Everspin Technologies, Inc. MR25H40CDF

The Everspin MR25H40CDF is a non-volatile memory device based on Spin-Transfer Torque Magnetic Random Access Memory (STT-MRAM) technology. MRAM offers fast write speeds, high endurance, and the ability to retain information without power, making it ideal for a wide range of applications. Functions - Non-Volatility: Retains data without the need for power, akin to Flash memory. - Fast Read/Write Operations: Offers quicker access times than traditional Flash or EEPROM memory. - High Endurance: Can endure a significantly higher number of write cycles compared to Flash memory. Applications - Consumer Electronics: Used in devices that require non-volatile memory, such as smartphones and tablets. - Automotive: Ideal for applications requiring a high level of data integrity and reliability. - Industrial: Suitable for applications in industrial control systems and automation. - Telecommunications: Can be utilized in network equipment for storing configuration settings. Alternative Parts 1. STMicroelectronics M25P Series: Alternative Flash memory options with different specifications. 2. Cypress Semper™ NOR Flash: Offers similar non-volatility with different performance metrics. 3. Micron NVDIMM: Another non-volatile solution with DRAM-like performance characteristics. Embedded Modules - Everspin MRAM Modules: Everspin offers various modules utilizing MRAM for easy integration into systems. - Development Kits: Everspin provides development kits for evaluating MRAM functionality in custom applications. Related Q&A Q1: What are the advantages of using MR25H40CDF over traditional Flash memory? A1: The MR25H40CDF provides faster read/write speeds, higher endurance (more write cycles), and true non-volatility, meaning it retains information even when power is lost. Q2: In what applications is the Everspin MR25H40CDF most commonly used? A2: It is used in consumer electronics, automotive systems, industrial control applications, and telecommunications equipment where reliable non-volatile memory is critical. Q3: Can the MR25H40CDF be used in an embedded system? A3: Yes, the MR25H40CDF is designed for embedded applications and can be integrated into various systems requiring non-volatile memory. Q4: What is the typical endurance of the Everspin MR25H40CDF? A4: The MR25H40CDF typically offers much higher endurance than traditional Flash memory, allowing for millions of write cycles, making it suitable for applications with frequent data updates. Q5: Are there development tools available for working with the MR25H40CDF? A5: Yes, Everspin provides development kits and resources for engineers to evaluate and integrate MRAM technology into their designs.