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Data Center Servers, Storage and Memory Solutions

Move beyond processing power by choosing the right memory and storage technologies to give you more control over the essential systems that affect your business. We help you scale, simplify, consolidate and automate to get the maximum value out of your data center.

Data Center Memory

Micron offers the industry's broadest portfolio of data center memory solutions. Memory is key to keeping data flowing to your investment in processor technology – GPUs, CPUs, XPUs. With scalable options from industry-leading HBM3E, 96GB and 128GB High-Capacity RDIMMS, CXL, and DDR5, Micron has the memory solution to keep your data-intensive AI workloads running.

Learn more about DDR5 > Learn more about 96GB and 128GB high-capacity memory > Learn more about HBM3E > Learn more about CXL >

Data Center Storage

Micron provides the widest array of NVMe® SSDs in the industry with the form factors, speeds, and capacities you need for your data center environment. Whether it’s our award winning 6500 ION, the high-capacity 9400 Micron SSD, our mainstream 7450 Micron SSD, or our 5400 SATA SSD, we have a storage solution for your data.

Learn more >

Micron’s AI product offerings

HBM3 Gen2 product image


The industry’s fastest, highest-capacity1 high-bandwidth memory is Micron’s next generation of AI memory, HBM3 Gen2 (HBM3E). Our memory supports AI training and acceleration in the most sophisticated compute platforms designed for cognitive technology.

Learn more about HBM3E >
DDR5 server module product image


Performant AI server platforms require enormous amounts of memory and DDR5 is the fastest mainstream memory solution designed specifically for the needs of data center workloads. Micron’s high-density modules provide the capacity to meet the extreme data needs of AI systems.

Learn more about DDR5 >
9400 SSD, 6500 ION SSD, 7450 SSD by Micron Technology​

NVMe™ SSD portfolio

From networked data lakes to local data caches, Micron’s NVMe SSD portfolio offer the performance and capacity to support the immense data storage needs of AI training and inference.

Learn more about Micron SSDs >
LPDDR5X component image


LPDDR provides the best performance per watt for AI inferencing and large language models in cloud data centers, providing greater architectural design flexibility to meet the demands of the next-generation data center.

LPDDR for data centers >

Micron DDR5 Technology Enablement Program

The DDR5 Technical Enablement Program (TEP) is a program that offers a path into Micron to gain early access to technical information and support, electrical and thermal models as well as DDR5 products to aid in the design, development and bring-up of next-generation computing platforms.

tep program details

Server applications

Data is the currency of the modern world, holding the answers to our most pressing questions. Servers collect, process, store, share, and stream this precious commodity.

Reference architectures that give you a lab-proven starting point for your next VMware, Microsoft, or open-source project.

A collection of off premise servers housed in massive data centers that can be accessed for computing or storage, the cloud has revolutionized the way we compute. Instead of a large team of IT professionals managing on-premise servers, cloud service providers offer many of the benefits but at a fraction of the cost.

Mission-critical, on-premise, and secure for when the job is so important that the system needs to be managed in house. For financial services, utilities, and federal applications; enterprise servers are powered by Micron memory and storage products.

The Goldilocks mix of on-premise and off-premise servers, a hybrid cloud approach offers flexibility to businesses with specific data storage needs. Micron products support both on- and off-premise servers, as well as the network required to orchestrate a seamless connection between the two.

The number of IoT devices is in the billions and growing. Edge gateways live close to the devices outside of the data center and help to determine which pieces of information to send ensuring only meaningful data is captured and stored.

The highest-performing computing machines in the world are powered by Micron products. Today’s HPC machines are working to solve the mysteries that have so far eluded mankind: cures for diseases, mapping the galaxy, and discovering the building blocks of atomic structures.

Artificial intelligence is changing the way that we, as humans, interact with the world. Enabling machines to sense, comprehend, act and learn, AI promises a new era of disruption with smarter and more intuitive decision making. Memory is the dynamic foundation of this revolution, transforming inputs into insights and activating data to mobilize innovation.

Thinking inside the box

Memory and storage are strategic differentiators for servers and data processing, allowing us to redefine how we use information. Micron’s innovative solutions are tailored to create the most powerful server boxes possible.

Better SSDs come from better NAND. From silicon to system, Micron creates the memory and flash storage that power the data center and make workloads faster, more reliable, more efficient and more cost-effective. From the industry’s best-selling series of SATA SSDs, to the world’s fastest 15TB+ NVMe™ SSD, to the world’s first QLC SSD, Micron data center SSDs are designed and configured to meet your storage needs.
Today, Micron DDR5 delivers 2x the effective bandwidth compared to DDR4 and will fuel the next generation of server and client processors. DDR5 will enable current and future data center processors to maintain bandwidth per core as core counts continue to increase. New DRAM methodologies and technologies compared to DDR4, like twice the banks and bank groups, double the burst length, and decision feedback equalization (DFE) all help to enable higher data rates and enable DDR5 to scale performance for years to come.
DDR4 is the best mainstream generation of DRAM technology. Features power saving, performance enhancement, manufacturability.

DDR4 is the best mainstream generation of DRAM technology, with new features centered on power savings, performance enhancement, manufacturability, and reliability improvements. These new features improve performance, power, manufacturability, reliability and stacking capabilities for the enterprise, cloud, ultrathin, tablet, automotive and embedded markets. With data rates up to 3200 MT/s, an operating voltage of 1.2v and additional power saving features; DDR4 increases performance up to 50% while delivering total energy savings as high as 25% compared to DDR3.

Server solutions featuring the DRAM module NVDIMM with an optional power source.
Designed for applications that are sensitive to down time and require high performance to enable frequent access to large data sets, NVDIMMs combine the speed of DRAM, the persistent storage of NAND and an optional power source into a single memory subsystem that delivers increased system performance and reliability. NVDIMMs are ideal for big data analytics, storage appliances, RAID cache, in-memory databases and on-line transaction processing.
DRAM Module Registered DIMM. ECC-supported networking, enterprise servers, and workstations with DDR3 and DDR4 technologies.
Registered DIMMs are a mainstream memory module solution that powers thousands of successful designs worldwide. Our RDIMMs are built with what may be the industry’s most reliable memory components. RDIMM features like registers, buffers, and ECC help ensure data integrity at both the device and the system level.
Server solutions featuring LRDIMMs, they enable you to add more DIMMs per channel and increase the memory capacity.
Implementing load-reduced DIMMs (LRDIMMs) enables you to add more DIMMs per channel and increase the memory capacity and speed of your systems. Our LRDIMMs use a specially designed buffer to reduce the data load to a single load (up to an 8-rank DIMM), whereas standard RDIMMs present multiple loads for dual-rank and quad-rank versions and limit the amount of data you can load to the data bus.
Top down view of Micron's AC-520 built with an Intel Arria 10FPGA

Advanced Computing Solutions offer the industry’s leading technology for high-performance computing. Built on FPGA technologies and targeted at PCI Express® (PCIe®)-based HPC or stand-alone embedded applications, our modular and highly scalable architecture delivers orders-of-magnitude performance gains, reduced energy costs, small form factors and simplified application designs.

Server Solutions: Micron's 3D NAND technology uses an innovative process architecture.

Micron's 3D NAND technology uses an innovative process architecture to provide 3X the capacity of planar NAND technologies while providing better performance and reliability.