Samsung Brings Innovative New Features And Blazing Performance To Its Latest SSDs


The solid state storage market continues to evolve at a rapid pace. Whether it is to reduce cost or power, leverage new form factors or interfaces, or boost overall performance, new solid state drives have been arriving at a steady pace for the last few years. Samsung has been a major player in the space for quite some time and has earned a solid reputation in both the consumer an enterprise markets. The company’s latest announcements, which introduce a number of new reliability and feature enhancements, should help solidify its position and better differentiate its products from competitors.

“We are combining breakthrough speeds and capacities with revolutionary software solutions as we accelerate expansion in the premium SSD market,” said Kye Hyun Kyung, executive vice president of Memory Solution Product & Development at Samsung Electronics. “We plan to introduce additional innovation led by our most advanced (sixth-generation) V-NAND in helping to trigger a lot more growth in the global IT market.”

Samsung announced that it has begun mass production of its next-generation, PCI Express Gen 4 based PM1733 and PM1735 solid state drives. Those drives, which are offered in multiple form-factors and capacities up to 30.72TB, offer performance of up to 6,400MB/s (reads) and 3,800MB/s (writes) in 2.5” flavors, and a blazing 8,000MB/s (reads) and 3,800MB/s (writes), when using the half-height, add-in card form factor.

In addition to that class-leading performance, Samsung just announced three innovative new features designed to increase the reliability and potential use-cases for the drives – FIP, virtualization technology, and V-NAND machine learning technology.

Samsung boldly claims that FIP, or Fail-in-Place technology, produces a “never dying” SSD. FIP will allow a drive to detect when a NAND chip is failing and if any data has been damaged, and then move the data to known working chips on the drive to keep things running. Today’s drives typically stop working should a piece of NAND dies because they lack such a high level of fault tolerance.

Virtualization technology allows an SSD to split up into up to 64 pieces to allow for independent space for individual users and V-NAND machine learning technology leverages big data to more accurately verify data validity and cell characteristics when operating at ultra-high speeds, through the use of big data analytics.

All told, Samsung’s upcoming drives and these new features make for a compelling storage solution, not only for those seeking high performance, but increased fault tolerance and reliability as well.

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