Radiation-hardened SRAM and FPGA designed for extreme environments, ensuring zero-failure operation. Certified to QML Class V/Q.
UPMIC provides a comprehensive portfolio of Radiation-Hardened and Radiation-Tolerant memory components. These devices serve as the critical foundation for advanced satellite systems leveraging leading-edge FPGAs, ADCs, and DACs.
Qualified to QML Class-V and Class-Q equivalent levels, our components deliver the high density, performance, and power efficiency required for zero-failure orbital missions.
High-speed memory for high-compute and data-intensive systems. Densities up to 288Mb, operating frequencies up to 1333 MHz, with radiation-hardened options available.
Density: 18Mb–288MbSpeed: up to 1333 MHzConfigurations: x8, x9, x18, x36Packages: 165 BGA, 165 CLGA, 165 CCGA, 260 BGAHigh-Performance Computing SystemsNetworking and Communications InfrastructureIndustrial and Defense ElectronicsRadiation-Sensitive Aerospace SystemsHigh-bandwidth memory with efficient double data rate. Supports densities up to 288Mb and operating frequencies up to 833 MHz.
Density: 18Mb–288MbSpeed: up to 833 MHzConfigurations: x8, x9, x18, x36Packages: 165 BGA and 260 BGAHigh-Speed Networking SystemsData Acquisition and ProcessingIndustrial Control SystemsDefense and Mission-Critical Electronics
Deterministic memory access for latency-sensitive systems. Density range from 4Mb to 288Mb.
Density: 4Mb–288MbSpeed: up to 400 MHzConfigurations: x18, x32, x36, x72Core voltages: 1.8 V, 2.5 V, and 3.3 VReal-time embedded systemsIndustrial automation and controlHigh-speed data processingDefense and mission-critical systemsDue to market fluctuations, our chip agency services are priced per project.
