When a defense program shifts from traditional discrete optics to chip-scale photonic integration, the supply chain inhe……

Defense electronics programs are moving beyond silicon. Gallium nitride and silicon carbide are no longer laboratory cur……

Silicon carbide power semiconductors are reshaping how defense systems handle high voltages, fast switching, and extreme……

Military GaN RF power amplifiers offer the efficiency and bandwidth essential for radar and electronic warfare, but sour……

GaN defense components are reshaping the performance envelope for modern military electronics, delivering power densitie……

Defense electronics programs under relentless SWaP-C pressure are demanding component integration that goes far beyond t……

Defense electronic systems demand processing density that single-die packages cannot deliver. When a radar signal proces……

Defense electronics programs face a fundamental constraint: mission-critical systems demand more processing power, faste……

Military systems continue to shrink while processing demands increase, creating a fundamental tension that defines moder……

Every gram and cubic centimeter matters when a defense system must fit inside a missile seeker, a soldier’s wearable rad……