The Panasonic TY-ST09GR-BK is a high quality extremely sturdy pedestal swivel table stand for 37" and 42" screen plasma tv monitors such as the TH-37PR11UK, TH-37PR11UH, TH-42PR11UK, and TH-42PR11UH HD hospitality display. Other models which might be compatible include: TH-37PR9U, TH-37PR9UK, TH-37PG9U, TH-37PH9UK, TH-37PH10UK, TH-42PH10UK, TH-42PR10U, TH-42PR10UA, TH-42PG9U, TH-42PH10UK, TH-42PH10UKA, TH-42PH9UK, TH-42PR10U, TH-42PR10UA, TH-42PR9U, TH-42PS9UK. Swivel angle +/- 20 degrees (lateral).

The SmallHD DP7-Pro High Bright (model MON-DP7-PRO-LCD-HB-X) is a daylight viewable 7" monitor. High brightness of 1500 nit allows outdoor use, even without a sunhood. Features include: 1280x800 HD resolution, 800:1 contrast ratio, HD-SDI and HDMI input/output, LUT / 3D LUT support, 24 hot key user interface via front panel buttons, X-Port accessory slot, adjustable fan settings (so you can adjust between quiet operation and max cooling), and a super-tough reinforced housing. This is a very advanced monitor with a wide variety of monitoring tools such as waverform, vectorscope, histogram, parade, focus assist, peaking, pixel zoom, zebra, false color, anamorphic, image capture/overlay, safe areas, crosshatch, crosshair, battery monitoring, horizon indicator, color space, fine adjustment of bright/contrast/hue/saturation, color balance, blue only, color bars, monochrome, and much more.

The Sony LKRL-Z214 is a 1.35x - 2.40x motorized projector zoom lens. Compatible with high-end 4K SXRD projectors such as the SRX-R320, SRX-R320P, SRX-T420, SRX-T423, SRX-T110, SRX-S110, SRX-R110CE, SRX-R110, SRX-T105, SRX-R105, SRX-R105CE, SRX-S105. This lens uses a feedback circuit that reports focus and zoom position to the projector. This allows the operator to preset and recall different lens settings from the projector function memories. This offers instant and automated screen sizing for video formats using different aspect ratios. Connections for zoom, focus, and potentio. This had an extremely high original retail price, so this is a steep savings.

The Sony VPLL-Z3024 is a middle throw motorized zoom projector lens. Throw ratio of 2.34:1 to 3.19:1 at WUXGA - ideal for medium to larger venues. Projection size of 40-600" (1.5-7.6m). Compatible with motorized zoom/focus. Mounts via bayonet easily to compatible projectors including the VPL-FWZ60, VPL-FWZ65, VPL-FW65, VPL-FW60, VPL-FHZ65, VPL-FHZ60, VPL-FH65, VPL-FH60, VPL-FHZ57, VPL-FHZ58, VPL-FHZ61, and VPL-FHZ66.

The AJA D10C2 serial digital to analog component / composite converter provides high quality 10-bit conversion of SDI serial digital to analog component or composite video. Perfect for adding an SDI input to any of your analog equipment or monitors. Also has two loop-thru SDI outputs and a composite sync output (in component mode). Also features 4x oversampling and digital noise reduction. Please note that analog composite PAL/NTSC is available only for composite SDI (142/177MB). When standard component SDI (270Mb) you'd get from most sources is input, output is component analog only (SMPTE, EBU-N10, Betacam, RGB).

The AJA D4E serial digital encoder converts SDI serial digital to analog NTSC or PAL. 2x composite outputs (or 1x Y/C s-video). Pedestal and narrow/wide H/V blanking are user configurable via dip-switches. Also produces a test pattern with valid SDI input. Very compact size to fit anywhere.

The AJA D5E serial digital encoder converts SDI serial digital to to analog NTSC or PAL. 3x composite outputs (or 1x Y/C s-video and 1x composite). Also has a looping SDI output. Pedestal and narrow/wide H/V blanking are user configurable via dip-switches. Also produces a test pattern with valid SDI input.

The Cobalt OGCP-9000 is a remote control panel for use with openGear signal processing cards. Communication with the openGear frame occurs over an optimized high-speed openGear Ethernet control protocol. An easy to use keypad enables intuitive access with minimal submenus. A given card uses only one level of submenus to access all of its functions.The control panel is optimized for both bright and low light environments. Two large format, super-bright, wide-angle color LCD screens show sharp and clear text; operators can select either a white or black background. Other features include a fully backlit keypad and user-adjustable LED back light. In addition to circumventing the need for a computer to monitor and control signal processing cards, the OGCP-9000 allows quick and intuitive access to hundreds of cards in a facility, and can monitor and allows adjustment of up to eight parameters at one time. Two large format wide-angle LCDs show sharp and clear text for the currently visible parameters. Eight dials corresponding to each of the eight displayed parameters allow ease in accessing and controlling the displayed parameters. The OGCP-9000 is totally compatible with the openGear control software DashBoard.

The Grass Valley Acappella is a 1RU router. This particular configured is the A1616HR-P (part 610111200). This is a 16x16 matrix style router with 16 destinations that can be linked to any of the 16 sources. This is the HR version which is HD video with reclocking (i.e uses HD-SDI signals). This also is configured with a redundant internal power supply. Standard RS-422 serial port for computer control, automation interface,and operations with Grass Valley Jupiter and Series 7000 systems. This version does not have an integrated local remote control panel, but we are including an external panel model A1616RCP. This remote panel can be linked directly to the router with a crossover ethernet cable for a simple local configuration. If you want a more complex setup, you can use a pin-to-pin patch ethernet cable if you are using switches between the router, panel, and PC. Software can be used for complex custom confiruations such as Acappella Matrix, Acappella Remote Panel, and NetConfig (software is not included). You canalso deploy the Prelude control systemto support larger networks of Acappellaand ConcertoSeries routing matrix.

The Grass Valley Acappella A1616RCP is a 1RU rackmount remote control panel. This is designed for Acappella multi-format routers / switchers designed for a variety of broadcast and production settings, including small studios, sports arenas, and mobile production trucks. The compatible Acappella routers have various configurations ranging from 8x4 to 16x16 with formats including SD-SDI, HD-SDI, and AES/EBU digital audio. This remote panel can be linked directly to the router with a crossover ethernet cable for a simple local configuration. If you want a more complex setup, you can use a pin-to-pin patch ethernet cable if you are using switches between the router, panel, and PC. Software can be used for complex custom confiruations such as Acappella Matrix, Acappella Remote Panel, and NetConfig (software is not included). You can also deploy the Prelude control system to support larger networks of Acappella and Concerto Series routing matrix.

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 Nvision NV1000 is a twelve module 19" rackmount frame for signal processing and distribution amplifier cards. Each module is furnished with a captive mating backplane that mounts in the rear of the frame, enabling external cable connections from the rear. Regulated DC power to the modules is furnished by a power distribution motherboard that runs across the rear of the frame along the bottom. A connector on the frame power supply backplane can be used to control external alarms or indicators to alert an operator if one or both power supplies fail. Ability to use redundant power supplies.

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.

The Snell & Wilcox (Snell Advanced Media) Amberfin IQH1A is a 1RU rack mount modular enclosure for up to four A style IQ modules including HD-SDI, SD-SDI, AES, analog audio, analog video, fiber optics, and more.

This is the IQH1A-S-P version, which includes dual redundant hot swappable power supplies & IQRCIF Ethernet/SNMP Compatible RollCall Gateway Card (with TCP/IP, RollNet, SNMP, and RS232/422 connectivity).

This comes with the IQHIP00 (IQHIP0-26-1A) Hyperion Intelligent Processor Module. This card is a HD-SDI / SD-SDI 1:6 distribution amplifier (DA) - 1 input, 6 outputs with monitoring output. Features Hyperion functions to monitor signal content providing verification of legal/technical obligations. For video, factors such as motion level, darkness, and picture color. For audio, factors like presence and level information of Dolby D/E or PCM. Picture regions can be monitored to allow for animated logos and onscreen graphics such as crawls. Content may be tracked through the broadcast chain by the insertion and reading of SMPTE UMIDs or Internal House Number, title and duration metadata. All alarms from this product can be integrated into the major Video display wall processors to streamline alarm reporting and reported through RollMap Infrastructure Management system or via SNMP to other vendor Control and Monitoring systems. Control and monitoring is acheived via software RollCall Control Panel, RollMap, and RollCall Logging.

This is the IQH1A-S-P version, which includes dual redundant hot swappable power supplies & IQRCIF Ethernet/SNMP Compatible RollCall Gateway Card (with TCP/IP, RollNet, SNMP, and RS232/422 connectivity).

This comes with 2x IQHIP00 (IQHIP0-26-1A) Hyperion Intelligent Processor Module. Each card is a HD-SDI / SD-SDI 1:6 distribution amplifier (DA) - 1 input, 6 outputs with monitoring output. Features Hyperion functions to monitor signal content providing verification of legal/technical obligations. For video, factors such as motion level, darkness, and picture color. For audio, factors like presence and level information of Dolby D/E or PCM. Picture regions can be monitored to allow for animated logos and onscreen graphics such as crawls. Content may be tracked through the broadcast chain by the insertion and reading of SMPTE UMIDs or Internal House Number, title and duration metadata. All alarms from this product can be integrated into the major Video display wall processors to streamline alarm reporting and reported through RollMap Infrastructure Management system or via SNMP to other vendor Control and Monitoring systems. Control and monitoring is acheived via software RollCall Control Panel, RollMap, and RollCall Logging.

The GEN10 is a cost effective and flexible SD/HD/AES sync generator. The GEN10 features 7 outputs including 2 groups of independently controlled SD/HD sync outputs and 1 AES-11 output. The SD outputs can be switched between Color Black or Color Bars. HD tri-level sync can be switched between 19 different HD formats including all that are in use today. The AES-11 output can be switched between SILENCE and TONE. All outputs are in sync with each-other and are sourced from an accurate master time base.

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.

The Motorola DSR-4520X is a Digicipher II integrated receiver / decoder (IRD). Digital outputs include SDI, AES/EBU audio, and ASI. Digital data outputs include: internet protocol, isochronous, and asynchronous. The SDI output provides 2 channels of embedded audio. Discrete AES audio outputs can be used in combination. A complete MPEG-2 transport stream is available through the ASI output. IP data is output directly onto one of the 2 ethernet connectors. A transport stream consisting of IP data can be output. Additional features include: variable symbol rate from 3.25 Msps to 29.27 Msps, supports maximum 47.2 Mbps throughput for MegaPipe configurations, Dolby AC-3 processing, VBI reinsertion SID/AMOL-I & II / NABTS / closed caption, separate video output for diagnostic on screen display, DigiCipher II conditional access control, DTMF cue tones for local ad insertion, and 3 sets of contact closures (1 set can be used for summary alarm).

This is configured with a 8705, 8703, and 8707A card. 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.

The 8707A is an audio output option card (Dolby E, AES Digital, Analog). Provides two digital audio outputs and two analog audio pair outputs. Also has the ability to parse Dolby E compressed audio. It provides the audio from two audio decoder processors.

The Scopus Codico IRD-2600 is a DVB (digital video broadcasting) professional receiver decoder suitable for SCPC and MCPC 4:2:0 applications. With DVB-CI (common interface) decryption capabilities, the IRD2600 can output high quality video, audio and data for satellite, cable and telecom programs distribution. Supports two stereo outputs. The decoder section contains a demultiplexer, MPEG-2 video and audio decoders as well as a Teletext Transcoder module for Teletext output. Control and management can be obtained via the IRD front control panel, an optional Infrared Remote Control, or an attached PC terminal. The IRD also supports remote management, control and software download, via transport stream link from the Codico NMS-4000 Network Management System.

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.

This is configured with 8705, 8703, and 8707A 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.

The 8707A is an audio output option card (Dolby E, AES Digital, Analog). Provides two digital audio outputs and two analog audio pair outputs. Also can parse Dolby E compressed audio. It provides the audio from two audio decoder processors.

The Avid Nitris DX DNxHD (part 7020-30008-04 G) 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. This is the newer v2 release of this hardware with new Avid logo that was sold as a hardware only device separate from Media Composer software.