Space Micro proposes an aggressive, but achievable, space radiation effects experiment to compare various advanced processors in the space radiation environment.
Space Micro will focus on the rapid development of an electronics monitoring and SEU/SEFI error reporting system for MISSE-FF deployment which can accommodate multiple COTS processors by actively switching among them in orbit.
Why Space Micro?
Our Phase I deliverables will be data from ground based testing the candidate technology and an experiment design for flight on the MISSE-FF. Our Phase II deliverables will include an active processor technology experiment, packaged and ready for flight on the MISSE-FF. This experiment would then fly very soon after Phase II, free of charge, with standard services on the NASA surface area allocation of the MISSE-FF.
The cross-cutting space product evolving from this SBIR has the potential to add value to and enable many potential NASA space missions. Some of these future NASA missions include Lucy, Psyche, IXPE, Restore, Hermes, Whipple, TiME, Hera, Chopper, etc. which encompass both Discovery-class and SMEX missions.
Customers include NASA centers, spacecraft prime contractors and even university CubeSat projects. Space Micro has worked with most of the satellite prime companies and also the NASA centers
This product can be scaled for a wide range of customers, including emerging commercial constellations for space-based Internet service and Earth observation data e.g. (Google, WorldVu, SpaceX, etc. There are also a number of DoD (Air Force, MDA< NRO) space applications; Space Micro will manufacture and market this product to potential DoD customers and spacecraft primes.