KIOXIA RM7 Sequence SSDs are all about worth and delivering excessive efficiency with a give attention to reliability, decrease latency than SATA SSDs, and speeds of as much as 12Gb/s utilizing the SAS interface (SAS-3). With capacities ranging from 960GB and going as much as 7.68TB, RM7 Sequence Worth SAS SSDs at the moment are obtainable in HPE’s ProLiant Gen11 servers.
2KIOXIA RM7 Sequence SSDs are all about worth, excessive efficiency, and reliability that is adequate for “the rigorous and harsh environments of area.”
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And to make the information simply that little bit cooler, KIOXIA has confirmed that along with ProLiant servers for enterprise, KIOXIA RM Sequence Worth SAS SSDs are additionally getting used aboard the Worldwide House Station (ISS) within the HPE Spaceborne Pc-2 (SBC-2). SBC-2 is at present getting used to conduct scientific experiments in orbit round Earth. HPE’s subsequent mission to the ISS is scheduled for January.
“With outer area being essentially the most rugged and the furthest edge atmosphere there’s, we’re very excited to have Worth SAS because the core storage expertise supporting HPE SBC-2 over the subsequent a number of years, focused for the Worldwide House Station,” stated Faraz Velani, senior director and head of Go-to-Marketplace for the KIOXIA SSD Enterprise Unit.
KIOXIA has been collaborating with Hewlett Packard Enterprise (HPE) for a number of years, working to ship best-in-class storage throughout a variety of functions. With a broad vary of storage, KIOXIA’s Worth SAS SSD line-up provides prospects a straightforward strategy to transition from SATA whereas providing higher efficiency and reliability.
And with KIOXIA RM7 Sequence SSDs adequate for “the rigorous and harsh environments of area,” undoubtedly, they’re an ideal match for Earth-bound HPE ProLiant Gen11 servers.
This is an summary of the options.
12 gigabit per second (Gb/s) SAS interface (SAS-3), single-port
Capacities from 960 gigabytes to 7.68 terabytes
Endurance choices embrace 1 drive write per day (DWPD) and three DWPD
Random learn efficiency as much as 190,000 IOPS (4K @ 512 queue depth); sequential learn efficiency as much as 1,100 megabytes/second (128K)
Sanitize on the spot erase (SIE) for quick and safe cryptographic erase
