Samsung PM1725 MZWLK800HCHP 800GB PCIe Gen3 x4 4GB/s M.2 Solid State Drive
THE SSD TO TRUST
The newest release to the earth's most popular PCIe Gen3 x4 SSD PM1725, the Samsung MZWLK800HCHP is specifically optimized to improve operation of high-end gaming PC's and laptops, servers, and workstations. Using the most advanced V-NAND engineering, this fast and dependable SSD is provided in a M.2 form factor and 800GB capacity.
•Interface: PCIe Gen3 x4 4Gb/s
•Boot and load faster with Samsung MZWLK800HCHP SSD
•Form Factor: M.2
BUSINESS FOREMOST DEPENDABILITY
Fueled by state-of-the-art V-NAND tech and a heavy-duty algorithm-based controller, the Samsung MZWLK800HCHP easily manages hefty task loads of workstations, servers, NAS and high-end PCs to provide persistent confidence to gamers, IT and creative professionals.
The Samsung MZWLK800HCHP is fueled by the hottest 3D V-NAND technology, so throughput is steady, even with significant task loads and multi-tasking permitting faster file uploads/downloads and smooth application efficiency. The MZWLK800HCHP works at exceptionally fast sequential read and write rates with Intelligent TurboWrite tech. The TurboWrite buffer capacity has been modified from 12GB to 78GB for unequalled functionality.
With heavy task loads, endurance is key. By using the Samsung PM1725 you'll be able to confidently store and render 4K video clips and 3D data used in cutting-edge softwares, up to 8x higher TBW than competing SSDs. The MZWLK800HCHP employs state-of-the-art V-NAND technology supplying you with enterprise-leading reliability of up to 2 million hour MTBF.
STREAMLINED ELECTRICAL MANAGEMENT
The economical design of the Samsung MZWLK800HCHP permits you to function for a longer period and with increased productivity. Featuring the least electrical utilization of any SSD if in standby or maximum use, the MZWLK800HCHP uses reduced electricity along with maintaining class-leading performance. The MZWLK800HCHP works with energy administration protocols, utilizing only 2 milliwatts of power in its very low power state. Plus, the PM1725 low power DDR2 cache memory supplies high functionality while consuming no more than 30 percent less energy when working and up to 93 percent less energy when inactive than standard DDR2 or DDR3 memory.