High Quality for Less.

Server memory to the same standards as OEM products, but without the price tag.

Built to Last. Micron builds our server memory from sand to silicon, following a rigorous 34-stage manufacturing process. Optimized for compatibility. Micron works closely with Intel® and AMD® to ensure our server memory is ideal for meeting the performance demands of:

• Virtualization

• Cloud

• Big data

• Hyperscale computing

High quality for less. Micron builds our server memory to the same exacting standards you get from OEM products, but without the big price tag.


• RDIMMs include a register chip which directs data commands and helps control the flow of data within the server
• Integrated ECC parity helps prevent data errors and increases overall system reliability
• Optimized for the latest Intel® and AMD® based servers
• Available in both standard and VLP module heights


• Designed for memory-intensive server applications
• Reduces electrical loads presented to the CPU for significant power savings
• Ideal for hyperscale computing, virtualization, cloud computing, big data, and more


• Engineered for cost-effective performance in workstations and entry-level servers
• Available in multiple capacities and configurations
• Ideal for office applications, designing digital media, editing videos or hosting web content
• Available in both standard and VLP module heights


• Engineered specifically for small form factor servers and workstations
• Increases system stability and reliability with error correction code (ECC) parity
• Ideal for microserver workloads in space-constrained environments


• Combines the performance of DRAM with the persistence of NAND
• Preserves critical data in the event of power loss and limits costly downtime
• Speeds up to 3200 MT/s and capacities up to 32GB per module
• Available with or without the integrated pull-up resistor depending on your motherboard configuration

Safeguard data during power loss, remove I/O bottlenecks that are holding your servers back, and increase the performance of demanding server applications.

The Range