Micron’s 176-layer QLC NAND is a groundbreaking achievement that delivers a layer count and density unprecedented in QLC NAND flash. With its market-leading data density and best-in-class performance, Micron 176-layer QLC NAND enables greater storage density and design flexibility than ever before.
Following Micron’s delivery of the industry’s first 176-layer TLC NAND last year, Micron is now offering the world's first 176-Layer QLC NAND built with QLC category-leading replacement gate architecture that delivers the industry’s best storage density and improved access times enabling a broad range of data-rich use cases.
Experience the broad range of data-rich use cases that benefit from the balance of cost, performance and capacity offered by QLC-based SSDs.
The Micron 2400 SSD with NVMe™ is the world’s first and most advanced 176-layer QLC NAND based PCIe Gen4 NVMe SSD.
The Micron 2400 SSD is built with industry-leading storage density and is the world’s first 2TB SSD available in a 22x30mm form factor.
Offered in three compact M.2 form factors, this QLC SSD is ideal for high-capacity storage in form factors to fit thin and light designs without compromising the user experience.
QLC stores more bits per cell than its predecessor technologies, allowing immense density and cost benefit gains. Micron advances these benefits with the world's first 176-Layer QLC NAND built with category-leading architecture—enabling the industry’s best storage density and improved access times.
Micron is the first and only provider to ship 176-layer QLC NAND -- achieving a layer count and density unprecedented in QLC flash.
Highest gigabytes per square millimeter vs. industry available NAND allows more capacity at less space – useful for client devices as well as data center servers.
Latest-generation storage technology drives results with Apache® Cassandra®.
Quad-level cell storage can help reclaim high-value rack space.
Find out what Micron’s next-generation QLC storage technology means for read-centric workloads.