HP EX950 1 TB Solid State Drive - M.2 2280 Internal - PCI Express NVMe [PCI Express NVMe 3.0 x4] (226650)

This item is brand-new, factory sealed.

High-performance and unlimited fluency

HP EX950 M.2 is a HP SSD intended for eSports, which adopts NVMe 1.3 new generation data transfer protocol and supports PCIe Gen3(8Gb/s) x4 channels of data transmission. With read and write speeds reaching up to 3500MB/s and 2900MB/s respectively, it is a good choice for performance improvement of high-end motherboard, gaming laptop and Ultrabook, etc.



An eSports SSD born for game

HP EX950 M.2 SSD is suitable for mainstream eSports motherboard and is applicable to upgrade of gaming laptop, performance improvement of game platform, by accelerating game startup, map loading and scene change, etc.



HP PCIe master controller is powerful and stable

HP EX950 M.2 is furnished with SSD high-performance master controller of HP 8 flash memory channel, and with 3D NAND flash memory, supporting PCIe Gen3(8Gb/s) x4 interfaces and new version of NVMe1.3 standard. ALL these have given it excellent high-speed read-write performance.



Low power consumption and long standby time

HP EX950 M.2 battery management helps to prevent overheat and ensures convenient and fast performance experience. Low power consumption and long standby time



Mass storage and good compatibility

With a capacity reaching up to 2TB, EX950 can store plenty of media files and games and support DST self test. Model
HP SSD EX950 M.2 Capacity
1TB Interface
HP SSD EX950 M.2 2280: PCleGen3(8Gb/s)x4, NVMe1.3 Max. sequential reading speed
3500MB/s Max. sequential writing speed
2900MB/s Random reading speed
410K IOPS Random writing speed
370K IOPS Reliability MTBF :
Up to 2 million hours Environment Storage temperature
-40^oC - 85^oC Operating temperature
0-70^oC Max. vibration Resistance
100 G/6 msec Certifications
CE, CB, FCC, cTUVus, KCC, BSMI, VCCI, RoHS, RCMItem Dimension (L inchxW inchxH inch)
4 x 1 x 1

Weight
1.00 lb

Warranty Information
Five-year warranty and quality reliability