Intel 900P SSDPE21D280GASX 280GB PCIE-3.1 x4 2.5" Solid State Drive
Own dependable storage using the Intel SSDPE21D280GASX SSD, supplying inexorable benefits and functionality. With performance dramatically faster than a hard disk drive (HDD), you will get quicker boot and program load times. The 280GB, 2.5 inch form factor effortlessly plugs into a new or current server.
•Interface: PCIe Gen3.1 x4 4Gb/s
•Reduce boot and load times with Intel SSDPE21D280GASX SSD
•Form Factor: 2.5 inch
SHOP FOR INTEL SSDs
Hard Disk Drives (HDD) utilize an actuator arm to access data off a spinning platter. In comparison, in Intel SSDPE21D280GASX SSDs there are no moving elements. Additionally, Intel SSDPE21D280GASX SSD makes use of non-volatile memory, which actually means once the memory is powered down it will not lose what was stored. So, if you want storage that leads the pack for performance, stability, and efficiency, the Intel SSDPE21D280GASX SSD is the proper option.
Intel SSDPE21D280GASX SSD spares data center engineers money on hardware, shrinks rack space requirements, reduces power consumption and power needed for rack cooling, while maintaining (or maximizing) data-management capacity. Intel SSDPE21D280GASX SSD boosts data using consistent low latencies, close and foreseeable IOPS distribution and dedicated Intel controllers.
Lightning Fast: Intel SSDPE21D280GASX SSD is a thousand times faster than HDDs, surpassing HDDs by a order of magnitude of 2300:1. Keep Cool: Intel SSDPE21D280GASX SSD makes use of up to 16x less electricity and produces up to 3x less thermal energy than HDDs. Constructed to Last: The Intel SSDPE21D280GASX SSD undergoes more than 5,000 different tests to ensure quality. Strong as Rock: Compares to HDDs with 4.5% average failure rate, the Intel SSDPE21D280GASX SSD has a rate as low as 0.44%. More Efficient: With end-to-end data safeguards, the Intel SSDPE21D280GASX SSD boosts uptime 99.9% of the time
GENERAL APPLICATION SYSTEMS
Intel SSDPE21D280GASX SSD is commonly utilized in those facets of mission critical services where the performance of the storage method needed to be as fast as possible. Because flash memory is actually a typical element of SSDs, the decreasing costs and raised densities have increased cost-effectiveness for several different applications. Organizations that can benefit from faster availability of application data include money trading organizations, telecommunication companies, and streaming media and video editing firms. The list of installations which can gain from quicker storage is vast.