Industrial
Everspin MRAM is deployed across industrial sectors that demand high endurance, non-volatility, and reliability across extreme temperature ranges and in harsh operating environments — including those subject to vibration, radiation and electromagnetic interference. It delivers significant benefits over Flash and SRAM in automation, control, energy, and industrial internet of things (IIoT) systems by preserving data deterministically without requiring power or wear-leveling management. Its high endurance and fast write speeds ensure continuous operation and secure data retention through power interruptions, eliminating the need for backup batteries or capacitors.
Everspin’s PERSYST MRAM and STT-MRAM devices support standard SPI, QSPI, and xSPI interfaces, enabling seamless integration into existing industrial system architectures and next-generation control platforms.
End-User Examples
Everspin MRAM enables instant-on operation, deterministic persistence, and long-life reliability, making it integral for next-generation industrial automation, IIoT and energy systems that demand both performance and endurance in rugged environments. Our STT-MRAM is particularly well-suited for industrial applications due to its scalability and higher density.
Programmable Logic Controllers (PLCs) and Industrial Control Systems
Everspin MRAM is integrated into Ethernet Programmable Automation Controllers (ePACs) so they can retain critical process data during power interruptions.
Human–Machine Interfaces and Machine Control
Control systems use Everspin MRAM to retain logs, configurations, and real-time data, ensuring continuity in harsh factory environments.
Predictive Maintenance
Everspin MRAM functions as the persistent memory backbone of predictive maintenance system and enables secure recovery in harsh industrial environments.
Engineering and Manufacturing Systems
Everspin MRAM is used in industrial computing platforms to maintain configuration data and prevent data corruption under power failures.
Edge AI in IIoT
MRAM enables fast local AI inference, predictive analytics, and instant-on behavior in edge controllers and AI-enabled machinery due to its fast writes, high endurance, and non-volatility.
