Associative Compute-In-Memory will revolutionize on-board processing with a road-map to offer a staggering 420 TOPS of performance at 12W, enabling the next generation of intelligent, autonomous applications!
Flexible and flex-rigid PCBs come in all shapes and sizes, and are increasingly being used in orbit to reduce mass, size, cost, assembly and test, as well as improve reliability by removing the need for physical connectors and harnesses to interface with high-bandwidth sensors.
Over 200 billion ARM cores have been shipped many of which are being used in safety-critical applications such as the braking systems of a car, automobile power steering, self-driving vehicles, aircraft, medical, railway and industrial control sub-systems etc... The space industry has been flying ARM cores for almost a decade, either as IP within an FPGA or ASIC, or as small, low-power, discrete, radiation-hardened MCUs.
Rajan’s award-winning blog on Space Electronics, Out-of-this-World Design, is being read by 19,000 people every month and has been viewed almost eight million times. Articles have been hosted by EDN since 2013 and selected posts can be viewed by hovering and clicking the images below:
If a UK contact is preferred, I can introduce to Nick Bell on our UK team.
Thanks
Sid
Regards,
Wolfram