Product News: Computer Hardware & Peripherals
PCI/104-Express Frame Grabber includes audio capture.
Press Release Summary:
November 14, 2012 - Featuring 4 general-purpose digital I/Os that are configurable as inputs or outputs, Model 911 simultaneously captures 4 channels of analog video and 4 channels of stereo audio. Unit captures raw video frames from each channel at up to full frame rate, resulting in aggregate frame capture rate up to 120 fps for NTSC and 100 fps for PAL. High frame capture rate, through two x1 links of PCIe bus interface, makes device suited for remote video surveillance and traffic monitoring.
Original Press Release
High Performance 4-Channel PCI/104-Express Frame Grabber
Press release date: November 13, 2012
A 24-pin header provides convenient access to all I/O signals on the board. The board's PCI/104-Express connectors support both stack-up and stack-down, and its full conformance to the PCI/104-Express specification guarantees that it won't mechanically interfere with adjacent boards.
Video and Digital I/Os
The unit supports a wide range of video capture resolutions, including D1, VGA, QVGA, SIF, 4SIF, CIF, QCIF, and 4CIF. Captured frames are formatted as raw RGB or YUV.
Four general-purpose digital I/O signals are provided for controlling cameras and illumination sources, alarm signal monitoring, etc. and can be configured to function as all outputs or all inputs.
Sensoray provides an SDK for the Model 911 that includes drivers, programming examples and comprehensive documentation for both Windows and Linux operating systems.
OEM quantity 2-9 pricing for the Model 911 is $581.
For more information go to www.sensoray.com/911
Sensoray designs and manufactures OEM electronics for video imaging, data acquisition and machine control. Offering drivers for Windows or Linux, and live technical support, Sensoray is committed to helping ensure easy and rapid development. For more information, or to speak to an engineer regarding a custom design, visit www.sensoray.com, or email email@example.com.