7/8 BPL01 BPL02 BPL04 BPL05D Dual AES/EBU back-up switcher with integrity checking High density AES/EBU back- BPX05D_2AI48: 2AI48 The 2AI48 is a dual AES/EBU back-up switcher. It contains 2 completely individual paths with main and back-up inputs. The unit can be triggered by our ACP control 2x1 or 2x2 function Automatic back-up triggerd by: Loss of input (carrier detect) up switching in lines areas I/O panel for 2AI48 with balanced AES/EBU in and out on sub-d with relay bypass 2AI48 protocol or automatically by several input triggers. These Silence with threshold and time adjustment triggers are loss of input, audio silence, clipping and crc Audio clip with time adjustment 2AI48: Dual AES/EBU errors. CRC errors back-up switcher with AES/EBU inputs with optional (32 to 192kHz integrity checking sampling) 48kHz sample clock locked to: black and burst ref or Word Clock reference BPL01_2AI48: 48kHz sample clock in free running mode I/O panel for 2AI48 with Available with 110 Ohm (phoenix or sub-d) or 75 Ohm unbalanced AES/EBU in (BNC) AES/EBU inputs and outputs and outputs Adjustable audio gain (in 0.25dB) and phase (0-180 deg) BPL02_2AI48: Adjustable audio delay offset up to 1300ms in 1ms I/O panel for 2AI48 with increments unbalanced AES/EBU in and balanced AES/EBU out panel of the SFR04/SFR08/SFR18 frame and the Ethernet BPL04_2AI48: port (ACP) I/O panel for 2AI48 with balanced AES/EBU in and balanced AES/EBU out BPL05D_2AI48: I/O panel for 2AI48 with balanced AES/EBU in and balanced AES/EBU out on sub-d 74 75

40 Audio processing ADL24 TING INPUT ANALOG AUDIO 1 A/D D/A ANALOG AUDIO 1 ANALOG AUDIO INPUT 1 ANALOG AUDIO 2 ANALOG AUDIO 3 A/D A/D TING AUDIO OFFSET MASTER FADE PHASE CLIP- DETECT D/A D/A ANALOG AUDIO 2 ANALOG AUDIO 3 ANALOG AUDIO INPUT 2 ANALOG AUDIO INPUT 3 ANALOG AUDIO 4 A/D D/A ANALOG AUDIO 4 ANALOG AUDIO INPUT 4 ANALOG AUDIO OUTPUT 1 TING IN 1 TING IN 2 ADD-ON SELECTOR ANALOG AUDIO OUTPUT 2 ANALOG AUDIO OUTPUT 3 AUDIO IN/OUTPUTS TO/FROM SYNAPSE BUS INTERNAL INTERNAL SYNAPSE SYNAPSE BUS BUS ANALOG AUDIO OUTPUT 4 BPL04 BPL05 BPL05D ADL24 Analog audio tracking delay with offset The ADL24 is an audio delay card, its main application is to delay analog audio signals. The card has a tracking audio delay and a delay offset ranging from 0 ms up to 5200 ms at 48 khz. This card can also be used as an ADD-ON card. In ADD-ON mode the card acts as an analog input or output board that feeds a MASTER card positioned to the left with embedder or de-embedder functionality. For example the SDB20 can perform a de-embedder function with the ADL24 as its output card. The audio data that enters the synapse bus from a MASTER card is identical to the analog audio on the local outputs. If the ADL24 is used with an SEB20 MASTER card, the ADL24 performs as an analog input. The ADL24 converts the analog audio digital audio signals and put these on the Synapse bus. The signals can be embedded into the SDI data stream. 24 bit audio conversion 48, 96 and 192 khz internal sampling for up to 90kHz analog audio bandwidth Sample clock can be derived from MASTER card (ADD-ON mode). Analog reference levels adjustable for 12, 15, 18 and 24dBu Adjustable audio gain (in 0.25dB) and phase (0-180 deg) Can be used as a Synapse ADD-ON card for embedding or de-embedding Adjustable audio delay offset up to 5200ms in 1ms increments Tracking audio delay MASTER fade function for dedicated Synapse applications panel of the SFR04/SFR08/SFR18 frame and the Ethernet port (ACP) Analog audio tracking delay functions Generic analog audio ADD-ON card for dedicated Synapse MASTER cards that have an embedding function. Both input and output options Offset delay for compensation of large screen venue displays ADL24: Analog audio tracking delay with offset BPL05D_ADL24: I/O panel for ADC24 with balanced analog audio in and balanced analog audio out and tracking on sub-d ADL24 BPL04_ADL24: I/O panel for ADC24 with balanced analog audio in and balanced analog audio out BPL05_ADL24: I/O panel for ADC24 with balanced analog audio in and balanced analog audio out and tracking on Phoenix 76 77

41 Audio processing ADP24 GPI INPUT (VOICE-OVER) AES/EBU IN 1 - OFFSET CH 1/2 PHASE CH 1/2 AUDIO DESCRIPTION & VOICE OVER AES/EBU FORMAT AES/EBU OUT1 AES/EBU INPUT 1/2 AES/EBU INPUT 3/4 AES/EBU IN 2 - OFFSET CH 3/4 PHASE CH 3/4 PROCESSING (FADE & MIX) AES/EBU FORMAT AES/EBU OUT 2 AES/EBU OUTPUT 1/2 AES/EBU OUTPUT 3/4 CLOCK SELECT AD DETECTION GPI IN AUDIO IN/OUTPUTS TO/FROM SYNAPSE BUS ADP24 1 BPL02M BPL04M BPL05DM ADP24 Audio description and Voice Over processing card The ADP24 is the AES/EBU equivalent of the ADP10. The card is designed to decode the audio description track that is part of an AES/EBU audio stream. It reads the description track and mixes this with the program material. The result is then overwritten in the original audio description track (default 3/4). The user is free to change the default track description, and can change the individual offset delay of the audio tracks. The adjustable delay can also be used for compensation of other video related propagation delay like Dolby Digital encoding. Audio description or Voice Over mode Automatic Audio Description recognition Adjustable Voice Over, fade-in and fade-out time Flexible channel assignment 1 original program output 1 audio described (mixed) output Adjustable offset delay per stereo pair Gain (0.25db steps) and phase control (0-180 deg) per channel Compatible with pan Can be locked to AES1, AES2, MASTER Synapse card, Word Clock and black and burst Generic digital audio description processing AES/EBU Voice Over module ADP24: Audio description and Voice Over processing card BPL02M_ADP24: I/O panel for ADP24 with unbalanced AES/EBU in and unbalanced AES/EBU out ADP24 BPL04M_ADP24: I/O panel for ADP24 with balanced AES/EBU in and balanced AES/EBU out BPL05DM_ADP24: I/O panel for ADP24 with balanced AES/EBU in, balanced AES/EBU out and tracking on sub-d 78 79

42 Audio processing DAS24 AES/EBU INPUT 1/2 AES/EBU IN 1 AES/EBU IN 2 CHANNEL: PHASE PROCESSIN G CHANNEL MIX & SWAP AES/EBU FORMAT AES/EBU FORMAT AES/EBU OUT1 AES/EBU OUT 2 AES/EBU INPUT 3/4 AES/EBU OUTPUT 1/2 AES/EBU OUTPUT 3/4 CLOCK SELECT 3 4 INTERNAL INTERNAL SYNAPSE SYNAPSE BUS BUS AUDIO IN/OUTPUTS TO/FROM SYNAPSE BUS BPL02 BPL04 BPL05D DAS24 4 channel (2 x AES/EBU) digital audio mixing and shuffle module The DAS24 is 4 channel digital audio ADD-ON card. Its basic function is the routing and processing of de-embedded audio from a MASTER card to external devices. The DAS24 can perform channel swapping, mixing, gain/phase control. The card has additional AES/EBU inputs with a Sample Rate Converter () and can therefore be used as an audio shuffler/mixer. The DAS24 has a delaying capability for each channel of up to 1300ms. In ADD-ON mode the card acts as a digital audio output board that is fed from a MASTER card positioned one slot left of the ADD-ON card. The AES/EBU inputs and outputs are available on 75 Ohm BNC or 110 Ohm screw terminals. AES/EBU inputs with optional (32 to 96kHz sampling). Sample clock can be derived from MASTER card (ADD-ON mode) 96kHz and 48kHz sample clock locked to: black and burst ref or Word Clock ref. 96kHz and 48kHz sample clock in free running mode Available with 110 Ohm (phoenix) or 75 Ohm (BNC) AES/EBU inputs and outputs Adjustable audio gain (in 0.25dB) and phase (0-180 deg) Can be used as a Synapse ADD-ON output card Full 4 channel shuffling and mixing Tracking audio delay on dedicated BNC input Offset delay up to 1300 ms MASTER fade function for dedicated Synapse applications Audio clipping indication AES/EBU audio shuffling and mixing Synapse ADD-ON digital audio output DAS24: 4 channel (2 x AES/EBU) digital audio mixing and shuffle module BPL02_DAS24: I/O panel for DAS24 with unbalanced AES/EBU in and unbalanced AES/EBU out DAS24 BPL04_DAS24: I/O panel for DAS24 with balanced AES/EBU in and balanced AES/EBU out BPL05D_DAC24: I/O panel for DAS24 with balanced AES/EBU in and balanced AES/EBU out on sub-d 80 81

43 Audio processing D AW30 ACTIVE BYPASS [QUAD SPEED AUDIO BUS] Quad speed MODE 1 MODE 2 MODE 3 AES/EBU IN 1/2 AES/EBU IN 1/2 AES/EBU OUT 1/2 UP TO 8 CHANNELS OF WATERMARKING AES/EBU IN 3/4 AES/EBU IN 3/4 AES/EBU OUT 3/4 32 CHANNEL COMP 40x8 INPUT NexTracker SyncNow HIGH POWER DSP SUB MODULE REAL TIME CLOCK WITH BATTERY BACK-UP 2 CHANNEL 2 CHANNEL 2 CHANNEL 2 CHANNEL OPTIONAL RE- ADD-ON EMBED MULTIPLEXING INSERTING OF 8 X 2-CHANNELS INTO 32 PROCESSED AUDIO 32CH 32CH 32CH 32CH IN OUT OUT IN AES/EBU IN 5/6 AES/EBU IN 7/8 LTC IN AND GPI AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU OUT 5/6 AES/EBU IN 5/6 AES/EBU IN 7/8 LTC IN AND GPI AES/EBU IN 9/10 AES/EBU IN 11/12 AES/EBU IN 13/14 AES/EBU OUT 5/6 AES/EBU OUT 7/8 LTC IN AND GPI AES/EBU OUT 9/10 AES/EBU OUT 11/12 AES/EBU OUT 13/14 meta bypass FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS AES/EBU OUT 7/8 AES/EBU IN 15/16 AES/EBU OUT 15/16 BPL11 BPX11 DAW30 8, 4 and 2 channel watermarking encoder based on kantar media technology The DAW30 is an audio watermarking embedder for Audience Measurement (NexTracker ) or Second Screen applications (SyncNow ) or both of the services. SyncNow watermark encoding for second screen applications NexTracker viewing rates watermarking 8, 4 or dual channel audio watermarking in transmission environments for: viewing rate DAW30 Developed in corporation with Kantar Media, this powerful Up to 8 channels of inaudible Kantar Media based measurements card can encode/watermark up to 8 mono channels in the watermarking with embedded time stamp and channel Second Screen AES/EBU domain. identification Full audio swapping of all input channels allow for a The Quad Speed audio bus makes this card ideal to selection of any AES/EBU input or any of the 32 channel process embedded domain audio by use of a Quad Speed Quad Speed audio bus inputs enabled MASTER card. All cards are built for (up to) 8 16 stereo channels of audio gain DAW30: 8 channel channels of inaudible Kantar Media based watermarking 16 stereo channel audio delay up to 4000ms AES/EBU SyncNow and including time codes and channel or content identifiers. 16x 2 channel audio insertion into 32 channel Quad NexTracker watermark The DAW30 allows both SyncNow as well as Speed audio bus (allows for duplicates) engine with QS ADD-ON NexTracker watermark embedding in one card. For more Pre and post processed Quad Speed bus reinsertion of bus about SyncNow and NexTracker please go audio all channels to BPL11_DAW30: The DAW30 can be used in 3 modes: I/O panel for DAW30 with Complementary cards: unbalanced AES/EBU in Mode 1 makes the card a universal 4 AES/EBU in and 4 All Quad Speed audio MASTER Cards (G/HEP100, G/ and out AES/EBU output card. This gives the user a function to HED100, G/HRB100, G/HDK100, G/HXT110 etc) insert and extract up to 8 mono channels from any Quad DLA41, DLA42, DLA43 and DLA44 Speed compatible MASTER card. BPX11_DAW30: I/O panel for DAW30 with Mode 2 turns the DAW into an 8 AES/EBU insert card, unbalanced AES/EBU in providing the insertion of up to 16 mono channels into any and out and bypass relay Quad Speed compatible MASTER card. Mode 3 is used to extract 8 AES/EBU (16 mono audio) channels from a Quad Speed compatible MASTER Card

44 Audio processing DIO24 TING INPUT 4:1 AES/EBU INPUT 1/2 AES/EBU IN 1/2 AES/EBU IN 3/4 4:1 4:1 1 CH 1 CH 1 CH 1 CH -OFFSET TING AUDIO -OFFSET TING AUDIO MASTER FADE AND PHASE AES/EBU FORMAT AES/EBU FORMAT AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU INPUT 3/4 AES/EBU OUTPUT 1/2 AES/EBU OUTPUT 3/4 4:1 CLOCK SELECT TING IN MASTER FADE PULS 3 4 AUDIO IN/OUTPUTS TO/FROM SYNAPSE BUS 3 BPL02 BPL04 BPL05D DIO24 4 channel digital audio sample rate converter, tracking (and offset) delay - ADD-ON card The DIO24 is a multi-functional product. Its basic function is the conversion of asynchronous AES/EBU digital audio into synchronous AES/EBU utilizing the on-board sample rate converter. The DIO24 has a tracking audio delay, with a delay offset possibility of up to 1300ms, and it can perform the Synapse ADD-ON input function. AES/EBU inputs with optional (32 to 192kHz sampling) Sample clock can be derived from MASTER card (ADD-ON mode) 96kHz and 48kHz sample clock locked to: black and burst ref or Word Clock ref. 96kHz and 48kHz sample clock in free running mode Available with 110 Ohm (phoenix or sub-d) or 75 Ohm (BNC) AES/EBU inputs and outputs Adjustable audio gain (in 0.25dB) and phase (0-180 deg) Can be used as a Synapse ADD-ON input or output card Adjustable audio delay offset up to 1300ms in 1ms increments Tracking audio delay on dedicated BNC input MASTER fade function for dedicated Synapse applications Dual AES/EBU standalone tracking digital audio delay Dual AES/EBU offset delay Dual generic sample rate converter (lock AES to black and burst) DIO24: 4 channel digital audio sample rate converter, tracking (and offset) delay ADD-ON card BPL02_DIO24: I/O panel for DIO24 with unbalanced AES/EBU in and balanced AES/EBU out DIO24 BPL04_DIO24: I/O panel for DIO24 with balanced AES/EBU in and balanced AES/EBU out BPL05D_DIO24: I/O panel for DIO24 with balanced AES/EBU in and balanced AES/EBU out on sub-d 84 85

45 Audio processing DIO48 AES/EBU IN 1/2 AES/EBU IN 3/4 A1 A2 SOURCE A 4X (16 TO 1) CHANNEL A3 A4 - OFFSET TING AUDIO SHUFFLE A MASTER FADE AES/EBU FORMAT AES/EBU FORMAT AES/EBU OUT 1/2 AES/EBU OUT 3/4 TING INPUT AES/EBU INPUT 1/2 AES/EBU INPUT 3/4 AES/EBU IN 5/6 AES/EBU IN 7/8 B1 B2 SOURCE B 4X (16 TO 1) CHANNEL B3 B4 & PHASE PROCESSING SHUFFLE B MASTER FADE AES/EBU FORMAT AES/EBU FORMAT AES/EBU OUT 5/6 AES/EBU OUT 7/8 AES/EBU INPUT 5/6 AES/EBU INPUT 7/8 AES/EBU OUTPUT 1/2 TING IN CLOCK SELECT ADD-ON SELECTOR AES/EBU OUTPUT 3/4 AES/EBU OUTPUT 5/6 MASTER FADE PULS AUDIO IN/OUTPUTS TO/FROM SYNAPSE BUS 1 INTERNAL INTERNAL SYNAPSE SYNAPSE BUS BUS AES/EBU OUTPUT 7/8 BPL01 BPL02 BPL04 BPL05D DIO48 8 channel digital audio (192kHz) sample rate converter, tracking (and offset) delay - ADD-ON card The DIO48 is a multi-functional product. Its basic function is the conversion of asynchronous AES/EBU digital audio into synchronous AES/EBU utilizing the on-board sample rate converter. The DIO48 has a tracking audio delay, with a delay offset possibility of up to 1300ms, and it can perform the Synapse ADD-ON input and output function. Also provided in this module is shuffling and mixing of the AES channels. This board can be used as an input or output ADD-ON board. Selection of 8 channels out of all local and ADD-ON inputs Full mixing capabilities of 2 x 4 channels (A and B) AES/EBU inputs with optional (32 to 192kHz sampling) Sample clock can be derived from MASTER card (ADD-ON mode) 48kHz sample clock locked to: black and burst ref or Word Clock reference 48kHz sample clock in free running mode Available with 110 Ohm (phoenix or sub-d) or 75 Ohm (BNC) AES/EBU in- and outputs Adjustable audio gain (in 0.25dB) and phase (0-180 deg) Can be used as a Synapse ADD-ON input or output card Adjustable audio delay offset up to 1300 ms in 1ms increments Tracking audio delay on dedicated BNC input MASTER fade function for dedicated Synapse applications Can be used as an independent audio delay with tracking possibility Can be used as a four channel sample rate converter 8 channel ADD-ON input card to the HXT10 (and many other 2 group embedding MASTER cards) DIO48: 8 channel digital audio sample rate converter, tracking (and offset) delay ADD-ON card BPL04_DIO48: I/O panel for DIO48 with balanced AES/EBU in and balanced AES/EBU out BPL05D_DIO48: I/O panel for DIO48 with balanced AES/EBU in and balanced AES/EBU out on sub-d DIO48 Complementary cards: All conventional embedding and de-embedding cards BPL01_DIO48: I/O panel for DIO48 with unblanaced AES/EBU inputs and outputs BPL02_DIO48: I/O panel for DIO48 with unbalanced AES/EBU in and balanced AES/EBU outputs 86 87

46 Audio processing DIO88 MODE 1 4IN/4OUT Quad speed MODE 1 MODE 2 MODE 3 AES/EBU IN 1/2 AES/EBU IN 1/2 AES/EBU OUT 1/2 AES/EBU IN 1/2 & PHASE & PHASE 2 CHANNEL MONO SWITCH NC AES/EBU IN 3/4 AES/EBU IN 5/6 & PHASE & PHASE & PHASE & PHASE 2 CHANNEL 2 CHANNEL MONO SWITCH MONO SWITCH NC NC AES/EBU IN 3/4 AES/EBU IN 3/4 AES/EBU OUT 3/4 AES/EBU IN 7/8 NC NC NC 40x16 INPUT & PHASE & PHASE & PHASE & PHASE & PHASE & PHASE & PHASE 2 CHANNEL 2 CHANNEL 2 CHANNEL 2 CHANNEL MONO SWITCH MONO SWITCH MONO SWITCH MONO NC AES/EBU OUT 9/10 AES/EBU OUT 11/12 AES/EBU OUT 13/14 AES/EBU IN 5/6 AES/EBU IN 7/8 AES/EBU IN 5/6 AES/EBU IN 7/8 AES/EBU OUT 5/6 AES/EBU OUT 7/8 & PHASE SWITCH NC & PHASE 2 CHANNEL MONO AES/EBU OUT 15/16 & PHASE SWITCH 32 CHANNEL AES/EBU OUT 1/2 AES/EBU IN 9/10 AES/EBU OUT 9/10 ADD-ON EMBED MULTIPLEXING 8X 2-CHANNELS INTO 32 AES/EBU OUT 3/4 AES/EBU IN 11/12 AES/EBU OUT 11/12 AES/EBU OUT 5/6 AES/EBU IN 13/14 AES/EBU OUT 13/14 32CH 32CH 32CH 32CH IN OUT OUT IN FROM MASTER TO MASTER TO NEXT ADD-ON FROM NEXT ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS AES/EBU OUT 7/8 AES/EBU IN 15/16 AES/EBU OUT 15/16 BPL11 Universal triple mode, 16 channel I/O card for Quad Speed ADD-ON applications 16 channel insertion to DIO88 The Synapse Quad Speed audio bus enables up to 32 channels being transported from MASTER card to ADD-ON card and simultaneously 32 channels from ADD-ON card(s) Triple mode Quad Speed audio ADD-ON card (Cortex controllable, no reboot required) Mode 1: 4x AES/EBU in and 4x AES/EBU out Quad Speed audio MASTER card 16 channel extraction from Quad Speed audio DIO88 to MASTER card. Mode 2: 8x AES/EBU in MASTER card Mode 3: 8x AESEBU out The DIO88 can be used in 3 modes. The card only works Full audio swapping of all input channels allow for a as an ADD-ON card and can therefore not be used without a Quad Speed MASTER card. selection of any AES/EBU input or any of the 32 channel bus input to be selected 16 channels of audio gain DIO88: Universal triple Mode 1 makes the card a universal 4 AES/EBU in and 4 16 channels of audio phase reversal mode, 16 channel I/O AES/EBU output card. This gives the user a function to 8x 2 channel audio delay up to 1300ms Quad Speed ADD-ON card insert and extract up to 8 mono channels from any Quad 8 stereo>mono switches Speed compatible MASTER card. 16x 2 channel audio insertion into 32 channel Quad Speed audio bus (allows for duplicates) BPL11_DIO88: Mode 2 turns the DIO88 into an 8 AES/EBU insert card, I/O panel for DIO88 with providing the insertion of up to 16 mono channels into any unbalanced AES/EBU in Quad Speed compatible MASTER card. and out Compatible MASTER cards: Mode 3 is used to extract 8 AES/EBU (16 mono audio) G/HDK100, G/HXT110, G/HEP100, G/HPD100, G/HED100 channels from a Quad Speed compatible MASTER Card. and all other Quad Speed MASTER cards 88 89

47 Audio processing DLA44 DLA43 DLA41 Quad speed AES/EBU IN 1/2 LfRf AES/EBU IN 3/4 C/LFE PHASE & AEROMAX 5.1 LOUDNESS CONTROL UPMIX SOURCE SELECT AUTOMAX-II (AUTO SWITCH) UPMIXING AES/EBU OUT 1/2 LfRf PHASE & PARAM. AES/EBU OUT 3/4 C/LFE Powered by AES/EBU IN 1/2 AES/EBU IN 3/4 AES/EBU IN 5/6 AES/EBU IN 5/6 LsRs PHASE & DLA44 DLA43 DLA44 DLA41 OUTPUT AES/EBU OUT 5/6 LsRs AES/EBU IN 7/8 meta bypass AES/EBU IN 7/8 METADATA INPUT GPI INPUT PHASE & ADD-ON DE-EMBED SELECTOR 8 CHANNELS OUT OF 32 32CH IN Lt/Rt Downmix OPTIONAL RE- INSERTING OF PROCESSED AUDIO 32CH OUT 32CH IN PAR AEROMAX 2.0 LOUDNESS CONTROL ADD-ON MULTIPLEXING 8 CHANNELS INTO 32 32CH OUT μp AES/EBU OUT 7/8 Lt/Rt METADATA OUTPUT METADATA, GPI I/O AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU OUT 5/6 FROM MASTER TO NEXT ADD-ON FROM NEXT ADD-ON TO MASTER QUAD SPEED MULTIPLEXING AUDIO BUS AES/EBU OUT 7/8 BPL11 BPX11 DLA41 - DLA43 DLA44 8 channel (5.1/2.0) digital audio loudness control and upmixer/downmixer unit based on Linear Acoustic algorithms Inconsistent DTV audio loudness, or the so-called loud commercial problem is the number one complaint of television viewers and it is driving them away. It is clear that with the transition to digital (HD), a simple and cost effective solution is needed right now. A full-time downmixed version of the main program is provided as the fourth AES output pair. This signal can be either a stereo LoRo downmix or an industry standard LtRt surround encoded mix compatible with all legacy consumer decoders. Transmission or ingest loudness control Transmission 2.0 to 5.1 upmixing with transparent 5.1 mode Pre Dolby Digital (plus) processing BPX11_DLAxx: I/O panel for DLAxx with unbalanced AES/EBU in and out and bypass relay DLA41 - DLA43 DLA44 The DLA44/43/41 is based on third generation audio and loudness management technology by Linear Acoustic. The DLA44 protects your viewers from loudness shifts and loss of surround sound in a simple, cost effective, modular and hot-swap manner next to over 300 other Synapse modules. The DLA44 accepts four pairs of PCM audio to handle a program stream containing 5.1 and two channel audio. The unit can apply multiband, multistage loudness control and upmixing to the source audio. Loudness control is provided by the popular AEROMAX algorithm, while upmixing is provided by the air-proven and industry standard UPMAX algorithm. Both technologies are used world-wide to provide consistent and compelling 5.1 channel audio while remaining completely downmix compatible. The DLA44 also includes the new AutoMAX-II autodetection algorithm to smoothly and automatically bypass upmixing when applied content is 5.1 channels. Upmixing and loudness processing modes can also be controlled by the ACP protocol and Cortex or by GPI contact closures. Selection/swapping of 8 local inputs or ADD-ON inputs Quad Speed audio bus Input gain, phase and delay adjustments Parametric for the 2.0 sources 2.0 or 5.1 upmixing (DLA44 and DLA41 only) Downmix from 5.1 to loudness control (DLA44/43 only) 2.0 loudness control of discrete or downmixed 2.0 input (DLA44/43 only) Metadata manipulation of external source to preset levels (DialNorm) Locks to black and burst, AES input and MASTER card Compementary cards: G/HDK100, G/HXT110, G/HEP100, G/HPD100, G/HED100 and all other Quad Speed MASTER cards DLA41: upmixer/ downmixer ADD-ON card DLA43: 8 channel (5.1/2.0) digital audio loudness control ADD-ON card DLA44: 8 channel (5.1/2.0) digital audio loudness control and upmixer/downmixer ADD- ON card BPL11_DLAxx: I/O panel for DLAxx with unbalanced AES/EBU in and out 90 91

48 Audio processing DLA42 [QUAD SPEED AUDIO BUS] Quad speed AES/EBU IN 1/2 PHASE & PARAM. AEROMAX 2.0 LOUDNESS CONTROL AES/EBU OUT 1/2 Powered by AES/EBU IN 1/2 AES/EBU IN 3/4 AES/EBU IN 3/4 PHASE & PARAM. AEROMAX 2.0 LOUDNESS CONTROL AES/EBU OUT 3/4 AES/EBU IN 5/6 AES/EBU IN 5/6 PHASE & PARAM. AEROMAX 2.0 LOUDNESS CONTROL OUTPUT AES/EBU OUT 5/6 AES/EBU IN 7/8 meta bypass AES/EBU IN 7/8 METADATA INPUT GPI INPUT PHASE PARAM. & OPTIONAL RE- INSERTING OF ADD-ON DE-EMBED PROCESSED SELECTOR AUDIO 8 CHANNELS OUT OF 32 32CH 32CH IN OUT AEROMAX 2.0 LOUDNESS CONTROL ADD-ON MULTIPLEXING 8 CHANNELS INTO 32 32CH 32CH IN OUT μp AES/EBU OUT 7/8 METADATA OUTPUT METADATA, GPI I/O AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU OUT 5/6 FROM MASTER TO NEXT ADD-ON FROM NEXT ADD-ON TO MASTER QUAD SPEED MULTIPLEXING AUDIO BUS AES/EBU OUT 7/8 BPL11 BPX11 8 channel (4x 2.0) digital audio loudness control unit based on Linear Acoustic algorithms with Quad Speed audio ADD-ON bus Transmission or ingest DLA42 Inconsistent DTV audio loudness, or the so-called loud commercial problem is the number one complaint of television viewers and it is driving them away. It is clear Quad Speed audio bus for use with special Quad Speed MASTER cards Selection/swapping of 8 local inputs or ADD-ON inputs loudness control Multilingual loudness control DLA42 that with the transition to digital (HD), a simple and cost Input gain, phase and delay adjustments effective solution is needed right now. Parametric for the 2.0 sources 2.0 loudness control of 4 stereo discrete channels The DLA42 is based on third generation audio and Metadata manipulation of external source to preset levels DLA42: 8 channel (4x loudness management technology by Linear Acoustic. The (DialNorm) 2.0) digital audio DLA42 protects your viewers from loudness shifts in a Locks to black and burst, AES input and MASTER card loudness control ADD-ON simple, cost effective, modular and hot-swap manner next card to over 300 other Synapse modules. The DLA42 accepts 4 pairs of PCM audio to handle 4 stereo Compementary cards: BPL11_DLA42: programs. The unit can apply multiband, multistage G/HDK100, G/HXT110, G/HEP100, G/HPD100, G/HED100 I/O panel for DLA42 with loudness control to all individual pairs. Loudness control is and all other Quad Speed MASTER cards unbalanced AES/EBU in provided by the popular AEROMAX algorithm. Loudness and out processing modes can be controlled the ACP protocol and Cortex or by GPI contact closures. BPX11_DLA42: I/O panel for DLA42 with unbalanced AES/EBU inand out and bypass relay 92 93

49 Audio processing DSF66 Soundfield processor ORIGINAL 5.1 [QUAD SPEED AUDIO BUS] Quad speed MODE 1 MODE 2 MODE 3 AES/EBU IN 1/2 AES/EBU IN 1/2 AES/EBU OUT 1/2 AES/EBU IN 1/2 AES/EBU IN 3/4 AES/EBU IN 5/6 INPUT DETECT ORIGINAL 2.0 UPMIX DOWN MIX STEREO SELECT CROSS FADE AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU OUT 5/6 Powered by AES/EBU IN 3/4 AES/EBU IN 3/4 AES/EBU OUT 3/4 AES/EBU IN 7/8 DOWN MIX STEREO SELECT AES/EBU OUT 7/8 AES/EBU IN 5/6 AES/EBU IN 5/6 AES/EBU OUT 5/6 METADATA HANDLING AES/EBU IN 9/10 AES/EBU IN 11/12 AES/EBU IN 13/14 AES/EBU IN 15/16 METADATA 48x16 INPUT 32 CHANNEL METADATA PROC Soundfield processor ORIGINAL 5.1 CROSS DOWN FADE MIX STEREO ORIGINAL 2.0 SELECT INPUT DETECT UPMIX DOWN MIX STEREO SELECT METADATA HANDLING OPTIONAL RE- ADD-ON EMBED MULTIPLEXING INSERTING OF 8 X 2-CHANNELS INTO 32 PROCESSED AUDIO 32CH 32CH 32CH IN OUT IN 16x16 μp AES/EBU OUT 9/10 AES/EBU OUT 11/12 AES/EBU OUT 13/14 AES/EBU OUT 15/16 AES/EBU IN 7/8 METADATA I/O AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU OUT 5/6 AES/EBU IN 7/8 METADATA I/O AES/EBU IN 9/10 AES/EBU IN 11/12 AES/EBU IN 13/14 AES/EBU OUT 7/8 METADATA I/O AES/EBU OUT 9/10 AES/EBU OUT 11/12 AES/EBU OUT 13/14 meta bypass FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON AES/EBU OUT 7/8 AES/EBU IN 15/16 AES/EBU OUT 15/16 BPL11 BPX11 Dual digital audio upmixer and downmixer based on SoundField algorithms High-End upmixing and DSF66 The DSF66 is a dual stereo-to-5.1 upmix and downmix processor, designed for HD broadcasters who use a lot of archived stereo material and wish to generate 5.1 The DSF66 can be used in 3 modes: Mode 1 makes the card a universal 4 AES/EBU in and 4 downmixing of broadcast related program audio streams To ensure a constant DSF66 broadcast mixes from stereo soundtracks. The DSF66 also AES/EBU output card. This gives the user a function to 5.1 Stereo output has a shared metadata input and shared physical I/O. insert and extract 8 mono channels from a MASTER card. regardless of input format Software and hardware upmixing tools have existed for Mode 2 turns the DSF66 into an 8 AES/EBU insert card, Simultaneous some years but most of them create material for the extra providing the insertion of up to 16 mono channels into any independent Upmixer three channels in a 5.1 mix by using processing, for Quad Speed compatible MASTER card. and Downmixer (LoRo example adding reverb or applying phase-shifts to the or LtRt) stereo material to create for the rear surround Mode 3 is used to extract 8 AES/EBU (16 mono audio) channels. Instead, the DSF66 generates the material for channels from a Quad Speed compatible MASTER Card. the extra channels by closely analyzing the source stereo signal over time. Using a unique algorithm developed for 3 physical I/O modes 4-in 4-out, 8-in, or 8-out this purpose, the DSF66 can detect reverberant content in Output gain and delay adjustments DSF66: Dual digital audio the stereo signal, differentiate it from the direct sounds in 2x Upmix stereo to 5.1 upmixer and downmixer the mix, and separate it out to the surround channels. 2x Downmix from 5.1 based on SoundField Cross fading between upmixed and discrete 5.1 (5.1/2.0 algorithms Users can adjust the details of the processing directly from input auto-sensing) the DSF66 GUI in Cortex, which offers control over a Cross fading between downmixed and discrete 2.0 variety of parameters including the level of the direct and (5.1/2.0 input auto-sensing) BPL11_DSF66: ambient components in the front and rear channels, and 8 presets for convenient storing of use cases I/O panel for DSF66 with the divergence of the Centre channel in the generated 5.1 Locks to Black & Burst, AES input and MASTER Card unbalanced AES/EBU in mix, with options from a discrete Centre channel at one and out extreme to a phantom Centre at the other. Output level panel of the SFR04/SFR08/SFR18 frame and the Ethernet controls are also offered for each of the channels in the port (ACP) final 5.1 mix. BPX11_DSF66: Complementary cards: I/O panel for DSF66 with All Quad Speed audio Cards (G/HEP100, G/HED100, G/ unbalanced AES/EBU in HRB100, G/HDK100, G/HXT110, DLA41, etc) and out and bypass relay 94 95

50 Audio processing DVO48 [QUAD SPEED AUDIO BUS] Quad speed MODE 1 MODE 2 OPTIONAL AES/EBU IN 1/2 AES/EBU IN 1/2 AES/EBU IN 3/4 OPTIONAL AES/EBU IN 5/6 OPTIONAL OPTIONAL 40x17 INPUT AES/EBU OUT 9/10 AES/EBU OUT 11/12 AES/EBU IN 3/4 AES/EBU OUT 1/2 AES/EBU IN 3/4 AES/EBU OUT 1/2 AES/EBU OUT 3/4 AES/EBU OUT 3/4 32 CHANNEL VOX DETECT VO MIXER GPI GPI GPI IN (VO TRIGGER) AES/EBU OUT 5/6 AES/EBU OUT 5/6 OPTIONAL RE- ADD-ON EMBED MULTIPLEXING INSERTING OF 8 X 2-CHANNELS INTO 32 PROCESSED AUDIO ΜP AES/EBU OUT 7/8 AES/EBU IN 5/6 AES/EBU OUT 7/8 AES/EBU OUT 9/10 32CH 32CH 32CH IN OUT IN FROM MASTER TO NEXT ADD-ON TO MASTER FROM NEXT ADD-ON AES/EBU IN 7/8 AES/EBU OUT 11/12 BPL11 BPX04 VOICE-OVER card with quad speed add-on bus Voice-Over application in DVO48 The DVO48 is an AES/EBU Voice-Over card. The Synapse Quad Speed audio bus enables up to 32 channels being transported from MASTER card to ADD-ON card and Voice activated Voice-Over engine that can be applied to any of the 16 internal streams GPI trigger of VO is included multi-channel environments DVO48 simultaneously 32 channels from ADD-ON card(s) to GPI can be used as cough button to mute unwanted MASTER card. voice activated mixing 16 channel PCM processing capabilities DVO48: Voice-Over card Quad Speed audio bus for convenient routing of ADD-ON with Quad Speed ADD-ON channels bus Optional re-inserting of processed audio for downstream post-processing into other Quad Speed bus devices 2 or 4 physical stereo AES inputs and 16 stereo bus BPL11_DVO48: inputs. I/O panel for DVO48 with 4 or 6 physical stereo AES(can contain Dolby bit unbalanced AES/EBU in streams) outputs and 8 stereo (into 16 stereo) bus and out outputs 16x 2 channel audio insertion into 32 channel Quad Speed audio bus (allows for duplicates) BPX04_DVO48: I/O panel for DVO48 with panel of the Synapse frame and the Ethernet port (ACP) unbalanced AES/EBU in and out and bypass relay Complementary cards: G/HDK100, G/HXT110, G/HEP100, G/HPD100, G/HED100 and all other Quad Speed audio bus enabled MASTER cards 96 97

51 Digital audio distribution DAD08 AES/EBU INPUT AES/EBU OUT 1 AES/EBU IN AES/EBU DECODER AES/EBU ENCODER AES/EBU OUT 2 AES/EBU OUT 3 AES/EBU OUTPUT 1 AES/EBU OUTPUT 2 STATUS FS ERROR AES/EBU OUT 4 AES/EBU OUTPUT 3 AES/EBU OUT 5 AES/EBU OUTPUT 4 AES/EBU OUT 6 AES/EBU OUTPUT 5 AES/EBU OUT 7 AES/EBU OUTPUT 6 AES/EBU OUT 8 AES/EBU OUTPUT 7 AES/EBU OUTPUT 8 BPL01 BPL05 BPL05D BPX01 DAD08 Digital (AES/EBU) audio distribution amplifier with transformer coupled outputs The DAD08 is a digital audio distribution amplifier that distributes a single input to eight outputs. The DAD08 accepts AES/EBU or SPDIF (Consumer Interface Format) 8 Outputs Transformer coupled input Transformer coupled outputs Generic digital audio distribution DAD08 digital audio input which is then reclocked, buffered and 32 to 96 khz compatibility Modules: distributed to the eight outputs. Signal present indication DAD08: Digital (AES/ Sample frequency indication EBU) audio distribution The DAD08 has transformer coupled balanced input and Compatible with 110 Ohm and 75 Ohm environments amplifier with transformed outputs. Multiple regenerated independent low jitter outputs coupled outputs make the DAD08 ideal for the most demanding digital audio signal distribution requirements in both large and small audio and video facilities. Balanced or unbalanced BPL01_DAD08: use is automatically selected by use of the appropriate I/O panel for DAD08 with connector panel. unbalanced AES/EBU in and unbalanced AES/EBU out BPL05_DAD08: I/O panel for DAD08 with balanced AES/EBU in and balanced AES/EBU out BPL05D_DAD08: I/O panel for DAD08 with balanced AES/EBU in and balanced AES/EBU out on sub-d BPX01_DAD08: I/O panel for DAD08 with 98 99

52 Digital audio distribution DAD26 GPI INPUT FOR A/B SWITCH AES/EBU OUT A1 AES/EBU INPUT A AES/EBU IN A AES/EBU AES/EBU AES/EBU OUT A2 DECODER ENCODER AES/EBU OUT A3 AES/EBU OUTPUT A1 STATUS Fs ERROR AES/EBU OUTPUT A2 AES/EBU OUT B1 AES/EBU OUTPUT A3 AES/EBU IN B AES/EBU DECODER AES/EBU ENCODER AES/EBU OUT B2 AES/EBU INPUT B AES/EBU OUT B3 AES/EBU OUTPUT B1 STATUS Fs ERROR GPI A/B switch (contact closure) AES/EBU OUTPUT B2 AES/EBU OUTPUT B3 BPL01 BPL04 BPL05D Dual channel digital (AES/EBU) audio distribution amplifier with 2x2 and 2x1 function Generic digital audio DAD26 The DAD26 is a dual (AES/EBU) channel digital audio distribution amplifier. It has 2 individual inputs and two times three outputs. All outputs can be assigned to a 2 Inputs 2 x 3 Outputs 2x1 or 2x2 function (GPI, Ethernet, signal detection) distribution AES/EBU back-up switching DAD26 single input making the device a 1 to 6 DA. A (GPI Transformer coupled inputs controlled) switch can be used to enable a 2x2 or 2x1 Transformer coupled outputs function. The DAD26 accept AES/EBU or SPDIF (Consumer 32 to 192 khz compatibility Modules: Interface Format) digital audio input that is then reclocked, Signal present indication DAD26: Dual channel buffered and distributed to the dual 3 outputs. The DAD26 Sample frequency indication Digital (AES/EBU) audio has transformer coupled balanced input and outputs and Compatible with 110 Ohm and 75 Ohm environments distribution amplifier with can be used with unbalanced I/O via the BPL01. Multiple 2x2 and 2x1 function regenerated independent low jitter outputs make the DAD26 ideal for the most demanding digital audio signal distribution requirements in both large and small audio and BPL01_DAD26: I/O video facilities. Balanced or unbalanced use is automatically panel for DAD26 with selected by use of the appropriate connector panel. unbalanced AES/EBU in and unbalanced AES/EBU out BPL04_DAD26: I/O panel for DAD26 with balanced AES/EBU in and balanced AES/EBU out BPL05D_DAD26: I/O panel for DAD26 with balanced AES/EBU in and balanced AES/EBU out on sub-d

53 Digital audio distribution WORD CLOCK INPUT WORD CLOCK OUTPUT 1 (LOOP WITH BPL07 ONLY) WORD CLOCK OUTPUT 2 (RELAY BYPASS WITH BPX01) WORD CLOCK OUTPUT 3 WORD CLOCK OUTPUT 4 WORD CLOCK OUTPUT 5 WORD CLOCK OUTPUT 6 WORD CLOCK OUTPUT 7 WORD CLOCK OUTPUT 8 BPL01 BPL07 BPX01 DWC08 - DWC18 Word Clock distribution amplifier with optional video reference locked Word Clock generator The DWC08/18 is a dedicated Word Clock distribution amplifier. It accepts a Word Clock input (with loop through if a BPL07 is used) and outputs 8 (7) individually buffered replicas of the input. The DWC18 has a unique feature in the possibility to source the card with a black and burst or Tri-level reference through the internal Synapse frame distribution rail and use this source to generate a reference locked Word Clock. This feature makes the DWC18 a true broadcast enabled Word Clock generator. 8 outputs (7 with BPL07) High impedance or 75 Ohm terminated input 32 to 192 khz compatibility Signal present indication Word Clock generation from video reference with phase timing delay offset (DWC18 only) Frequency indication Generic Word Clock distribution or video reference locked generation Modules: DWC08: Word Clock DA 1 in, 8 out DWC18: Word Clock DA 1 in, 8 out with video locked Word Clock generation DWC08 - DWC18 BPL01_DWC18: I/O panel for DWC08-18 BPL07_DWC18: I/O panel for DWC08-18 with loop through BPX01_DWC18: I/O panel for DWC08-18 with

54 Digital video distribution and fiber BFM88-BFM89 COMMON FIBER EXT. FIBER COMM. I/O EXT. I/O COMMON FIBER INPUT/OUTPUT EXTENDED FIBER INPUT/OUTPUT FIBER 1 FIBER 2 FIBER 3 FIBER 4 FIBER 5 FIBER 6 FIBER 7 FIBER 8 OPTICAL /DE 1270nm/1470nm 1290nm/1490nm 1310nm/1510nm 1330nm/1530nm 1350nm/1550nm 1370nm/1570nm 1390nm/1590nm 1410nm/1610nm FIBER INPUT/OUTPUT 1 FIBER INPUT/OUTPUT 2 FIBER INPUT/OUTPUT 3 FIBER INPUT/OUTPUT 4 FIBER INPUT/OUTPUT 5 FIBER INPUT/OUTPUT 6 FIBER INPUT/OUTPUT 7 FIBER INPUT/OUTPUT 8 BFM88/89 BFM88 - BFM89 CWDM 8 to 16 channel optical multiplexer and de-multiplexer The BFM88 and BFM89 are passive optical multiplexing/demultiplexing modules onto single mode fibers. These modules allow you to multiplex or de-multiplex 8 wavelengths onto or from one fiber with use of CDWM technology. The BFM88 can handle 8 wave-lengths from 1270nm to 1410nm and the BFM89 from 1470nm to 1610nm. An extra functionality added to these products is the option to have extended inputs/outputs. This will give you the opportunity to cascade two back panels. This enables users to mux/demux 16 channels onto one fiber, worlds most dense CWDM solution. Average fiber distance up to 15km with GFT80 BFT88/ BFT89 and GFR80 BFR80 combo s at. Up to 16ch - HD-SDI CWDM system in only 1RU, world s most compact CWDM solution Bi-directional mux/demux of up to 16 wavelengths from 1270nm to 1610nm Expandable from 8 to 16 channels Low insertion loss High stability and reliability. Failsafe because back panel is passive Fiber inputs/outputs on LC/LC connectors One common input/output for combined wavelengths Wide pass band Fiber protection on back panel Occupies only one back panel slot for every 8 channels Connector panel can also be used outside a Synapse frame (not sacrificing a slot) Complementary cards GFT80 with BFT88/89 back panels GFR80 with BFR80 back panel High density fiber transmission (Existing) Studio infrastructure OB Van I/O Line monitoring WDM network Telecommunication Fiber optical amplifiers Access network BFM88: 8 channel fiber CWDM module with LC connectors 1270nm- 1410nm BFM89: 8 channel fiber CWDM module with LC connectors 1470nm- 1610nm BFM88 - BFM

55 Digital video distribution and fiber GDR26 GDR108, HD, SD OUT 1 SDI INPUT 1 SDI OUTPUT 1 SDI INPUT 1, HD, SD OUT 2, HD, SD INPUT A Eq RECLOCKER WITH BYPASS, HD, SD OUT 3, HD, SD OUT 4, HD, SD OUT 5, HD, SD OUT 6 SFP Flexible I/O SDI OUTPUT 1 SDI OUTPUT 2 SDI INPUT 1 (SFP) SDI OUTPUT 2 SDI OUTPUT 1 SDI OUTPUT 2, HD, SD OUT 7, HD, SD OUT 8 ASI/DVB SDI OUTPUT 3 SDI OUTPUT 3 SDI OUTPUT 3 Level B compliant SDI OUTPUT 4 SDI OUTPUT 4 SDI OUTPUT 4 SDI OUTPUT 5 SDI OUTPUT 5 SDI OUTPUT 5 SDI OUTPUT 6 SDI OUTPUT 6 SDI OUTPUT 6 SDI OUTPUT 7 SDI OUTPUT 7 SDI OUTPUT 7/8 (SFP) SDI OUTPUT 8 SDI OUTPUT 8 SDI OUTPUT 9 BPH34 BHX34 BPH35 BPH36 GDR108, HD, SD 1 to 8 distribution amplifier with reclocked outputs (ASI/DVB compatible) The GDR108 is a single channel, HD and SD SDI reclocking 1 input to 8 outputs distribution amplifier. This card is ASI/DVB compatible. Compatible with SD SDI 270 Mbit/s (SMPTE 259M) HD SDI 1485Mbit/s (SMPTE 292M) SDI 2970Mbit/s (SMPTE 424M) ASI/DVB Bypass function of the reclocker for non-standard frequencies Optional SFP module on the input (only with BPH35) for fiber, CVBS, HDMI or SDI input Optional SFP module on output 8 (only with BPH36) for 2x fiber, 2x CVBS, 2x SDI outputs or 1x HDMI output Single channel generic wideband distribution amplifier GDR108:, HD, SD SDI reclocking ditribution amplifier BPH34_GDR108: I/O panel for GDR108 GDR108 BHX34_GDR108: I/O panel for GDR108 with SFP I/O: BPH35_GDR108: I/O panel for GDR108 with SFP module option on input 1 BPH36_GDR108: I/O panel for GDR108 with SFP module option on outputs 7/8 (1 extra output compared to BPH34, BHX34 and BPH35)

56 Digital video distribution and fiber GDR26 GDR216, HD, SD INPUT A, HD, SD INPUT B GPI INPUT RECLOCKER WITH BYPASS RECLOCKER WITH BYPASS, HD, SD OUT 1, HD, SD OUT 2, HD, SD OUT 3, HD, SD OUT 4, HD, SD OUT 5, HD, SD OUT 6, HD, SD OUT 7, HD, SD OUT 8, HD, SD OUT 9, HD, SD OUT 10, HD, SD OUT 11, HD, SD OUT 12, HD, SD OUT 13, HD, SD OUT 14, HD, SD OUT 15, HD, SD OUT 16 GPI OUT SFP Flexible I/O ASI/DVB Level B compliant SDI OUTPUT 1A SDI OUTPUT 2A SDI OUTPUT 3A SDI OUTPUT 4A SDI OUTPUT 5A SDI OUTPUT 6A SDI OUTPUT 7A SDI OUTPUT 8A SDI INPUT A GPI IN/OUT SDI INPUT B SDI OUTPUT 1B SDI OUTPUT 2B SDI OUTPUT 3B SDI OUTPUT 4B SDI OUTPUT 5B SDI OUTPUT 6B SDI OUTPUT 7B SDI OUTPUT 8B SDI OUTPUT 1A SDI OUTPUT 2A SDI OUTPUT 3A SDI OUTPUT 4A SDI OUTPUT 5A SDI OUTPUT 6A SDI INPUT A GPI IN/OUT OUTPUTS 7/8A (SFP) OUTPUTS 7/8B (SFP) SDI INPUT B SDI OUTPUT 1B SDI OUTPUT 2B SDI OUTPUT 3B SDI OUTPUT 4B SDI OUTPUT 5B SDI OUTPUT 6B SDI OUTPUT 1A SDI OUTPUT 2A SDI OUTPUT 3A SDI OUTPUT 4A SDI OUTPUT 5A SDI OUTPUT 6A SDI OUTPUT 7A GPI IN/OUT INPUT A (SFP) INPUT B (SFP) SDI OUTPUT 1B SDI OUTPUT 2B SDI OUTPUT 3B SDI OUTPUT 4B SDI OUTPUT 5B SDI OUTPUT 6B SDI OUTPUT 7B SDI OUTPUT 1A SDI OUTPUT 2A SDI OUTPUT 3A SDI INPUT A GPI IN/OUT SDI INPUT B SDI OUTPUT 1B SDI OUTPUT 2B SDI OUTPUT 3B BPH37 BHX37 BPH38 BPH39 BPH42 BHX42 GDR216, HD, SD dual input distribution amplifier with 16 reclocked outputs (ASI/DVB compatible) The GDR216 is a dual channel, HD, SD SDI reclocking distribution amplifier with simple switching capabilities and selectable outputs. This card is ASI/DVB compatible. Single or dual channel with 16 configurable outputs Flexible selection of inputs to outputs Input switching as emergency bypass (not clean) on carrier detects GPI controlled input swapping and status monitoring GPI input 1 = select input 1 GPI input 2 = select input 2 GPI output 0 = crossed mode or straight mode status GPI output 1 = input 1 status GPI output 2 = input 2 status 2x2 or 2x1 function 2x 1 8 or 1x 1 16 function Compatible with SD SDI 270 Mbit/s (SMPTE 259M) HD SDI 1485 Mbit/s (SMPTE 292M) SDI 2970 Mbit/s (SMPTE 424M) ASI/DVB Bypass function of the reclocker for non-standard frequencies Optional SFP modules on outputs 7A/B and 8A/B with BPH38 for 2x fiber, 2x CVBS, 2x SDI outputs or 1x HDMI output modules Optional SFP modules on the inputs with BPH39 (2 sfp modules with 1 input each) for 2x fiber, 2x CVBS, 2x SDI input or 2x HDMI input. This backpanel has 7 outputs per input instead of 8. Dual channel generic wideband distribution amplifier 1 to 16 generic wideband distribution amplifier GDR216:, HD, SD SDI dual reclocking distribution amplifier BPH37_GDR216: I/O panel for GDR216 BPH42_GDR216: I/O panel for GDR216 with BNC connectors instead of DIN1.0/2.3 (less outputs compared to BPH37, BPH38 or BPH39) SFP I/O: BPH38_GDR216: I/O panel for GDR216 with SFP module options on outputs 7A and B and outputs 8A and B BPH39_GDR216: I/O panel for GDR216 with SFP module option on inputs A and B (1 less output compared to BPH37, BHX37 and BPH38 BHX37_GDR216: I/O panel for GDR216 with BHX42_GDR216: I/O panel for GDR216 with on BNC connectors instead of DIN1.0/2.3 (less outputs compared to BHX37) GDR

57 Digital video distribution and fiber GDR26 GDR416 RECLOCKER WITH BYPASS RECLOCKER WITH BYPASS RECLOCKER WITH BYPASS RECLOCKER WITH BYPASS 4K ULTRAHD 3840 x 2160 Level B compliant ASI/DVB SDI INPUT A SDI OUTPUT A1 SDI OUTPUT A2 SDI OUTPUT A3 SDI OUTPUT A4 SDI OUTPUT B1 SDI OUTPUT B2 SDI OUTPUT B3 SDI OUTPUT B4 SDI INPUT B GPI IN/OUT SDI INPUT C SDI OUTPUT C1 SDI OUTPUT C2 SDI OUTPUT C3 SDI OUTPUT C4 SDI INPUT A SDI OUTPUT A1 SDI OUTPUT A2 SDI OUTPUT A3 SDI INPUT B SDI OUTPUT B1 SDI OUTPUT B2 SDI OUTPUT B3 SDI INPUT C SDI OUTPUT C1 SDI OUTPUT C2 SDI OUTPUT C3 SDI INPUT D SDI OUTPUT D1 SDI OUTPUT D2 SDI OUTPUT D3 SDI INPUT A SDI INPUT B SDI INPUT C SDI INPUT D SDI OUTPUT A1 SDI OUTPUT A2 SDI OUTPUT A3 SDI OUTPUT A4 SDI OUTPUT B1 SDI OUTPUT B2 SDI OUTPUT B3 SDI OUTPUT B4 SDI OUTPUT C1 SDI OUTPUT C2 SDI OUTPUT C3 up SDI OUTPUT D1 SDI OUTPUT D2 SDI OUTPUT D3 SDI OUTPUT D4 SDI INPUT D SDI OUTPUT A4 SDI OUTPUT B4 SDI OUTPUT C4 SDI OUTPUT D4 SDI OUTPUT C4 SDI OUTPUT D1 SDI OUTPUT D2 SDI OUTPUT D3 SDI OUTPUT D4 BPH43 BHX43 BPH48T BPH48R GDR416 4K, HD and SD four input distribution amplifier with 4 reclocked outputs per channel The GDR416 is a four channel,, HD, SD SDI reclocking distribution amplifier. Quad channel DA with 16 outputs Conversions between SMPTE standards GPI controlled input swapping and status monitoring: GPO-0 = Carrier detect A GPO-1 = Carrier detect B GPO-2 = Carrier detect C GPO-3 = Carrier detect D Compatible with: SD SDI 270 Mbit/s (SMPTE 259M) HD SDI 1485 Mbit/s (SMPTE 292M) SDI 2970 Mbit/s (SMPTE 424M) ASI/DVB only on positive outputs Bypass function of the reclocker for non-standard frequencies Flexible choice of I/O standards through use of SFP modules, like fibers and HDMI I/O with BPH48x 4K generic wideband DA Quad channel generic wideband DA E2O Electrical top Optical converter with BPH48T O2E Optical to Electrical converter with BPH48R GDR416: 4K,, HD, SD-SDI quad reclocking distribution amplifier BPH43_GDR416: I/O panel for GDR416 with RJ45 GPI/O SFP I/O: BHX43_GDR416: I/O panel for GDR416 with GDR416 BPH48T_GDR416: I/O panel for GDR416 with SFP module output options BPH48R_GDR416: I/O panel for GDR416 with SFP module input options

58 Digital video distribution and fiber GDV090 - GDV080 - HDV090 - HDV080, HD, SD INPUT Eq RECL, HD, SD OUTPUT 1, HD, SD SDI INPUT S2016/VI/WSS TC DETECTION DOWN CONVERSION - ARC (HD ONLY) VI/WSS INSERTION TC INSERTION CVBS ENC - -, HD, SD OUTPUT 2, HD, SD OUTPUT 3 HD, SD OUTPUT 4, HD, SD SDI RECLOCKED OUTPUT 1, HD, SD SDI RECLOCKED OUTPUT 2 HD, SD SDI RECLOCKED OUTPUT 3 ANNEL DE- EMBEDDER (090 ONLY) 8 CHANNEL DE- EMBEDDER (090 ONLY) CVBS or SD-SDI OUT 1 CVBS or SD-SDI OUT 2 CVBS, SD-SDI or AES1/2 OUT 3 (090) CVBS, SD-SDI or AES3/4 OUT 4 (090) Upgradable to Level B compliant HD, SD SDI RECLOCKED OUTPUT 4 SD SDI/CVBS OUTPUT 1 SD SDI/CVBS OUTPUT 2 SD SDI/CVBS/AES OUTPUT 3 AUDIO OUTPUTS TO SYNAPSE BUS SD SDI/CVBS/AES OUTPUT 4 BPH01 BHX01a GDV080 - GDV090 HDV080 - HDV090 Monitoring distribution amplifier with down converted SD or analog video outputs and optional 8 channel audio de-embedder The GDV090/80 and HDV090/080 are - HD SD SDI distribution amplifiers with a built-in, HD SDI to SD SDI or composite down converter. The G-HDV090 is capable of de-embedding 8 channels audio into 2 groups on the bus. The G-HDV090 is also capable of deembedding 4 channels audio in two AES channels on the back panel. This card acts as a MASTER Card. It is an audio extractor that outputs 2 x 4 channels ADD-ON audio signals via the local bus to two ADD-ON cards. The GDV080 is future upgradeable to GDV090. The HDV080 is future upgradeable to HDV090, GDV080 or GDV auto-detect 3Gb/HD/SD SDI input 4x reclocked HD/SD SDI outputs or 3x 3Gb outputs 4 individually switchable down converted video outputs. User can choose from CVBS or SD SDI or AES audio (lowest 2 BNCs on GDV/HDV090 only) Supports 16:9 letterbox, 14:9 letterbox and 4;3 (anamorphic and center crop) HD to SD color space conversion (ITU709 and ITU601) Reads S2016 and converts to WWS/VI preset based ( and HD) Copies WSS/VI into SD output Reads ATC data and transports TC data from, HD and SD to SD SDI 2 groups de-embedding on bus Selectable NTSC setup removal Y level adjustable for SMPTE Locks to SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, DIO24 Generic, HD, SDI distribution with preview output Pre-routing down converted DA or SD with monitoring output De-embedding of two group on the bus (GDV/ HDV090 only) De-embedding of two AES channels on back panel (GDV/HDV090 only) GDV080:, HD, SD SDI Monitoring distribution amplifier with down converted SD or analog video outputs GDV090:, HD, SD SDI Monitoring distribution amplifier with down converted SD or analog video outputs and digital audio outputs HDV080: HD and SD SDI Monitoring distribution amplifier with down converted SD or analog video outputs HDV090: HD and SD SDI Monitoring distribution amplifier with down converted SD or analog video outputs and digital audio outputs BPH01_GDVxxx: I/O panel for G-HDVxxx BHX01a_GDVxxx: I/O panel for G-HDVxxx with GDV080 - GDV090 HDV080 - HDV

59 Digital video distribution and fiber GDV100 -HDV100 Eq RECL, HD, SD IN, HD, SD OUT 1 S2016/VI/WSS -, HD, SD OUT 2 TC DETECTION, HD, SD SDI INPUT, HD, SD SDI RECLOCKED OUTPUT 1 DOWN CONVERSION - ARC (HD ONLY) 16 CHANNEL EMBEDDER VI/WSS/ S2016 TC INSERTION CVBS ENC -, HD, SD OUT 3 HD, SD OUT 4, HD, SD SDI RECLOCKED OUTPUT 2, HD, SD SDI RECLOCKED OUTPUT 3 DE-EMBEDDER CVBS or SD-SDI OUT 1 Upgradable to HD, SD SDI RECLOCKED OUTPUT 4 2 X 16 CHANNEL CVBS or SD-SDI OUT 2 CVBS/SD-SDI or AES 1/2 OUT 3 CVBS/SD-SDI or AES 3/4 OUT 4 Level B compliant SD SDI/CVBS OUTPUT 1 SD SDI/CVBS OUTPUT 2 MP SD SDI/CVBS/AES OUTPUT 3 Audio outputs to Synapse bus Rack controller SD SDI/CVBS/AES OUTPUT BPH01 BHX01a GDV100 - HDV100 Monitoring distribution amplifier with down converted SD or analog video outputs and 16 channel audio de-embedder The G-HDV100 is a - HD SD SDI distribution amplifier with a built-in, HD SDI to SD SDI or composite down converter. The G-HDV100 is capable of de-embedding 16 channels audio into 4 groups on the bus. The G-HDV100 can also de-embed 4 channels audio in two AES channels on the back panel. This card acts as a MASTER-card. 1 auto-detect 3Gb/HD/SD SDI input 4 reclocked HD/SD SDI outputs or 3 3Gb outputs 4 individually switchable down converted video outputs. User can choose from CVBS or SD SDI or AES audio Supports 16:9 letterbox, 14:9 letterbox, 4;3 (anamorphic and centre crop) HD to SD color space conversion (ITU709 and ITU601) Reads S2016 and converts that into WWS/VI preset based ( and HD) Copies WSS/VI into SD output (SD) Reads ATC data and transports TC data from, HD and SD to SD SDI Transparent for 16 channels of audio on down converted video 4 groups de-embedding on bus Selectable NTSC setup removal Y level adjustable for SMPTE Locks to SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, DIO24 Generic, HD, SDI Distribution with preview output Pre-routing down converted DA or SD with monitoring output De-embedding of 16 channels to the ADD-On bus De-embedding of two AES channels on back panel GDV100:, HD, SD SDI Monitoring distribution amplifier with down converted outputs and 16 channels de-embedder HDV100: HD and SD SDI Monitoring distribution amplifier with down converted outputs and 16 channels de-embedder BHX01a_GDVxxx: I/O panel for G-HDVxxx with GDV100 - HDV100 BPH01_GDVxxx: I/O panel for G-HDVxxx

60 Digital video distribution and fiber SDI INPUT A (QL1) SDI OUTPUT A1 12Gb/s SDI INPUT A 4K ULTRAHD 3840 x 2160 SDI OUTPUT A2 SDI OUTPUT B1 GDR26 UDR416 BPU01 SDI OUTPUT B2 SDI INPUT B (QL2) SFP Flexible I/O SDI INPUT C (QL3) RECLOCKER SDI OUTPUT C1 SDI OUTPUT C2 SDI OUTPUT D1 SDI INPUT B 12Gb/s ULTRAHD WITH BYPASS SDI OUTPUT D2 SDI INPUT B (QL4) GPI OUTPUT RECLOCKER GPI OUTPUT SDI OUTPUT A1 (QL1) ASI/DVB WITH BYPASS - SDI OUTPUT A2 (QL1) SDI OUTPUT A3 (QL1) SDI OUTPUT 1/2 SDI OUTPUT B1 (QL2) SDI OUTPUT B2 (QL2) RECLOCKER WITH BYPASS SDI OUTPUT B3 (QL2) 12Gb/s SDI OUTPUT 3 SDI OUTPUT A1 (QL1) SDI OUTPUT A2 (QL1) SDI OUTPUT A3 (QL1) SDI OUTPUT B1 (QL2) RECLOCKER WITH BYPASS - 12Gb/s SDI OUTPUT 4 SDI OUTPUT B2 (QL2) SDI OUTPUT B3 (QL2) up GEARBOX HOT SWAPPABLE DUAL SFP FIBER TRANSMITTER MODULE BPU01 BPU02 UDR416 4K (UHD) distribution amplifier with single wire and 4-wire converter The functionality of the UDR416 is twofold. Firstly, it is a four channel, HD, SD SDI reclocking distribution amplifier. Secondly, the UDR416 is a 4K quad link to single 4K generic wideband DA 4-wire 4K to 12Gb/s converter with BPU01 I/O panel UDR416 12Gb/s link converter and back depending on the back panel. 12Gb/s to 4-wire 4K converter with BPU02 I/O panel Quad channel generic wideband DA BPU02 GDR26 UDR416 Back and forth conversion between Quad Link 4K and single link 4K 2SI SDI signals GEARBOX RECLOCKER WITH BYPASS BPU01: 4-wire 3GB/s to 12Gb/s BPU02: 12Gb/s to 4-wire Distribution Amplifier functionality UDR216: 4K,, HD, SD SDI quad reclocking distribution amplifier and converter HOT SWAPPABLE DUAL SFP FIBER RECEIVER MODULE RECLOCKER WITH BYPASS BPU01: Quad channel DA with 8 outputs and dual 12Gb/s output on BNC or SFP BPU02: Quad channel DA with 12 outputs (4x3) Input/Carrier detection monitoring via GPI BPU01_UDR416: I/O panel for UDR416 with 4-wire 4K to 12Gb/s conversion RECLOCKER WITH BYPASS Compatible with BPU02_GDR216: SD* SDI 270 Mbit/s (SMPTE 259M) and ASI/DVB** I/O panel for UDR416 with 12Gb/s to 4-wire 4K conversion HD* SDI 1485 Mbit/s (SMPTE 292M) SDI 2970 Mbit/s (SMPTE 424M) SFP I/O: RECLOCKER WITH BYPASS 12Gb/s SDI (SMPTE 2082) Bypass function of the reclocker for non-standard BPU01_FIBER_T2_UDR216: I/O panel for UDR416 with fiber SFP module output options up frequencies BPU02_FIBER_R1_UDR416: I/O panel for UDR416 with fiber SFP module input options * BPU01 only BPU01_SDI_T2_UDR416: ** Only on positive outputs (see block schematic) I/O panel for UDR416 with SDI SFP module output options BPU02_SDI_R1_UDR416: I/O panel for UDR416 with SDI SFP module input options

61 Video A/D conversion ASC12 SDI OUT R/PR INPUT LPF A/D EMBEDDED AUDIO SDI OUTPUT 1 G/Y INPUT RGB TO YCRCB MATRIX LPF A/D TIMING FRAME HRONIZER EMB A EMB B PROC- AMP VI SDI OUT EMBEDDED AUDIO SDI OUTPUT 2 INSERT SDI OUT B/PB INPUT LPF A/D EDH EMBEDDED AUDIO INSERT SDI OUTPUT 3 SDI OUT EMBEDDED AUDIO SDI OUTPUT 4 INPUT LEVEL SELECT EXT INPUT Y/G INPUT PB/B INPUT AUDIO FROM SYNAPSE BUS PR/R INPUT BPL01 Component (near CCIR601) or RGB to SDI converter Analog camera A/D ASC12 The ASC12 is the ideal solution for component video or RGB to SDI conversion. It features near CCIR601 input filtering for benchmark flat frequency response and uses 12-bit A/D Reference on Y. G. Compatible with Betacam and EBU levels converter Analog VTR A/D converter ASC12 12-bit A/D conversion and processing, to obtain high 2 group embedding with ADD-ON card quality 10-bit operation. Digital 12-bit feedback clamps Auto format detection with noise filtering provides accurate clamping of the input VI insertion ASC12: Component (near signals. The unit has an industry leading jitter EDH insertion CCIR601) or RGB to SDI performance, resulting in a high degree of output signal Compatible with fiber connector panels converter stability. The ASC12 accepts analog component signals in framesynchronization YCrCb format or RGB format. Betacam level selection Video ProcAmp allows the level of the component color difference signal to BPL01_ASC12: be set in accordance with Betacam levels and EBU/SMPTE I/O panel for ASC12 levels. The module has the unique ADD-ON embedding function by adding a Synapse A/D converter or AES/EBU input card that allows 2 group embedding. Four SDI outputs are available with embedded audio, reducing the need for distribution amplifiers and external embedders

62 Video A/D conversion ASM08 SDI OUT Y/CVBS A/D COMPOSITE & PROC- AMP EMBEDDED AUDIO PR/C A/D COMPONENT DECODER EMB A EMB B VI INSERT SDI OUT SDI OUTPUT 1 PB A/D EDH PROCESSING EMBEDDED AUDIO SDI OUTPUT 2 Y/CVBS INPUT ANALOG AUDIO 1 A/D & C/PR INPUT PHASE ANALOG AUDIO 2 A/D PROCESSING ANALOG AUDIO 3 A/D SILENCE DETECTION PB INPUT ANALOG AUDIO 4 A/D ANALOG AUDIO INPUT AUDIO FROM SYNAPSE BUS INTERNAL INTERNAL SYNAPSE SYNAPSE BUS BUS BPL12 ASM08 Analog to digital A/V converter with composite or component input capability The ASM08 is an audio and video analog to digital converter. It accepts both component and composite analog video together with 4 channels of analog audio. 12-bit video A/D conversion and decoding 20-bit audio A/D conversion and processing Auto detecting of PAL, NTSC or SECAM with correct A/V bridge to digitize an analog tape machine (Beta SP) VHS digitizer ( embedded audio) ASM08 The ASM08 is the counter part of the SAM08. reference input selection (SFR18 SFR08) Analog set-top box or IRD Automatic input gain adjustment digitizer (embedded Video ProcAmp audio) Noise reduction Hue adjustment Decoder Y-shaping and Y-peaking adjustment Adjustable analog audio reference levels of 15, 18 and 24dBu for 0 dbfs ASM08: Analog to digital Adjustable audio gain 12 db to -60 db A/V bridge (12 bit) with Adjustable audio phase 0 deg or 180 deg SDI & embedded audio Individual selection local analog audio input or ADD-ON bypass / processing input audio input Second group embedding through ADD-ON card VI and WSS insertion BPL12_ASM08: EDH insertion I/O panel for ASM

63 Video A/D conversion ASM10 SDI IN (EMBEDDED AUDIO) FRAME HRO- PROC-AMP HUE SDI OUT EMBEDDED AUDIO SDI INPUT NIZER CONTROL AUTO FORMAT- REF EMB A EMB B VI INSERT EDH SDI OUT EMBEDDED AUDIO SDI OUTPUT 1 Y/CVBS PR/C PB A/D A/D A/D COMPOSITE & COMPONENT DECODER DE- EMBEDDER PROCESSING SDI OUTPUT 2 Y/CVBS INPUT AUDIO PROC. (FADE) TING AUDIO C/PR INPUT ANALOG AUDIO 1 A/D AES/EBU OUT1 ANALOG AUDIO 2 A/D & PHASE PROCESSIN AES/EBU FORMAT PB INPUT ANALOG AUDIO 3 A/D G AES/EBU OUT 2 ANALOG AUDIO 4 A/D SILENCE DETECTION TING OUT ANALOG AUDIO INPUT - AES/EBU OUTPUT AUDIO FROM SYNAPSE BUS INTERNAL INTERNAL SYNAPSE SYNAPSE BUS BUS BPL12 Analog to digital A/V converter with composite or component input capability A/V bridge to digitize an ASM10 The ASM10 is an ultimate example of combined functions and features in a single module. The module bridges the analog world to the digital world. With composite or 12-bit video A/D conversion and decoding 24-bit audio A/D conversion and processing frame synchronizer with smooth audio handling analog tape machine (Beta SP) Mobile truck input capture card for free running ASM10 component video and analog audio inputs, the ASM10 is Delay mode (input lock) audio and video sources ideal to digitize an analog tape machine to an SDI Individual H and V offset adjustment in pixel and lines Lines centre input capture embedded audio signal. It can also be found in a studio or (with respect to reference) card for free running transmission environment that is being upgraded to a Auto detecting of PAL, NTSC or SECAM with correct audio and video sources central SDI embedded audio single layer router. If an reference input selection (SFR18 SFR08) VHS digitizer ( AES/EBU layer is required, the ASM10 provides this signal Automatic input gain adjustment embedded audio) too. To preserve your investment after the infrastructure is Video ProcAmp Analog set-top box or IRD digitized; it comes with an analog input bypass function Noise reduction digitizer (embedded and can be used as an SDI frame synchronizer and Hue adjustment in both SDI and analog path audio) embedder. The ASM10 is the mirror function of the SAM10 Decoder Y-shaping and Y-peaking adjustment (without framesync). Adjustable analog audio reference levels of 15, 18 and 24dBu for 0 dbfs Adjustable audio gain 12 db to -60 db Adjustable audio phase 0 deg or 180 deg ASM10: Analog to digital Individual selection of embedded domain audio, or local A/V bridge (12 bit) with analog audio input, or ADD-ON audio input SDI & embedded audio Tracking audio delay on analog audio inputs bypass / processing input Second group embedding through ADD-ON card SDI framesync mode Auto format detection BPL12_ASM10: VI and WSS insertion I/O panel for ASM10 EDH insertion

64 Frame Synchronization video processing 2GF100-2GF110-2HF100 2HF110 2SF100 2SF110, HD, SD IN 1 FRAME- AUTOPHASER & OFFSET COLOR CORR. EMB A EMB B, HD, SD OUT A1. HD, SD OUT A2, HD, SD INPUT A, HD, SD INPUT B CVBS IN, HD, SD IN 2 GPI #5 OUT #2 CVBS DEC. DE- EMBEDDING DE- EMBEDDING μp [LINUX] 2X2 OR 2X1 FRAME- AUTOPHASER COLOR & CORR. OFFSET PRESET BASED SHUFFLING 48X16 ( 110 ONLY) -AUDIO - EMB C EMB D PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING, HD, SD OUT B1, HD, SD OUT B2 TING OUT Upgradable to, HD, SD OUTPUT A1, HD, SD OUTPUT A2 GPI INPUT/TING OUTPUT, HD, SD OUTPUT B1, HD, SD OUTPUT B2 3 4 Level B compliant CVBS INPUT BPH17 BHX17b 2GF100-2GF110 2HF100-2HF110 2SF100-2SF110 Dual channel, HD, SD frame synchronizer with optional audio shuffler The 2GF100/110, 2HF100/110 and 2SF100/110 are dual channel frame synchronizers with back-up inputs and 8 channel audio transparency and color correcting capabilities. The powerful matrix multiplexer can feed audio from the embedded domain into the Synapse bus to an ADD-ON card like the DIO48. This matrix multiplexer also allows for audio to be inserted from the ADD-ON bus into the embedded domain of the 2GF-2HF-2SF100/110. The 2GF110, 2HF110 and 2SF110 add a full audio shuffler and audio ProcAmp with gain and phase control. The 2GF100/110 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The 2HF100/110 is compatible with SD and HDSDI (1.5Gb/s) and can be future upgraded to compatibility. The 2SF100/110 is limited to SD SDI only but can also be upgraded to HD or even. 3 inputs: 2 SDI and 1 composite. Configurable output function Straight (1=1, 2=2) Crossed (2=1, 1=2) Compatible with the following input formats (auto selecting) (1080p50/60 only for 2GF100/110): 1080p p i i p p p p p50 720p29.97 A only (1=1, 2=1) B only (1=2, 2=2) 720p25 720p23.98 SD525 SD625 Two individual conversion paths. The inputs can be different standards SD or HD and unlocked to the single output format. Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation. 30 Frames delay offset (per channel) for all 1080 formats 60 Frames delay offset (per channel) for all 720 formats 125 Frames delay offset (per channel) for all SD formats 5 GPI inputs assignable to various preset banks ARC triggers by VI, WSS, WSSext and S2016 (AFD) Individual color corrector for video path A and B Transparent for 8 channels of embedded audio per channel Embedded domain cross input audio shuffling, gain and phase control (2GF/2HF110 only) Embedding and de-embedding through synapse bus Video ProcAmp, Color corrector and Hue control Locks to Bi-level, Tri-level syncs or SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 Transmission output frame synchronizer with back-up input. Combining embedded audio channels of 2 inputs into 1 (2xF110 only) 2GF100: Dual channel, HD, SD frame synchronizer 2GF110: Dual channel, HD, SD frame synchronizer with audio shuffler ProcAmp 2HF100: Dual channel HD, SD frame synchronizer converter 2HF110: Dual channel HD, SD frame synchronizer with audio shuffler ProcAmp 2SF100: Dual channel SD frame synchronizer converter 2SF110: Dual channel SD frame synchronizer with audio shuffler ProcAmp BPH17_2GFxxx: Standard I/O panel for 2GF-2HF-2SFxxx BHX17b_2GFxxx: I/O panel for 2GF-2HF- 2SFxxx with 2GF100-2GF110 2HF100-2HF110 2SF100-2SF

65 Frame Synchronization video processing GFS010 - HFS010, HD, SD OUT 1, HD, SD INPUT. HD, SD OUT 2, HD, SD IN AUTOPHASER FRAME COLOR CORR. 4 GROUP EMBEDDING, HD, SD OUT 3, HD, SD OUT 4 Upgradable to, HD, SD OUTPUT 1, HD, SD OUTPUT 2 Level B compliant GPI INPUT/TING OUTPUT DE- EMBEDDING TING AUDIO, HD, SD OUTPUT 3, HD, SD OUTPUT 4 GPI #5 OUT #2 TING OUT [LINUX] BPH17 BHX17b GFS010 - HFS010, HD, SD basic frame synchronizer The GFS010 and HFS010 are frame synchronizers with 16 channel audio transparency and color correcting capabilities. The GFS010 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HFS010 is compatible with SD and HDSDI (1.5Gb/s) and can be future upgraded to compatibility. 1 input Compatible with the following input formats (auto selecting) (1080p50/60 only for GFS010): 1080p p i i p29.97 Transparent for 16 channels of embedded audio Video ProcAmp (Y and C control) Color corrector (RGB and total gain, RGB and total black) Hue control for NTSC inputs Locks to Bi-level, Tri-level syncs or SDI input Framesync with output phase control in Lines and pixels with respect to reference 1080p p p p50 720p p25 720p23.98 SD525 SD625 Transmission output frame synchronizer with back-up input General purpose post router autophaser GFS010:, HD, SD frame synchronizer HFS010: HD, SD frame- synchronizer BPH17_GFS010: I/O panel for G-H-SFS010 GFS010 - HFS010 BHX17b_GFS010: I/O panel for G-HFS010 with

66 Frame Synchronization video processing GFS100 GFS110 - HFS100 - HFS110 SFS100 SFS110, HD, SD IN 1 CVBS IN CVBS DEC. AUTOPHASER FRAME & OFFSET COLOR CORR. EMB A EMB B EMB C EMB D, HD, SD OUT 1. HD, SD OUT 2, HD, SD OUT 3, HD, SD INPUT 1, HD, SD INPUT 2, HD, SD OUTPUT 1, HD, SD IN 2, HD, SD OUT 4, HD, SD OUTPUT 2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING μp [LINUX] PRESET BASED SHUFFLING 48X16 ( 110 ONLY) -AUDIO - PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to Level B compliant GPI INPUT/TING OUTPUT, HD, SD OUTPUT 3, HD, SD OUTPUT CVBS INPUT BPH17 BHX17b GFS100 - GFS110 HFS100 - HFS110 SFS100 - SFS110, HD, SD frame synchronizer with optional audio shuffler The GFS100/110, HFS100/110 and SFS100/110 are frame synchronizers with back-up inputs and 16 channel audio transparency and color correcting capabilities. The powerful matrix multiplexer can feed audio from the embedded domain into the Synapse bus to an ADD-ON card like the DIO48. This matrix multiplexer also allows for audio to be inserted from the ADD-ON bus into the embedded domain of the G-H-SFS100/110. The GFS110, HFS110 and SFS110 add a full audio shuffler and audio ProcAmp with gain and phase control. The GFS100/110 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HFS100/110 is compatible with SD and HDSDI (1.5Gb/s) and can be future upgraded to compatibility. The SFS100/110 is limited to SD SDI only but can also be upgraded to HD or even. 3 inputs: 2 SDI and 1 composite. Compatible with the following input formats (auto selecting) (1080p50/60 only for 2GF100/110): 1080p p i i p29.97 Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation. 30 Frames delay offset (per channel) for all 1080 formats 60 Frames delay offset (per channel) for all 720 formats 120 Frames delay offset (per channel) for all SD formats 5 GPI inputs assignable to various preset banks Transparent for 16 channels of embedded audio Embedded domain cross input audio shuffling, gain and phase control (GFS/HFS/SFS110 only) Embedding and de-embedding through synapse bus Video ProcAmp, Color corrector and Hue control Locks to Bi-level, Tri-level syncs or SDI input Complementary cards: 1080p p p p50 720p p25 720p23.98 SD525 SD625 DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 Transmission output frame synchronizer with back-up input General purpose post router autophaser GFS100:, HD, SD frame synchronizer GFS110:, HD, SD frame synchronizer with audio shuffler ProcAmp HFS100: HD, SD frame synchronizer converter HFS110: HD, SD frame synchronizer with audio shuffler ProcAmp SFS100: SD Frame synchronizer converter SFS110: SD Frame synchronizer with audio shuffler ProcAmp BPH17_GFSxxx: I/O panel for G-H-SFSxxx BHX17b_GFSxxx: I/O panel for G-H-SFSxxx with GFS100 - GFS110 HFS100 - HFS110 SFS100 - SFS

67 integrity checking and probing video processing 2GM100-2HM100 FRAME-, HD, SD SDI INPUT 1 AUTOPHASER & OVERLAY KEYER OFFSET DE-EMBEDDER 3gb/s, HD, SD SDI INPUT 2 OP47 DATA GRABBER FRAME- S2020 S2016/WSS/VI TIME CODE SCTE104 DISPLAY ENGINE & OVERLAY RENDER Works with SCTE104, HD, SD, SDI OUTPUT 1, HD, SD SDI OUTPUT 2 AUTOPHASER & OFFSET DE-EMBEDDER OP47 OVERLAY KEYER DIFF. HD, SD OUT A2 Upgradable to USB S2020 S2016/WSS/VI TIME CODE DISPLAY ENGINE & OVERLAY RENDER SYSTEM ON Embedded Metadata S2020 ETHERNET CONTROL ETHERNET CONTROL SCTE104 CHIP MAG POWER PC µc LINUX OS RS485/LTC/GPI 2 1 BHX27 2GM100 2HM100 Dual channel VANC data (eg OP47, SCTE104, TC, S2020 and S2016) analyzer for OSD applications The 2GM100 and 2HM100 are VANC data analyzers with an application in mind where the data is monitored on screen in the SDI domain. Monitoring the data through ACP and SNMP is also possible. Two individual channels with autophaser, Framesync and offset delay Up to 20 frames offset 1080i, and p The 2HM100/2GM100 can be used as active probe in an ingest or lines centre 2GM100 2HM100 OSD monitoring of the following data: The different VANC signals are decoded and displayed as Embedded audio of all 4 groups: presence of PCM, 2GM100:, HD, SD an overlay on the SDI output. Audio is also decoded and with clip and silence detections, and presence of Dolby Dual channel VANC data monitored for presence and format. The dual channel S2031 Subtitles: line number, subtitle page number, analyzer for OSD decoder analyzer can also be used to look for differences subtitle text position (position & color) applications between a known good signal and the signal under test. OP47 Subtitles: DID/SDID, line number, subtitle page number and Subtitle text (position & color) 2HM100: HD, SD Dual The layout of the OSD is defined into groups and can be Audio metadata S2020: DID/SDID, line number, channel VANC data switched on or off by menu selection. All OSD ANC data is program config, program id, program description, analyzer for OSD displayed timed correctly on their original frame. OP47 and coding mode, bitstream mode, dialogue normalization, applications s2031 data need to be decoded and rendered and will take LFE flag, etc. a finite time to process. This offset can be compensated by AFD (S2016), WSS and VI additional video delay. Timecode: ANC VITC decoded, ANC LTC decoded, BHX27_2GM100: drop/non drop frame, frames per second. I/O panel for 2GM100 or SCTE104: WHP296 extension to SCTE104, subtitle 2HM100 with timing (delay/non delay), subtitle mode (live/not live), DOG logo insert mode Locks to SDI input, or external reference panel of the Synapse frame and via the Ethernet port (ACP)

68 integrity checking and probing video processing GIX-HIX [QUAD SPEED AUDIO BUS], HD, SD IN 1, HD, SD IN 2 MAIN FRAME- TEST PATTERN AUTOPHASER & OFFSET 2X2 EMBEDDER [BYPASS] 110 MODELS ONLY, HD, SD OUT A1. HD, SD OUT A2 Upgradable to, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2 BACKUP, HD, SD IN 3 BACKUP SWITCH, HD, SD OUT B1, HD, SD SDI MAIN OUTPUT 1 FRAME- 2X1, HD, SD IN 4 TEST PATTERN AUTOPHASER & OFFSET, HD, SD OUT B2, HD, SD SDI MAIN OUTPUT 2 MAIN VIDEO PROBE BACKUP VIDEO PROBE MAIN AUDIO PROBE BACKUP AUDIO PROBE TING PROBE LOGIC BY-PASS GPI INPUT/OUTPUT, HD, SD SDI BACK-UP OUTPUT 1 DE-EMBEDDING V-FADE TING CLEAN SWITCH GPI-IN (MANUAL SW) DE-EMBEDDING, HD, SD SDI BACK-UP OUTPUT 2 [LINUX] 110 MODELS ONLY TDM 16CH TDM DE- 16CH GPI/O OR TRIGGER LOGIC GPI OUT (STATUS), HD, SD SDI INPUT 3 OUT IN QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON, HD, SD SDI INPUT 4 BPH17 BHX17b GIX100 - GIX110 HIX100 - HIX110 Dual channel, HD, SD integrity checking probe with optional clean audio (2x1) switch-over function The GIX and HIX are dual channel high performance, HD and SD SDI video and embedded audio probes (signal integrity monitor) with clean video switch-over function. The switch function can be triggered by any of the integrity Video content black detection VANC WST and OP47 present detection Timecode availability Audio channel detection (16 channels) Audio silence detection (16 channels) Audio Clip/5 sample full-scale indication (16 channels) The GIX can be used as station output card, and ingest quality control card or a generic 2 x 2 switch The integrity checking can also be performed for alarm monitoring purposes with the switch GIX110: Dual channel, HD, SD enhanced integrity checking probe with switch-over function and clean audio switching HIX110: Dual channel HD, SD enhanced integrity checking probe with switch-over function GIX100 - GIX110 HIX100 - HIX110 controls or by GPI. Besides the extensive probe functions, Dolby E present detection (with disable of V fade function disabled and clean audio switching the cards also provide full line and frame synchronization function in 110 ) Generic probing with on both inputs. An extensive probing matrix allows adjustment of automatic back-up individual classes of importance of the channels next to switching BPH17_GIXxxx: The 110 adds a smooth 16 channel audio change over the main and back-up channels Multi input back-up I/O panel for G-HIXxxx with V-fade processing. An interesting feature is the ability Test pattern generator as 5th source for emergency and capability allows for to apply 4 individual sources and pre-route these signals to test complex back-up routing any of the main channels. This enables a back-up Quad Speed Audio ADD-ON bus for post fade audio in multi platform BHX17b_GIXxxx: functionality beyond two channels and can be used for processing ( 110 only) environments I/O panel for G-HIXxxx adding a third or fourth back-up channel. Locks to Bi-level, Tri-level or SDI input with ordering 4 free selectable inputs per probe input Clean back-up switching through built-in frame Modules: synchronizers (input formats need to be equal) Complementary cards for 110 model: GIX100: Dual channel Clean audio switch-over through V fade in 110 DLA41, DLA42, DLA43, DLA44, DIO88, DBD18, HD, SD enhanced Tracking audio delay in 110 integrity checking probe Output configuration of 2x main 2x back-up or 4x main with switch-over function (in 2x2 mode, the back-up channel has no clean audio HIX100: Dual channel processing) HD, SD enhanced Probe functions: integrity checking probe SDI carrier detect with switch-over function TRS validation ANC checksum validation Video content freeze detection

69 integrity checking and probing video processing GIX-HIX170 MAIN FRAME- TEST PATTERN AUTOPHASER & OFFSET 2X1 OPTING / BLANKING. HD, SD OUT 2 Upgradable to, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2 OR BACKUP BACKUP SWITCH, HD, SD SDI MAIN OUTPUT 1 FRAME- TEST PATTERN AUTOPHASER & OFFSET, HD, SD OUT 4, HD, SD SDI MAIN OUTPUT 2 MAIN GPI INPUT/OUTPUT VIDEO PROBE BACKUP PROBE LOGIC VIDEO PROBE Works with SCTE104, HD, SD SDI BACK-UP OUTPUT 1, HD, SD SDI BACK-UP OUTPUT 2 TRIGGER LOGIC Communication Controller, HD, SD SDI INPUT 3, HD, SD SDI INPUT 4 BPH17 BHX17b GIX170 HIX170 Dual channel, HD, SD integrity checking probe with SCTE104 (WHP296) compatibility The GIX170 and HIX170 are dual channel high performance, HD and SD SDI video and SCTE104 probes (signal integrity monitor) with opting, blanking or Probe functions: SCTE104 triggers (refer to our website for specifics) SDI carrier detect The GIX170 can be used as station output card, and ingest quality control card or a generic 2 x 1 switch. BPH17_GIX170: I/O panel for G-HIX170 BHX17b_GIX170: GIX170 HIX170 backup video switch-over function. TRS validation The integrity checking can I/O panel for G-HIX170 ANC checksum validation also be performed for with The switch function can be triggered by any of the integrity An extensive probing matrix allows adjustment of alarm monitoring controls. Besides the extensive probe functions, the cards individual classes of importance of the channels next to purposes with the switch also provide full line and frame synchronization on both the main and back-up channels function disabled. inputs. Test pattern generator as 5th source for emergency and Generic probing with test automatic back-up An interesting feature is the ability to apply 4 individual Quad Speed Audio ADD-ON bus (monitoring only) switching sources and pre-route these signals to any of the main Locks to Bi-level, Tri-level or SDI input Multi input backup channels. This enables a backup functionality beyond two capability allows for channels and can be used for adding a third or fourth complex backup routing backup channel. in multi platform Complementary cards for 110 model: environments The core capacity of the GIX/HIX170 is the ability to switch DLA41, DLA42, DLA43, DLA44, DIO88, DBD18 on SCTE104 (WHP296) triggers or the absence of them as ordering outlined below. When not used as SCTE104 switch, the card reverts to a 2x1 backup function without SCTE Modules: probing. GIX170: Dual channel, HD, SD enhanced 4 free selectable inputs per probe input integrity checking probe Clean back-up switching through built-in frame with SCTE104 synchronizers (input formats need to be equal) compatibility OUtput configuration: 4x main HIX170: Dual channel HD, SD enhanced integrity checking probe with SCTE104 compatibility

70 integrity checking and probing video processing HIM10 FRAME HD/SD-SDI OUT HD/SD-SDI INPUT PROC- OSD BAR-GRAPH HD/SD-SDI IN EMBEDDED AUDIO AUTO- PHASER PATERN GENERATOR DE-EMB PROBE FREEZE OSD INSERTION AMP HD/SD-SDI OUT OSD BAR-GRAPH HD/SD-SDI RECLOCKED OUTPUT AUTO FORMAT- REF BLACK HD SDI PROCESSED OSD OUTPUT 1 LEVEL & PHASE DETECTORS AUDIO METER PARAMETERS AES/EBU -BBC NORDIC -VU SCALES HD SDI PROCESSED OSD OUTPUT 2 HD/SD-SDI OUT RECLOCKED FREEZE INPUT TING OUT FREEZE INPUT TING OUTPUT BPH01 BHX01a HD, SD integrity checking/probe with audio and phase OSD bargraph insertion The HIM10 can be used as HIM10 The HIM10 is an HD/SD integrity checking probe with OSD audio level and phase bargraphs. The input can detect loss of input, freeze frame and black level. It is based on a full Switch status Embedded audio locking to embedded audio clock or video clock an active probe in an ingest or lines centre. The unit can also perform audio level and phase HIM10 functioning frame synchronizer with auto phasing 4 free selectable OSD audio level bargraphs insertion (OSD) for use in a capabilities (linesynchronizer). The OSD bargraph features Masked or transparent bargraphs lines centre, control room up to 4 audio levels where each bar can be any of the 16 AES/EBU, BBC, Nordic and VU scales and OB Van applications. embedded audio channels. The two phase meters show the Picture freeze and black detection between 1 and 4000 phase between the bars 1 and 2, and between bar 3 and frames 4. Adjustable thresholds for freeze and black (allows for detection of noisy signals) Full HD/SD frame synchronizer Audio silence detection with adjustable time (1-255 sec) HIM10: HD/SD integrity Compatible with the following standards: and level (-20 to -100 dbfs) checking/probe with audio 1080i p p25 and phase OSD bargraph 1080i50 720p p23.98 insertion 1080p p50 SD p25 720p29.97 SD625 Synchronize, delay and free-run modes BPH01_HIM10: Locks to Bi-level and Tri-level syncs I/O panel for HIM10 Offset H and V adjustment Up to 2199 pixels H Up to 1124 lines V BHX01_HIM10: I/O Manual freeze panel for HIM10 with relay GPI freeze bypass Field and frame freeze modes On input loss display Freeze, Black, Grey or Green Built-in ProcAmp with individual controls for Y, Cr, Cb, Y-Black, Cb-Black, Cr-Black Line lock mode for better auto-phasing Selectable ANC blanking of H, V or H&V Delay status

71 Graphics insertion and keying video processing GDK100 HDK100 [QUAD SPEED AUDIO BUS],HD,SD IN A LINE DE-EMBED KEYER A EMB,HD,SD PROGRAM OUT 1, HD, SD BACKGROUND IN A, HD, SD BACKGROUND IN B,HD,SD IN B,HD,SD FILL,HD,SD KEY LINE LINE LINE DE-EMBED KEY PROC KEYER B PREVIEW KEYER,HD,SD PROGRAM OUT 2,HD,SD PREVIEW OUT 1,HD,SD MODIFIED KEY OUT 1 Quad speed Upgradable to, HD, SD PROGRAM OUT 1, HD, SD PROGRAM OUT 2 GPI INPUT (BPH/BHX17) ETHERNET (BPH/BHX19) CHANNEL SWAP BY-PASS QUAD SPEED MODE NORMAL ADD-ON MODE RS485/GPI [BPH/X17] ETHERNET [BPH/X19] Level B compliant, HD, SD PREVIEW OUT, HD, SD OUT 4 TDM TDM DE- μp [LINUX] 32CH 32CH 4CH 4CH 4CH 4CH OUT IN IN IN IN IN, HD, SD FILL IN REF QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON OR NORMAL ADD-ON AUDIO BUS 3 4, HD, SD KEY IN BPH17 BPH19 BHX17b BHX19 GDK100 - HDK100 Dual background input, HD, SD downstream keyer The G/HDK100 is a keyer module for the Synapse system. This module has 4 triple rate (SD, HD, ) inputs: 2 background inputs, 1 fill input and 1 key input. It also has 4 triple rate outputs: 2 program outputs, 1 preview output and a user definable output (program, preview or modified key output). Depending on the connector panel you have either Ethernet (for easy and fast card upgrading) or GPI control (over RJ45). The GDK is compatible with SD-SDI (270Mb/s), HD-SDI (1.5Gb/s) and for full 1080p50 or 1080p59.94 use. The HDK is compatible with SD-SDI and HD-SDI and can be future upgraded to compatibility. 2 selectable background inputs Key input Fill input Self key The 4th output can be software configured for any output task: program, preview or modified key output Adjustable slice level and transparency (with definable modified key monitor output) Preview output for content verification prior to go on air Transparent for 16 channels of embedded audio Transparent for all ANC data Compatible with the following input formats (1080p50/60 only for GDK, 1080 and 720 only for HDK/GDK): 1080p p i i p29.97 Depending on the connector panel you have either Ethernet or GPI control. 1080p p p p50 720p29.97 GPI with BPH17 or BHX17b Ethernet with BPH19 or BHX19 (for fast updates) 720p25 720p23.98 SD525 SD625 The G/H/DK100 can be used as a downstream keyer for external logo generated keying and other graphical overlay keying GDK100:, HD, SD downstream keyer with dual background input HDK100: HD, SD downstream keyer with dual background input BPH17_GDK100: I/O panel for G-HDK100 with GPI BPH19_GDK100: I/O panel for G-HDK100 with Ethernet BHX19_GDK100: I/O panel for G-HDK100 with Ethernet with relay bypass GDK100 - HDK100 SDK100 BHX17b_GDK100: Complementary cards: DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24, DLA44, DLA43 I/O panel for G-HDK100 with GPI with relay bypass

72 graphics insertion and keying video processing, HD keyer, mixer with dual 2D DVE GDK200 - HDK200 For the GDK/HDK200 block schematic please refer to the the next page. The GDK/HDK200 are advanced keyer platforms for use in transmission applications. Especially where a full MASTER control unit is overkill these cards can be a cost and space saving alternative. These units have 4 triple rate (all SD, HD, capable) inputs: 2 background inputs, 1 fill input and 1 key input. It also has 4 triple rate outputs: 2 program outputs and 2 preview outputs. Depending on the connector panel you have either Ethernet (for easy and fast card upgrading) or GPI control (over RJ45). The GDK/HDK200 are not designed for external 3rd party control protocols. The units can be used with GPI s, and Cortex soft control panels. Of course is 3rd party control via ACP possible. The GDK is compatible with SD SDI, HD SDI and SDI (for 1080p50 or 1080p59.94 use). The HDK is compatible with SD-SDI and HD-SDI and can be future upgraded to compatibility. 2 selectable background inputs Key input Fill input Self key 2x 2D DVE Advanced routing capabilities for flexible program/ production applications Mix engine with speed and transition adjustments Adjustable slice level and transparency (with definable modified key monitor output) Preview output with transition preview for content verification prior to go on air Transparent for 16 channels of embedded audio Transparent for all ANC data Quad Speed audio bus for enhanced external audio applications Compatible with the following input formats (1080p50/60 only for GDK, 1080 and 720 only for HDK/GDK): 1080p p i i p29.97 Depending on the connector panel you have either Ethernet or GPI control. 1080p p p p50 720p29.97 GPI with BPH17 or BHX17b Ethernet with BPH19 or BHX19 (for fast updates) 720p25 720p23.98 SD525 SD625 The GDK/HDK200 can be used as an entry level program output processor for basic program channels Production () mixer/2d-dve for life applications like sports events, HD, SD IN 1, HD, SD IN 2, HD, SD PROGRAM OUT 1, HD, SD PROGRAM OUT 2 GPI INPUT (BPH17) ETHERNET (BPH19), HD, SD PREVIEW OUT 1, HD, SD PREVIEW OUT 2, HD, SD INPUT 3, HD, SD INPUT 4 BHX19_GDKxxx: I/O panel for G-H-SDKxxx with Ethernet with relay bypass BPH17 BPH19 BHX17b BHX19 GDK200 - HDK200 Complementary cards: DLA44, DLA43, DLA42, ADC24 and DIO24 (for Voice Over functions) GDK200:, HD, SD keyer/mixer with 2D DVE HDK200: HD, SD keyer/ mixer with 2D DVE BPH17_GDKxxx: I/O panel for G-H-SDKxxx with GPI BPH19_GDKxxx: I/O panel for G-H-SDKxxx with Ethernet BHX17b_GDKxxx: I/O panel for G-H-SDKxxx with GPI with relay bypass

73 graphics insertion and keying, HD keyer, mixer with dual 2D DVE RS485/GPI [BPH/X17] DE-EMB VO DE-EMB I DE-EMB II VO SELECT AUDIO 16 OUT X 16 OUT Y X Y VO PGM PVW AUDIO MIX ENGINE VO MIX AUDIO video PGM processing AUDIO PVW AUDIO ETHERNET [BPH/X19] HDK200 GDK200 A B VBI / ANC C 4X1 STRIPPER / BYPASS D A B C BG 5X2 D A B C D VBI / ANC COMPENSATION 5X1 ANC,HD,SD PREVIEW OUT 1 Quad speed QUAD SPEED MULTIPLEXING AUDIO BUS TDM 32CH OUT TO ADD-ON TDM DE- 32CH IN FROM ADD-ON OR 4CH IN 4CH IN 4CH IN 4CH IN 3 4 NORMAL ADD-ON AUDIO BUS [LINUX] A A VIDEO MIX ENGINE KEYER 1 KEYER 2 4-CH EMBED,HD,SD PREVIEW OUT 2 GDK200 HDK200,HD,SD IN 1,HD,SD IN 2,HD,SD IN 3,HD,SD IN 4 B C D A B C D A B C D LINE LINE LINE LINE 5X2 4X1 4X1 BG FG FG DVE ONLY DVE ONLY A B C D DE-EMB VO B C 5X1 D A B C 5X1 D MIX PATH A A B C 5X1 D MIX PATH B VIDEO MIX ENGINE C D 2X8 VO SELECT KEYER 1 KEYER 2 VO AUDIO ANC 16-CH EMBED AUDIO,HD,SD PROGRAM OUT 1,HD,SD PROGRAM OUT 2 Upgradable to Level B compliant from VO de-embedder from conventional ADD-ON card (ADC20) First from Quad Speed ADD-ON card from de-embedder I from de-embedder II CH 1-16 from Quad Speed ADD-ON CH from Quad Speed ADD-ON 16X = de-embedder 2 = Quad Speed ADD-ON bus PGM PVW AUDIO MIX ENGINE ENGINE VOICE OVER MIX 16X 4X1 16 CH PROGRAM AUDIO PREVIEW AUDIO GDK200 HDK200 DE-EMB I AUDIO X PGM PVW VO MIX AUDIO PGM AUDIO RS485/GPI [BPH/X17] DE-EMB II 16 OUT X 16 OUT Y Y AUDIO MIX ENGINE PVW AUDIO ETHERNET [BPH/X19] TDM 32CH OUT TDM DE- 32CH IN 4CH 4CH 4CH 4CH IN IN IN IN [LINUX] QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON OR 3 4 NORMAL ADD-ON AUDIO BUS The product description, feature summary and ordering of the GDK/HDK150 and GDK/HDK200 can be found on the previous page

74 graphics insertion and keying video processing GLI100 GPI, LTC, METADATA FRAME AUTOPHASER KEYER-A KEYER-2 KEY FILL KEYER-B KEYER-2 KEY FILL PREVIEW FILL ANC DATA BYPASS Works with SCTE104, HD, SD SDI INPUT 1 NOT CONNECTED, HD, SD SDI OUTPUT 3 (CLEAN), HD, SD SDI OUTPUT 1, HD, SD SDI OUTPUT 2, HD, SD SDI PREVIEW OUTPUT 4 RAM POSITION, FADING AND ANIMATION CONTROL SFP1 SFP DRIVER Upgradable to OPTIONAL FIBER, SDI OR HDMI OUTPUT (SFP MODULE) VANC (SCTE104) TRIGGER SFP DRIVER OPTIONAL HDMI OUTPUT NOT CONNECTED NON VOLATILE STORAGE FOR LOGO-A AND B Linux ETHERNET (LOGO UPLOAD) BPH45 BHX45 HLI100 GLI100 3gb/s, HD, SD SDI preset based dual logo inserter The HLI/GLI100 are dual logo inserters, with a preset based logo recall function through a flexible user interface and a local storage. Multiple logos including animated ones can be selected through the synapse menu, GPI, or triggered by VANC (SCTE104) data contained the input. The HLI/GLI100 is capable of inserting two logos and will be used for channel branding with the option to alter the main channel logo on the fly, preset based and simultaneously add a theme logo that is triggered as a one shot with predefined fade in and fade out times. The HLI/GLI100 is capable of generating logos to be inserted by other devices and can be configured to provide Key and Fill. It has a fully featured preview bus allowing transitions and keying levels to be previewed before the logo or audio placed into the program stream. Intelligent Content Allocation ensures efficient use of image RAM. For full frames, the area of interest is automatically detected up to 20 percent of the screen surface. This increases animation duration from 100 for full frames (1920x1080) to 500 frames (20% area of 1920x1080)., HD and SD SDI compatible Formats: 1080p50/59.94 (GLI models only), 1080i50/59.94, 720p50/59.94 SD625/50, SD525/59.94 Logo inserter or generator mode (key and fill output) Two individual logo inserters Logos are stored in onboard non-volatile memory and accessible through FTP or WebDAV Logo A: 32 presets for full screen 1920x1080, or a maximum 500 frames of animation Logo B: Sharing the memory allocated for Logo A, Logo B has an additional 32 presets for full screen 1920x1080, or maximum 500 frames of animation Horizontal and vertical positioning Transparency settings Fade in and fade out time Macro: fade in, hold, fade out and animation, 1 time or loop Frame-sync and autophaser for stable input locking On loss of input, show freeze, color field or recall apology preset on processed output Clean output from frame-synchronizer Optional HDMI or Fiber output on SFP cage 8 GPIO contacts assignable to presets, including optional take and priority mode. Trigger contained in VANC (SCTE104) packets on SDI input can be used to recall logos Input video format and presence can be detected and used in conjunction with GPIs, VANC (SCTE104) to select banks of logos, the specific logo from each range is determined by the contained in the other trigger signals. Safety when using a BHX45 Logo uploading through dedicated Ethernet port Locks to Bi-level, Tri-level syncs or SDI input panel of the frame and via the Ethernet port (ACP) Channel branding Full screen static announcements Animations and dynamic theme logos HLI100: HD, SD SDI preset based dual logo inserter GLI100:, HD, SD SDI preset based dual logo inserter BPH45_GLI100: I/O panel for GLI100 BHX45_GLI100: I/O panel with es for GLI100 GLI

75 format conversion - down video processing 2GS100 2GS110-2HS100 2HS110, HD, SD IN 1 WSS-VI-S2016 DETECTION CHANNEL A LOW LATENCY DOWN-CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. EMB A EMB B, HD, SD OUT A1, HD, SD OUT A2, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2, HD, SD IN 2 WSS-VI-S2016 DETECTION CHANNEL B LOW LATENCY DOWN-CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. 2X2 OR 2X1 EMB C EMB D, HD, SD OUT B1, HD, SD OUT B2, HD, SD SDI PROCESSED OUT A1, HD, SD SDI PROCESSED OUTPUT A2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING μp [LINUX] PRESET BASED SHUFFLING 16X16 ( 110 ONLY) -AUDIO - PRESET BASED SHUFFLING 16X16 ( 110 ONLY) -AUDIO - PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to GPI INPUT/OUTPUT, TING OUTPUT, HD, SD SDI PROCESSED OUT B1, HD, SD SDI PROCESSED OUTPUT B2 3 4 BPH17 BHX17B 2GS100-2GS110 2HS100-2HS110 Dual channel, HD, SD down-converter with color corrector and optional cross input audio shuffler The 2GS100/110 and 2HS100/110 are dual channel highquality down converters. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native or HD source, by use of a 64 tap FIR filters. The embedded audio is carried over to the SD domain. The appropriate aspect ratio can be applied by control of S2016 and GPI inputs by use of 16 presets per output that can store the aspect ratio conversions. The 2HS110 and 2GS110 are also very powerful crossinput audio shufflers and ProcAmps. With the 110 models you can de-embed 2x8 channels out of any of the 16 embedded audio channels of both HD/SD inputs and shuffle these channels. This means you can combine embedded audio channels from input 1 and embedded audio channels from input 2 in your SD outputs. The embedded audio is carried over to the SD domain. The 2GS100/110 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The 2HS100/110 is compatible with SD and HD SDI (1.5Gb/s) and can be future upgraded to compatibility 3 inputs: 2 SDI and 1 composite Configurable output function (straight, crossed, A only or B only) Low latency conversion process: as low as 1 field in controlled timing environment 5 GPI inputs assignable to various preset banks ARC triggers by S2016 (AFD) Compatible with the following input formats (auto selecting) (1080p50/60 only for 2GS100/110): 1080p p i i p29.97 Output standards: SD625 or SD525 (only one standard can be chosen for both outputs simultaneously) framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation 30 Frames (1080i/p), 60 frames (720p) or 125 frames (SD) delay offset per channel All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V 16 Free individual programmable presets banks for: Down-converter ARC A and B Transparent ARC A and B 1080p p p p50 720p29.97 VI/WSS/AFD insertion A and B Shuffling/ gain/phase (110 only) Individual RGB color correctors for video channels A and B Transparent for 8 channels of embedded audio per channel Embedded domain cross input audio shuffling, gain and phase control (2GS/2HS110 only) Embedding and de-embedding through synapse bus 720p25 720p23.98 SD525 SD625 High quality low latency up-conversion (with zero motion artifacts) for 2 channels Free running fill-in camera positions upconversion and synchronization Combining embedded audio channels of 2 inputs into 1 (2HS110 and 2GS110 only) 2GS100: Dual channel up-converter with color corrector 2GS110: Dual channel up-converter with color corrector with cross input audio shuffler 2HS100: Dual channel HD up-converter with color corrector 2HS110: Dual channel HD up-converter with color corrector with cross input audio shuffler BPH17_2GSxxx: I/O panel for 2GS-HSxxx BHX17b_2GSxxx: I/O panel for 2GS-2HSxxx with 2GS100-2GS110 2HS100-2HS

76 format conversion - down video processing GDS010 HDS010 S2016 DETECTION HD, SD OUT 1, HD INPUT 1 HD, SD OUT 2, HD, SD IN LOW LATENCY DOWN CONVERSION -ARC - -BYPASS - FRAME COLOR CORR. 4 GROUP EMBEDDING WSS VI INSERT HD, SD OUT 3, HD, SD OUTPUT 1 HD, SD OUT 4 Upgradable to, HD, SD OUTPUT 2 GPI INPUT/OUTPUT, TING OUTPUT DE- EMBEDDING TING AUDIO, HD, SD OUTPUT 3, HD, SD OUTPUT 4 GPI #5 OUT #2 μp [LINUX] TING OUT Level B compliant BPH17 BHX17b GDS010 - HDS010, HD, SD basic down-converter/synchronizer The GDS010 and HDS010 are low latency down-converters with 16 channel audio transparency. The GDS010 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HDS010 is compatible with SD and HD SDI and can be future upgraded to compatibility. Low latency conversion process (as low as 1 field in controlled timing environment) Compatible input (auto selecting) and output formats (1080p50/60 only for GDS010): 1080p p i i p p p i/ p p50 720p p25 720p23.98 SD525 SD625 Framesync with output phase control lines and pixels with respect to reference All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V 16 Free individual programmable presets banks for: Down-converter ARC VI insertion WSS insertion S2016 insertion 5 GPI inputs assignable to various preset banks Down-conversion aspect ratio Insertion of VI, WSS, AFD (S2016) ARC triggers by VI, WSS, WSSext and S2016 (AFD) Transparent for 16 channels of embedded audio Hue control for NTSC inputs OP47 translation into WST-B Color corrector (RGB and total gain, RGB and total black) Locks to Bi-level syncs or SDI input Basic down-conversion with transparent audio GDS010:, HD, SD down-converter HDS010: HD, SD downconverter BPH17_GDS010: I/O panel for G-HDS010 BHX17b_GDS010: I/O panel for G-HDS010 with back-up relay and RJ45 GPI I/O GDS010 - HDS

77 format conversion - down video processing GDS100 GDS110 - HDS100 - HDS110, HD, SD IN 1 S2016 DETECTION LOW LATENCY DOWN CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. & VI/WSS INSERT EMB A EMB B EMB C EMB D HD, SD OUT A1 HD, SD OUT A2 HD, SD OUT B1, HD, SD INPUT 1, HD, SD INPUT 2 SD OUTPUT 1, HD, SD IN 2 HD, SD OUT B2 SD OUTPUT 2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING μp [LINUX] PRESET BASED SHUFFLING 48X16 ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE & CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE & CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE & CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE & CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to Level B compliant GPI INPUT/OUTPUT, TING OUTPUT SD OUTPUT 3 SD OUTPUT BPH17 BHX17b GDS100 - GDS110 HDS100 - HDS110, HD, SD down-converter/synchronizer with optional cross input audio shuffler The GDS100/110 and GHS100/110 are high-quality down converters. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native or HD source, by use of a 64 tap FIR filters. The appropriate aspect ratio can be applied by control of S2016 and GPI inputs by use of 16 presets per output that can store the aspect ratio conversions. They are also very powerful cross-input audio shufflers and ProcAmps. With the 110 models you can de-embed 2x8 channels out of any of the 16 embedded audio channels of both HD and SD inputs and shuffle these channels. This means you can combine embedded audio from input 1 and from input 2 in your SD outputs. The embedded audio is carried over to the SD domain. The GDS100/110 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HDS100/110 is compatible with SD and HD SDI (1.5Gb/s) and can be future upgraded to compatibility 2 SDI inputs Low latency conversion process (as low as 1 field in controlled timing environment) Compatible input (auto selecting) and output formats (1080p only for GDS100/110): 1080p p i i p p p p p50 720p p25 720p23.98 SD525 SD625 Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation 30 Frames (1080i/p), 60 frames (720p) or 125 frames (SD) delay offset per channel 16 Free individual programmable presets banks for: Down-converter ARC Transparent ARC VI/WSS/AFD insertion Shuffling/ gain/phase (110 only) 5 GPI inputs assignable to various preset banks All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V Color corrector (RGB and total gain, RGB and total black) Hue control for NTSC OP47 translation into WST-B Transparent for 16 channels of embedded audio Embedded domain cross input audio shuffling, gain and phase control (110 only) Embedding and de-embedding through synapse bus Locks to Tri-level, Bi-level or SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 Transmission output down-conversion with back-up input GDS100:, HD, SD down- converter GDS110:, HD, SD down- converter with audio shuffler ProcAmp HDS100: HD, SD down- converter HDS110: HD, SD down- converter with audio shuffler ProcAmp BPH17_GDSxxx: I/O panel for G-HDSxxx BHX17b_GDSxxx: I/O panel for G-HDSxxx with GDS100 - GDS110 HDS100 - HDS

78 format conversion - down video processing U4D100 4K ULTRAHD 3840 x 2160 INPUT 1 (LEFT TOP) 8 CHANNEL DE-EMBEDDER FIXED AUDIO INPUT 2 (RIGHT TOP) SCALER SCALER 4 QUADRANT COMBINER * 8 CHANNEL EMBEDDER Level B compliant PROCESSSED OUTPUT 1 PROCESSSED OUTPUT 2 SCALER 4 UAL OUTPUTS, HD OUT 3 GPI SCALER Low Latency 4K (3840x2160) 4 wire to 1080p or 1080i down converter *=only in 1080i mode NO ANC in 1080i PROCESSSED OUTPUT 3 PROCESSSED OUTPUT 4 [LINUX] INPUT 3 (LEFT BOTTOM) INPUT 4 (RIGHT BOTTOM BPH17 U4D100 4K Ultra HD (3840 x 2160) 4 wire to 1080p or 1080i down converter The U4D100 is a 4K (3840x2180), 4 wire, to 1080p downconverter. This low latency unit combines and filters the four quadrants into a 1080p (1920x1080) signal. For the 1080p60 and 1080p50 standards the card is completely transparent for all the ANC data from input 1. For the other standards the card must be locked to input and is only transparent for 2 groups of audio. Four 1080p50/59.94 (level B compatible) inputs 4 outputs, equal signals (one 1080p50/59.94 output on all 4 outputs) one 1080p50/59.94 signal on all 4 outputs (fully ANC transparent) or one 1080i50/59.94 or 1080p25/29.97 signal on all 4 outputs with 4 groups of audio and no other ancilliary data (no ANC transparency!) Low latency 50Hz, 59.95Hz) 4K four wire (3840 x 2160) Compatible with 1080p50/59.94 inputs (auto selecting) Transparent for 16 channels of embedded audio Down conversion from 4K production sets U4D100: 4K Ultra HD (3840 x 2160) 4 wire to 1080p or 1080i down converter BPH17_U4U100: I/O panel for U4D100 U4D

79 format conversion - up video processing 2GU100 2GU110-2HU100 2HU110 HD, SD IN 1 WSS-VI-S2016 DETECTION CHANNEL A LOW LATENCY UP-CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. EMB A EMB B, HD, SD OUT A1. HD, SD OUT A2 HD, SD SDI INPUT 1 HD, SD SDI INPUT 2 CVBS IN HD, SD IN 2 CVBS DEC. WSS-VI-S2016 DETECTION CHANNEL B LOW LATENCY UP-CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. 2X2 OR 2X1 EMB C EMB D, HD, SD OUT B1, HD, SD OUT B2, HD, SD SDI PROCESSED OUT A1, HD, SD SDI PROCESSED OUTPUT A2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING μp [LINUX] PRESET BASED SHUFFLING 16X16 ( 110 ONLY) -AUDIO - PRESET BASED SHUFFLING 16X16 ( 110 ONLY) -AUDIO - PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to GPI INPUT/OUTPUT/TING OUTPUT, HD, SD SDI PROCESSED OUT B1, HD, SD SDI PROCESSED OUTPUT B2 3 4 CVBS INPUT BPH17 BHX17b 2GU100-2GU110 2HU100-2HU110 Dual channel, HD up-converter with color corrector and optional cross input audio shuffler The 2GU100/110 and 2HU100/110 are dual channel highquality up converters. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native SD or HD source, by use of a 64 tap FIR filters. The cards allow you to simulcast 2 HD or signals from 2 native HD, SD or 1 CVBS and an SD infrastructure. The appropriate aspect ratio can be applied by control of VI, WSS and GPI inputs by use of 16 presets per output. They are also very powerful cross-input audio shufflers and ProcAmps. With the 110 models you can de-embed 2x 8 channels out of any of the 16 embedded audio channels of both HD/SD inputs and shuffle these channels. This means you can combine embedded audio channels from input 1 and embedded audio channels from input 2 in your (2GU), HD, SD outputs. The embedded audio is carried over to the HD or domain. The 2GU100/110 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The 2HU100/110 is compatible with SD and HD SDI and can be future upgraded to compatibility 3 inputs: 2 SDI and 1 composite Configurable output mode (straight, crossed, A only, B only) Low latency conversion process: as low as 1 field in controlled timing environment 5 GPI inputs assignable to various preset banks ARC triggers by S2016 (AFD) Individual RGB color correctors for video channels A and B Compatible with the following input (auto selecting) and output formats (1080p50/60 only for 2GU100/110): 1080p p i i p29.97 One format can be chosen for both outputs simultaneously Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation 30 Frames (1080i/p), 60 frames (720p) or 125 frames (SD) delay offset per channel All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V 16 Free individual programmable presets banks for: Up-converter ARC A and B Transparent ARC A and B AFD insertion A and B Shuffling/ gain/phase (110 only) Transparent for 8 channels of embedded audio per channel Embedded domain cross input audio shuffling, gain and phase control (110 only) Locks to Tri-level, Bi-leveland SDI input Embedding and de-embedding through synapse bus Complementary cards: 1080p p p p50 720p p25 720p23.98 SD525 SD625 DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 High quality low latency up-conversion (with zero motion artifacts) for 2 channels Free running fill-in camera positions upconversion and synchronization Combining embedded audio channels of 2 inputs into 1 (110 only) Modules 2GU100: Dual channel up-converter with color corrector 2GU110: Dual channel up-converter with color corrector with cross input audio shuffler 2HU100: Dual channel HD up-converter with color corrector 2HU110: Dual channel HD up-converter with color corrector with cross input audio shuffler BPH17_2GUxxx: I/O panel for 2GU-2HUxxx BHX17b_2GUxxx: I/O panel for 2GU-2HUxxx with 2GU100-2GU110 2HU100-2HU

80 format conversion - up video processing GSU010 HSU010 VI/WSS DETECTION, HD, SD OUT 1 HD, SD INPUT 1. HD, SD OUT 2, HD, SD IN LOW LATENCY UP CONVERSION -ARC - -BYPASS - FRAME COLOR CORR. 4 GROUP EMBEDDING S2016 INSERT, HD, SD OUT 3, HD, SD OUT 4 Upgradable to, HD, SD OUTPUT 1, HD, SD OUTPUT 2 GPI INPUT/OUTPUT, TING OUTPUT DE- EMBEDDING TING AUDIO Level B compliant, HD, SD OUTPUT 3, HD, SD OUTPUT 4 GPI #5 OUT #2 TING OUT [LINUX] BPH17 BHX17b GSU010 - HSU010, HD, SD basic up-converter/synchronizer The GSU010 and HSU010 are low latency up-converters with 16 channel audio transparency. The GSU010 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HDS010 is compatible with SD and HD SDI and can be future upgraded to compatibility. Low latency conversion process (as low as 1 field in controlled timing environment) Compatible input (auto selecting) and output formats (1080p50/60 only for GSU010): 1080p p i i p p p p p50 720p p25 720p23.98 SD525 SD625 Framesync with output phase control lines and pixels with respect to reference All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V 16 Free individual programmable presets banks for: Up-converter ARC Transparent ARC S2016 insertion 5 GPI inputs assignable to various preset banks Up-conversion ARC Transparent ARC (when output is equal to input) Insertion of AFD (S2016) ARC triggers by VI, WSS, WSSext and S2016 (AFD) Transparent for 16 channels of embedded audio Hue control for NTSC inputs WST-B translation into OP47 Color corrector (RGB and total gain, RGB and total black) Locks to Bi-level syncs or SDI input Basic up-conversion with transparent audio OB Van input upconverter/synchronizer Infrastructure upconverter GSU010:, HD, SD- SDI up-converter HSU010: HD, SD-SDI upconverter BPH17_GSU010: I/O panel for G-HSU010 BHX17b_GSU010: I/O panel for G-HSU010 with GSU010 - HSU

81 format conversion - up video processing GSU100 GSU110 - HSU100 - HSU110 HD, SD IN 1 CVBS IN CVBS DEC. WSS-VI-S2016 DETECTION LOW LATENCY UP-CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. EMB A EMB B EMB C EMB D, HD, SD OUT A1. HD, SD OUT A2, HD, SD OUT B1 HD, SD INPUT 1 HD, SD INPUT 2, HD, SD OUTPUT 1 HD, SD IN 2, HD, SD OUT B2, HD, SD OUTPUT 2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING μp [LINUX] PRESET BASED SHUFFLING 48X16 ( 110 ONLY) -AUDIO - PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to Level B compliant GPI INPUT/OUTPUT, TING OUTPUT, HD, SD OUTPUT 3, HD, SD OUTPUT CVBS INPUT BPH17 BHX17b GSU100 - GSU110 HSU100 - HSU110, HD, SD UP-converter/synchronizer with optional cross input audio shuffler The GSU100/110 and HSU100/110 are high-quality up converters. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native HD or SD source, by use of a 64 tap FIR filters. The appropriate aspect ratio can be applied by control of S2016 and GPI inputs by use of 16 presets per output that can store the aspect ratio conversions. These are also very powerful cross-input audio shufflers and ProcAmps. With the 110 models you can de-embed 2x8 channels out of any of the 16 embedded audio channels of both HD and SD inputs and shuffle these channels. This means you can combine embedded audio from input 1 and from input 2 in your SD outputs. The embedded audio is carried over to the SD domain. The GSU100/110 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HSU100/110 is compatible with SD and HD SDI and can be future upgraded to compatibility 3 input: 2 SDI and 1 composite Low latency conversion process (as low as 1 field in controlled timing environment) Compatible input (auto selecting) and output formats (1080p50/60 only for GSU100/110): 1080p p i i p p p p p50 720p p25 720p23.98 SD525 SD625 Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation 30 Frames (1080i/p), 60 frames (720p) or 125 frames (SD) delay offset per channel 16 Free individual programmable presets banks for: Up-converter ARC Transparent ARC S2016 (AFD) insertion Shuffling/ gain/phase (110 only) 5 GPI inputs assignable to various preset banks ARC triggers by VI, WSS, WSSext and S2016 (AFD) All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V Color corrector (RGB and total gain, RGB and total black) Hue control for NTSC inputs WST-B translation into OP47 Transparent for 16 channels of embedded audio Embedded domain cross input audio shuffling, gain and phase control (110 only) Embedding and de-embedding through synapse bus Locks to Tri-level, Bi-level or SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 OB Van input upconverter/ synchronizer Infrastructure upconversion GSU100:, HD, SD SDI up-converter GSU110:, HD, SD SDI up-converter with audio shuffler ProcAmp HSU100: HD, SD-SDI up- converter HSU110: HD, SD-SDI up- converter with audio shuffler ProcAmp BPH17_GSUxxx: I/O panel for G-HSUxxx BHX17b_GSUxxx: I/O panel for G-HSUxxx with GSU100 - GSU110 HSU100 - HSU

82 format conversion - up video processing GSU150 GSU160 - HSU150 - HSU160 HD, SD IN 1 WSS-VI-S2016 DETECTION MAIN CHANNEL LOW LATENCY UP CONVERSION - ARC - - BYPASS - FRAME & OFFSET COLOR CORR. SIDE CURTAIN FILL COMBINER - BYPASS -, HD, SD OUT A1. HD, SD OUT A2 HD, SD INPUT 1 HD, SD INPUT 2 CVBS IN HD, SD IN 2 CVBS DEC. WSS-VI-S2016 DETECTION FILL CHANNEL LOW LATENCY UP CONVERSION - ARC - - BYPASS - FRAME & OFFSET COLOR CORR. EMB A EMB B EMB C EMB D, HD, SD OUT B1, HD, SD OUT B2, HD, SD OUTPUT 1, HD, SD OUTPUT 2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING μp [LINUX] PRESET BASED SHUFFLING 48X16 ( 160 ONLY) -AUDIO - PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to GPI INPUT/OUTPUT, TING OUTPUT, HD, SD OUTPUT 3, HD, SD OUTPUT D CVBS INPUT BPH17 BHX17b GSU150 - GSU160 HSU150 - HSU160, HD, SD up-converter/synchronizer with side curtains and optional cross input audio shuffler The GSU150/160 and HSU150/160 are high-quality up converters. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native HD or SD source, by use of a 64 tap FIR filters. The appropriate aspect ratio can be applied by control of S2016 and GPI inputs by use of 16 presets per output that can store the aspect ratio conversions. Besides also being powerfull cross input audio shufflers and proc amps, the output stage of these cards can be configured in various ways. In straight and crossed mode the card acts as a dual channel (TWINS) card (audio transparency reduced to 8 channels). You can even mix/ lay-over input 1 and input 2 into one output feed with for instance a side curtain effect, a mix or side by side. The GSU150/160 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HSU150/160 is compatible with SD and HD SDI and can be future upgraded to compatibility 3 input: 2 SDI and 1 composite Configurable output mode: straight, crossed, A only, B only, side curtains (adjustable), mix, or Side by Side (for 3D) Compatible input (auto selecting) and output formats (1080p50/60 only for GSU150/160): 1080p p i i p p p p p50 720p p25 720p23.98 SD525 SD625 One standard can be chosen for both outputs simultaneously Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation 30 Frames (1080i/p), 60 frames (720p) or 125 frames (SD) delay offset per channel 16 Free individual programmable presets banks for: Up-converter ARC Transparent ARC S2016 (AFD) insertion Shuffling/ gain/phase (160 only) 5 GPI inputs assignable to various preset banks ARC triggers by VI, WSS, WSSext and S2016 (AFD) All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V Individual RGB color corrector for channel A and B Hue control for NTSC inputs Transparent for 16 channels of embedded audio Embedded domain cross input audio shuffling, gain and phase control (160 only) Embedding and de-embedding through synapse bus Locks to Tri-level, Bi-level or SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 OB Van input upconverter/synchronizer Infrastructure upconversion Up-conversion with sidefill/curtain input GSU150:, HD, SD SDI up-converter with side curtain GSU160:, HD, SD- SDI up-converter with side curtains and audio shuffler ProcAmp HSU150: HD, SD-SDI upconverter with side curtain HSU160: HD, SD-SDI up- converter with side curtain and audio shuffler ProcAmp BPH17_GSUxxx: I/O panel for G-HSUxxx BHX17b_GSUxxx: I/O panel for G-HSUxxx with GSU150 - GSU160 HSU150 - HSU

83 format conversion - up video processing U4U100 4K ULTRAHD 3840 x 2160 INPUT 1 SCALER QUADRANT EXTRACTER SCALER SCALER OUT 3 (L BOTTOM) Level B compliant PROCESSSED OUTPUT 1 (LEFT TOP) PROCESSSED OUTPUT 2 (RIGHT TOP) GPI SCALER PROCESSSED OUTPUT 3 (LEFT BOTTOM) LOW LATENCY 1080P TO 4K (3840X2160) 4 WIRE UP CONVERTER PROCESSSED OUTPUT 4 (RIGHT BOTTOM) [LINUX] BPH17 U4U P to 4K Ultra HD (3840 x 2160) 4 wire UP converter The U4U100 is a 1080p to 4k (4 wire) ultra HD upconverter. The low latency unit extracts four quadrants out of a 1080p (1920x1080) and scales each individual part into to 4 full 1920x1080 pictures One 1080p 50/59.94 input (level B compatible) 4 outputs, one for each quadrant Low latency 50Hz, 59.95Hz) 4K four wire (3840 x 2160) Compatible with 1080p59.94 or 1080p50 inputs Transparent for 16 channels of embedded audio Up conversion for 4K production sets U4U100: 1080p to 4K Ultra HD (3840 x 2160) 4 wire up converter U4U100 BPH17_U4U100: I/O panel for U4U

84 format conversion - up/down/cross video processing 2XG100 2XG110 2XH100 2XH110 3Gb/S, HD, SD IN 1 WSS-VI-S2016 DETECTION CHANNEL A LOW LATENCY UP/DOWN/CROSS CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. EMB A EMB B, HD, SD OUT A1. HD, SD OUT A2, HD, SD SDI INPUT 1, HD, SD SDI INPUT 2 CVBS IN 3Gb/S, HD, SD IN 2 CVBS DEC. WSS-VI-S2016 DETECTION CHANNEL B LOW LATENCY UP/DOWN/CROSS CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. 2X2 OR 2X1 EMB C EMB D, HD, SD OUT B1, HD, SD OUT B2, HD, SD SDI PROCESSED OUT A1, HD, SD SDI PROCESSED OUTPUT A2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING μp [LINUX] PRESET BASED SHUFFLING 16X16 ( 110 ONLY) -AUDIO - PRESET BASED SHUFFLING 16X16 ( 110 ONLY) -AUDIO - PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to GPI INPUT/OUTPUT/TING OUTPUT, HD, SD SDI PROCESSED OUT B1, HD, SD SDI PROCESSED OUTPUT B2 3 4 CVBS INPUT BPH17 BHX17b 2XG100-2XG110 2XH100-2XH110 Dual channel, HD, SD up/down/cross-converter and synchronizer with optional audio shuffler The 2XG100/110 and 2XH100/110 are dual channel highquality up/down/cross converters. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native SD or HD source, by use of a 64 tap FIR filters. The cards allow you to simulcast 2 HD or (2XG models only) signals from 2 native HD, SD or 1 CVBS and an SD infrastructure. They are also very powerful cross-input audio shufflers and ProcAmps. With the 110 models you can de-embed 2x 8 channels out of any of the 16 embedded audio channels of both SDI inputs and shuffle these channels. This means you can combine embedded audio channels from input 1 and embedded audio channels from input 2 in your, HD, SD outputs. The 2XG100/110 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The 2XH100/110 is compatible with SD and HD SDI and can be future upgraded to compatibility 3 inputs: 2 SDI and 1 composite Configurable output mode (straight, crossed, A only, B only) Low latency conversion process: as low as 1 field in controlled timing environment 5 GPI inputs assignable to various preset banks ARC triggers by S2016 (AFD) Individual RGB color correctors for video channels A and B Transparent for 8 channels of embedded audio per channel Locks to Tri-level, Bi-leveland SDI input Compatible with the following input (auto selecting) and output formats (1080p50/60 only for 2XG100/110): 1080p p i i p29.97 One format can be chosen for both outputs simultaneously Two individual conversion paths. The input can be different standard SD or HD, converted to one output format Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation 30 Frames (1080i/p), 60 frames (720p) or 125 frames (SD) delay offset per channel All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V 16 Free individual programmable presets banks for: Up/down/cross-converter ARC A and B Transparent ARC A and B VI/WSS/AFD insertion A and B Shuffling/ gain/phase (110 only) Embedded domain cross input audio shuffling, gain and phase control (110 only) Embedding and de-embedding through synapse bus Complementary cards: 1080p p p p50 720p p25 720p23.98 SD525 SD625 DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 Truck input synchronizer converter Infrastructure up/down/ cross-conversion Combining embedded audio channels of 2 inputs into 1 (110 only) Modules 2XG100: Dual channel, HD, SD-SDI up/ down/cross-converter 2XG110: Dual channel, HD, SD-SDI up/ down/cross-converter with audio shuffler ProcAmp 2XH100: Dual channel HD, SD-SDI up/down/ cross-converter 2XH110: Dual channel HD, SD-SDI up/down/ cross- converter with audio shuffler ProcAmp BPH17_2XGxxx: I/O panel for 2XG-2XHxxx BHX17b_2XGxxx: I/O panel for 2XG-2XHxxx with 2XG100-2XG110 2XH100-2XH

85 format conversion - up/down/cross video processing GXG100 GXG110 - HXH100 - HXH110, HD, SD IN 1 CVBS IN CVBS DEC. WSS-VI-S2016 DETECTION LOW LATENCY UP-DOWN CROSS CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. EMB A EMB B EMB C EMB D, HD, SD OUT A1. HD, SD OUT A2, HD, SD OUT B1 3G/bs, HD, SD INPUT 1, HD, SD INPUT 2, HD, SD OUTPUT 1, HD, SD IN 2, HD, SD OUT B2, HD, SD OUTPUT 2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING μp [LINUX] PRESET BASED SHUFFLING 48X16 ( 110 ONLY) -AUDIO - PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 110 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to Level B compliant GPI INPUT/OUTPUT, TING OUTPUT, HD, SD OUTPUT 3, HD, SD OUTPUT CVBS INPUT BPH17 BHX17b GXG100 - GXG110 HXH100 - HXH110, HD, SD UP/down/cross-converter/ synchronizer with optional cross input audio shuffler The GXG100/110 and HXH100/110 are high-quality up/ down/cross converters. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native HD or SD source, by use of a 64 tap FIR filters. The appropriate aspect ratio can be applied by control of S2016 and GPI inputs by use of 16 presets per output that can store the aspect ratio conversions. These are also very powerful cross-input audio shufflers and ProcAmps. With the 110 models you can de-embed 2x8 channels out of any of the 16 embedded audio channels of both HD and SD inputs and shuffle these channels. This means you can combine embedded audio from input 1 and from input 2 in your SD outputs. The embedded audio is carried over to the SD domain. The GXG100/110 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HXH100/110 is compatible with SD and HD SDI and can be future upgraded to compatibility 3 input: 2 SDI and 1 composite Low latency conversion process (as low as 1 field in controlled timing environment) Compatible input (auto selecting) and output formats (1080p50/60 only for GXG100/110): 1080p p i i p p p p p50 720p p25 720p23.98 SD525 SD625 Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation 30 Frames (1080i/p), 60 frames (720p) or 125 frames (SD) delay offset per channel 16 Free individual programmable presets banks for: Up/down/cross-converter ARC Transparent ARC WSS/VI/S2016 (AFD) insertion Shuffling/ gain/phase (110 only) 5 GPI inputs assignable to various preset banks ARC triggers by VI, WSS, WSSext and S2016 (AFD) All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V Color corrector (RGB and total gain, RGB and total black) Hue control for NTSC inputs OP47 translation into WST-B and vice versa Transparent for 16 channels of embedded audio Embedded domain cross input audio shuffling, gain and phase control (110 only) Embedding and de-embedding through synapse bus Locks to Tri-level, Bi-level or SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 OB Van input up/down/ cross-converter/ synchronizer Infrastructure up/down/ cross-conversion GXG100:, HD, SD SDI up/down/crossconverter GXG110:, HD, SD SDI up/down/crossconverter with audio shuffler ProcAmp HXH100: HD, SD-SDI up/down/cross-converter HXH110: HD, SD-SDI updown/cross-converter with audio shuffler ProcAmp BPH17_GXGxxx: I/O panel for G-HXHxxx BHX17b_GXGxxx: I/O panel for G-HXHxxx with GXG100 - GXG110 HXH100 - HXH

86 format conversion - up/down/cross video processing GXG150 GXG160 - HXH150 - HXH160, HD, SD IN 1 WSS-VI-S2016 DETECTION MAIN CHANNEL LOW LATENCY UP/DOWN/CROSS CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. SIDE CURTAIN FILL COMBINER -BYPASS -, HD, SD OUT A1. HD, SD OUT A2, HD, SD INPUT 1, HD, SD INPUT 2 CVBS IN, HD, SD IN 2 CVBS DEC. WSS-VI-S2016 DETECTION FILL CHANNEL LOW LATENCY UP/DOWN/CROSS CONVERSION -ARC - -BYPASS - FRAME & OFFSET COLOR CORR. EMB A EMB B EMB C EMB D, HD, SD OUT B1, HD, SD OUT B2, HD, SD OUTPUT 1, HD, SD OUTPUT 2 GPI #5 OUT #2 DE- EMBEDDING DE- EMBEDDING ΜP [LINUX] PRESET BASED SHUFFLING 48X16 ( 160 ONLY) -AUDIO - PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 160 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 160 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 160 ONLY) PRESET BASED ANNEL AUDIO, PHASE CONTROL ( 160 ONLY) BUS MULTIPLEXER EMBEDDING OR DE-EMBEDDING TING OUT Upgradable to GPI INPUT/OUTPUT, TING OUTPUT, HD, SD OUTPUT 3, HD, SD OUTPUT D CVBS INPUT BPH17 BHX17b GXG150 - GXG160 HXH150 - HXH160, HD, SD up/down/cross-converter/synchronizer with side curtains and optional audio shuffler The GXG150/160 and HXH150/160 are high-quality up/ down/cross converters. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native HD or SD source, by use of a 64 tap FIR filters. The appropriate aspect ratio can be applied by control of S2016 and GPI inputs by use of 16 presets per output that can store the aspect ratio conversions. Besides also being powerfull cross input audio shufflers and proc amps, the output stage of these cards can be configured in various ways. In straight and crossed mode the card acts as a dual channel (TWINS) card (audio transparency reduced to 16 channels). You can even mix/ lay-over input 1 and input 2 into one output feed with for instance a side curtain effect, a mix or side by side. The GXG150/160 is compatible with SD, HD and SDI (for full 1080p50 or 1080p59.94 use). The HXH150/160 is compatible with SD and HD SDI and can be future upgraded to compatibility 3 input: 2 SDI and 1 composite Configurable output mode: straight, crossed, A only, B only, side curtains (adjustable), mix, or Side by Side (for 3D) Compatible input (auto selecting) and output formats (1080p50/60 only for GXG150/160): 1080p p i i p p p p p50 720p p25 720p23.98 SD525 SD625 One standard can be chosen for both outputs simultaneously Framesync with output phase control in frames, lines and pixels with respect to reference. Delay setting are stored per output format for a constant latency operation 30 Frames (1080i/p), 60 frames (720p) or 125 frames (SD) delay offset per channel 16 Free individual programmable presets banks for: Up/down/cross-converter ARC Transparent ARC WSS/VI/S2016 (AFD) insertion Shuffling/ gain/phase (160 only) 5 GPI inputs assignable to various preset banks ARC triggers by VI, WSS, WSSext and S2016 (AFD) All ARC modes contain: Anamorphic Center Cut V-Zoom LBox 16:9/14:9 PBox 4:3/14:9 Variable H and V Individual RGB color corrector for channel A and B Hue control for NTSC inputs Transparent for 16 channels of embedded audio Embedded domain cross input audio shuffling, gain and phase control (160 only) Embedding and de-embedding through synapse bus Locks to Tri-level, Bi-level or SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24 OB Van input up/down/ cross-converter/ synchronizer Infrastructure up/down/ cross-conversion Up/down/crossconversion with side-fill/ curtain input GXG150:, HD, SD SDI up/down/crossconverter with side curtain GXG160:, HD, SD- SDI up/down/crossconverter with side curtains and audio shuffler ProcAmp HXH150: HD, SD-SDI up/down/cross-converter with side curtain HXH160: HD, SD-SDI up/down/cross-converter with side curtain and audio shuffler ProcAmp BPH17_GXGxxx: I/O panel for G-HXHxxx BHX17b_GXGxxx: I/O panel for G-HXHxxx with GXG150 - GXG160 HXH150 - HXH

87 format conversion - up/down/cross video processing GXG200 HXH200 VI/WSS/S2016 DETECTION LOW LATENCY, HD, SD INPUT 1 MAD-CORE. HD, SD OUT 2 UP-DOWN-CROSS CONVERSION - ARC - - BYPASS - FRAME COLOR CORR. 4 GROUP EMBEDDING WSS VI S2016 INSERT, HD, SD OUTPUT 1 COLOR-SPACE CONVERSION, HD, SD OUT 4 Upgradable to, HD, SD OUTPUT 2 GPI INPUT/OUTPUT, TING OUTPUT DE- EMBEDDING TING AUDIO, HD, SD OUTPUT 3, HD, SD OUTPUT 4 [linux] BPH17 BHX17b GXG200 - HXH200, HD, SD high quality up/down/cross-converter and frame synchronizer with MAD technology The GXG200 and HXH200 are high-quality up/down/cross converters with Axon s propriety Motion Adaptive Deinterlacing technology. This technology ensures fewer artifacts because of the selective combination of weaving and blending de-interlacing methods. Low latency MAD conversion process (Motion Adaptive De-interlacing) Compatible input (auto selecting) and output formats (1080p50/60 only for GXG200): 1080p p p p25 720p50 SD525 General system input up/ down/cross converter/ synchronizer Infrastructure high quality up/down/cross-conversion GXG200 - HXH200 The optimized scaling and filter algorithms ensure crisp 1080i p23.98 SD625 broadcast ready pictures from a native HD or SD source, 1080i50 720p59.94 GXG200:, HD, SD by use of a 64 tap FIR filters. The appropriate aspect ratio Framesync with output phase control in frames, lines and high quality up/down/ can be applied by control of S2016 and GPI inputs by use pixels with respect to reference cross converter and frame of 16 presets per output that can store the aspect ratio 16 Free individual programmable presets banks for: synchronizer with MAD conversions. Up/down/cross-converter ARC technology Transparent ARC HXH200: HD, SD high The GXG200 is compatible with SD, HD and SDI (for VI/WSS insertion quality up/down/cross full 1080p50 or 1080p59.94 use). The HXH200 is S2016 (AFD) insertion converter and frame compatible with SD and HD SDI and can be future 5 GPI inputs assignable to various preset banks synchronizer with MAD upgraded to compatibility. ARC triggers by VI, WSS, WSSext and S2016 (AFD) technology All ARC modes contain: Anamorphic LBox 16:9/14:9 BPH17_GXGxxx: PBox 4:3/14:9 I/O panel for G-HXH200 RGB color corrector Transparent for 16 channels of embedded audio Locks to Tri-level, Bi-level or SDI input BHX17b_GXGxxx: I/O panel for G-HXH200 with

88 format conversion - up/down/cross video processing GXG400 GXG410 [QUAD SPEED AUIO BUS] DUAL CHANNEL SFP 10X4 CHANNEL A MOQD UP/DOWN/CROSS - ARC - BYPASS - WSS-VI-S2016 DETECTION (TOP LEFT) DE-EMBEDDING VANC DECODING FRAME, 2s OFFSET, COLOR CORR. LEFT TOP SCALER RIGHT TOP SCALER LEFT BOTTOM SCALER EMBED WSS-VI-S2016 VANC FORMAT INSERT 4X10 DUAL CHANNEL SFP. HD, SD OUT 2 4K ULTRAHD 3840 x 2160, HD, SD INPUT 1, HD, SD INPUT 2, HD, SD INPUT 3, HD, SD INPUT 4, HD, SD OUTPUT 1, HD, SD, OUTPUT 2, HD, SD OUTPUT 2, HD, SD, OUTPUT 4 es 3840 X 2160 TO 1920 X QUADRANT SCALER [LINUX] RIGHT BOTTOM SCALER, PHASE (GXG410 ONLY) AUDIO ROUTING: PRESET BASED 48X48 AUDIO (GXG410 ONLY) TDM TDM DE- 32CH 32CH OUT IN OPTIONAL DUAL 10G- ETHERNET FOR FUTURE USE S2022/AVB, HD, SD OUT 4 SFP SFP Level B compliant Quad speed INPUT/OUTPUT SFP-1 (DUAL CHANNEL) INPUT/OUTPUT SFP-2 (DUAL CHANNEL) 10Gb/s ETHERNET GPI I/O, LTC, METADATA QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON SFP Flexible I/O BPH32 BHX32 GXG400 - GXG410 High end, HD, SD up/down/cross-converter and frame synchronizer with optional audio shuffler The GXG400/410 is a high end up/down/cross converter. Based on Axon s Motion Optimized Quality De-interlacer (MOQD), and extensively computer optimized scaling and filter algorithms the new 400 series of up/down/cross converters ensure the absolute best quality video conversion from any standard to any standard within the same framerate. The card allows you to simulcast any output standard in any format from any source standard. The embedded audio is carried over to the SD, HD or domain. The appropriate aspect ratio can be applied by control of VI, WSS and GPI inputs by use of 16 presets per output that can store the aspect ratio conversions.the 410 models also have very powerful cross-input audio shufflers and proc-amps (410 only). Beside being the industry highest quality up/down converter, the GXG400/410 also functions as a 4K 4-wire up and down converter. Industry highest quality de-interlacing algorithm using Axon s MOQD 4 x SDI inputs (level B compliant) 4 x SDI outputs, equal signals or 4K quadrants 4K four wire (3840 x 2160) compatible 10Gb/s Ethernet connection for future use Medium latency conversion process (2 frames) Quad Speed audio bus Embedding and de-embedding Video proc-amp (Y and C control), Color corrector (RGB gain and black) and Hue control Locks to Tri-level, Bi-level or SDI input 1 or 2 Compatible with the following input (auto selecting) and output formats (only one output standard can be chosen for all outputs simultaneously): 1080p25/29.97/50/59.94, 1080i50/59.94, 720p50/59.94, SD625, SD525 Frame sync with auto-phaser and control in Frames, Lines and pixels with respect to reference with a maximum of 25 frames delay offset per channel All ARC modes contain Anamorphic, Center Cut, V-Zoom, LBox-16:9, LBox-14:9, PBox-4:3, PBox-14:9 and Variable H and V (50-200%) 16 free individual programmable preset banks with settings for:down-, Up- and, Cross Conversion, Pass through (with ARC function), Simultaneous VI, WSS and AFD (S2016) insertion and Embedder shuffling, gain, phase and delay Multiple GPI inputs/outputs with predefined modes ARC triggers by VI, WSS, WSS-ext and S2016 (AFD) Transparent for 16 channels of embedded audio Embedded domain 64x64 routing to and from the in/ outputs and Quad Speed Audio Bus (410 only) Complementary cards: DIO88, DLA44/43/42/41, DAW77/88/99, DSF66, DDP24/94 or any Quad Speed Bus ADD-ON card High End Truck dual input frame synchronizer and anything to anything converter High End Infrastructure up/down/cross conversion High End transmission up/ cross conversiongh High End 4K up/down converter GXG400: High end, HD, SD up/down/ cross converter and frame synchronizer GXG410: High end, HD, SD up/down/ cross converter and frame synchronizer with full audio shuffling BPH32_GXG410: I/O panel for GXG with 2 SFP cages for extra inputs or outputs BHX32_GXG410: I/O panel for GXG with 2 SFP cages and with GXG400 - GXG

89 format conversion - up/down/cross video processing UXU400 UXU410 [QUAD SPEED AUIO BUS] 4K ULTRAHD 3840 x 2160, HD, SD INPUT 1, HD, SD INPUT 2 VANC DECODING DUAL CHANNEL SFP 10X5 CHANNEL A MOQD UP/DOWN/CROSS - ARC - BYPASS - WSS-VI-S2016 DETECTION (TOP LEFT) DE-EMBEDDING FRAME 2s OFFSET COLOR CORR. LEFT TOP SCALER RIGHT TOP SCALER LEFT BOTTOM SCALER EMBED WSS-VI- S2016 VANC FORMAT INSERT RGB LUT RGB LUT RGB LUT 4X10 DUAL CHANNEL SFP. HD, SD OUT 2 HDR High Dynamic Range, HD, SD INPUT 3, HD, SD INPUT 4, HD, SD OUTPUT 1, HD, SD, OUTPUT 2, HD, SD OUTPUT 2, HD, SD, OUTPUT 4 RIGHT BOTTOM SCALER RGB LUT INPUT/OUTPUT SFP-1 (DUAL CHANNEL) 3840 X 2160 TO 1920 X QUADRANT SCALER - DOWN CONVERTER, PHASE (UXU410 ONLY) AUDIO ROUTING: PRESET BASED 48X48 AUDIO (UXU410 ONLY) LUT PRESETS, HD, SD OUT 4 Level B compliant INPUT/OUTPUT SFP-2 (DUAL CHANNEL) 10Gb/s ETHERNET [LINUX] TDM 32CH OUT TDM DE- 32CH IN SFP Flexible I/O GPI I/O, LTC, METADATA QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON Quad speed BPH32 UXU400 - UXU410 4K (UHD) format converter with LUT based color space and dynamic range converter The UXU400/410 has all the features and functions of the GXG400/410. The difference between the GXG400/410 and UXU400/410 is the addition of a LUT based color space and dynamic range conversion. The LUT can be stored on 16 presets and selected on the fly. The module is compatible with standard LUT tables in either 1D or 3D formats. Fully features 4K (3840x2160) Ultra HD 4 wire,, HD-SDI, SD-SDI up/down/cross converter LUT based color space and dynamic range conversion 16 LUT presets for standard LUT tables (.cube,.lut,.txt extensions) 1D LUT 10 bits 1024 RGB values (1024x3 rows) 3D LUT 10 bits RGB values (33x33x33) Side by side split screen mode with slider for evaluation of LUT values LUT bypass mode Compatible with ITU-R BT709 and ITU-R BT.2020 I/O (conversion matrix from YCrCb to RGB and back) Optional cross-input audio shuffler (UXU410) Complementary cards: DIO88, DLA44/43/42/41, DAW77/88/99, DSF66, DDP24/94 or any Quad Speed Bus ADD-ON card LUT based color space abd dynamic range conversion High End Truck dual input frame synchronizer and anything to anything converter High End Infrastructure up/down/cross conversion High End transmission up/ cross conversion UHD (4k) up and down conversion from-and-to any supported video standard in the same frequency UXU400: High end, HD, SD up/down/ cross converter with color space and dynamic range converter UXU410: High end, HD, SD up/down/ cross converter with color space and dynamic range converter and with full audio shuffling BPH32_UXU410: I/O panel for UXU with 2 SFP cages for extra inputs or outputs BHX32_UXU410: I/O panel for UXU with 2 SFP cages and with UXU400 - UXGU

90 format conversion - transmission video processing GXT100 - HXT100 - GXT110- HXT110 [QUAD SPEED AUIO BUS] Quad speed, HD, SD IN 1 LOW LATENCY UP-DOWN-CROSS CONVERSION -ARC - -VIDEO BYPASS - FRAME COLOR CORR. 4 GROUP EMBED AFD S2016 WSS VI, HD, SD OUT A1, HD, SD OUT A2, HD, SD-SDI INPUT 1, HD, SD-SDI INPUT 2, HD, SD IN 2 GPI INPUT SELECT WSS-VI-S2016 DETECTION LOW LATENCY UP-DOWN-CROSS CONVERSION -ARC - -VIDEO BYPASS - FRAME COLOR CORR. 4 GROUP EMBED AFD S2016 WSS VI, HD, SD OUT B1, HD, SD OUT B2, HD, SD-SDI OUTPUT A1, HD, SD-SDI OUTPUT A2 DE- EMBEDDING AUDIO V-FADE & T AUDIO 110 ONLY SHUFFLING 16X ONLY BY-PASS Upgradable to GPI INPUT (BPH17) ETHERNET (BPH19), HD, SD-SDI OUTPUT B1 GPI #4 [LINUX] TDM 32CH OUT QUAD SPEED MODE 110 ONLY NORMAL ADD-ON MODE TDM DE- 32CH 4CH 4CH 4CH 4CH IN IN IN IN IN, HD, SD-SDI OUTPUT B2 QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON OR NORMAL ADD-ON AUDIO BUS 3 4 Level B compliant BPH17 BPH19 BHX17b BHX19 GXT100 - GXT110 HXT100 - HXT110, HD, SD frame synchronizer, transmission up/ down/cross-converter and (de)embedder with optional cross input audio shuffler The GXT-HXT100/110 are frame synchronizers and 16 channel embedders and de-embedders combined with high-quality up/down/cross-converting. The dual input capability can be used as an emergency bypass switch. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native HD source, by use of a 64-tap FIR filters. This card is designed as a transmission output module that enables simultaneous feeding of HD and SD (with embedded audio). ADD-ON cards can be used as audio in and output cards. All products can be up- or down graded with a software key. Dual, HD, SD SDI input (auto selecting) Low latency conversion process Dual, HD outputs Dual SD outputs (simultaneous anamorphic widescreen and pan-scan) Up-conversion from 720p or 1080i to 1080p (equal frame-rate) Down-conversion (including 1080p to SD-SDI) Cross-conversion 720p to 1080i and vice versa Dual input back-up function Automatic by input carrier detection Manual by direct control (ACP) GPI inputs for ARC triggers and preset selection 2 frame synchronizers for the, HD and SD domain with individual output timing control Color correction in, HD and SD domain (RGB and total gain, RGB and total black) HV sharpness control in SD domain for crisp down converted picture quality 5 GPI inputs for ARC and Shuffle triggers Transparent for 16 channels of embedded audio both HD and SD path Embedded domain audio shuffling (110 models only) Quad Speed audio bus compatible Embedding through Synapse bus De-embedding to Synapse bus with transparent input to output handling Video ProcAmp (Y and C control) and Hue control Compatible with: 270 Mbit/s (SMPTE 259M) 50 and 59.94Hz 1485 Mbit/s (SMPTE 292M) 50 and 59.94Hz 2970 Mbit/s (SMPTE 424M) 50 and 59.94Hz (GXT100/110 only) AFD insertion in HD domain AFD, WSS, WSS-ext and VI insertion in SD domain Timecode transparency and conversion OP47 translation into WST-B and vice versa I/O delay measurement for both output domain CRC status for both inputs 6 selectable lines VBI transparancy when not converting 16 channel embedder in both HD and SD domain Locks to Bi-level, Tri-level syncs and SDI input Complementary cards: DAC20, DAC24, DAS24, DIO48, ADC20, ADC24, DIO24, DLA44, DLA43 OB Van output card with 16 channel embedding (in combination with 2 x DIO48) 2x1 HD protection switch with SD monitoring output Dual domain (HD & SD) production up/down/ cross-converter with individual timing adjustment GXT110:, HD, SD frame synchronizer, transmission up/down/ cross-converter with (de)embedder and audio shuffler ProcAmp HXT110: HD, SD frame synchronizer, transmission up/down/cross-converter with (de)embedder and audio shuffler ProcAmp GXT100:, HD, SD frame synchronizer and transmission up/down/ cross-converter with (de)embedder HXT100: HD, SD frame synchronizer and transmission up/down/ cross-converter with (de)embedder BPH17_GXT110: I/O panel for G-HXTxxx with GPI connection BPH19_GXT110: I/O panel for G-HXTxxx with Ethernet connection BHX17_GXT110: I/O panel for G-HXTxxx with GPI connection with BHX19_GXT110: I/O panel for G-HXTxxx with Ethernet connection with GXT100 - GXT110 HXT100 - HXT

91 format conversion - transmission video processing H XT150 [QUAD SPEED AUIO BUS] Quad speed LOW LATENCY UP-DOWN-CROSS CONVERSION - ARC - - VIDEO BYPASS - FRAME OFFSET COLOR CORR. 4 GROUP EMBED ANC INS AFD S2016 WSS VI, HD, SD OUT A2, HD, SD-SDI INPUT 1, HD, SD-SDI INPUT 2 GPI INPUT SELECT WSS-VI-S2016 DETECTION LOW LATENCY UP-DOWN-CROSS CONVERSION - ARC - - VIDEO BYPASS - FRAME OFFSET COLOR CORR. 4 GROUP EMBED ANC INS AFD S2016 WSS VI, HD, SD OUT B2, HD, SD-SDI OUTPUT A1, HD, SD-SDI OUTPUT A2 WST DE- EMBEDDING OFFSET Upgradable to GPI INPUT (BPH17) ETHERNET (BPH19) DE- EMBEDDING AUDIO V-FADE & T AUDIO V-FADE & T, HD, SD-SDI OUTPUT B1, HD, SD-SDI OUTPUT B2 TDM 32CH OUT [LINUX] 2 1 QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON Level B compliant BPH17 BPH19 BHX17b BHX19 HXT150 DUAL HD and SD frame synchronizer, up/down/crossconverte and (de)embedder with second channel offset delay (stat multiplex optimization) The HXT150 dual output up/down/cross converter is a transmission tool optimized to have a second channel running on a medium long offset delay that will improve statistical multiplexing efficiency. One application is that the SD output in both anamorphic and letterbox formats run on the same multiplexer and because of the SD 5 seconds offset delay will help with multiplexing Dual HD, SD SDI input (auto selecting) Low latency conversion process 2x HD output 2x SD output (simultaneous anamorphic widescreen and pan-scan) Up-conversion from SD, 720p or 1080i Down-conversion Cross-conversion 720p to 1080i and vice versa Dual input back-up function (manual, auto or GPI control) GPI inputs for ARC triggers and shuffle triggers 2 frame synchronizers for the HD and SD domain with individual output timing control one frame synchronizer with an additional offset delay Color correction in HD and SD domain (RGB and total gain, RGB and total black) HV sharpness control in SD domain for crisp down converted picture quality 4 GPI inputs for ARC and Shuffle triggers Transparent for 16 channels of embedded audio both HD and SD path Quad Speed audio bus OUT compatible De-embedding to Synapse bus with transparent input to output handling Video ProcAmp (Y and C control) and Hue control Compatible with: 270 Mbit/s (SMPTE 259M) 50 and 59.94Hz 1485 Mbit/s (SMPTE 292M) 50 and 59.94Hz AFD insertion in HD domain AFD, WSS, WSS-ext and VI insertion in SD domain I/O delay measurement for both output domains Reporting of chosen input CRC status for both inputs Locks to Bi-level, Tri-level syncs and SDI input OP47 to WST cross conversion and vice versa Timecode cross conversion CC-608 to CC-708 conversion and vice versa 6 selectable lines VBI transparancy when not converting 16 channel embedder in both HD and SD domain OB Van output card 2x1 HD protection switch with SD monitoring output Dual domain (HD & SD) production up/down/ cross-converter with individual timing adjustment Dual SD output from an HD infrastructure in both Anamorphic as well ass Letterbox formats with a 5 second offset delay to smoothen statistical multiplexers HXT150: Single input dual output HD and SD, frame synchronizer, up/ down/cross converter with second channel offset delay for Statistical Multiplex optimization. BPH17_HXT150: I/O panel for HXT150 with GPI connection BPH19_HXT150: I/O panel for HXT150 with Ethernet connection BHX17_HXT150: I/O panel for HXT150 with GPI connection with relay bypass BHX19_HXT150: I/O panel for HXT150 with Ethernet connection with HXT

92 4K processing video processing U4T [QUAD SPEED AUDIO BUS] 4K ULTRAHD 3840 x 2160, HD, SD INPUT 1, HD, SD INPUT 2 DUAL CHANNEL SFP LEV A-B 2SI AUTO COLOR PHASER CORR DE-EMB TING E-ALIGNMENT TING E-ALIGNMENT FRAME- OFFSET ALL TO ALL 16CH AUDIO SHUFFLER E 16CH 8CH PCM AUDIO 8CH PCM 16CH E OFFSET PHASE EMB (U4T140 ONLY) E DECODER ENCODER LEV A-B 2SI DUAL CHANNEL SFP. HD, SD OUT 2, HD, SD INPUT 3, HD, SD INPUT 4, HD, SD OUTPUT 1, HD, SD, OUTPUT 2, HD, SD OUTPUT 2, HD, SD, OUTPUT 4 12X4 DE-EMB AUTO COLOR PHASER CORR AUTO COLOR PHASER CORR 32CH 16CH FRAME- OFFSET FRAME- OFFSET OFFSET PHASE EMB 4X12, HD, SD OUT 4 Quad speed INPUT/OUTPUT SFP-1 (DUAL CHANNEL) INPUT/OUTPUT SFP-2 (DUAL CHANNEL) AUTO PHASER COLOR CORR FRAME- OFFSET SFP Flexible I/O ETHERNET or TDM TDM [LINUX] DE- 32CH OUT 32CH IN Level B compliant GPI I/O, LTC, METADATA QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON BPH32 U4T100 - U4T140 4K (3840x2160) Ultra HD 4 wire toolbox with optional Dolby E processing The U4T100 and U4T140 are 4k (4 wire) production toolboxes that will ease the challenges of a 4 wire production setup where the left top corner (channel A) is used to carry VANC and HANC data like timecode and embedded audio. We also added a second quadrant audio de-embedder and embedder with full audio shuffling. The I/O is capable of handling four times 1080p formatted as level A, level B or 2Si (two sample interleaved).the card can also be used with 1080i, 720p, SD and 1080psf The 140 has an extra Dolby E encoder and decoder on board and will be capable of handling these signals internally. A Quad Speed Audio bus can be used for additional Dolby E processing or other audio processing by using an ADD-ON card like the DEE28 Extremely low intrinsic latency of 5 lines 4K 4 wire (3840 x 2160) 4 inputs with seperate internal processing 4 input autophasers 4 Frame synchronizers and offset delay blocks controllable in two stages (left top and rest) 4 outputs RGB color correction of all 4 processing channels as one Level A,B and 2Si compliant Compatible with 1080p50/59.94, 1080psf23.98, 1080i50/59.94, 720p50/59.94 and SD625/525 Transparent for 32 channels of embedded audio in first and second videoquadrant Full audio shuffling between all audio sources and destinations Move audio from quadrant 1 to quadrant 2 All channels (embedded and coming from the bus) can be a source for the dolby processor 32 channel Quad Speed Audio bus connectivity (Quad Speed Bus outputs 17 to 32 are de-embedder 2 or the Dolby Channels) SFP sockets for fiber connectivity Complementary cards: DEE28 for extra Dolby E processing. Up to 3 extra cards for 4 Dolby E channels total. DIO88 for physical AES/EBU I/O All other Quad Speed Bus cards like DSF66 or DLAxx All 4K four wire challenges 4 wire synchronization and auto phasing Embedding and deembedding in all UHD applications Encoding and decoding to and from Dolby E embedded data 4K color correction Level A to level B or to 2Si conversion in any direction U4T100: 4K (4 wire) toolbox U4T140: 4K (4 wire) toolbox with embedded Dolby processing BPH32_U4T1x0: I/O panel for U4T100 or U4T140 BHX32_U4T1x0: I/O panel for U4T100 or U4T140 with U4T100 - U4T

93 4K processing video processing U4T [QUAD SPEED AUDIO BUS] 4K ULTRAHD 3840 x 2160, HD, SD INPUT 1, HD, SD INPUT 2 DUAL CHANNEL SFP LEV A-B 2SI AUTO COLOR PHASER CORR DE-EMB TING E-ALIGNMENT TING E-ALIGNMENT FRAME- OFFSET ALL TO ALL 16CH AUDIO SHUFFLER E 16CH 8CH PCM AUDIO 8CH PCM 16CH E RGB LUT OFFSET PHASE EMB (U4T240 ONLY) E DECODER ENCODER LEV A-B 2SI DUAL CHANNEL SFP. HD, SD OUT 2 HDR High Dynamic Range, HD, SD INPUT 3, HD, SD INPUT 4, HD, SD OUTPUT 1, HD, SD, OUTPUT 2, HD, SD OUTPUT 2, HD, SD, OUTPUT 4 12X4 DE-EMB 32CH 16CH OFFSET PHASE 4X12 INPUT/OUTPUT SFP-1 (DUAL CHANNEL) AUTO PHASER AUTO PHASER AUTO PHASER COLOR CORR COLOR CORR COLOR CORR or FRAME- OFFSET FRAME- OFFSET FRAME- OFFSET RGB LUT RGB LUT RGB LUT EMB LUT PRESETS, HD, SD OUT 4 Quad speed INPUT/OUTPUT SFP-2 (DUAL CHANNEL) ETHERNET TDM TDM [LINUX] DE- 32CH OUT 32CH IN SFP Flexible I/O GPI I/O, LTC, METADATA QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON Level B compliant BPH32 U4T200 U4T240 4K (UHD) toolbox with LUT based color space and dynamic range converter and option Dolby E proc The U4T200 and U4T240 have all the features and functions of the U4T100 and U4T140. The difference between the U4T100/140 and U4T200/240 is the addition of a LUT based color space and dynamic range conversion. The LUT can be stored on 16 presets and selected on the fly. The odule is compatible with standard LUT tables in either 1D or 3D formats. Fully features 4K (3840x2160) Ultra HD 4 wire toolbox LUT based color space and dynamic range conversion 16 LUT presets for standard LUT tables (.cube,.lut, TXT extensions) 1D LUT 10 bits 1024 RGB values (1024x3 rows) 3D LUT 10 bits RGB values (33x33x33) Side by side split screen mode with slider for evaluation of LUT values LUT bypass mode Compatible with ITU-R BT709 and ITU-R BT.2020 I/O (conversion matrix from YCrCb to RGB and back) Optional Dolby E encoder and decoder (U4T240) Complementary cards: DEE28 for extra Dolby E processing. Up to 3 extra cards for 4 Dolby E channels total. DIO88 for physical AES/EBU I/O All other Quad Speed Bus cards like DSF66 or DLAxx LUT based color space abd dynamic range conversion All 4K 4 wire challenges 4 wire synchronization and alignment Embedding and deembedding in all UHD applications Encoding and decoding to and from Dolby E embedded data Color correction Level A to level B to 2Si conversion in any direction U4T200: 4K (4 wire) toolbox with color space and dynamic range converter U4T240: 4K (4 wire) toolbox with color space and dynamic range converter and with embedded Dolby processing BPH32_U4T2x0: I/O panel for U4T200 or U4T240 BHX32_U4T2x0: I/O panel for U4T200 or U4T240 with U4T200 U4T

94 Multi-image processing video processing Synview - Low latency modular UHD and IP multiview system audio metering, metadata, UMD and Tally When it comes to speed and flexibility, there is nothing on the market to compare with our new SynView, a powerful, modular multiviewer that can handle both 4K and any IP video format. Featuring vastly improved specifications, SynView is the industry s only single field latency (20ms@50Hz and 16,7ms@59.94Hz) multiviewer system to offer external looping for an unlimited amount of input channels. Thanks to its modular architecture it can either be used as a stand-alone unit or it can be combined with over 300 different Synapse signal processing modules to provide a system that truly stands out from the competition. The SynView system is designed to handle multiple individual audio metering and metadata overlays. It can also handle multiple individual selectable UMD and Tallies. SYNVIEW SYNVIEW SynView s unequalled low processing delay and start up time makes it ideal for a wide range of applications, from the smallest to the largest, including fast response production monitor walls; high resolution, high source count monitor walls and OB van preview monitoring and shading. The system consists of 6 basic models. These versions can be mixed and matched to build a hybrid multiviewer with up to hundreds of inputs and p heads (on SDI) or two heads with UHD/4K resolution. Multiple connector panels are available to allow for different I/O configurations. Key Features Dual 10Gb Ethernet Agnostic IP video channel picker compatible with formats like ST2022-7, ST2110, AVB/TSN etc. Linear expandable system in steps of 8 SDI input channels or networked channels UHD (4-wire),, HD or SD SDI inputs 2x UHD or 8x HD outputs Unlimited amounts of inputs per dual UHD output configuration or per 8 SDI output configuration Multi card multiview systems can span multiple frames by use of mini SAS-HD cables Fast boot time: the only single field latency multiview system in the world Linear increase of cost (no penalty for a small systems) Linear increase of horse power A single card has enough processing power to scale, position, de-embed, overlay and process 8 video channels. When you double the amount of inputs, you double the amount of processing power A 128 channel system has 16 times the processing power of an 8 channel system A Synapse based modular system: can be combined with over 300 different available audio and video processing modules Each head can have its own customizable background Fonts can be changed by uploading.ttf or.otf files

95 Multi-image processing video processing MGU200 MGG200 LINE 16 CHANNEL DE-EMBED SCALER 1 HEAD A SCALER 1 HEAD B SynView SDI DRIVER SDI DRIVER MGU only HEAD A Modular Multiview 4K ULTRAHD 3840 x 2160 GPI I/O, TSL, LTC, HD, SD INPUT 1, HD, SD INPUT 2 8X8 LINE LINE LINE LINE LINE 16 CHANNEL DE-EMBED 16 CHANNEL DE-EMBED 16 CHANNEL DE-EMBED 16 CHANNEL DE-EMBED 8X16 SCALER 2 HEAD A SCALER 2 HEAD B SCALER 3 HEAD A SCALER 3 HEAD B SCALER 4 HEAD A SCALER 4 HEAD B SCALER 5 HEAD A SCALER 5 HEAD B SCALER 6 HEAD A 2 UHD COMBINER SCALER AUDIO FOR 32 BAR/HEAD 2-HEAD: TALLY & UMD AUDIO LEVEL BORDER INSERTION OVERLAY 2 CLOCKS PER HEAD AUDIO ROUTING TO AND FROM QUAD-SPEED AUDIO BUS 2 UHD HEAD COMBINER SDI DRIVER MGU only SDI DRIVER MGU only SDI DRIVER SDI DRIVER MGU only SDI DRIVER MGU only SDI DRIVER MGU only SynView TRANSMIT CARD N1 HEAD B Quad speed Level B compliant, HD, SD INPUT 3, HD, SD INPUT 4, HD, SD INPUT 5, HD, SD INPUT 6, HD, SD INPUT 7, HD, SD INPUT 8, HD, SD OUTPUT 1, HD, SD OUTPUT 2, HD, SD OUTPUT 3, HD, SD OUTPUT 4, HD, SD OUTPUT 5, HD, SD OUTPUT 6, HD, SD OUTPUT 7, HD, SD OUTPUT 8 SYNVIEW LOOP INPUT SYNVIEW LOOP OUTPUT ETHERNET (CONTROL) BPH47 MGU200 MGG200 SDI multiview building block with 8 SDI inputs and up to 8 HD or 2 UHD (4K) SDI outputs SynView is Axon s next generation Synapse modular multi-viewer. The system consists of 6 different models. These models can be mixed and matched to build a hybrid multiviewer with up to hundreds of inputs and p heads (on SDI) or two heads with UHD/4K resolution. Because of the external Daisy Chain mini SAS-HD connector you can build a multi viewer with, in theory, an unlimited amount of input channels as you can chain the cards even between frames. You can split the multiviewer into smaller chunks of cards, each block with its own set of PIPs (Picture In Pictures) and its own outputs. A MGU200 can also be used LINE LINE 16 CHANNEL DE-EMBED 16 CHANNEL DE-EMBED 16 CHANNEL DE-EMBED SCALER 6 HEAD B SCALER 7 HEAD A SCALER 7 HEAD B SCALER 8 HEAD A SCALER 8 HEAD B Power PC PCie stand alone as a dual quad split (or even oct split) with p pictures spread over 2 UHD screens (pixel mapping with no scaling) UP TO 7680 X 2160 PIXELS 4 x 6,2Gb/s 4 x 6,2Gb/s 32 CHANNEL BIDIRECTIONAL AUDIO PORT FOR SYNAPSE QUAD SPEED BUS 32CH OUT QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON 32CH IN SynView RECEIVER CARD N-1 The MGU200 and MGG200 are 8 SDI input multiview building blocks with up to 8 outputs. These outputs can be grouped to 2x 4-wire UHD/4K outputs on the MGU200. A four wire to HDMI 2.0 converter, ideally compatible with 2SI (or two sample interleaved), or Quadrants is needed to connect the SDI outputs to commercial HDMI2.0 screens. Main Features 8 inputs to two individual panel outputs or 8 SDI outputs (MGU200) or 2 SDI (up to 1080p) outputs (MGG200) Each input can be displayed on each head with an individual scale and position Low latency (20 ms for 50Hz, 17 ms for 59.94Hz) Full RGB domain (internal 20bit processing for scaling) Up to 2x 4k/UHD (2160p60) resolution on 2x 4-wire SDI (MGU200 only) Up to 8 SDI outputs Full variable scaling and positioning for all individual inputs All inputs are compatible with 1080p50/59.94, 1080p(sf)29.97/25/24, 1080i50/59.94, 720p59.94/50/29.97/25/24 and SD625/525 (mixing is allowed with different frame rates) 32 audio bars (per head) free assignable from 128 embedded sources and/or 32 sources via the Quad Speed Audio bus Three assignable regions in or under monitor: Input format, Static UMD and Dynamic UMD, VITC, ATC, LTC, Aspect Ratio Lock to input, reference or free running Masked or transparent audio bar graphics with AES/EBU, BBC or Nordic scale VU meters. Customizable color schemes for audio meters Two definable clocks per head; Analog, Digital or Combined Digital clock can be set to normal time, up counter or down counter Clocks can be assigned to VITC, ATC, LTC, NTP (Ethernet) or system UMD colors: gray, green, red and amber Border, UMD and tally brightness adjustments Automatic 4:3 and 16:9 modes through VI or WSS triggers (SD-SDI inputs) GPI control for Aspect ratio, Full screen modes and Tally Locks to Bi-level, Tri-level syncs or SDI input panel of the SFR08/SFR18 frame and the Ethernet port (ACP) Small to extremely large monitoring walls Fast response production monitor walls with unequalled low processing delay and startup time High resolution high source count monitor walls OB van preview monitoring and shading MGU200: 8 x SDI input with 16 PIPs and dual UHD head MGG200: 8 x SDI input with 16 PIPs and dual HD head BPH47_MGXxxx: Synview I/O-panel for SDI inputs For more, screen examples and explanations about the various I/O modes, please refer to the Synview brochure via our website. MGU200 MGG

96 Multi-image processing video processing MNU100 MNG100 LINE 16 CHANNEL DE-EMBED SCALER 1 HEAD A HEAD B SynView SDI DRIVER SDI DRIVER MNU only HEAD A Modular Multiview 4K ULTRAHD 3840 x 2160 GPI I/O, TSL, LTC, HD, SD OUTPUT 1, HD, SD OUTPUT 2 LINE SCALER 2 HEAD A HEAD B SDI DRIVER MNU only, HD, SD OUTPUT 3, HD, SD OUTPUT 4, HD, SD OUTPUT 5, HD, SD OUTPUT 6 16 CHANNEL DE-EMBED SDI DRIVER MNU only, HD, SD OUTPUT 7, HD, SD OUTPUT 8 LINE SCALER 3 HEAD A HEAD B 2 UHD COMBINER SCALER SDI DRIVER HEAD B Quad speed 10Gb/s ETHERNET INPUT 1 16X8 16 CHANNEL DE-EMBED LINE SCALER 4 HEAD A HEAD B AUDIO FOR 48 BARS INTEGRITY CHECKING SDI DRIVER MNU only SDI DRIVER MNU only SFP 10Gb/s Ethernet 10Gb/s ETHERNET INPUT 2 SYNVIEW LOOP INPUT 16 CHANNEL DE-EMBED LINE SCALER 5 HEAD A HEAD B 2-HEAD: TALLY & UMD AUDIO LEVEL BORDER INSERTION OVERLAY 2 CLOCKS PER HEAD SDI DRIVER MNU only Level B compliant SYNVIEW LOOP OUTPUT ETHERNET (CONTROL) LINE 16 CHANNEL DE-EMBED SCALER 6 HEAD A HEAD B AUDIO ROUTING TO AND FROM QUAD-SPEED AUDIO BUS 2 UHD HEAD COMBINER SynView TRANSMIT CARD N1 BPH41 MNU100 MNG100 ETHERNET PHY 16 CHANNEL DE-EMBED IP (ST2022/ST2110) input multiview building block with up to 8 HD or 2 UHD (4K) SDI outputs SynView is Axon s next generation Synapse modular multi-viewer. The system consists of 6 different models. These models can be mixed and matched to build a hybrid multiviewer with up to hundreds of inputs and p heads (on SDI) or two heads with UHD/4K resolution. Because of the external Daisy Chain mini SAS-HD connector you can build a multi viewer with, in theory, an unlimited amount of input channels as you can chain the cards even between frames. You can split the multiviewer into smaller chunks of cards, each block with its own set of PIPs (Picture In Pictures) and its own outputs. A MGU200 can also be used Power PC PCie stand alone as a dual quad split (or even oct split) with p pictures spread over 2 UHD screens (pixel mapping with no scaling) The MNU100 and MNG100 are ST and ST2110 input multiview building blocks with up to 8 SDI outputs. These outputs can be grouped to 2x 4-wire UHD/4K outputs on the MNU input feeds can be taken from 2 10Gb/s Ethernet connections. UP TO 7680 X 2160 PIXELS 4 x 6,2Gb/s 4 x 6,2Gb/s 32CH OUT QUAD SPEED MULTIPLEXING AUDIO BUS 32 CHANNEL BIDIRECTIONAL AUDIO PORT FOR SYNAPSE QUAD SPEED BUS TO ADD-ON FROM ADD-ON 32CH IN SynView RECEIVER CARD N-1 A four wire to HDMI 2.0 converter is needed to connect the SDI outputs to commercial HDMI2.0 screens. Main Features 2x 10Gb Ethernet inputs displaying the content of maximum 6 sources with ST and ST2110 inputs Back-up redundancy, the card can switch when errors are detected in the content Clean switch functionality Each input can be displayed on each head with an individual scale and position Low latency (20 ms for 50Hz, 17 ms for 59.94Hz) Full RGB domain (internal 20bit processing for scaling) Up to 2x 4k/UHD (2160p60) resolution on 2x 4-wire SDI (MGU200 only) Up to 8 SDI outputs Full variable scaling and positioning for all individual inputs All inputs are compatible with 1080p50/59.94, 1080p(sf)29.97/25/24, 1080i50/59.94, 720p59.94/50/29.97/25/24 and SD625/525 (mixing is allowed with different frame rates) 48 audio bars free assignable from 96 embedded sources and/or 32 sources via the Quad Speed Audio bus Three assignable regions in or under monitor: Input format, Static UMD and Dynamic UMD, VITC, ATC, LTC, Aspect Ratio Lock to input, reference or free running Masked or transparent audio bar graphics with AES/EBU, BBC or Nordic scale VU meters. Customizable color schemes for audio meters Two definable clocks per head; Analog, Digital or Combined Digital clock can be set to normal time, up or down counter Clocks can be assigned to VITC, ATC, LTC, NTP (Ethernet) or system UMD colors: gray, green, red and amber Border, UMD and tally brightness adjustments Automatic 4:3 and 16:9 modes through VI or WSS triggers (SD-SDI inputs) GPI control for Aspect ratio, Full screen modes and Tally Locks to Bi-level, Tri-level syncs or SDI input panel of the SFR08/SFR18 frame and the Ethernet port (ACP) Small to extremely large monitoring walls Fast response production monitor walls with unequalled low processing delay and startup time High resolution high source count monitor walls OB van preview monitoring and shading Multiview monitoring walls in ST and ST2110 environments MNU100: 6 IP inputs with 6 PIPs to dual UHD heads (extensive video/audio analysis) MNG100: 6 IP inputs with 6 PIPs to dual HD heads (extensive video/audio analysis) BPH41_MNXxxx: Synview I/O-panel for IP inputs For more, screen examples and explanations about the various I/O modes, please refer to the Synview brochure via our website. MNU100 MNG

97 bridging and vbi insertion video processing GNS600 AUTOPHASER OFFSET AUTOPHASER OFFSET VANC DATA DE-EMBEDDER VANC DATA DE-EMBEDDER VANC DATA EMBEDDER Works with SCTE104, HD, SD SDI INPUT 1, HD, SD SDI OUTPUT 1, HD, SD SDI INPUT 2, HD, SD SDI OUTPUT 2 VANC DATA DE-EMBEDDER, HD, SD SDI INPUT 3 VANC DATA DE-EMBEDDER VANC DATA, HD, SD SDI OUTPUT 3, HD, SD SDI INPUT 4 SCTE104 GENERATOR, HD, SD SDI OUTPUT 4 ETHERNET PACKETIZER DE- PACKETIZER VANC DATA ENCODER VANC DATA DECODER GPI IN MAPPING PRESET BASED VANC DATA: DECODING GENERATION ENCODING DATA TRANSCODER GPI OUT MAPPING ETHERNET GPI16 CONTROL I/O GPI I/O BHX46 GNS600 SCTE104 VANC inserter, Ethernet data-bridge for 3G, HD and SD SDI Inputs and X31 Cue encoder/decoder The GNS600 is a 3G, HD and SD SDI SCTE104 inserter with SDI inputs outputs. SCTE104 present in the SDI signal can be transcoded and inserted into the main 3G, HD or SD SDI signal. The GNS600 can insert data from both the Ethernet and SDI domain into lines in SDI or insert a user defined cue on a preset base. The GNS600 can insert or decode SMPTE-2010 packets containing SCTE104 Digital Program Insertion (DPI) messages to/ from VANC. Transcode between SCTE104 HD and SCTE104 SD data is also possible. The card will decode the SCTE104 DPI messages (contained on any or only user specified lines) and monitor for specific (user defined) content and trigger the appropriate GPO or pass the DPI message content to other control systems via Ethernet connection. Messages received as SCTE104 packets will be treated as status changes and may be logged by an external system. The card will encode the cues received from local GPI, or via ACP as predefined (user configurable) SCTE104 DPI Operation messages packets. The card will also format, received as Ethernet from external control systems, and inject this SCTE104 messages. Note: SCTE104 specifies availability of user defined operation names on ID C000-FFFE, these are supported on this card. This data embedding is transparent to embedded audio that might be present in the SDI domain. The card has preset configurations and these can be recalled on the reception of appropriate SCTE104 DPI messages, via local GPIs or manual control via ACP Another function of this card is as standalone card that can insert or decode X31 cues into or from the vertical blanking. The card will decode the cues and pass the status to GPI. SCTE104 (HD) translation into SCTE104 (SD) bridging GPI triggered SCTE104 DPI or user defined message (preset based) GPI outputs triggered by SCTE104 DPI messages (preset based) 3x GPI input and 4 x bidirectional GPI/O (up to 7 inputs) 10 additional GPI inputs and 16 outputs with the bus controlled GPI16 ADD-ON card Ethernet controlled SCTE104 insertion (embedding of SMPTE2010) 4 processed outputs 32 Presets X31 cue encoding and decoding for 1080i/50 and SD625 formats Inserts incoming cues generated on GPI s in WST-B (SD) or OP47 (HD) Output of GPI s on GPI16 card GPI inputs from HSI21 card Locks to SDI input, or external reference All SCTE104 insertion applications like: Advertisement insertion local news triggers GPI transport SCTE104 removal or transcoding Modules: GNS600: SCTE104 VANC inserter, ethernet data bridge for 3G/bs, HD and SD SDI inputs and X31 Cue encoder/decoder BHX46_GNS600: I/O panel for GNS600 with Conversion abilities Input Notes: Output Format SD625 SD p50 720p i i p p60 SD625 SD p50 720p i i p p60 bridge/ swap SCTE104 to/from SCTE104 HD to SD SCTE104 HD to SD SCTE104 HD to SD bridge/ swap SCTE104 to/from SCTE104 HD to SD SCTE104 HD to SD SCTE104 HD to SD SCTE104 SD to HD bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from Input format = SDI input 2 and 3 format Output format = SDI ouput 1 format SCTE104 SD to HD bridge/ swap scte104 to/from bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from SCTE104 SD to HD bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from SCTE104 SD to HD bridge/ swap SCTE104 to/from bridge/ swap scte104 to/from bridge/ swap SCTE104 to/from SCTE104 SD to HD bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from Empty cells represent No Operation. Different frequencies cannot be mixed. SCTE104 SD to HD bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from bridge/ swap SCTE104 to/from GNS

98 bridging and vbi insertion video processing HNS400 HD, SD IN 1 OP47/ S2031 EMB. HD, SD SDI OUT 1 HD, SD SDI INPUT 1 HD, SD SDI INPUT 2 HD, SD SDI OUT 2 CVBS A/D COMPOSITE DECODER CHANNEL A FRAME ADJUSTABLE VBI COMBINER LINE SWAPPER EDH HD, SD SDI OUT 3 HD, SD SDI OUT 4 HD, SD SDI OUTPUT 1 HD, SD SDI OUTPUT 2 GPI INPUT/OUTPUT HD, SD IN 2 CHANNEL B FRAME HD, SD SDI OUTPUT 3 WST-B SLICER WST-B SLICER HD, SD SDI OUTPUT 4 GPI #5 OUT #2 CVBS INPUT BPH17 BHX17b HNS400 HD, SD, CVBS VBI/VANC line inserter/swapper/ transcoder (data bridge) The HNS400 is a HD and SD SDI VBI/VANC inserter with composite and SDI inputs and an HD, SD SDI outputs. VBI (for example Teletext) or VANC (OP47, S2031) present in the composite or SDI signal can be transcoded and inserted into the main HD or SD SDI signal. The HNS400 can insert lines from both composite and SDI domain into lines in the SDI domain. For example, line 7 of the CVBS input can be inserted into line 335 of the SDI signal. This line exchange is transparent to embedded audio that might be present in the SDI domain. For a complete overview of the insertion and bridging abilities of this card, please refer to WST-B translation into OP47 or S2031 Lines can be swapped, blanked or set transparent Built-in ProcAmp 4 processed outputs Locks to SDI input Generic data bridge application where composite domain vertical blanking lines are inserted in the SDI domain Modules: HNS400: VBI line inserter/swapper (data bridge) BPH17_HNS400: I/O panel for HNS400 HNS400 BHX17b_HNS400: I/O panel for HNS400 with

99 legalization video processing GDL200 HDL200 [QUAD SPEED AUDIO BUS], HD, SD IN 1, HD, SD OUT 1 MANUAL OR AUTOMATIC FRAME OFFSET COLOR CORR. RGB, HD, SD IN 2 INPUT, HD, SD OUT 2 SELECTION (709 AND 601) EMB LEGALIZER, HD, SD SDI INPUT A, HD, SD SDI INPUT B, HD, SD OUT 3, HD, SD SDI LEGAL OUTPUT 1 16 CHANNEL DE-EMBED PREVIEW WITH HIGHLIGHT PREVIEW OUT Upgradable to, HD, SD SDI LEGAL OUTPUT 2 GPI INPUT/OUTPUT GPI IN QUAD SPEED MODE Level B compliant, HD, SD SDI LEGAL OUTPUT 3 PREVIEW OUTPUT 16C H OUT 32C H IN 4CH 4CH 4CH 4CH IN IN IN IN 1 QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON OR 3 4 BPH17 BHX17b GDL200 - HDL200 Dual input and HD RGB legalizer and framesync with preview output and Quad Speed ADD-ON handling The GDL/HDL200 are dual standard legalizers for digital signals with full framesync functionality. They legalize, HD and SD SDI streams in the RGB domain within 709 color space (601 for SD). The preview output with a highlight function that indicates the areas that are being processed. This card is also equipped with the Quad Speed audio bus which enables you to build a complete video and audio legalization ingest platform with the addition of a card of the DLA series. 2x (Level A&B), HD or SD-SDI input (auto selecting) 2 input back-up functions: Automatic by input carrier detection Manual by direct control (ACP) GPI Framesync/autophaser RGB legalization in either HD or (709) or SD (601) domain HD is 16 channel (4 group) transparent Triple (Level A&B), HD or SD output Preview output with highlighted legalization markers Color correction Compatible with the following standards: 1080p 50/ i 50/ p 50/ /50 525/59.94 Reporting of chosen input CRC status for both inputs Quad Speed audio bus and normal bus Locks to SDI input Complementary cards: DLA41, DLA42, DLA43, DLA44, DIO88, DBD18 Ingest legalizing tool for video as well as audio together with a DLA44, DLA43, DLA42 or DLA41 Transmission legalizer for, (level A&B) HD or SD signals Transmission legalizer with automatic back-up switching Tape transfer legalizer Modules: GDL200: Dual input and HD RGB legalizer and framesync with preview output and Quad Speed ADD-ON handling HDL200: Dual input HD RGB legalizer and framesynch with preview output and Quad Speed ADD-ON handling (upgradeable to ) BPH17_GDL200: BHX17b_GDL200: I/O panel for GDL-HDL200 with GDL200 - HDL200 I/O panel for GDL-HDL

100 Miscellaneous video processing 2 TG100 [QUAD-SPEED AUDIO BUS] Quad speed LIP- ANALYZER, HD, SD SDI INPUT (FOR LIP- MEASURMENT) & CHANNEL IDENTIFIER HV OFFSET, HD, SD PATTERN GENERATOR IDENT/LIP OFFSET OVERLAY COLORBAR 100%/75% EBU BARS OVER RED BLACK ZONEPLATE PATHOLOGICAL STRESS SIGNAL PLUGE LIP SIGNAL 4 GROUP EMBED WSS VI AFD (S2016) METADATA (S2020) INSERTER, HD, SD OUT A2, HD, SD SDI OUTPUT A1 HV OFFSET, HD, SD PATTERN GENERATOR IDENT/LIP OFFSET OVERLAY COLORBAR 100%/75% EBU BARS OVER RED BLACK ZONEPLATE PATHOLOGICAL STRESS SIGNAL PLUGE LIP SIGNAL 4 GROUP EMBED WSS VI AFD (S2016) METADATA (S2020) INSERTER, HD, SD OUT B2, HD, SD SDI OUTPUT A2 ETHERNET AUDIO GENERATOR Embedded Metadata S2020, HD, SD SDI OUTPUT B1, HD, SD SDI OUTPUT B2 TDM TDM [LINUX] 32CH DE- 32CH OUT IN QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON BPH19 2TG100 Dual, HD, SD test pattern generator with embedded audio signals, Lip-sync measurement and Quad Speed ADD-ON audio I/O The 2TG100 is a dual channel test pattern generator. Locked to a black and burst or Tri-level sync it can generate 2 fully independent test patterns in either, S2020 metadata generator VI/WSS/AFD(S2016) inserter Compatible output formats for each output (only one Generic studio infrastructure test and ident generation Infrastructure Lip-sync measurement 2TG100 HD or SD. 16 test signals of embedded audio are also output frequency can be used at a time while locked to a inserted. These audio signals can be sourced to the Quad reference) Speed audio bus for discrete usage. External audio can 1080p p25 720p25 also be inserted via the Quad Speed audio bus with for 1080p p p23.98 example a DIO i p59.94 SD525 2TG100: Dual, HD 1080i50 720p50 SD625 and SD test pattern The 2TG100 also contains a Lip-Sync analyzer. A 1080p p29.97 generator capable SDI input is available to provide a measurement Lip-Sync Analyzer probe. In Cortex/Cerebrum, or as on-screen display Channel swap identifier overlay, the Lip-Sync offset is shown in milliseconds. The A 16 character text ident can be overlaid on each pattern BPH19_2TG100: analyzer block also identifies channel swaps. The 16 character text ident can alternatively show the I/O panel for 2TG100 Lip-Sync offset The fully individual outputs can handle any format in the 16 channel audio generator with adjustable gain and same frequency. So 1080p50 and 1080i50 can be used phase for embedded audio test patterns: simultaneously. Sine 10Hz to 20KHz (with out without 6dB dip sequence) Blits individual, HD, SD SDI test patterns Lip-Sync (combined with video marker) Colorbar 100% Stepped Sweep Colorbar 75% External audio via the Synapse bus (normal or Quad Bars over red 100% Speed technology) Bars over red 75% Black Complementary cards: Zoneplate DIO88 Pathological stress signal Pluge Lip-Sync test signal Generation Individual offset delay with respect to reference in pixel increments up to one frame

101 Miscellaneous video processing GMD100 DUAL CHANNEL SFP OFFSET MAX. MAX. 1,5Gb/s AUTOPHASER MAX. 270Mb/s FRAME 16 CHANNEL EMBEDDER FULL ANC TRANSPARENCY DUAL CHANNEL SFP, HD, SD INPUT 1, HD, SD INPUT 3, HD, SD INPUT 4, HD, SD INPUT 2 FOR EMBEDDED TIMECODE es OPTIONAL AUTO TING FROM INPUT 2, HD, SD OUTPUT 1, HD, SD, OUTPUT 2 6X2 ATC/VITC DEC., HD, SD OUTPUT 2, HD, SD, OUTPUT 4 INPUT SFP-1 (DUAL CHANNEL) DE- EMBEDDING TING OFFSET (up to 40s) OUTPUT SFP-2 (DUAL CHANNEL) ETHERNET ETHERNET [LINUX] GPI I/O BUS BPH32 BHX32 GMD100 3gb/s, HD, SD SDI medium time delay with automatic tracking function The GMD100 is a medium time, HD and SD-SDI uncompressed baseband video delay. It can store and delay SDI video. It can store and delay video with complete ANC data up to 8 seconds and 16 seconds in HD and up to 64 seconds in SD. The separate audio delay can handle a delay up to 40 seconds. One of the unique features is the capability of syncing a delay to the time code of the second input. An example use of this card is when a video feed is sent down two separate paths or networks, and the delay between the two is unknown. The card on each path would add the appropriate delay to its incoming video to ensure that the output was co-timed. This co-timed output can for example be fed into a backup switch and seamless switching with no time hops is achieved. Autophase and framesync Adjustable offset delay up to: 1080p: 484 frames 50Hz 59.94Hz 1080i: 484 frames 50Hz 59.94Hz 720p: 968 frames 50Hz 59.94Hz SD: 1936 frames 50Hz 59.94Hz Adjustment in frames, lines and pixels Tracking audio delay with offset adjustment up to 40s Adjustable full transparent delay mode for video, audio and ancillary data Individual audio selections feeding the embedder (shuffling) Locks to SDI input, reference or aligns to a reference source of ATC or VITC timecode Possible to add an offset to incoming video to match the offset ATC or VITC timecode Full transparent delay for video and audio panel of the frame and the Ethernet port (ACP) Dynamic delay compensation for main/ backup redundant path applications. Timing correction in, HD and SD virtual studios Late embedded audio correction (lipsync) Modules: GMD100:, HD, SD SDI medium time delay with automatic tracking function BPH32_GMD100: I/O panel for GMD100 GMD100 BHX32_GMD100: I/O panel for GMD100 with

102 Miscellaneous GPI16 GPI OUT 01 GPI INPUT 01 GPI OUT 02 GPI INPUT 02 GPI INPUT 03 GPI OUT 03 GPI OUT 04 GPI GPI INPUT 04 GPI OUT 05 GPI INPUT 05 GPI OUT 06 GPI INPUT 06 GPI OUT 07 GPI INPUT 07 LOGIC GPI OUT 08 GPI INPUT 08 OPTO-COUPLER GPI OUT 09 GPI INPUT 09 GPI OUT 10 GPI OUTPUTS GPI INPUT 10 RELAY OUTPUTS GPI OUT 11 GPI OUT 12 GPI OUT 13 GPI OUT 14 EVENTS GPI OUT 15 GPI OUT 16 GPI OUTPUTS GPI CONTROL TO/FROM MASTER BPL06 Universal GPI card with 10 GPI inputs and 16 GPI outputs GPI alarm monitoring of GPI16 The GPI16 card is a universal Synapse GPI I/O (input/ output) card. The card is capable of forcing GPI output triggering based on events that are generated by cards 10 GPI inputs (opto coupled) 16 GPI outputs (change-over contacts by electromechanical relays) Synapse events GPI to SNMP conversion Where a third party GPI/O only product is integrated GPI16 located in the same rack. (E.g. An alarm/event generated Frame surveillance mode where card events can be via the GPI16 into the by any specific card in frame. This alarm/event is put on mapped to GPI outputs Synapse network and/or the bus. The GPI16 card will monitor the internal bus for Slave mode where GPI in and outputs are mapped SNMP system events and close a relay in case of an event). The GPI16 directly to card status and settings (VWI10, GPI to Synapse triggers can also be used as a slave card for Synapse functions. In ARC20/21/22, CCR10) (with ARC, VWI or SDX these applications it is possible to control functions directly Frame mode where the card detect events from other cards) in to a MASTER, e.g. GPI based channel selection of the cards in the same frame 8x1 switcher SDX08. Latching and non-latching GPI inputs GPI16: Universal GPI Complementary cards: card with 10 GPI inputs VWI10, CCR10, ARC20/21/22 and 16 GPI outputs BPL06_GPI16: I/O panel for GPI

103 ASI/DVB processing ASI10 ASI/DVB OUT A-1 ASI/DVB ASI/DVB INPUT A Powered by ASI/DVB IN A PROBE A ASI/DVB OUT A-2 ASI/DVB OUTPUT A-1 2X2 OR 2X1 ASI/DVB OUTPUT A-2 PROBE B SWITCH ASI/DVB OUT B-1 GPI INPUT/OUTPUT ASI/DVB IN B ASI/DVB INPUT B ASI/DVB OUT B-2 GPI IN (MANUAL SW) GPI I/O OR TRIGGER LOGIC GPI OUT (STATUS) ASI/DVB OUTPUT B-1 μp ASI/DVB OUTPUT B-2 BPL11 BPX04 Dual channel ASI/DVB monitor with 2x2 output switch and dual fan-out per channel Generic ASI/DVB integrity ASI10 The ASI10 is a dual channel ASI/DVB integrity checker with a 2x2 output switch. Each output has a dual fan-out for distribution of the signal 2x2 or 2x1 (4 outputs) mode Monitor ASI/DVB streams and triggering of corresponding alarms. These can be used to trigger a switch-over: monitoring and back-up switching ASI10 Loss of Transport Stream sync bytes No Transport Stream Transport Stream-rate ASI10: Dual channel ASI/ Data-rate DVB monitor with 2x2 Null packets / Active data ratio output switch Number of PIDs in the stream Monitoring only ASI data link mode (Empty, Byte, Packet, Burst) BPL11_ASI10: 188/204/Indeterminate mode I/O panel for ASI10 Total number of unique PIDs per second BPX04_ASI10: I/O panel for ASI10 with

104 ASI/DVB processing TSX20 TSX30 ASI/DVB GPI, LTC, METADATA ASI/TS MONITORING Powered by 3 X 1 or (2 1) X 1 LIVE SWITCH (TSX30 ONLY) ASI Tx COAXIAL OUTPUT 2 ASI/DVB INPUT 1 ASI/DVB INPUT 2 ASI/DVB OUTPUT 1 ASI/DVB OUTPUT 2 INPUT 3 FOR TSX30 ONLY 2X1 (FOR TSX20) SFP1 SFP DRIVER ASI/DVB INPUT 3 (TSX30 ONLY) ASI/DVB OUTPUT 3 SFP2 SFP RECEIVER INPUT 3 FOR TSX30 ONLY SFP RECEIVER 4 X 1 MONITORING SWITCH SFP DRIVER OPTIONAL FIBER INPUT/OUTPUT (SFP MODULE) SFP RECEIVER NC OPTIONAL FIBER INPUT (SFP MODULE) COAXIAL OUTPUT 3 ETHERNET [LINUX] BPH45 BHX45 TSX20 - TSX30 Triple/Dual channel enhanced ASI/DVB monitor The TSX30 is a triple channel TS/ASI integrity checker with a configurable auto output switch and the TSX20 is a dual input version. The hardware can be fitted with 2 SFP modules that can be used as fiber in and/or outputs. Depending on the modules up to 3 fiber inputs or 2 fiber outputs can be enabled. A combination of 2 fiber inputs Monitor ASI/DVB streams and triggering of corresponding alarms. These events can be used to trigger a switch over: Loss of Transport Stream sync bytes No Transport Stream Transport Stream-rate Generic ASI/DVB integrity monitoring and backup switching Autonomous automatic A/B switching Redundancy switching at play out centers, headends and encoding/ BHX45_TSXx0: I/O panel for TSX20-30 with TSX20 - TSX30 and 2 fiber outputs are also possible. Data-rate multiplexing systems Loss of an expected PID from user definable list of 64 Input monitoring and A TSX20 can be software-upgraded to a TSX30 PIDs switching at DVB-T and Loss of an expected table from user definable list of 64 DVB-T2 Transmitter sites ASI coaxial Transport Stream I/O tables 3 inputs with 3 analysis cores : configurable as 21 or a These items can be monitored: symmetrical 3 input (TSX30 only) Null packets / Active data ratio 2 inputs symmetrical for the TSX20 ASI data link mode Up to 3 Fiber inputs: SFP2 is always configured as in, 188/204 mode TSX20: Dual channel SFP1 can be used as dual out or single in Number of PIDs in the stream enhanced ASI/DVB 3 outputs and optional up to 2 fiber outputs (optional) monitor with configurable Near-seamless switching between all inputs, preserving output TS sync TSX30: Triple channel On-chip auto-switching and/or external control enhanced ASI/DVB ASI Datalink monitoring with history - byte modes & monitor with configurable periodicity output TS Monitoring with 188/204 modes, rates & customizable alarms 64 fully configurable table detection tests BPH45_TSXx0: 64 configurable PID detection tests in 4 upper distance I/O panel for TSX20-30 groups Optional null TS output on loss of all 3 inputs TS and Network Id tests & indication Sync_byte_error reporting Transport_error_indicator reporting

105 Delay and storage compressed video HLD100 - HLD120 HD, SD INPUT 1 LINE VIDEO FORMATTING JPEG2000 ENCODING/DECODING ANC HANDLING BUG INSERTER HLD120 ONLY Quad speed HD, SD INPUT 2 HD, SD OUTPUT 1 HD, SD OUTPUT 2 4x PCIe USB LINUX OS SYSTEM ON CHIP POWER PC ΜC MAG GIGABIT ETHERNET 32CH OUT TDM /DE- 32CH IN RS485 LTC - GPI I/O 2x esata 1 QUAD SPEED MULTIPLEXING AUDIO BUS 2 2x esata TO ADD-ON FROM ADD-ON BHX27 HLD100 - HLD120 esata DRIVER esata DRIVER SSD 1 SYNAPSE MODULE SSD 2 LEFT OF MAIN CARD (SLOT X-1) JPG2000 OR RAW DATA Solid state drive based HD-SDI long time delay unit with optional bug inserter JPG2000 OR RAW DATA features Capable of delaying video up to 6 hours depending on bitrates, ANC data and disk space Compression (HD or SD) or RAW delay (SD only) JPG2000 compression for HD and SD video formats Selectable bitrates up to 200 Mbit/s RAW ANC data storage (HANC, VANC or both) Compatible with: 270 Mbit/s (SMPTE 259M) 50 and 59.94Hz 1485 Mbit/s (SMPTE 292M) 50 and 59.94Hz Logo insertion for channel ident or emergency overlay (HLD120 only) Full control and status monitoring through the front panel of the frame and the Ethernet port 1 hour film channels (up to 6 hours) Time zone compensation ordering HLD100: Solid state drive based HD, SD-SDI long time delay BHX27_HLD1x0: I/O panel for HDL1x0 (including blind panel) with for I/O 2 HLD100 - HLD120 The HLD100 is a long time delay which can delay SD and HD SDI video. It can store and delay up to 6 hours of SDI material depending on the size of disks, bitrates and ANC data. The HLD100 uses high quality JPEG2000 compression for HD video to ensure visual lossless transparency. SD video is stored and delayed as raw data. The HLD120 adds a bug inserter for channel ident applications or as an emergency overlay with full frame capability. The use of SSD disks makes this unit extremely reliable and it will provide low maintenance.* The delay length is depending on the used size of the SSD disks and the compression rate, giving increased capacity at low cost in upcoming years. Compared to competitive server based solutions the HLD100 can be considered as very green. The power consumption of this dual slot device is approximately 40W. This is a 10 fold saving of a comparable server based unit which draws >350W average saving a significant amount of money due to the low operating power and accompanying air conditioning. The hardware of the long time delays is fully SDI capable ensuring future proof investment for later planned updates into. MTBF of disks is dependent on storage capacity and brand (type). Twice the storage than needed means theoretical twice the lifecycle as this is coupled to the amount of write cycles, not read cycles. * Lifetime depends on the type of disks and use case. Capacity calculations 2x 100 GB disks 2x 200GB disks 2x 400GB disks Bitrate Full frame Strip V-ANC Strip H-ANC Active picture Full frame Strip V-ANC Strip H-ANC Active picture Full frame Strip V-ANC Strip H-ANC Active picture 100 Mb/s 2 hr 2.4 hr 3.3 hr 4.4 hr 4 hr 4.8 hr 6.6 hr 8.8 hr 8 hr 9.6 hr 13.2 hr 17.6 hr SD HD 125 Mb/s 1.8 hr 2.1 hr 2.8 hr 3.5 hr 3.6 hr 4.2 hr 5.6 hr 7 hr 7.2 hr 8.4 hr 11.2 hr 14 hr 150 Mb/s 1.7 hr 1.9 hr 2.4 hr 2.9 hr 3.4 hr 3.8 hr 4.8 hr 5.8 hr 6.8 hr 7.6 hr 9.6 hr 11.6 hr 200 Mb/s 1.4 hr 1.5 hr 1.9 hr 2.2 hr 2.8 hr 3 hr 3.8 hr 4.4 hr 5.6 hr 6 hr 7.2 hr 8.8 hr 50 Mb/s 4 hr 4.6 hr 6.9 hr 8.8 hr 8 hr 9.2 hr 13.8 hr 17.6 hr 16 hr 18.4 hr 27.6 hr 35.2 hr 75 Mb/s 3.3 hr 3.7 hr 5 hr 5.8 hr 6.6 hr 7.4 hr 10 hr 11.6 hr 13.2 hr 14.8 hr 20 hr 23.2 hr

106 Delay and storage compressed video SLD100 SLD120 SLD200 SLD220 Quad speed OUTPUT READER 1 BUG INSERTER SLD120 SLD220 SD INPUT 1 INDEPENDENT OUTPUT READER 2 SLD2XX ONLY VIDEO FORMATTING ANC HANDLING BUG INSERTER SLD220 SD INPUT 2 SD OUTPUT 1 SD OUTPUT 2 4x PCIe USB LINUX OS SYSTEM ON CHIP POWER PC ΜC MAG GIGABIT ETHERNET GIGABIT ETHERNET 32CH OUT TDM /DE- 32CH IN RS485 LTC - GPI I/O 2x esata 1 2 2x esata QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON BHX27 SLD100 - SLD120 SLD200 - SLD220 Solid state drive based SD-SDI long time delay unit with optional second output and bug inserter The SLD100/200 family are long time SD-SDI uncompressed baseband video delays. They can store and delay SD material, including all blanking, as RAW data. The SLD100 has one delayed output, the SLD200 has 2 delayed outputs individually adjustable as for instance 1 hour and 2 hour. The SLDx20 adds a bug inserter for channel ident applications but also as an emergency overlay with its full frame capability. These long time delays can store and delay up to 6 hours of SDI material (with 2x 400GB drives) depending on the size of disks, bitrates and ANC data. esata DRIVER The use of SSD disks makes this unit extremely reliable, low power and it will provide low maintenance.* The delay length is depending on the used size of the SSD disks giving increased capacity at low cost in upcoming years. SSD 1 SYNAPSE MODULE SSD 2 LEFT OF MAIN CARD (SLOT X-1) RAW DATA esata DRIVER RAW DATA MTBF of disks is dependent on storage capacity and brand (type). Twice the storage than needed means theoretical twice the lifecycle as this is coupled to the amount of write cycles, not read cycles. Compared to competitive server based solutions the SLD family can be considered as very GREEN. The power consumption of this dual slot device is approximately 40W. This is a 10 fold saving of a comparable server based unit that draws > 350W average saving a significant amount of money due to the low operating power and accompanying air conditioning. The hardware of the long time delays is fully and HD-SDI capable ensuring future proof investment for later planned updates into and HD. * Lifetime depends on the type of disks and use case. features SLD100 = basic single channel delay unit SLD120 = as SLD100 with additional bug inserter SLD200 = dual output delay unit (fully independent outputs with independent delay settings) SLD220 = as SLD200 with two additional bug inserters Capable of delaying video up to 6 hours depending on bitrates, ANC data and disk space Two preset banks per bug inserter (SLD120/220 only) Memory for 16 bugs and 4 full screen stills, independent per output (two keyers) Compression or RAW delay Compatible with 270 Mbit/s (SMPTE 259M) 50 and 59.94Hz Full control and status monitoring through the front panel of the frame and the Ethernet port (ACP) 1 hour film channels (up to 6 hours) 1 and 2 hour film channels from one source Time zone compensation ordering SLD100: Solid state drive based SD-SDI long time delay SLD120: Solid state drive based SD-SDI long time delay with bug inserter SLD200: Solid state drive based dual output SD-SDI long time delay SLD220: Solid state drive based dual output SD-SDI long time delay with 2 bug inserters BHX27_SLDxxx: I/O panel for SLDxxx (including blind panel) with for I/O 2 SLD100 - SLD120 SLD200 - SLD

107 Ethernet bridging NGU220 Quad speed 4K UP CONVERTER 1080p/1080i TRANSP Q1 4K UP CONVERTER 1080p/1080i TRANSP Q1 4K TICO ENCODER 4:1 (BYPASS) 4K TICO ENCODER 4:1 (BYPASS) FRAME FRAME EMBED EMBED DUAL 10G- ETHERNET DE- PACKETIZER PACKETIZER AVB/ ST2022/ ST2110 SFP SFP GPI I/O, LTC, METADATA, HD, SD SDI I/O 1, HD, SD SDI I/O 3, HD, SD SDI I/O 2, HD, SD SDI I/O 4, HD, SD SDI I/O 5, HD, SD SDI I/O 6 12X8 DE- EMBEDDER DE- EMBEDDER AES67 PACKETIZER AUDIO ST2059 DECODING REF ENCODER D/A 4K ULTRAHD 3840 x 2160 SFP 10Gb/s Ethernet, HD, SD SDI I/O 7, HD, SD SDI I/O 9 10Gb ETHERNET 1 10Gb ETHERNET 2, HD, SD SDI I/O 8, HD, SD SDI I/O 10 TDM 32CH OUT TDM DE- 32CH IN Communication Controller ETHERNET (DATA CHANNEL IN 10Gb Ethernet) QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON REF OUT 1 REF OUT 2 BPH44 NGU220 2 channel UHD/4K Ethernet bridge with TICO encoder and up converter The NGU220 is a Synapse card which can bridge up to 2x 4k/ UHD (four-wire) into a single 10Gb/s Ethernet using TICO compression. The included up converter also allows 1080i signals to be included into 4K UHD TICO compressed workflow. Embedding and de-embedding to our Quad Speed audio bus is provided as well as bridging to AES67 from the same Quad Speed audio bus. A typical application for the Quad Speed bus is using a DEE28 Dolby E encoder/decoder card (or two) for Dolby E based workflows. Dual 4-wire (quad or 2Si) UHD inputs Dual HD input with up conversion to UHD (4-wire) Dual UHD TICO compression encoder Compatible with 1080p50/59.94, 1080i50/59.94, 720p50/59.94 and SD625/525 8 GPI configurable as in or out 2x Analog bi-level or tri-level reference out 1x 1Gb/s Ethernet for the legacy Ethernet port (bridge function) and control RS422/485 half and full duplex capable. Also configurable as Virtual Remote COM Port Quad Speed audio bus embedding and de-embedding through Synapse bus 2x 10Gb/s Ethernet SFP cage, supports SR, LR, ZR range modules Multicast and Unicast selectable streams IGMPv2 and IGMPv3 support Selectable VLAN per stream Compatible protocols: DNS, MDNS, IGMP, DHCP, MDHCP, SDP, 802.1as, SMPTE2059-1/2 and SMPTE SDI to Ethernet bridge for TICO compressed UHD workflows Tailboard applications Point to point (back to back) applications for direct replacement of CWDM systems Mobile stage box applications with SFR- Mobile Embedding onto a TICO compressed stream NGU220: Dual 4-wire UHD or dual HD upconverted into TICO compressed Ethernet BPH44_NGU220: NGU220 I/O panel for NGU

108 Ethernet bridging NIO550 ANCORE Quad speed DE- EMBEDDER FS EMBEDDER DE- EMBEDDER FS EMBEDDER 16X8 DE- EMBEDDER DE- EMBEDDER DE- EMBEDDER DE- EMBEDDER FS FS FS FS EMBEDDER EMBEDDER EMBEDDER EMBEDDER Clean Switch 8X16, HD, SD SDI IN 1, HD, SD SDI I/O 3, HD, SD SDI IN 2, HD, SD SDI I/O 4 DE- EMBEDDER FS EMBEDDER, HD, SD SDI I/O 5, HD, SD SDI I/O 6 DE- EMBEDDER FS EMBEDDER, HD, SD SDI I/O 7, HD, SD SDI I/O 8 10G SFP A (INPUT PART) 10G SFP B (INPUT PART) Inband Control (ACP) ST STREAM redundant ANCORE De-Packetizer ST Ch 8X CHANNELS 8X16 OUTPUT 128 CHANNELS 16 Ch 44 STREAM redundant ANCORE Packetizer ST2022 Inband Control (ACP) ST STREAM AES67/ PACKETIZE 10G SFP A (OUTPUT PART) 10G SFP B (OUTPUT PART) 4K ULTRAHD 3840 x Gb/s Ethernet 10Gb ETHERNET 1 10Gb ETHERNET 2 MAG LOCAL CONTROL REF ENCODER D/A ETHERNET (DATA CHANNEL IN 10Gb ETHERNET) ST2059 CONTROL/MONITOR LOCKED 32CH IN 32CH OUT TO ADD-ON QUAD SPEED MULTIPLEXING AUDIO BUS FROM ADD-ON REF OUT 1 REF OUT 2 BPH50 IP Media gateway with 8x SDI Serial video output: NIO550 The NIO550 is a Synapse card that can bridge up to 4 SDI channels into 2x 10Gb/s Ethernet on two SFP modules. Compatible with the following input (auto selecting) and output formats: 1080p59.94/50, 1080i59.94/50, 720p59.94/50 and SD625/525 Universal SDI to Ethernet bridge in Ethernet networks Point to point (back to back) applications for direct replacement of CWDM systems Router card for distributed routing over an IP network with clean switching Number of outputs: 4 Connector: DIN 1.0/2.3 Signal Level: 800mV nominal DC Offset: 0V ±0.5V Rise/Fall Time: 135ps nominal NIO550 The NIO550 offers clean switch functionality. One of the 2x Analog bi-level or tri-level reference out with Output card at shader position. Ultra-fast clean switching. Overshoot: <10% of amplitude synchronizing paths will act as the extra source, which is adjustable delay Enabling local or remote productions over private or Return Loss: >15dB up to 1.5Ghz (typ.); >10dB up to necessary for make-before-break functionality. 1x 1Gb/s Ethernet for applications like bridging data to commercial networks 3Ghz (typ.) and from the 10G link and controlling the NIO550 Wideband Jitter: <0.2UI The NIO550 provides 2 reference (B&B/Tri-level) outputs directly instead of via the rack controller. that can be locked to the PTP based network clock Quad speed audio bus Embedding and de-embedding Ethernet interface (802.1as/ST2059) when available in the main video through synapse bus (At time of writing only one video Cage: SFP network. The offset of this output to its original reference channel can become the source of the Quad Speed Bus) NIO50: IP Media Gateway with 10x SDI Number of cages: 2 can be adjusted. Multicast and Unicast selectable per streams Supported modules: SR, LR, ZR (Optical) ST2059/PTP with master slave functionality on the Phy: 2x 10Gb/s, Max. power 1.5W/module 4 x SDI configurable inputs and outputs 10Gb/s ports and on the 1Gb/s port, IGMPv2 and BPH0_NIO550: 2x 10Gb/s Ethernet SFP cage, supports SR, LR, ZR IGMPv3 support I/O panel for NIO550 Miscellaneous range modules Selectable VLAN per stream (H2 2018) Weight: Approx. 450g 8 frame synchronizers and 16 channel de-embedders Compatible protocols: ACP, DNS, MDNS, IGMP, DHCP, Operating temperature: 0 C to 40 C (one signal path is used for clean switch. Make before MDHCP, 802.1as, ST2059-1/2, ST2022-6, ST2110 Serial video input: Dimenstions: 137 x 296 x 40mm (HxWxD) break principle) (future), AES67 transmit Standard: SD, HD and SDI: SMPTE292M, Phy: Max. power 1.5W per SFP module Clean switch between incoming SDI and IP signals SMPTE259M, SMPTE424 Voltage: 24V to 30V Redundancy in IP signals. Back-up path could be IP as Number of inputs: 4 Power: <18 Watts well as SDI Connector: DIN1.0/2.3 Audio shuffling with a DIO88 add-on card Equalization: Typical maximum equalized length of Audio synchronization for all incoming audio signals Belden 1694A cable: 70m at 2.97Gb/s, 120m at Audio mux in groups of 16 channels of audio 1.485Gb/s, and 250m at 270Mb/s Up to 4 redundant media streams Return Loss: >15dB up to 1.5Ghz Up to 4 dedicated redundant audio streams of ST with audio with 8 or 16 channels of audio channels per stream

109 Ethernet bridging NUG220 Quad speed SFP SFP DUAL 10G- ETHERNET DE-PACKETIZER PACKETIZER ST2022/ST2110/ AVB FRAME FRAME 4K TICO DECODER 1:4 (BYPASS) 4K TICO DECODER 1:4 (BYPASS) 4K DOWN CONVERTER 1080p/1080i TRANSP Q1 4K DOWN CONVERTER 1080p/1080i TRANSP Q1 EMBED EMBED GPI I/O, LTC, METADATA, HD, SD SDI I/O 1, HD, SD SDI I/O 3, HD, SD SDI I/O 2, HD, SD SDI I/O 4 10X10, HD, SD SDI I/O 5, HD, SD SDI I/O 6 ST2059 DECODING DE- EMBEDDER DE- EMBEDDER 4K ULTRAHD 3840 x 2160, HD, SD SDI I/O 7, HD, SD SDI I/O 9 10Gb ETHERNET 1, HD, SD SDI I/O 8, HD, SD SDI I/O 10 REF ENCODER AES67 DE-PACKETIZER CHANNEL SELECTION AUDIO SFP 10Gb/s Ethernet 10Gb ETHERNET 2 D/A Communication Controller 32CH OUT TDM TDM DE- 32CH IN ETHERNET (DATA CHANNEL IN 10Gb Ethernet) QUAD SPEED MULTIPLEXING AUDIO BUS TO ADD-ON FROM ADD-ON REF OUT 1 REF OUT 2 BPH44 NUG220 2 channel UHD/4K Ethernet bridge with TICO DEcoder and DOWN converter The NUG220 is a Synapse card that can bridge up to 2x 4k/ UHD TICO Compressed streams into dual 1080i/p SDI stream or a dual 4k/UHD four wire stream. The included downconverter bridges the TICO compressed Workflow to an HD (1080i or 1080p) workflow. Embedding and de-embedding to our Quad Speed audio bus is provided as well as bridging to AES67 from the same Quad Speed audio bus. A typical application for the Quad Speed bus is using a DEE28 Dolby E encoder/decoder card (or two) for Dolby E based workflows. Dual 4-wire (quad or 2Si) UHD outputs Dual HD output with down conversion from UHD Dual UHD TICO compression decoder Compatible with 1080p50/59.94, 1080i50/59.94, 720p50/59.94 and SD625/525 8 GPI configurable as in or out 2x Analog bi-level or tri-level reference out 1x 1Gb/s Ethernet for the legacy Ethernet port (bridge function) and control RS422/485 half and full duplex capable. Also configurable as Virtual Remote COM Port Quad Speed audio bus embedding and de-embedding through Synapse bus 2x 10Gb/s Ethernet SFP cage, supports SR, LR, ZR range modules Multicast and Unicast selectable streams IGMPv2 and IGMPv3 support Selectable VLAN per stream Compatible protocols: DNS, MDNS, IGMP, DHCP, MDHCP, SDP, 802.1as, SMPTE2059-1/2 and SMPTE Ethernet to SDI bridge for TICO compressed UHD workflows Tailboard applications Point to point (back to back) applications for direct replacement of CWDM systems Mobile stage box application with SFR-Mobile Embedding onto a TICO compressed stream NUG220: Dual TICO compressed UHD to 4-wire SDI or HD SDI converter BPH44_NUG220: I/O panel for NUG220 NUG

110 synlite SynLite: cost-effective solutions for straight forward systems Despite new capabilities and functionality, there will always be applications where these options and features could result in an over engineered solution. More straightforward and easily affordable modules may be better suited to the application s requirements. To address that need, Axon has created SynLite - a series of modules for, amongst others, frame synchronization, embedding, de-embedding, up- and down conversion. Based on the same robust and high quality design as the other Synapse modules, SynLite modules are ready for heavy-duty use. Importantly, Synlite modules come at a very attractive price. They are fully compatible with all Synapse and Cortex products and can be mixed with all other modules from the Synapse range. SynLite... keeping it simple! HAS05E - HD and SD 8 channel embedded audio processing card with AES/EBU inputs HD/SD-SDI IN EMBEDDED AUDIO AES/EBU IN 1 AES/EBU IN 2 AES/EBU IN 3 AES/EBU IN 4 HAS05E SynLite DE-EMB A DE-EMB A 24 TO 4 24 TO 4 PHAS E PHAS E PHAS E PHAS E PHAS E PHAS E PHAS E PHAS E SHUFFLE MI X SHUFFLE MI X EMB A AUDIO OUTPUTS TO SYNAPS E BUS EMB B EDH HD/SD-SDI OUT EMBEDDED AUDIO HD/SD-SDI OUT EMBEDDED AUDIO HD/SD-SDI OUT RECLOCKED The HAS05E is an 8-channel in 2-group preset-based HD-SDI embedded audio shuffler/mixer, a very comprehensive card. It puts full audio control power into the hands of an HD-SDI embedded signal user. Individual gain, phase and delay control for each channel are also part of this card. The preset-based control makes it ideal for repeated corrections or standard channel swapping occasions in a multi-lingual environment. If dynamic control is required this card can still perform the task as every preset is remotely controllable by a third party control protocol or our dedicated control panels. 3 4 INTERNAL SYNAPS E BUS SYNLITE HEB05 - HD and SD preset based audio embedder HEB05 SynLite HD/SD-SDI OUT EMBEDDED AUDIO HD/SD-SDI IN 4 GROUP EMBEDDER HD/SD-SDI OUT EMBEDDED AUDIO RECLOCKED OUT GPI INPUT (1) PRESETS AES/EBU IN 1 AES/EBU IN 2 AUDIO MATRIX PHASE AES/EBU IN 3 AES/EBU IN 4 The HEB05 is an HD SDI and SD SDI digital audio embedder. It is capable of inserting or appending 4 free-running AES/EBU digital audio channels (8 channels). The core of the HEB05 consists of a four group embedder-block which gives a total of 16 audio channels into four groups. In addition, four ADD-ON cards can be connected to create a routing matrix. One ADD-ON card is needed to get 16 embedded channels (DIO48). The architecture of Emb_A to Emb_D blocks is identical. The local inputs have the opportunity to do additional Phase and Gain corrections (on the fly). The HEB05 has two HD-SDI processed outputs and 4 local AES/EBU inputs. HAS05M - HD and SD 8 channel embedded audio processing card HAS05M SynLite HD/SD-SDI OUT RECLOCKED HD/SD-SDI IN HD/SD-SDI OUT EMBEDDED AUDIO EMBEDDED AUDIO EMB EMB ATC A B TRANS PHAS E HD/SD-SDI OUT EMBEDDED AUDIO DE-EMB PHAS E A SHUFFLE MI X PHAS E PHAS E SUM/PASS PHAS E DE-EMB PHAS E B SHUFFLE MI X PHAS E PHAS E GPI IN (8) PRESET CONTROL The HAS05M is an 8 channel, 2 group, preset based HD/SD-SDI embedded audio shuffler/mixer. It puts full audio control power in to the hands of an HD-SDI embedded signal user. Individual gain, phase and delay control for each channel are part of this card. The preset based control makes it ideal for repeated corrections or standard channel swapping occasions in a multi lingual environment. If dynamic control is required the card still performs the tasks, as every preset is remotely controllable by a third party control protocol or our dedicated control panels. The HAS05M can be reprogrammed as an HAS05S without additional costs. SYNLITE AUDIO FROM SYNAPSE BUS 3 4 AUDIO OUTPUTS TO SYNAPS E BUS 3 4 INTERNAL SYNAPS E BUS HDB05 - HD and SD preset based audio de-embedder HAS05S - HD and SD 16 channel embedded audio shuffler HD/SD-SDI IN EMBEDDED AUDIO HDB05 PHASE PHASE PHASE SynLite HD/SD-SDI OUT 1 RECLOCKED HD/SD-SDI OUT 2 RECLOCKED HD/SD-SDI OUT 3 RECLOCKED AES/EBU OUT 1 AES/EBU OUT 2 AES/EBU OUT 3 The HDB05 is an HD SDI and SD SDI digital audio deembedder. It is an audio extractor that outputs four AES/EBU streams on the board itself and four ADD-ON audio signals via the local bus to two ADD-ON cards. All chosen settings are stored in presets, these presets (8) can be restored via automation to fire up a salvo with 16 independent audio channels in any combination (even duplicates). HD/SD-SDI IN EMBEDDED AUDIO HDB05 DE- EMBEDDER DE- EMBEDDER PHASE PHASE PHASE SynLite HD/SD-SDI OUT 1 RECLOCKED HD/SD-SDI OUT 2 RECLOCKED HD/SD-SDI OUT 3 RECLOCKED AES/EBU OUT 1 AES/EBU OUT 2 AES/EBU OUT 3 The HAS05S is a 16 channel, 4 group, preset based HD/ SD-SDI embedded audio shuffler. The preset based control of this card makes it ideal for repeated corrections or standard channel swapping occasions in a multi lingual environment (combined with Dolby E). If dynamic control is required the card can still perform this task as every preset is remote controllable by a third party control protocol or our dedicated control panels. The HAS05S can be reprogrammed as an HAS05M without additional costs. PHASE AES/EBU OUT 4 PHASE AES/EBU OUT 4 AUDIO OUTPUTS TO SYNAPSE BUS AUDIO OUTPUTS TO SYNAPSE BUS INTERNAL INTERNAL SYNAPSE SYNAPSE BUS BUS INTERNAL INTERNAL SYNAPSE SYNAPSE BUS BUS

111 synlite HFS05D - HD and SD Frame synchronizer with audio de-embedding HDS05 SynLite HD, SD SDI IN SD SDI OUT COLOR CORRECT LOW LATENCY 2 GROUP WSS DOWN CONVERTER PROCAMP EMBEDDER VI FRAME SD SDI OUT SHARPNESS - PRESET CONTROL S2016 GPI ARC PRESETS WSS/VI VALUES RECLOCKED OUT SEMI 2 GROUP TING DE- EMBEDDER AUDIO TING OUT μp AUDIO OUTPUTS TO SYNAPSE BUS 3 4 HFS05D SynLite HD/SD-SDI OUT PROC-AMP EMBEDDED AUDIO FRAME HD/SD-SDI IN COLOR-BAR EMBEDDED AUDIO DE-EMBEDDING SWEEP AUTO- GENERATOR HD/SD-SDI OUT PHASER EMBEDDED AUDIO OSD IDENT HD/SD-SDI OUT RECLOCKED - FREEZE IN TING OUT Reference Audio outputs Rack inputs to Synapse bus controller 3 4 The HFS05D is an HD/SD frame synchronizer/video delay/autophaser/procamp module. In addition, the it contains a 4 group de-embedder. The sync function can be used to sync a non-synchronous signal or to provide a compensating delay. The card is totally transparent to data contained within the blanking. The video reference is connected through the central genlock input of the frame and is compatible with bi- and tri-level sync. The line sync function corrects timing errors (hops) that occur due to a switching router. In addition the card can be used as a delay, giving up to 1135 lines of delay. A video reference is not required in this case as the output clock frequency is derived from the input video clock. The HFS05D can be reprogrammed as an HFS05E or HFS05T without additional costs. HDS05 - HD to SD DOWN CONVERTER WITH FRAME The HDS05 is a premium quality down converter. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native HD source, by use of a 64 tap FIR filters. The HDS05 will allow you to simulcast SD signals from a native HD infrastructure. The embedded audio is carried over to the SD domain; the appropriate aspect ratio can be applied or detected by S2016 and the correct VI or WSS data can be added. When fed with an SD SDI signal the down converter goes in to a bypass mode with a functional frame synchronizer. The HDS05 can be reprogrammed as an HSU05 without additional costs. SYNLITE HFS05E - HD AND SD FRAME HRONIZER WITH AUDIO EMBEDDING The HFS05E is an HD/SD frame synchronizer/video delay/autophaser/procamp module. In addition, it contains a 2 group embedder. The sync function can be used to sync a non-synchronous signal or to provide a compensating delay. The card is fully transparent to data carried in the blanking. The video reference is connected through the central genlock input of the frame and is compatible with a bi- and tri-level sync. The line sync function corrects timing errors (hops) that occur due to a switching router. In addition the card can be used as a delay, giving up to 1 frame delay. A video reference is not required in this case, as the output clock frequency is derived from the input video clock. The HFS05E can be reprogrammed as an HFS05D or HFS05T without additional costs. HSU05 - SD TO HD UP CONVERTER WITH COLOR CORRECTOR HFS05E SynLite HD/SD-SDI OUT PROC-AMP EMBEDDED AUDIO FRAME HD/SD-SDI IN COLOR-BAR EMBEDDED AUDIO 2 GROUP EMBEDDING SWEEP AUTO- GENERATOR HD/SD-SDI OUT PHASER EMBEDDED AUDIO OSD IDENT 16X 8 CHANNEL MATRIX HD/SD-SDI OUT RECLOCKED FREEZE IN TING OUT AUDIO FROM SYNAPSE BUS 3 4 HSU05 SynLite HD BY-PASS MODE COLOR CORRECT LOW LATENCY 2 GROUP S2016 UP CONVERTER PROC-AMP EMBEDDER INSERT FRAME SHARPNESS S2016 WSS/VI DETECT PRESET CONTROL SEMI 2 GROUP TING DE- EMBEDDER AUDIO AUDIO OUTPUTS TO SYNAPSE BUS 3 4 The HSU05 is high quality up converter. The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native SD source, by use of a 64 tap FIR filters and color space conversion. The HSU05 will allow you to simulcast HD signals from a native SD infrastructure. The embedded audio is carried over to the HD domain. The appropriate aspect ratio can be applied by control of S2016, VI, WSS and GPI inputs by use of 16 presets that can store the aspect ratio conversions. The HSU05 can be reprogrammed as an HDS05 without additional costs. SYNLITE HFS05T - HD and SD preset based audio de-embedder The HFS05T is an HD/SD frame synchronizer/video delay/autophaser/procamp module. In synchronizer mode, it has smart audio handling for 2 embedded audio groups. The sync function can be used to synca non-synchronous signal or to provide compensating delay. It is fully transparent to data carried in the blanking. The video reference is connected through the central ref input of the frame and is compatible with biand tri-level sync. The line sync function corrects timing errors (hops). In addition the HFS05T can be used as a delay, giving up to 1 frame delay. A video reference is not required in this case as the output clock frequency is derived from the input video clock. The HFS05T can be reprogrammed as an HFS05E or HFS05D without additional costs. HD/SD-SDI IN EMBEDDED AUDIO HCC05 - HD and SD YC and RGB color corrector HCC05 SynLite COLOR BAR AND SWEEP GENERATOR OSD IDENT INSERTER COLOR CORRECTOR R/G/B R/G/B BLACK INTERNAL SYNAPS E BUS PROC-AMP - HD/SD-SDI OUT EMBEDDED AUDIO HD/SD-SDI OUT EMBEDDED AUDIO HD/SD-SDI OUT RECLOCKED HD/SD SDI IN EMBEDDED AUDIO HVD05 - HD and SD video delay (up to 32 frames) HVD05 Eq DE-EMBEDDER A DE-EMBEDDER B OFFSET MAX. 32 FRAMES EMBEDDER A EMBEDDER B HFS05T SynLite HD/SD-SDI OUT PROC-AMP EMBEDDED AUDIO FRAME HD/SD-SDI IN COLOR-BAR EMBEDDED AUDIO 2 GROUP SMOOTH EMBEDDED SWEEP AUDIO PROCESSING AUTO- GENERATOR HD/SD-SDI OUT PHASER EMBEDDED AUDIO OSD IDENT HD/SD-SDI OUT RECLOCKED - FREEZE IN TING OUT PROC- AMP SynLite - - HD/SD-SDI OUT EMBEDDED AUDIO HD/SD-SDI OUT EMBEDDED AUDIO HD/SD-SDI OUT RECLOCKED

112 SFP modules Overview of available SFP modules, compatible with backpanels with SFP cages SFP MODULES Fiber modules SFP_FIBER_T2: Dual, HD, SD fiber transmitter on LC (1310 nm) SFP_FIBER_R2: Dual, HD, SD fiber receiver on LC ( nm) SFP_FIBER_T: Single, HD, SD fiber transmitter on LC (1310 nm) SFP_FIBER_R: Single, HD, SD fiber receiver on LC ( nm) SFP_CWDM_1590: CWDM 1590 & 1610 nm fiber module on LC SFP_CWDM_1550: CWDM 1550 & 1570 nm fiber module on LC SFP_CWDM_1510: CWDM 1510 & 1530 nm fiber module on LC SFP_CWDM_1470: CWDM 1470 & 1490 nm fiber module on LC SFP_CWDM_1390: CWDM 1390 & 1410 nm fiber module on LC SFP_CWDM_1350: CWDM 1350 & 1370 nm fiber module on LC SFP_CWDM_1310: CWDM 1310 & 1330 nm fiber module on LC SFP_CWDM_1270: CWDM 1270 & 1290 nm fiber module on LC DIN 1.0/2.3 modules SFP_CVBS_T2: Dual CVBS transmitter SFP_CVBS_R2: Dual CVBS receiver SFP_SDI_T2: Dual, HD, SD SDI long range transmitter SFP_SDI_R2: Dual 3Gb, HD, SD SDI medium range receiver HDMI modules SFP_HDMI_T: HDMI transmitter SFP_HDMI_R: HDMI receiver