SOLID STATE DEVICES, INC

SOLID STATE DEVICES, INC specializes in the design, fabrication, and rigorous testing of high-reliability semiconductor devices for defense applications. Their core capabilities center on the manufacturing of advanced power semiconductor components, including A3 MOSFETs and high-voltage diode blocks, produced to exacting military drawing specifications and statement of work requirements. The company demonstrates deep technical expertise in semiconductor process control, die-level testing, and performance validation under extreme environmental and electrical stress conditions. Their specialization in high-voltage and high-power discrete devices positions them as a niche provider for mission-critical defense electronics requiring robustness, thermal stability, and long-term field reliability. Precision in process adherence and strict compliance with military-grade documentation standards are key differentiators in their production workflow. The contractor has established a focused relationship with the Department of Defense, delivering specialized semiconductor components that support power management, signal conditioning, and energy conversion systems in tactical and aerospace platforms. Their work is consistently aligned with defense-specific engineering controls and quality assurance protocols required for embedded military systems. Operating under NAICS 334413, SOLID STATE DEVICES, INC is narrowly positioned within the semiconductor and related device manufacturing sector, with a vertical specialization in high-reliability discrete components for defense electronics. They serve a specialized segment of the market requiring custom, non-commercial semiconductor solutions not readily available through commercial foundries. As a 2L entity based in La Mirada, California, the company operates as a small, agile manufacturer without federal certifications such as 8(a), HUBZone, or ISO. Their geographic presence in Southern California supports proximity to defense prime contractors and test facilities, enabling responsive collaboration and rapid iteration on defense-critical component development.