HP EX900 M.2 500GB PCIe 3.1 x4 NVMe 3D TLC NAND Internal Solid State Drive (SSD) Max 2100 MBps 2YY44AA#ABC

Description

Model Brand: HP Series: EX900 M.2 model: 2yy44aa#abc device Type: internal Solid State Drive (SSD) used for: consumer Details form factor: M.2 2280 Capacity: 500GB memory components: 3D TLC NAND interface: PCI-Express 3(8gb/s) x4, NVMe 1.3 compliant with PCI-Express 3.1 performance MAX sequential read: up to 2, 100 Mbps Max sequential write: up to 1, 500 Mbps 4KB random read: up to 100, 000 IOPS 4KB random Write: up to 80, 000 IOPS read latency: 0.021ms write latency: 0.029ms MTBF: 2, 000, 000 hours Features High performance low power increased system responsiveness high reliability small Form-Factor minimum weight enhanced ruggedness high data integrity and security environmental power consumption (idle): 0.68W power consumption (active): 3.52W Operating temperature: 0°C +70°C storage Temperature: -40°C +85°C Max shock resistance: 100G/ 6 msec Max vibration resistance: 3.1 grams (2-500 Hz) Dimensions & Weight height: 2.4mm width: 22.00mm Depth: 80.00mm weight: 5.4G

HP EX900 M.2 is a new generation SSD with ultra-high performance that supports PCIe Gen3x4 interface and new NVMe 1.3 specification.
With read and write speed at 2100MB/s and 1500MB/s respectively, it is the key for high speed in gaming notebooks and advanced desktops to meet the demand for ultra-high performance and reliability of advanced hardware players, e-gamers and professional media producers.
Configured with an HP Controller offering 4 flash memory channels, EX900 supports PCIe Gen3 (8Gb/s) x 4 and new NVMe 1.3 specification.
EX900 adopts 3D NAND Flash, offering better storage density and reliability than general 2D Flash. With the high performance and reliability, EX900 is applicable as both a system disk and a data storage disk.
EX900 series supports NCQ full-speed command queues and TRIM instructions to provide continuous and fast response to notebooks and PCs. The NANDXtend ECC technology of EX900 greatly enhances the durability and data storage ability of NAND, meeting the expectation of workers with high demands.