Turn data into insight and analysis into action. Micron Storage is powering the mobile workforce, cloud and immense data centers of today and tomorrow.
Our client SSDs bring groundbreaking, fast NAND performance, low power, small size, and optimum portability to client computing applications.
Scale to meet cloud and data center demands. Micron SSDs deliver performance, reliability and data protection, all with power savings over hard disk drives.
Our automotive and industrial SSDs deliver high capacities and industrial temperature options in several small form factors.
The volume, variety and velocity with which we generate new data today is unparalleled. Micron understands the importance of providing the right capacity SSDs to manage today’s demanding workloads. Feed data-hungry, real-time-processing applications faster than before.
The Micron 3400 SSD with NVMe™ combines the performance of industry-leading 176-layer NAND and PCIe Gen4. The 3400 has the capacity to manage the most demanding workstation, gaming and corporate PC applications – yet it consumes minimal power.
The Micron 2450 SSD with NVMe™ delivers value and flexibility with form factor options as small as 22mm x 30mm M.2 that enable innovative designs and PCIe Gen4 performance untethered from the charger for next-generation mobile, agile computing.
Meet the demands of your performance-critical cloud and data center workloads with the speed, performance and capacity of our flagship performer, the Micron 9300 SSD.
透過美光 5300 SATA SSD 的效能、一致性以及強化的資料防護，將您的資料中心發揮至極限。
Optimize your business-critical virtualized workloads the easy way — with the industry-leading performance, reliability, capacity and infrastructure value of the TAA compliant Micron 5200 series of SATA SSDs.
虛擬化環境、媒體串流、以雲端為基礎的架構和更分散式的作業，需要不斷存取這些資料，而且速度要快。Ceph 儲存能幫助您處理這個成長。
Based on TLC 3D NAND technology, the new Micron 2100 series of NVMe SSDs is designed for next-gen autonomous cars and the IIoT.
Micron is transforming how data is accessed, stored and managed, solving some of the world’s most significant compute challenges while helping to do more with less.
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