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Haswell-based board aimed at defence, rugged industrial apps

Posted: 05 Sep 2014     Print Version  Bookmark and Share

Keywords:Aitech Defense Systems  SBC  Haswell  Intel CPU  defence 

Aitech Defense Systems Inc., a provider of true embedded and mission critical computing technologies for environmentally-demanding, mission-critical applications, has announced a ruggedised 6U VME SBC based on the 4th generation Intel Core i5 or i7 (Haswell) processor family. According to the company, the C163 reliably operates over wide temperature ranges in embedded and harsh environments such as defence, aerospace and rugged industrial applications.

With up to 16GB of fast DDR3L SDRAM and 128GB of SATA II Flash disk, the C163 is aimed at applications that require extensive memory resources. Environments requiring reliable operation benefits from the board's dual redundant BIOS Flash that ensures the boot process will redirect to the alternate device should the board fail to boot from the primary device.

C163 6U VME SBC

By integrating the low power, dual core (Core i5) or quad core (Core i7) Intel CPU with large memory arrays, the SBC easily handles intense data requirements typical in modern video and graphics processing applications, said the company. Intel's embedded HD graphics 4600 GPU, implemented on the processor, provides 20 execution units and is capable of 2D/3D graphics processing eliminating the need for separate GPU-based mezzanine boards.

An included PCH-QM87 Lynx point platform controller hub integrates the platform I/O interfaces and supports both high-speed and legacy resources. This added design flexibility provides more efficient processing across the board. Two industry-standard PMC/XMC slots further enhance the board's capabilities.

Facilitating its high-speed operation and exceptional throughput, the board implements a Tundra-to-VMEbus bridge located on the PCI bus that incorporates two large FIFOs for optimal operation of the PCI and VME buses. The VME interface supports full master/slave capabilities and legacy VME protocols as well as A64/A32/A24/A16 addressing modes. Two included DMA engines support the high data rate transfers.

The C163 is available in four basic I/O configurations: a standard on-board I/O version, arrangements that accommodate the board's PMC or XMC expansion slots and a C160-compatible (previous generation) configuration. The latest SBC can also be customised to meet specific user requirements.

Various I/O resources include four GbE ports, seven USB 2.0 ports, two SATA II ports and four RS232/422/485 serial ports as well as 12 discrete I/O lines, two CANbus ports, one HDMI/DVI display port and a high definition audio port.





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