Space Agency. They are described in synthesizable VHDL available under the GNU Lesser General Public License and GNU General Public License respectively. The Gen 6 single-board computer (SBC), produced by Cobham Semiconductor Solutions (formerly Aeroflex Microelectronics Solutions), enabled for the LEON microprocessor. ARM based: The Vorago VA10820, a 32-bit ARMv6-M Cortex-M0. NASA and the United States Air Force are developing HPSC, a Cortex-A53 based processor for future spacecraft use ESA DAHLIA, a Cortex-R52 based processor RISC-V based: Cobham Gaisler NOEL-V 64-bit. See also Communications survivability EMC-aware programming Institute for Space and Defense Electronics, Vanderbilt University Mars Reconnaissance Orbiter MESSENGER Mercury probe Mars rovers TEMPEST Juno Radiation Vault References Books and Reports External links Federal Standard 1037C (link ) (I)ntegrated Approach with COTS Creates Rad-Tolerant (SBC) for Space – By Chad Thibodeau, Maxwell Technologies; COTS Journal, Dec 2003 Sandia Labs to develop (...) radiation-hardened Pentium (...) for space and defense needs – Sandia press release, 8 Dec 1998(also includes a general "backgrounder" section on Sandia's manufacturing processes for radiation-hardening of microelectronics) Radiation effects on quartz crystals Vanderbilt University Institute for Space and Defense Electronics Military communications Integrated circuits Avionics computers Electronics manufacturing Spaceflight Radiation effects Semiconductor device defects