VCP-8162 XMC Video Capture Board with BuiltSAFE

Xilinx Virtex-5 FPGA, 4 HD-SDI and 8 analog input, DO-254 and DO-178 artifacts

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Smooth Real-Time, Low-latency Coding for Video Applications

The VCP-8162 is a XMC frame grabber board that combines hard real-time video capture in parallel for two video channels with rugged packaging. It features multiple SDI input solutions compatible with HD input signals, as well as, several analog video input formats to accommodate the most demanding safety-critical video applications.

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Features

Key Features

  • Xilinx® Virtex®-5 FX70T FPGA
  • 2x onboard HD-SDI inputs
  • 2x HD-SDI XMC mezzanine inputs
  • Up to 8x analog video inputs on XMC
  • Rugged conduction-cooled
  • Safety certifiable with complete DO-254 and DO-178C artifacts
  • 21 W power-efficient performance
  • Rugged
  • Safety certification services and support
Specifications

Memory

  • 512 MB DDR2 SDRAM at 6.4 GB/s peak
  • FPGA/User-Programmable/User I/O Lines
  • Xilinx Virtex-5 FX70T FPGA

Inputs

  • 2x onboard HD-SDI (SMPTE 292M, SMPTE 296M)
  • 2x HD-SDI on XMC-P6 (SMPTE 292M, SMPTE 296M)
  • 8x analog video: CVBS (up to 8), RGB/YUV (up to 2), S-Video (up to 4)
  • on XMC-P6 (consult factory)
  • Simultaneous capture of up to 2x HD-SDI or 2x analog video or a
  • combination of 1x HD-SDI and 1x analog video
  • Synchronization on green (RGB inputs), or separate horizontal/vertical
  • synchronization inputs


High-Speed Links / Connections
1x PCIe x8 on XMC-P5 (VITA 42.3

Board Support Packages (BSP)

Board Support Packages (BSP)

  • Linux
  • WindRiver VxWorks

Built-in Efficiency

Capture and Stream Data in Real Time

Seamlessly move, stream and process video and data in real time with Mercury’s low- latency video and graphics boards with AMD and Xilinx processors and embedded GPUs

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Purpose-Built Subsystems

Built For Today, Ready for Tomorrow

By combining our OpenVPX multiprocessing and SBC modules with a complementary portfolio of storage, I/O, networking, GPUs, and software, we create customizable, rugged embedded subsystems that securely operate at the tactical edge.  

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