Advanced Speed Analog Processor (ASAP) Chips |
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The ASAP Chip is a customizable high-efficiency computer hardware that can solve multitudes of complex physics-based simulations at groundbreaking speeds. Modern processors are power hungry, requiring bulky battery banks or onboard generators for use in mobile technology common in cutting-edge military applications. With our technology, simulations based on physical systems that previously required days or weeks to run a virtual trial can now be computed in real time. At the small size of 4mm x 4mm, our ASAP Chips are extremely lightweight and require substantially less power than current technology.
The Numbers
Super-Speed Computing
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Innovation ASAP
ASAP Chips can enable accurate simulations that allow for testing systems and performance prior to manufacturing and construction in a fraction of the usual computing time. Input to sensors is generally analog in nature and is eventually converted to digital for processing. Our lightweight analog sensors can be designed to complete data processing before digital sampling is done, accomplishing the desired goals much faster. The high-speed, low-power, low-latency computing capabilities enabled by ASAP Chips can advance the solution of equations necessary for simulations of electromagnetics, magnetohydrodynamics (such as for nuclear fusion), and fluid mechanics, and improve the function of UAV’s, satellites, remote devices, autonomous vehicles and more.
Defense Advanced Research Projects Agency (DARPA)
Ocius Technologies has received funding for our ASAP Chip through a DARPA STTR Phase II grant. During this project, our team designed, fabricated, and tested our ASAP Chips for application to computer simulations of physical processes. Through our work with DARPA, Ocius Technologies accomplished first-of-its-kind analog architectures for solving time-dependent linear and nonlinear partial differential equations with significantly higher speed and lower power consumption.
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