Items tagged with nvme

We first learned about Toshiba’s “world’s first” 64-layer, 512Gb BiCS flash NAND back in early February. Later that month, Toshiba began shipping samples of the NAND, promising that it would help enable high-performing and more cost-effective 1TB solutions in a single package. This week, Toshiba is showcasing its 64-layer BiCS flash live at the Dell EMC World conference being held in Las Vegas. On hand was a prototype XG-series NVMe PCIe SSD equipped with 1TB of BiCS 3D TLC NAND. Naturally, the prototype SSD was housed within a Dell XPS laptop, which is appropriate given the setting. Unfortunately,... Read more...
Over the past decade, solid state drives (SSDs) have matured from a product that while faster than hard drives, were too expensive for mainstream consumers to a storage medium that we simply take for granted — especially in notebook systems. SSD technology has also invaded every segment of the PC market from desktops to workstations to high-end servers and data centers. Today, Micron is introducing a new storage system that takes SSDs out of their traditional home — a PC — and puts them in their own homogeneous data boxes. Micron says that this “SolidScale” architecture promises low latency and... Read more...
Intel Optane Memory is designed to accelerate the storage subsystem on compatible machines, to improve transfer speeds and reduce latency. It is among the first products to leverage 3D XPoint memory technology that was co-developed by Intel and Micron. 3D XPoint offers many of the same properties as NAND flash memory, but with much higher endurance and certain performance characteristics that are similar to DRAM. We revealed many details regarding Intel Optane Memory a couple of weeks ago. To quickly reiterate, Intel Optane Memory products and their associated software are designed to... Read more...
A few months back, Intel updated its enterprise-class solid state storage line-up with a new series of NVMe-based drives – the DC P3520 series -- featuring IMFT 3D MLC NAND flash memory. Like some of its other high-end offerings, the drives featured Intel’s native NVMe PCI Express controller, but the use of more affordable 3D MLC NAND allowed Intel to reduce costs, while keeping endurance relatively high.Since some of the first consumer-class solid state drives hit the scene, Intel has been known to push the envelope in the space, and ultimately drive prices down. Intel did it somewhat recently... Read more...
When Samsung initially announced the SSD 960 PRO and SSD 960 EVO NVMe drives a few months back, we were eager to get our hands on them for some in-house testing. Their specifications, which included transfer speeds in excess of 3.2GB/s, were among the fastest we’d seen to date for consumer-class M.2-based Solid State Drive. Last month, when we were able to dig into the flagship Samsung SSD 960 PRO, we came away impressed. So impressed, that we gave the drive an Editor’s Choice award – you can check out that review right here. Today, we get to take a close look at the more affordable Samsung SSD... Read more...
Samsung announced its latest, consumer-class NVMe M.2-based solid state drives a few weeks back, the SSD 960 Pro and SSD 960 EVO, but today marks the official launch of those products. As has been the case for the last couple of generations, the EVO moniker denotes the more mainstream line-up, while the Pro designation is reserved for higher-end, flagship products. If you check out our coverage of the initial announcement, you’ll see that the Samsung SSD 960 EVO line has some killer specifications, with read speeds in the 3.2GB/s range and prices that are competitive with other NVMe M.2 solid... Read more...
Samsung continues to advanced the company's very successful 900 series family of consumer class SSDs today, with the announcement of the Samsung 960 EVO and 960 Pro NVMe PCI Express M.2 Solid State Drives. Built on Samsung's 3D V-NAND technology and employing the new Samsung Polaris SSD controller, the 960 Pro is Samsung's highest performance, high endurance drive and the successor to last year's 950 Pro. The 960 EVO is the lower cost model and a follow-on to last year's Samsung 950 EVO drive. The 960 EVO is also powered by the same Samsung Polaris controller but employs more cost-efficient Samsung... Read more...
A couple of weeks back, Intel announced a slew of new solid state drives, targeting a wide array of market segments, that leverage 3D TLC NAND. One of those offerings was a new series of M.2 NVMe drives, dubbed the SSD 600P. According to Intel, the SSD 600P series is “designed to deliver PCIe performance at near-SATA prices”. To date, most NVMe PCIe solid state drives are roughly 1.5 – 3x the cost per gigabyte of SATA based drives, due to the inherent performance benefits and likely the added cost of NVMe controllers. But, as the company has done a number of times in the past dating all the way... Read more...
Micron announced its 9100 Series NVMe enterprise-class solid state drive back in April. The drives come in multiple flavors and form factors, with the Micron 9100 PRO series targeting read-centric environments, while the 9100 MAX targets mixed-use cases. Capacities for the drives in the Micron 9100 series range from 800GB on up to 3.2TB, though all of the drives are outfitted with similar controllers and NAND.Although news of the drives has been circulating for a couple of months now, it was just recently that we got our hands on one for some in-house testing. We’ve been experimenting with a Micron... Read more...
Toshiba OCZ is at the ready with a brand new NVMe solid state drive, targeted squarely at the high-performance enthusiast computing market. We first caught a glimpse of the drive we’re going to be showing you here today, the OCZ RD400, back at the Consumer Electronics Show in January. OCZ had the drive on display – branded the RevoDrive 400 at the time – blazing through some benchmarks at over 2.6GB/s.It took a bit of tweaking and fine tuning to get the drive ready for market, but it’s here now, and as you’ll see on the pages ahead, the RD400 was worth the short wait.Like the last couple of OCZ... Read more...
There’s no question that Samsung knows a thing or two about SSDs. Over the past few months, we’ve seen the South Korean company launch the world’s largest SSD (the 15.3TB PM1633a) and its blazing fast PM1725 which delivers sequential reads of 5,500MB/s and sequential writes of 1,800MB/s. Samsung is now turning its attention to SSDs with slightly less outrageous read/write speeds with the SM961 and PM961 — both of which are aimed at its OEM customers. These Non-Volatile Memory Express (NVMe) SSD feature Samsung’s brand new Polaris controller along with an M.2-2880 form-factor. Where the two products... Read more...
If you have an older system that is still chugging along with a traditional hard disk drive (HDD), the easiest and most cost-effective way to speed up the machine in many standard uses is to drop in a solid state drive (SSD). This not only true for consumer and small businesses, but especially for enterprise market where fast IO response times in servers and workstations are critical. Seagate has just unveiled what it is calling "the world’s fastest SSD," and the performance differential between it and the next closest competitive offering is significant, if their claims are true. The SSD, which... Read more...
Solid State Drive technology continues to make big strides in performance, reliability and cost. And of course, at CES 2016 there were a number of storage manufacturers on hand showing off their latest grear, though none made quite the splash that Toshiba's OCZ Technology group made with the annoucement of their new RevoDrive 400 NVMe PCI Express SSD. With this new drive, OCZ is tapping on Toshiba's NVMe controller technology to deliver serious bandwidth in this consumer-targeted M.2 gumstick style drive that also comes with a X4 PCI Express card adapater. OCZ didn't offer much detail on the controller... Read more...
The rapid pace of innovation in the solid state storage market shows no signs of letting up. In only a few generations, the industry bumped up against the limits of the legacy SATA interface, and began leveraging PCI Express for additional bandwidth with some passable, though somewhat clunky bridged solutions (in retrospect). Then some ultra-fast, native PCI Express offerings hit, and have since evolved into multiple form factors, including slotted and gumstick models, with varying physical interfaces.Some of the more recent introductions, like the excellent Intel SSD 750, feature many of the latest... Read more...
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