| Smaller, Lighter, Faster – GaN operates at higher switching frequencies, which means smaller inductors and capacitors. That’s a big deal for aerospace, but it also applies to drones, IoT edge devices, and even industrial automation.
Less Heat, More Efficiency – Lower switching losses mean better thermal performance. Think cooler, more reliable power supplies for embedded systems in extreme environments.
Radiation-Hardened Tech for Everyone – What starts in space doesn’t stay in space. These ruggedized components could soon find their way into avionics, defense, and even critical infrastructure on Earth.
GaN has already proven itself in consumer and industrial power applications, and now it’s making its way into the most demanding environments. With space-grade GaN tech becoming reality, it’s only a matter of time before we see these innovations trickle down into everyday embedded systems.
So, here’s a question: if you had access to space-grade power electronics, how would it change the way you design?
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