Items tagged with 25nm

A few years back we attended an Intel IDF event in San Francisco and among other disclosures, behind closed doors, the company was showing off a PCI Express-based SSD with current generation Intel NAND Flash and based on an array of SandForce controllers.  As it turns out, that product never saw the light of day and was more of a demonstration and proof of concept vehicle for Intel than anything else.  We've heard rumblings of Intel PCI Express SSD devices since then but nothing materialized much until very recently when Intel stepped out with a full-fledged product announcement of their SSD 910 family of Solid State Drives.  To be honest, it was out of the blue, though we like... Read more...
A couple of years back we attended an IDF event in San Francisco, and among other disclosures, behind closed doors the company was showing off a PCI Express-based SSD with current generation Intel NAND Flash and based on an array of SandForce controllers.  As it turns out, that product never saw the light of day and was more of a demonstration and proof of concept vehicle for Intel than anything else.  We've heard rumblings of Intel PCI Express SSD devices since then but nothing materialized until very recently when Intel stepped out with a full-fledged product announcement of their SSD 910 family of Solid State Drives. Of course, with the significant traction PCI Express SSDs... Read more...
Intel has historically stuck with SATA-based solid state storage solutions, but today the company is taking a difference approach with its first PCI-Express solid state storage device. Like the SSD 710 family of products, the newly announced Intel SSD 910 is based on 25nm MLC NAND Flash. The two product families share a number of other low level features as well, but should offer very different performance levels. With the 710 Series, Intel focused on reliability and enterprise-level endurance and less on speed; the 910 PCI-Express SSD promises to deliver on both fronts... Intel Announces PCI Express SSD 910 Product Family... Read more...
Intel has historically stuck with SATA-based solid state storage solutions, but today the company is taking a different approach with its first PCI-Express solid state storage device. Like the SSD 710 family of products, the newly announced Intel SSD 910 is based on 25nm MLC NAND Flash. The two product families share a number of other low level features as well, but should offer very different performance levels. With the 710 Series, Intel focused on reliability and enterprise-level endurance and less on speed; the 910 PCI-Express SSD promises to deliver on both fronts. The Intel SSD 910 is a triple-layer stack of NAND chips that fits into a single PCI-Express slot. The drive will be... Read more...
With the release of the Hitachi Ultrastar SSD400S.B family, Hitachi lays claim to an industry first with a 25nm SLC NAND flash design. The company teamed up with Intel to develop the 2.5-inch enterprise-class drives, which are available in capacities of 100GB, 200GB, and 400GB and feature a 6Gbps SCSI (SAS) interface. The Ultrastar SSD400S.Bs boast 536MBps/502MBps read/write throughputs and 57,500/25,500 read/write IOPS and are built with security and longevity in mind. The drives are self-encrypting and handle encryption on the drive itself for better system-wide performance, and Hitachi says that the 400GB model can handle 35PB of random writes before conking out. The drives carry a five-year... Read more...
Process technologies continue to shrink at an alarming rate. It wasn't long ago that 65nm seemed tiny, and now Intel is shipping out NAND Flash based around 25nm. In short, shrinking the production size enables manufacturers to squeeze more memory, power, etc. onto an existing form factor. In other words, CPU sockets and DIMM slots won't change sizes very often, so the goal is to simply put more onto the modules we have. IM Flash Technologies, which is a joint venture between Intel and Micron that is targeted for producing NAND flash memory, announced in late January that they were working hard to develop 25 nanometer Flash memory. It was neat, but easy to brush off, since nothing new was actually... Read more...