Accelerate your time to market with quality DRAM components — rigorously tested for a wide range of applications. From the extreme temperature and performance needs of industrial and automotive applications to the exacting specs of enterprise systems, we have the right memory solution for your design.
We build the modules from start to finish — designing, manufacturing and testing all the DRAM ourselves before assembling the modules and testing again. So from high-performance SODIMMs to high-density LRDIMMs, you can depend on the quality and reliability of our devices.
Explore the most complete portfolio of high-performance, high-bandwidth products available. Micron has reimagined memory to accelerate your next-gen graphics cards and game consoles, your high-performance computing, artificial intelligence systems, and professional visualization workstations. Micron Ultra-Bandwidth Solutions deliver maximum bandwidth to feed your most data-hungry workloads.
Our fully managed devices like — e.MMC, UFS and SSDs — handle media management and error correction code (ECC) internally to help make technology transitions nearly seamless.
Get the critical features and functions for your design — including high performance, high quality, power efficiency, wide density ranges, small package sizes and industrial temperature ranges — from our broad portfolio of industry-standard MCPs.
Micron does more than design and manufacture NAND Flash memory. We strive to solve design challenges through better engineering—by raising the bar on NAND products that cover everything from mobile to embedded, to data center storage applications.
Whether you’re designing for wireless, embedded, or automotive applications, our extensive portfolio of serial and parallel NOR Flash solutions delivers the right mixture of performance, cost, and design continuity, backed by years of Micron Flash memory expertise.
Utilizing existing standard flash memory sockets, our Authenta™ technology offers a unique level of protection, enabling developers to strengthen system-level cybersecurity without adding hardware components and providing a more affordable and robust IoT solution.
Introducing HSE, one of the first heterogeneous-memory storage engines, designed from the ground-up as a Linux application to accelerate workloads using flash-based storage and storage class memory.