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The enterprise-class CFast SSD is appropriate for use in factories or applications where temperature control is not an issue because it is made to operate in a significantly broader temperature range.
Compared to the Addonics industrial grade CFast SSD, which is made of SLC flash, this Enterprise-class CFast SSD employs MLC flash memory and is hence less expensive. The Enterprise CFast can produce data speeds of over 320 MB/sec and is more than three times quicker than the fastest Compact Flash (CF) card on the market thanks to its design with the newest SATA 3.0 interface.
The Global Enterprise CFast MLC SSD Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The first PCle 5.0 Enterprise SSD from Samsung is launched. The most recent server SSD from Samsung combines the sixth generation V-NAND of the firm with a new, unidentified PCIe controller. According to their published specifications, Samsung claims that their new drive would perform up to 70–90% better than their previous generation drive depending on the workload. The PM1743 is, in general, the PM1733 enterprise SSD from Samsung’s current lineup.
The PM1743 upgrades the drive’s foundation from a PCIe 4.0 controller and Samsung’s 96L fifth-generation V-NAND to a PCIe 5.0 controller and 128L sixth-generation V-NAND.
Given the generic nature of today’s announcement, the business is not providing particular technical details on the drive’s architecture, although with the NAND and controller upgrades, they would appear to be generally able to keep up with the increased bandwidth provided by the switch to PCIe 5.0.
According to the specifications on paper, the drive’s PCie 5.0 x4 interface is capable of 15.76 GB/sec of bandwidth. Samsung is claiming peak sequential read rates of 13GB/sec and peak sequential write rates of 6.6GB/sec for the PM1743, respectively.
With respect to the PM1733, these result in peak read and write speeds that are 86% and 89% faster, respectively. Alternately, Samsung asserts that the new drive will be able to reach 2.5M IOPS, to put that in terms of operations per second.
