Space Micro was founded in 2002 by David J. Strobel and David Czajkowski as their second entrepreneurial venture following the successful sale of their first company, Space Electronics, Inc., to Maxwell Technologies in 1999.

Since 2002, the company has designed, manufactured and launched hundreds of subsystems into space, accumulating millions of hours of space flight heritage.  Subsystems have flown on spacecraft for NASA (LADEE, IRIS, TESS), JPL, Department of Defense, aerospace primes (Lockheed Martin, Boeing) as well as Airbus, ULA, Dynetics, Moog, Raytheon, and commercial space entities such as Astrobotic and Astroscale.

In 2022, Space Micro was acquired by Voyager Space Holdings.

Space Micro headquarters comprise offices, laboratories and manufacturing  in a 43,000 sq. ft. facility in San Diego, CA.  Design, fabrication, testing and qualification are completed at this facility which includes seven clean rooms, digital, optical, radio frequency and lasercom labs, as well as environmental test labs and equipment such as TVACs, Thermal Cycling, Vibe Tables, Temperature and Thermal Cycling.

• • First computer and image-processing subsystem launched to space (2006) within 4 years of their founding in 2002
  • Advanced Software Defined Radios (SDRs) were developed for, and flown on, NASA IRIS, LADEE, and TESS.
  • Delivered four 3U CubeSat spacecraft with RF payloads for multiple DoD customers.
  • Key supplier to many lunar missions ranging from NASA LADEE, Google Lunar X Prize (Beresheet), and NASA Artemis programs.

Electro-Optics edit

Electro-Optics subsystems include space-qualified SpaceCams™ built to withstand harsh environments while delivering high-performance and long-term reliability. SpaceCams will be used on Artemis programs including lunar landers and rovers.  The Electro-Optics product line also includes Star Trackers and Sun Sensors which utilize flight-tested components and proven radiation mitigation techniques. These products are designed to support precise spacecraft attitude determination and space domain awareness, and can be customized for specific orbit and mission life.

Communication Systems edit

Communications Systems include the µLCT™ Laser Communication Terminal utilizing dual or single aperture optical head assemblies and providing data rates up to 100 Gbps. A full suite of high-reliability Radio Frequency (RF) products includes mission-proven SGLS, STDN and X-Band Transponders, X-, Ku-, and Ka-Band Mission Data Transmitters, Nanocom™ Software Defined Radios, RF Beacons and Solid State Power Amplifiers.

Digital Systems edit

Digital Systems include Single Board Computers and Multi-Core Space Processors, as well as the modular and configurable ProtonX-Box™ Avionics platform and versatile digital slices. Image Processing Computers are in-flight configurable and engineered to process high-speed optical or sensor data, store and make data available to downlink.

• Space Micro Inc website