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.

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.

Design ìCoolî stacks with Conduction Cooled Single Board Computers

The VCODEC-H264-D4 is a 4 channel, full frame rate H.264 Codec for the PC/104-plus bus. The VCODEC-H264-D4 provides a powerful solution for capturing and compressing analog video inputs to the H.264 standard. The VCODEC-H264 not only provides H.264 compression but can also simultaneously decompress and replay recordings from storage to display.

The 3540 PC/104 serial interface module provides four software-selectable RS-232, RS-422, or RS-485 ports. RS-232, RS-422, or RS-485 mode may be selected independently via software command for each of the four ports, eliminating the need for setting jumpers or DIP switches. The board is designed using the XR16C864 UART, which provides a 128-byte FIFO, 8 times larger than boards designed with 16C550 compatible parts. The larger buffers allow error free operation even in high-speed applications.

WinSystemsâÄô EBC-C384, an EBX-compatible, Intel® AtomâÑ¢-based single board computer (SBC) comes with either the Intel Atom single core 1.66GHz N455 or dual core 1.80GHz D525 processor combined with the ICH8M I/O hub controller and a variety of onboard serial and parallel I/O interfaces. The EBC-C384 provides a processor- and I/O-intensive solution that is suitable for rugged embedded applications such as military, medical, factory automation, transportation, smart grid, and security.

PC/104 based network router for tactical and mobility applications