SSD 2200 M.2 2280 NVMe 256GB

Get blazing PCIe® speed and low power consumption for demanding client workloads with the Micron 2200 PCIe NVMe™ SSD.

Sleek, light and lightning-fast, the Micron 2200 PCIe NVMe™ SSD is revolutionizing computing on the go. The Micron 2200 delivers our first client NVMe SSD, ideal for intense computing workloads. The 2200 is fully architected by Micron using 3D TLC NAND technology for cost and power efficiencies.

Available in a streamlined M.2 form factor, the Micron 2200 SSD enables high performance in the 256GB “sweet spot” and capacities up to 1TB. Its 64-layer TLC 3D NAND architecture, PCIe interface and NVMe protocols enable low latency and high bandwidth with a strong price-to-performance ratio. Protect your data with the Micron 2200’s secure firmware and AES XTS-256-bit encryption with Opal 2.0 standards for self-encryption.

Experience Better Cost Control
Get more data storage in the same footprint (up to 1TB of storage in an M.2 form factor) for better cost control thanks to our latest 3D TLC NAND technology and client SSD architecture.

Go Mobile for Longer
Get longer battery life thanks to the Micron 2200 device sleep (DEVSLP) low-power modes. Consuming less than 5mW in low-power mode, the 2200 SSD uses significantly less power than HDDs and about 20X less power in active mode. The 2200 SSD also offers L1.2 support for extended use between charges for mobile applications.

Get NVMe for Client Systems
Reduce latency and streamline the storage command set with NVMe, the PCIe protocol purpose-built for flash storage. NVMe drivers have become standard in Windows 10 operating systems, making PCIe even easier to adopt at a lower price and making NVMe speed a more cost-efficient advantage.

Keep It Cool
Increase reliability in space-constrained designs with our adaptive thermal monitoring feature that limits heat generated by the SSD in the small footprint M.2 form factor.

Crunch, Save, Deploy and Protect
Get reliable encryption for valuable mobile data at rest without performance degradation with self-encrypting drive (SED) technology. All encryption/decryption utilizes an AES-256-bit XTS hardware engine that complies with the Opal 2.0 standards with no impact on performance.