Military + Aerospace Electronics Features Frontgrade Perspective on the Future of Radiation-Hardened Electronics

Military + Aerospace Electronics recently featured Frontgrade Technologies in an article examining how the rapid growth of low-Earth orbit constellations, AI-enabled defense missions, distributed onboard processing, and evolving mission architectures are reshaping the market for radiation-hardened and radiation-tolerant electronics.

The article highlights an industry-wide shift from viewing radiation-hardened electronics solely as individual components toward understanding them as part of scalable, integrated, mission-ready architectures. As spacecraft, defense systems, and intelligence platforms demand more onboard compute, faster deployment cycles, and greater adaptability, suppliers are increasingly focused on system-level approaches that balance performance, resiliency, SWaP-C, and mission assurance.

“It’s not just about delivering radiation-hardened components. It’s about contributing to mission-ready, scalable architectures.”

In the article, David Meyouhas, President of Microelectronics & Mission Processing at Frontgrade Technologies, discusses how mission requirements are moving upstream from individual parts to integrated systems spanning sensing, processing, communications, control, and scalable architectures.

Read the full article at Military + Aerospace Electronics:
Radiation-hardened electronics evolve for the LEO era | Military Aerospace