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Aitech Explores COTS in Space - Whitepaper
January 13, 2018Modern COTS technology can meet the demands of space when appropriate design attention is paid to mitigate environmental effects. Learn how to evaluate the critical factors when looking to use COTS. ...
Avionics
Avionics
SBC with Intel Xeon D-1500 multicore processor - Product
October 04, 2017
The C876 is a 3U VPX single-board computer (SBC) for embedded and harsh-environment systems applications. The C876 has an Intel Xeon D-1500 (formerly Broadwell DE) silicon on chip (SoC) platform with as many as 12 cores. It features onboard I/O ? including 10 Gb Ethernet, graphics, R...
Radar/EW
Component obsolescence is a concern across system development - Story
August 29, 2017
Component obsolescence is nothing new, and the problem isn't going away. While electronics innovations may move industry forward on one hand, the downside is that some electronics get left in the dust, no matter how widely adopted they may have been at one point.
Cyber
The evolving role of GPGPUs in critical military intelligence - Story
June 12, 2017
For office workers, staring at a screen for hours a day can seem mundane, creating a feeling of tiredness or boredom. They escape by taking a break, walking away, and coming back in a few minutes after resting their eyes. Think that would fly in a military surveillance environment, where personnel must continually scan images to identify potential threats or persons of interest? Definitely not.
Radar/EW
Aitech rugged GPGPU system provides 1 teraflop to the sensor - News
September 28, 2016
CHATSWORTH, Calif. Officials at Aitech Defense Systems Inc., announced a new fanless, rugged GPGPU supercomputer that measures only 20 cubic inches, while providing 1 TeraFLOP of parallel processing. Dubbed the A176 Cyclone, it comes in a custom small form factor design and provides 60 GigaFLOPs/Watt in a low-power high performance embedded computer (HPEC).
Radar/EW
Rad-hard for the long haul - Story
June 20, 2016
Managing the long-term effects of radiation in space environments is essential for designers of components headed for space. Mission length, more than any other factor, contributes most heavily to the sustainability of electronic components in radiation-laden applications.
