Intel DC 3610 SSDSC2BX800G401 800GB 2.5" SATA 6Gb/s Solid State Drive
Get reliable storage utilizing the Intel SSDSC2BX800G401 800GB SSD, providing uncompromising usefulness and operation. With functionality considerably much faster than a hard disk drive (HDD), you will yield faster boot and program load times. The 800GB SSD, 2.5 inch form factor easily connects into your new or current computing system.
•Interface: SATA 6Gb/s
•Minimize boot and load times with Intel SSDSC2BX800G401 SSD
•Form Factor: 2.5 inch
SHOP FOR INTEL SSDs
Hard Disk Drives (HDD) use a mechanical arm to scan data from a spinning platter. By contrast, in Intel SSDSC2BX800G401 SSDs there are no moving elements. In addition, Intel SSDSC2BX800G401 800GB SSD employs non-volatile memory, which basically indicates once the memory is not powered on it will not delete what was recorded. So, if you need storage that directs the pack for performance, reliability, and productivity, the Intel SSDSC2BX800G401 SSD is the right option.
Intel SSDSC2BX800G401 SSD saves data center managers money on equipment, minimizes rack space requirements, reduces energy usage and power required for rack cooling, while preserving (or increasing) data-management capacity. Intel SSDSC2BX800G401 SSD boosts data using consistent low latencies, close and predictable IOPS distribution and committed Intel controllers.
Turbo Fast: Intel SSDSC2BX800G401 SSD is 1000x faster than HDDs, surpassing HDDs by a ratio of 2300:1. Keep Cool: Intel SSDSC2BX800G401 SSD uses up to 16x less electricity and releases up to 3x less heat than HDDs. Built to Endure: The Intel SSDSC2BX800G401 SSD undergoes more than 5,000 QA assessments to determine quality. Solid as Diamond: Compares to HDDs with 4.5% average failure rate, the Intel SSDSC2BX800G401 SSD has a rate as low as 0.44%. More Economical: With end-to-end data protection, the Intel SSDSC2BX800G401 SSD maximizes uptime 99.9% of the time
STANDARD SERVICE ENVIRONMENTS
Intel SSDSC2BX800G401 800GB SSD is typically utilized in those parts of objective vital projects in which the performance of the storage system required to be as fast as possible. Because flash memory is currently a common part of SSDs, the dropping prices and enlarged densities have increased cost-effectiveness for many other programs. Agencies that can take advantage from more efficient access of system data include equity investing businesses, telecommunication businesses, and streaming media and video editing firms. The list of applications which might gain from quicker storage is limitless.