Everspin and Lattice MRAM for FPGA Platforms

Everspin Technologies has made a significant announcement regarding the validation of its PERSYST MRAM for configuration across all Lattice Semiconductor FPGAs. This validation, made possible through the Lattice Radiant™ software suite, underscores the importance of MRAM as a dependable configuration memory device for a wide range of applications in industries such as industrial, aerospace, military, and automotive.

The transition from traditional flash memory to MRAM in FPGA configuration signifies the increasing demands of modern applications. In contrast to NOR flash, which necessitates lengthy program and erase times, MRAM offers high endurance, rapid read/write speeds, and exceptional data retention capabilities. These characteristics render it well-suited for mission-critical environments, including real-time sensor processing, avionics data logging, and in-orbit reprogramming for space systems.

Sanjeev Aggarwal, President and CEO of Everspin Technologies, emphasized the significance of their collaboration with Lattice Semiconductor in meeting the requirements of mission-critical systems. Aggarwal stated, “When we designed the latest high-density PERSYST MRAM, including NOR interface support, we anticipated the need for frequent, fast, and reliable FPGA configuration. With multiple design engagements already underway, this partnership showcases how our technology delivers the performance and reliability required across diverse applications.”

With capacities reaching up to 128 Mb, PERSYST MRAM offers flexible configuration options. It demonstrates high reliability and endurance in mission-critical environments, supporting fast write speeds and low power consumption for efficient performance. Moreover, the technology has a proven track record with over 15 years of adoption in critical storage applications.

The PERSYST EMxxLX MRAM family is now readily available and shipping in industry-standard packages and interfaces, further solidifying its position as a reliable and efficient solution for FPGA configuration needs.