The Apantac Mt Hood EDID-L-H EDID Learner can learn from desired monitors to solve difficult to handle EDID situations. Can store the desired EDID information in VGA, DVI or HDMI passive EDID Emulators. Does not require external power. Can be used repeatedly to learn different EDID.

The Red DSMC2 OLED EVF viewfinder with Mount Pack (730-0020) features a high contrast 1920x1080P resolution and 30-bit OLED micro-display for an incredibly sharp high quality picture with accurate color reproduction. Attaches directly to your DSMC2 camera, providing the EVF with power and video, without any messy cables. Though one can detach it as well and use an optional cable between the mount adapter and viewfinder to use it away from camera if needed. Can rotate over 300 degrees. This EVF provides an unmatched viewing experience and ability to monitor your Red footage with truer colors and deeper blacks in a larger field of view. Ideal for use on cameras such as Weapon 6K/8K, Epic-W, Scarlet-W, Dragon-X, Gemini, Helium, Monstro, and Raven.

The Blackmagic Teranex 2D Processor is a standards converter, video format converter, and capture/playback device. Can simultaneously convert and capture - via Thunderbolt 2 - into a computer for editing. Features extremely high-quality de-interlacing, up and down conversion, SD and HD cross conversion, SD and HD standards conversion, automatic cadence detection and removal (even with edited content), noise reduction, adjustable scaling, aspect ratio conversion, and timecode conversion; and accompanying all the video conversion functionality is 16 channel audio conversion capacity. Compatibility with programs such as Final Cut Pro, Media Composer, Premiere Pro, After Effects, Photoshop, Nuke, ProTools, Media Express, and Ultrascope. Inputs/Outputs include SD/HD/3G-SDI, component, HDMI. Audio is embedded or seperate via analog and aes/ebu (require breakout). Also has 9-pin remote, ethernet, and thunderbolt connections. This is one of those everything in, everything out boxes.

This is the Universal Videohub 72 frame installed with Crosspoint module, 450W power card, 2x PSUPPLY-12V12A power supply, and 18x SDI interface cards - providing 72 inputs and 72 outputs. If you add up the original MSRP of everything installed, it comes to $13.685 ($2,995 for frame, $2,995 for crosspoint module, $395 for power card, $95/each for power supplies, and $395/each for the SDI interface cards.

The Crosspoint module provides RS-422 control, ethernet, genlock (tri-sync or blackburst for external reference), USB 2.0, and alarm indicators. The 450W power card allows connection for up to 3 power supplies. Each Universal Videohub SDI Interface provides 4 inputs and 4 outputs plus 4 deck control (requires optional deck control cable). Each connection is capable of 3G-SDI, HD-SDI, and SD-SDI.

The Evertz 7767RGBT-VIP-3G is a RGBHV/DVI + 2 Analog Audio Coax Transmitter. Enables the VIP Advanced and VIP-X systems to support a computer graphics input remotely. Accepts RGBHV and DVI-I up to WUXGA (1900x1200) and outputs SDI via coax / BNC. his output can be fed directly into the VIP Advance via it's coax input or into a VIP-X system as an input to the VIP-X router. For full frame rate high resolution support the output format of the 7767RGBT can be set to 3Gb/s, for standard resolution support the card can operate at 1.5Gb/s to pass through any standard router or DA. Two channel audio input support and full 24 bits per pixel color resolution.

This is compatible with frames/multiframes including 7801FR, 7800FR, and 350FR. Part of the 7707RGB series. Full model number is BA7707RGB-7767RGBTVIP-REVF.

This is the EQX-BNC backplane connector board, consisting of the EQX-BNC-RH and EQX-BNC-LH boards. Also called the EQX-IO18-RP. Works in tandem with input or output cards such as the EQX-OP18H, EQX-OP18-3G, EQX-G-OP18H, EQX-G-OP18-3G, EQX-IP18h, EQX-IP18-3G, EQX-G-IP18H, EQX-G-IP18-3G, EQX-OP16AE-3G-2TDM, EQX-OP16AE-H-2TDM-A, in the Quartz EQX series routers. Has 36 BNC connectors, provides for 2 I/O boards.

The Grass Valley K2 media server / media client system is ideal for broadcast and production environments. It is comprised of one or more four-channel K2 media clients connected to one or more K2 media servers and K2 RAID protected storage. This listing is for the K2-HD-04 SDI Media Client only, not a complete system. The K2 media client performs all video and audio I/O using built-in encoders and decoders. Support for HD and SD formats, including MPEG-2 4:2:0, MPEG-2 4:2:2, XDCAM EX, XDCAM HD (50, 35, 25 Mb/s), HDV, IMX, etc. Automatically up or down convert to proper output format. Offers full support for AFD to ensure proper 16:9/4:3 aspect ratio conversion. Preserves any SMPTE 608/708 closed captioning information. Only need to store a single format version of clip. Smooth, high-quality, off-speed play, and enhanced jog/shuttle control in both directions. Uses line interpolation to smooth out any vertical jitter for the highestquality slow-motion playback. Comprehensive multilingual audio support including 16 audio channels per video channel, PCM/Dolby E/AC-3 support, CC/telext import, scrub audio up to 3x, audio meters for each channel, internal audio delay capability, and ability to adjust levels during playback/recording.

The Leitch HDX6800+C4 is a four channel high definition audio demultiplexer / de-embedder card. Designed to install in a Leitch 6800 Plus FR-6800+, FR-6802+, FR6802+ style frame. This can de-embed four AES/EBU digital audio signals from a provided HD-SDI video input. This allows unbalanced AES outputs over BNC, unlike the B4 version which provides balanced AES outputs. This module activates one unbalanced DARS AES reference input, one HD-SDI video input (SMPTE 292M), four HD-SDI reclocked outputs, and four unbalanced AES output channels. The 4x HD-SDI output makes this function as a DA (distribution amplifier) as well as the de-embedder. Has audio processing amplification with controls for delay, gain, invert, and channel multiplexing and dithering. 16-bit, 20-bit, or 24-bit audio processing (selectable word length in channel pairs). Also has audio test tone generating, programmable audio delays (up to 1.3 seconds), and card-edge LEDs to indicate signal presence or module failure. This is similar in function to the HDX6801+C4.

The Nvision NV4002 (part of the NV4000 series) is an eight module 19" rackmount frame for signal processing and distribution amplifier cards. Built to handle digital signal formats from AES/EBU audio at 3.072Mbits to HD-SDI at 1.5Gbits. In order to accommodate these data rates, architecture includes a mid plane motherboard that incorporates an impedeance matched connector system. Features space for a redundant power supply and includes an alarm function. Cooling fans provide side-to-side airflow. Modules are installed horizontally with matching I/O backplane cards at rear, connected via motherboard. Power supply status LED are visible through front door.

The Nvision NV4002 (part of the NV4000 series) is an eight module 19" rackmount frame for signal processing and distribution amplifier cards. Built to handle digital signal formats from AES/EBU audio at 3.072Mbits to HD-SDI at 1.5Gbits. In order to accommodate these data rates, architecture includes a mid plane motherboard that incorporates an impedeance matched connector system. Features space for a redundant power supply and includes an alarm function. Cooling fans provide side-to-side airflow. Modules are installed horizontally with matching I/O backplane cards at rear, connected via motherboard. Power supply status LED are visible through front door.

This includes dual PS40002 power supplies and 2x DA4055 (DA4055/60) mix / minus modules with backplanes. Each DA4055 card provides a two input, two output AES/EBU digital audio mixer with signal gain, phase inversion, and output channel mix and fade. Features include: four channel I/O, four independent layers of 4x1 AES mixing, synchronous 4x4 AES3 sub-frame routing, performs overs / stereo / quad mix downs, 24-bit audio processing, and BNC connections on backplane. Control is via front panel or RS-422 9-pin connector.

General Instrument DSR-4800 digital satellite receivers are integrated receiver/decoders (IRD) designed for broadcast networks, cable systems and other commercial satellite operations. The General Instrument DSR-4800 MPEG-2 SDTV 4:2:2 digital satellite receiver receives both HD and SD signals. Both HD and SD streams are reprocessed to the Digital Video Broadcast Asynchronous Serial Interface format at 270 Mbps. The ASI signal is output through a BNC connector. SD transport streams can be processed at 4:2:2 P/ML and 4:2:0 MP/ML decompression. The unit receives QPSK modulated signals at L-band frequencies of 950 to 2150 MHz through one of four input ports. The DSR-4800 Series DSR-4800 Operating Manual 4 The DSR-4800 performs demodulation and FEC decoding of all standard DigiCipher II symbol and convolutional coding rates, at information rates up to 40.46 Mbps. It also performs demodulation and FEC decoding of all standard DVB convolutional coding rates, at information rates of 3.25–45 Msps. Within the resulting transport stream, a single DigiCipher II service designated by the user can be decrypted. The DSR-4800 will automatically tune to of four L-band inputs based on the Virtual Channel Tables sent from the UCS. The unit will use the Virtual Channel Tables for tuning between services.

This is configured with 8705 and 8703 cards. The 8705 is a high definition video output card, providing 2x HD-SDI (SMPTE 292M) and 1x analog component (RGBHV / YPbPr). Four pairs of audio can be embedded into the serial output on group 1 and 2. Closed captioning found within the transport (608/708B) can be embedded into the serial video output.

The 8703 is a high bit rate serial TS input / Loop out (DVB-ASI). This ASI+ card will receive, up to a 160Mb/s MPTS on ASI. This card is equipped with a passive loop-through to allow the TS to be passed through the card without altering the stream. The loop-through on this card cannot be used to output a TS from a different input card. When the loop-through output is not in use it should be terminated with a 75 Ohm terminator.

More than just an in and out device, DNxIO offers additional benefits to speed and ease your workflow. Edit massive 4K files more easily by using the built-in hardware encoder to capture to Avid DNxHR. Quickly convert media and color spaces with onboard hardware processing. Monitor media ingest and output on the built-in LCD screen. Work in any resolution with Avid Resolution Independence. Experience real-time high-res editing with Avid DNxHR. Directly edit a wide range of file-based media without transcoding. Allows you to work across a gamut of color spaces, including HDR. Onboard 3D processing to support 3D stereoscopic. And because you can automate time-consuming tasks in the background, you'll have more time to focus on telling your best story.

This is compatible with Mac & Windows. Designed specifically for Avid Media Composer, but also can be used with other popular software such as Adobe Premiere, Final Cut Pro, Davinci Resolve, etc. Configuration is over the Desktop Video software, which is downloadable.

The Avid Nitris DX DNxHD (part 7020-30008-04 E) is an external hardware accelerator and input/output unit that works with Avid Media Composer, Symphony, and Newscutter. Provides real-time encoding to DNxHD and also hardware acceleration when handling files encoded as DNxHD, HDV, DVCPro, XDCAM EX - thus freeing up your CPU/GPU for other tasks such as playback and rendering. Features HD Anamorphic (thin raster) support, cross-conversion and down conversion, capture/output of ancillary data such as closed captioning and AFD, and sync to different video/audio clocks (black burst, tri level, aes, s/pdif). Connections include: dual link support, SD/HD-SDI, SD/HD component, composite, s-video, HDMI monitoring, ref sync, LTC timecode, wordclock, ADAT, XLR, 1/4", RCA analog, AES, S/PDIF. All outputs are always active, for simultaneous synchronized connections. Input audio pass through for monitoring audio input without affecting capture. This has flexible scalable architecture. For example, add a second DNxHD card for real-time stereoscopic 3D support. Or install a AVC-intra card to encode, decode, and accelerate both DNxHD and AVC-intra.