Everspin Technologies offers Stt-Mram
Product
Scalable spin-transfer-torque MRAM in DDR-compatible and xSPI serial variants for data-center, enterprise and industrial embedded use.
- Currently Offered
Scalable spin-transfer-torque MRAM in DDR-compatible and xSPI serial variants for data-center, enterprise and industrial embedded use.
Everspin STT-MRAM uses perpendicular magnetic tunnel junctions switched by spin-transfer torque for lower switching energy and higher density than Toggle MRAM.
Folded variants: STT-DDRx, a JEDEC DDR-compatible persistent memory including a 1Gb device operating like persistent DRAM for data-center and enterprise storage; and STT-xSPI, a JEDEC xSPI low-pin-count serial family including the EMxxLX series for Industrial IoT and embedded systems with extended temperature, endurance and retention.
Space-grade 1 to 8Gbit parallel-interface spin-transfer-torque MRAM with 45ns access and unlimited endurance for boot and execute memory.
Ferroelectric RAM family to 16Mb with instant non-volatility, up to 108MHz QSPI and 100-trillion-cycle endurance for mission-critical data logging.
Space-grade 2Gbit dual-QSPI spin-transfer-torque MRAM with unlimited endurance and 20-year retention for aerospace and defense systems.
Space-grade 1 to 8Gbit parallel-interface spin-transfer-torque MRAM with 45ns access and unlimited endurance for boot and execute memory.
Ferroelectric RAM family to 16Mb with instant non-volatility, up to 108MHz QSPI and 100-trillion-cycle endurance for mission-critical data logging.
Space-grade 2Gbit dual-QSPI spin-transfer-torque MRAM with unlimited endurance and 20-year retention for aerospace and defense systems.
Space-grade parallel and serial STT-MRAM from 64Mb to 4Gb for military and space systems.
Space-grade MRAM meeting radiation, retention, endurance, instant-commit and flight-heritage criteria for mission-critical space systems.
Space-grade parallel and serial STT-MRAM from 64Mb to 4Gb for military and space systems.
Space-grade MRAM meeting radiation, retention, endurance, instant-commit and flight-heritage criteria for mission-critical space systems.