This product can only be sold to commercial customers
3.2TB PM1735 Server SSD, TLC, PCIe HHHL
(EOL) End-of-life-Product
Geared to process mixed workloads, Samsung`s SSD PM1735 HHHL can be used even in devices with limited space, due to its compact size. Its PCIe Gen4 interface, the usage of an NVMe protocol and the integrated 3D V-NAND flash memory provide sheer speed.
Samsung PM1735 HHHL High Performance Datacenter Series
Form Factor
HHHL - Enterprise SSD form factor ver. 1.0a
Host Interface
PCIe Gen4 x 8, NVMe
Spec compliance
NVMe spec rev. 1.2 (partial), PCI Express CEM spec rev. 4.0, PCI Express base specification rev. 4.0
More performance for your applications: Samsung PM1735 HHHL SSD - MZPLJ3T2HBJR-00007 - 3.2TB PCIe HHHL
High-speed, a silent and energy saving mode of operation and almost effortless processing of data-intensive company applications: just a few advantages of Solid State Drives worth mentioning. Another difference to traditional drives: these memory devices built around flash technology have no moving components. Moreover, SSD produce hardly any waste heat, which is an important contribution to energy efficiency in data centres, especially where server operation is concerned.
KIOXIA Corporation, is one of the world's leading providers of flash memory, solid-state drives (SSDs) and software solutions. In 2019, "Toshiba Memory Holdings Corporation" was renamed KIOXIA, derived from the Japanese word "kioku" meaning "memory" and the Greek word "axia". The company developed its first NAND flash memory device back in 1987 and continues to drive the industry forward with sometimes groundbreaking technology developments. KIOXIA is the world leader in the production of NAND flash memory devices and has a market share of about 20%.
With a wide product range of high-end SSDs from KIOXIA, we are well prepared for enterprise customers. Enterprise SSDs from KIOXIA are designed for traditional servers and provide high performance and reliability for mission-critical systems. Data center SSDs from KIOXIA feature low power consumption with high performance and are optimized for large cloud data centers."