As competition intensifies in the new space industry, mission architects face growing pressure to reduce costs while maintaining high reliability. The increased use of COTS and automotive-grade components, to achieve these lower costs, has made this balance more challenging because these parts often come with reliability risks and greater susceptibility to radiation effects. Join Apogee Semiconductor as we explore a system-level, scalable approach to achieving mission reliability. Discover how Apogee’s radiation-immune product portfolio and fault containment architectures enable detection and isolation of faults to prevent propagation into critical systems and payloads.
Don’t miss this opportunity to learn how Apogee is redefining reliability for the next generation of space missions.
Agenda
- Who is Apogee Semiconductor?
- System level approaches to achieving reliability for all risk tolerances
- How Apogee facilitates seamless scalability from ground to LEO orbit to GEO orbit
- Apogee’s Product Offering
Tuesday
11/11/2025
15:00 h
Madrid (GMT +1:00)
Presenter
David Grant
Lead Architect
David has 40 years of professional electronic engineering experience. Before joining Apogee, he worked at Texas Instruments, where he designed and led designs for LDOs, PCMCIA switches, POL buck controllers, integrated FET buck converters, integrated IF transceivers, and a reconfigurable, mixed-signal power control IC platform. As lead architect at Apogee Semiconductor, he has developed much of the foundational radiation resilience architecture used in Apogee’s portfolio including the Platinum Award-winning AxIO16 GPIO Expander. David has 36 issued US patents. He holds a Bachelor of Science degree from the University of Glasgow in Scotland, UK.
