A data acquisition OpenVPX board for the Cobalt® family

A rugged air- or conduction-cooled SBC

VME64 CPU Board with Intel® Corei7 processor

Features a Xilinx® Virtex®-5 FPGA (XC5VLX20T) with a PCIe endpoint and User I/Os. To implement custom interfaces using VX3830, the customer develops his IP using Xilinx tools, and designs a specific FMC. The FPGA image is loaded from a flash on VX3830 or on the FMC. A rescue flash is also present to ease developments and secure deployments. The custom I/O development kit contains FMC-SER0 sample FMC with wrapping area, a simple FPGA image with source and a linux rpm with drivers, utilities and test programs.

Cambridge Pixel has added audio and video capture, distribution and recording capability to its world-leading SPx software library, which includes ready-to-run software products for radar visualisation, radar video distribution, plot extraction and target tracking.

The Model 8581 is a DB9 Matrix Switch with two inputs to three outputs for quick access to a shared channel, backup data line or peripheral with a simple turn of a knob.

The H264-ULL-PMC is an ultra low latency, dual channel, H.264 encoder on a PMC Mezzanine form factor board. The H264-ULL-PMC provides a powerful and flexible solution for capturing and compressing up to 2 analog video inputs at up to 1080p HD resolution to the H.264/MPEG-4 AVC (Part 10) standard. The H264-ULL-PMC is ideal for time-critical applications as it offers Ultra Low Latency encoding of below 40ms across the entire capture resolution range. The H264-ULL-PMC supports dual H.264 encodes at resolutions up to 1080p30 or a single encode at 1080p60. The H.264 encoding can be flexibly configured to suit a range of bandwidth and storage requirements.

The H264-ULL-SD4 is an ultra low latency, quad channel, H.264 encoder on a single PCI/104 form factor board. The H264-ULL-SD4 provides a powerful and flexible solution for capturing and compressing up to 4 analog video inputs at full size and at full frame rate to the H.264/MPEG-4 AVC (Part 10) standard. In addition to the ultra low latency full frame rate encoding of four NTSC/PAL analog video sources, the H264-ULL-SD4 can also perform stream duplication to provide multiple encodings of the same input. This allows streams to be created at different resolution, compression settings dependent on requirements and available bandwidth. The high performance H.264 video compression and efficient bus utilization allows up to four H264-ULL-SD4 to be fitted in a PCI/104 system.

Dual UTMC 1553 Summit Controller, Bus Controller, Remote Terminal, Bus Monitor, Modes

Equipped with Intel® Atom E620 CPU and Intel® Platform Controller Hub EG20T, the NISE 90 fanless computer features an abundance of I/O options and low power consumption of only 15W to meet the requirements of factory and industrial automation control. The NISE 90 is also housed in an incredibly compact enclosure making it suitable for space critical environments. And with clock speeds up to 0.6GHz and Intel® GMA 600 graphics engine, NISE 90 delivers impressive computing performance with the capability to render graphics including 2D/3D image enhancement and encode/decode.