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Discover how Apogee Semiconductor enhances space mission reliability through radiation-immune products and scalable fault containment architectures — enabling cost-effective, system-level resilience from ground to orbit.
Using COTS in space applications requires updated risk management and reliability testing to ensure quality and long-term availability.
Pragmatic policy wanted to address COTS potential and ensure future component availability amid shifting market dynamics.
CubeSats face policy gaps, high failure rates, and growing debris concerns, highlighting the need for technical oversight.
Policy making progress in space requires updated methodologies to support efficient and realistic COTS integration.
RHA component use in New Space highlights trade-offs between cost-saving shortcuts and reliable radiation testing.
Automotive components in COTS require careful evaluation beyond grade labels to ensure suitability for space use.
Barriers to be overcome in COTS adoption include resistance to change, risk, obsolescence, and counterfeit concerns.
Debunking myths around COTS use in space clarifies misconceptions about reliability, testing, and qualification.
Usage principles of COTS focus on built-in reliability and challenges posed by current space policy requirements.
Evolution of COTS in military and space highlights key shifts from exclusive HI-REL to broader component adoption.
Gain a full view of COTS in Hi-Rel space use—intro, myths, principles, automotive parts, CubeSats, and more in this webinar.
Webinar on converging COTS and space tech ZES, explores radiation mitigation for satellite-ready semiconductor solutions.
Microchip’s SA.45s CSAC offers radiation-tolerant, precise timing for LEO applications with low power, compact size, and high stability.
Rakon’s RK105 and RK205 oscillators offer high reliability and radiation tolerance for New Space applications.
AXTAL offers sourcing and up-screening of quartz crystals for New Space, ensuring high reliability with various screening levels.
High reliability alternative components from Kemet include ceramic and tantalum polymer series, offering enhanced performance for critical applications.
ZES provides radiation-hardened solutions like the ZES100 for SEL protection and ZES400 for reliable quad-channel voting in space systems.
QML-38535 lumped element filters ensure reliable performance in high-power, high-temperature, and harsh environments for critical applications.