• Q
    Do you have multiple SBCs (Single Board Computers)?

    Yes, Space Micro offers Proton200k™ and Proton400k™ radiation hardened single board computers for space. Our technology roadmap reflects advanced versions planned for the future with increased CPU performance.

  • Q
    What form factors are available for your SBC's for space?

    We offer SBCs in a variety of form factors including 3U, 6U, and variation on PCI-104S. Virtually any size board is available for custom application with a configuration charge.

  • Q
    How do you harden COTS parts to the effects of space radiation?

    Space Micro is able to leverage state of the art commercial processors by application of our patent-pending TTMR™ SEU mitigation. In addition, we apply H-core™ technology to mitigate SEFI.

  • Q
    What is typical power dissipation of both Proton200k and Proton400k?

    Typical SBC power dissipation operating at full speed is 7-9 watts for Proton400k and 5-7 watts for the Proton200k.

  • Q
    What is the typical SEU error rate for the Proton-series space computers?

    SEU error rate for the industry standard Adams 90% GEO is 1E-4 errors/day.

  • Q
    Do your products have heritage or space flight qualification?

    Yes. Our Proton100k flew on TacSat-2, launched in December 2006. Our complete space heritage can be provided upon request.

  • Q
    What RF Communication Products do you offer?

    We've developed STDN and SGLS software defined radios as well as Mission Data Transmitters operating at X, Ku or Ka-Band frequencies. In addition, we have developed custom power amplifiers and RF Beacons at various frequency bands. Our RF products continue to be supplemented by SBIR technology developments with a very attractive price and performance blend.

  • Q
    What is the background and expertise of Space Micro management team?

    Our management team has over 100 years of relevant experience in the space electronics community at Northrop, SAIC, L-3 and Space Electronics Inc, (Maxwell).