The 840 Pro was one of the most successful high-end SSD series over the past few years, and now it's time for an update. Samsung's 850 Pro SSD is powered by the company's cutting-edge in-house 32 layer 3D V-NAND technology, which is said to deliver up to twice the density and write speed of traditional 20nm planar NAND flash.
Weekend tech reading: AMD aims for 25x efficiency gain in 6 years, SSD endurance experiment hits 1PB
According to AMD, it's got a roadmap to deliver a 25x improvement in performance-per-watt over the next six years -- and it's going to deliver this platform by 2020. That's the pitch that arrived in my inbox today...
Crucial has become a trusted name when it comes to high-performance solid-state drives, and now they're taking another crack at producing a cost effective SSD with the MX100 series. Things look very promising thanks to an upgrade to the same Marvell chip used by the high-end M550 series.
Conventional hard drives are far from tapping SATA 3.0's 600MB/s bandwidth, yet those speeds have already grown inadequate for the quickest flash drives. With the arrival of SATA 3.2 Plextor is launching the new M6 range comprising a regular 2.5" SATA drive, and mSATA drive and a PCI Express/M.2 version. Today we're putting all three to the test.
Back when OCZ released the RevoDrive 3 X2 in 2011, it was the fastest SSD for desktop users that we had seen. Using PCI Express, it eliminated the SATA bottleneck that most SSDs still face today while also offering hassle-free RAID. Three years later, the company is replacing it with the RevoDrive 350, touted as the ultimate storage solution for intensive workstation applications. The new RevoDrive has been upgraded to x8 PCIe 2.0 and boasts read/write speeds of 1.8/1.7GBps.
We've all been there. You want to buy a new graphics card, you read the reviews, and settle on the best GPU within your budget. Then you have to decide from half dozen or so manufacturers that offer nearly identical hardware. But which is the most reliable? The same scenario could be applied to other components like motherboards, storage or memory. That's why when we found this annual list compiled by boutique PC manufacturer Puget Systems we asked them to reproduce it for you.
When solid state drives first started replacing HDDs, they had to fit into computer chassis or laptop drive bays built for HDDs, so they had to conform to HDD dimensions. However, there’s no requirement for the SSD to match the shape of a typical HDD form factor and that's becoming more obvious as of late.