Avalanche’s MRAM combines the simplicity of SRAM with the permanence of NVM. It writes instantly, endures indefinitely, and retains data even in the harshest space environments. It is ideal for use in Space or Military applications.
No wait states. No wear leveling. No redundancy overhead.
Deterministic read/write latency and instant data availability after power events, essential for radiation-rich or intermittent-power environments.
With Hi-Rel endurance, radiation and EMP immunity, Avalanche MRAM is the ideal backbone for SWaP-optimized, high-reliability buffers and data storage in satellites and deep-space systems.
Engineered for SWaP-optimized flight computers, data buffers, and payload controllers, Avalanche MRAM forms a robust foundation for next-generation space architectures.
Proprietary storage schemes raise integration complexity and certification cost, slowing innovation and deployment.
Avalanche’s Gen 3 architecture adheres to open standards, ensuring interoperability and scalable solutions that accelerate mission readiness while reducing development risk.
Our NVMe U.2 form factor drive enables the separation of critical data structures from raw data in Data Centers on Earth. With data rates as high as 6GB/Sec, data is committed instantly and securely.
Avalanche collaborates with Eideticom to extend Avalanche Gen 3 MRAM hardware through high-efficiency NVMe software stacks and computational storage accelerators. This partnership bridges aerospace Hi-Rel and enterprise NVMe domains, providing a unified, standards-based platform for both on-orbit and on-premise applications.
For NVMe stack integration and licensing options, contact Eideticom.
