Intel 665p 2TB M.2 PCIe NVMe 3D3 NAND SSD/Solid State Drive
2TB Intel 665p Series, M.2 (2280) PCIe 3.0 (x4) NVMe SSD, QLC 3D3 NAND, 2000MB/s Read, 2000MB/s Write, 250k/250k
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- SCANPROTECT Protect against installation damage for 28 days.
- 48HR REPLACEMENT If you need to return this item, your replacement will be dispatched within 2 working days of your product arriving back at Scan.
2TB Intel 665p Series M.2 PCIe NVMe Solid State Drive
PCIe Performance and Endurance for Everyday Computing Needs Continuing Intel’s technology leadership in QLC 3D NAND technology development and quality manufacturing, the Intel® SSD 665p Series is the first 96-layer QLC-based PCIe SSD. With 2TB capacity on a single drive, this Intel® SSD 665p SSD offers great value for everyday computing and mainstream gaming and content creation. The thin M.2 80mm form factor, is perfect for notebooks, desktops, mobile devices, and its also powered by Intel’s innovative QLC technology.
2TB
M.222x80
PCIe 3.0NVMe
2000MB/sSequential Read
2000MB/sSequential Write
250K IOPSRandom Read
250K IOPSRandom Write
PERFECT FOR LAPTOPS, DESKTOPS AND MOBILE DEVICES
The SSD 665p hits the marks that matter for client SSDs. This drive is tuned to deliver capacity optimized NVMe performance as an intelligent storage option for mainstream & entry-level computing. The latest Intel® QLC 3D NAND SSD, offers improved performance and up to 1.5x the endurance, 300 TBW, as compared to Intel’s previous QLC SSD. Delivering capacity-optimized NVMe performance, the QLC based SSD is an intelligent storage option for everyday computing needs.
2TB
1TB
Why Choose Intel?
Intel QLC Technology Leadership Empowered by Intel’s innovative Intel QLC technology, the Intel® SSD 665p offers higher capacities at a lower cost than TLC-based options. Intel® QLC Technology offers performance, high capacities, quality, and reliability. The innovative floating gate architecture has tight, symmetrical layers and no cell overhead. Additionally, this dynamic architecture changes cell configuration to meet customer demands for storage capacity and performance.
