Technology for this world and beyond.
Apogee Semiconductor provides products and technologies for space and other extreme environments.
We are focused on making the frontier of space more accessible by bridging the technology gap between commercial and high-reliability technologies at a lower cost. We provide optimized products and infrastructure that give you the best in reliability and value.
Our products and services are targeted towards enabling small-satellites and large constellations that require high performance, a small form factor and radiation resilience at a lower cost.
Working in partnership with state-of-the art semiconductor foundries, Apogee Semiconductor develops radiation hardened processes and components that serve as the foundation for our cutting-edge integrated circuits and IP blocks.
News & Events
Apogee Semiconductor Rad-Hard Integrated Circuits for Small Satellites now Available at Mouser Electronics
Plano, Texas — Apogee Semiconductor, a provider of technologies and products for space and other extreme environments, announced today that four members of the AP54RHC RadHard Logic Family are now available at Mouser Electronics. “We worked with Mouser Electronics to...
Apogee Semiconductor Introduces Rad-Hard Integrated Circuits for Small Satellites
Plano, Texas — Apogee Semiconductor, a provider of technologies and products for space and other extreme environments, announced today their AP54RHC RadHard Logic Family based on their Transistor-Adjusted-Layout for Radiation (TalRad™) design methodology that improves...
Apogee Semiconductor Announces the TalRad™ Process Design Kit is available for Evaluation
Plano, Texas — Apogee Semiconductor, a provider of technologies and products for space and other extreme environments, announced today their TalRad™ Process Design Kit is available for evaluation. The Transistor-Adjusted-Layout for Radiation (TalRad™) Process Design...
Apogee Semiconductor selected by NASA to develop technologies for the Moon and Mars
Apogee Semiconductor was awarded by NASA to work with NASA’s Jet Propulsion Laboratory in Pasadena, California, to develop a flexible, radiation-hardened switching power controller capable of being configured based on a mission’s power needs. The plan is for this...
