Items tagged with Micron

Intel and Micron have just jointly announced shipment of the first quad-level cell (QLC) NAND-based SSD in the industry: the Micron 5210 ION, which is aimed directly at read-intensive cloud workloads. Intel-Micron say that the new QLC NAND has 33 percent greater bit density than TLC NAND, which gives it the ability to address opportunities in the market that used to be serviced only by lower cost, higher density Hard Disk Drives (HDD). QLC technology allows the SSD to reach 1-terabit densities using a 64-layer 3D NAND structure. However, the Intel-Micron team also notes 96-layer QLC NAND is also en-route. Regardless, the first products are optimized to meet demands of high performance data... Read more...
Price fixing in the DRAM market is nothing new unfortunately. As recently as January this year, a Chinese regulator accused Samsung other chip manufacturers of artificially increasing prices to pad their margins. Samsung is also no stranger to price fixing, as a $300 million judgement against it and Hynix was handed down in 2006 here in the United States. Today, however, Samsung and other DRAM manufacturers are facing another legal fight in the U.S., and it comes courtesy of the law firm Hagens Berman. A class action lawsuit was filed today in U.S. District Court for the Northern District of California and alleges that Samsung, Micron and Hynix conspired to artificially limit... Read more...
Graphics Processing Units (GPUs) are becoming an increasingly more valuable resource in the computing arena. We've seen high-powered GPUs powering everything from gaming consoles, to high-end enthusiast PCs, to accelerators used for artificial intelligence and machine learning applications, to products like NVIDIA's DRIVE PX which enables advanced machine vision for autonomous vehicles. As GPUs get more powerful with each new generation, there also comes a need for faster memory to fuel them. In the case of Micron, the company has been delivering GDDR5X memory solutions for today's high-end graphics cards. Micron's GDDR5X started out at 10Gbps, but has since ramped up to 11Gbps and finally... Read more...
In case you haven’t already noticed by all of the SSD announcements over the past few days, the Flash Memory Summit is currently taking place in Santa Clara, California. We’ve seen new releases from Intel and Kingston, and now we’re hearing what the folks from Micron in store for us on the SSD front. The company is unleashing its 9200 Series NVMe SSDs, which leverage 3D NAND technology to enable blazing fast speeds and large storage capacities to meet business-critical workloads. The 9200 Series is based on Micron’s 32-layer 3D TLC NAND flash architecture and is available in capacities up to a dizzying 11TB (for the ECO range). The 9200 Series is available in either a 2.5-inch U.2 form factor,... Read more...
There are competing memory standards in the graphics industry, including GDDR5, GDDR5X, and high bandwidth memory (HBM) solutions. What will tomorrow bring? If you ask Micron, the memory with roots in Boise, Idaho will tell you that it has a roadmap in place for faster GDDR5X memory and is also working on next-generation GDDR6 memory chips. For geeks like us, it has been interesting to observe the evolving graphics memory standards. For a moment in time, it looked like HBM (and now HBM2) chips were the future, but Micron proved that GDDR still had legs when it announced in 2015 that it was developing a next-generation memory technology called GDDR5X. Now a current generation standard, GDDR5X... 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 “extremely high throughput” for both legacy and cloud-native applications, transaction processing,... Read more...
As modern datacenters grow, so too do their demands. The processor race is heating up with both ARM and AMD vying to unseat Intel from its throne. Banks of RAM are beginning to become augmented by Intel’s Optane memory and other products leveraging 3D XPoint technology. However, some of the most interesting changes in the industry are happening where all this data is eventually stored. Traditional hard drives have served the computing world well for more than half a century. In recent years, however, solid state storage has become increasingly attractive as it offers improvements over spinning media in virtually every regard. Solid state drives boast significantly faster read and write speeds... Read more...
Micron, the memory maker based out of Boise, Idaho, is introducing a new solid state drive family for enterprise clients that combines the typical fast performance SSDs are known for with atypical capacities culminating in 8 terabytes. The new Micron 5100 Series Enterprise SSDs are purportedly reliable too, delivering the storage trifecta that could have persuaded clients to kick their datacenter's hard disk drives to the curb. Source: Micron That is precisely the angle Micron is taking here. Looking at the total cost of ownership (TCO), Micron compared its 5100 Eco drives with 10,000 RPM hard drives to give an example of the kind of savings clients can achieve. In a typical 10K HDD deployment... 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 9100 MAX 2.4TB HHHL NVMe drive for a couple of weeks and will detail its performance on the pages... Read more...
Are you excited for NVIDIA's latest and greatest GPU, the GeForce GTX 1080? If so, imagine how the hard-working engineers at Micron feel, as their GDDR5X memory has become part of what makes NVIDIA's new Pascal-based cards perform at such a high level. As NVIDIA's co-founder and CEO Jen-Hsun Huang said at his company's launch event last week, "This memory is so fast. It is so fast... G5X, the fastest GDDR memory in the world." That might sound a bit redundant, but Huang wanted to drive the point home that Micron's cooperation with NVIDIA has helped its latest product become so impressive. At the same time, Micron is very pleased to have NVIDIA as a partner, because with the Pascal launch, the... Read more...
The enterprise market for solid state drives (SSDs) is really starting to take off, and we’ve seen new entries in the field from both Intel and Samsung in the past month. Now, Micron is stepping into the fray with new 9100 Series and 7100 Series NVMe SSD products that promise to be a game changer for data center customers. The 9100 PCI NVMe SSD is of course the range-topping model, available in capacities ranging from 800GB on up to 3.2TB. The 3.2TB models are spec’d for sequential reads/writes of 3GB/sec and 2GB/sec respectively and is rated for 750K IOPS. According to Micron, the 9100 PCI NVMe SSD is up to ten times faster than a single SATA SSD used in traditional data center environments... Read more...
Eventually we're going to see next-generation graphics cards outfitted with GDDR5X memory. It's a process getting to that point, and slowly but surely, things are moving along. To wit, JEDEC ratified the GDDR5X specification back in January of this year, and not even a full month later Micron announced that its GDDR5X program was in "full swing" with sampling to soon follow. Well, that time has come.We just got word straight from Micron that it has indeed started sampling GDDR5X memory to clients. That's a big deal because it's one of the last steps in the rather long process of introducing new technology into the consumer market. The next announcement you're likely to hear about GDDR5X memory... Read more...
Everyone who builds a PC from the ground up faces several decisions along the way, one of which relates to storage—do you go with a fast solid state drive, or stretch your dollar-per-gigabyte with a capacious hard drive? In the end, most of us settle on a modestly sized SSD for the OS and a beefy HDD for storage chores, but what if you could have the best of both worlds? The industry is heading in that direction.Intel and Micron have been tag-teaming various storage and memory technologies, like 3D XPoint (pronounced "cross point") memory, and word on the web is that the fruits of that partnership is a 10-terebyte SSD that's right around the corner—yes folks, 10 freaking terabytes. Talk about... Read more...
Micron Technology, the memory maker headquartered in Boise, Idaho, is making waves today. First is the announcement that it's acquiring the remaining shares of Inotera for approximately $3.2 billion, and secondly Micron is talking about a next generation memory technology to rival the performance of High Bandwidth Memory (HBM). Starting with the latter, Micron's Kristopher Kido confirmed the company's plans to release its new memory next year. It will likely be called GDDR5X and offer speeds of 10Gbps to 14Gbps, up to double that of existing 7Gbps 4Gb GDDR5 memory chips. More capacious 8Gb density chips won't push speeds quite as much, though will still end up at 8Gbps. You'll find Micron's new... Read more...
Flash storage outfit SanDisk has a couple of suitors in Western Digital and Micron, two of the company's rivals. Nothing is yet imminent, though SanDisk is in talks with both outfits about a potential sale. It's not known what the asking price is for SanDisk, which has a market capitalization of more than $14.3 billion.News of the sales talks comes from Bloomberg and the "people with knowledge of the matter" that it spoke with. According to those sources, SanDisk has hired a bank to evaluate the situation and perhaps help facilitate a sale, if talks get that far. As of right now, no decision has been made on the matter.The idea of a buyout has investors excited. SanDisk's stock spiked by as much... Read more...
"This is something many people thought was impossible," exclaimed Intel Senior Vice President Rob Crooke. During an invite-only press conference, Crooke along with Micron CEO Mark Durcan revealed a radically new class of storage and memory architecture called 3D XPoint (pronounced "Cross Point"). To say this is a game-changer would be the understatement of the year. Tangible products based on the technology will debut in 2016, but today's event was focused on the development partnership between Intel and Micron. Frankly, what they've accomplished is astounding. Even though we’re finally on the cusp of Solid State storage breaking into mainstream adoption (e.g. becoming more affordable and more... Read more...
Tsinghua Unigroup Ltd., a Chinese state-owned semiconductor design firm, is reportedly making a play to acquire Micron Technology Inc. for $23 billion. Should the transaction ultimately happen, there would be no more U.S. memory makers left standing. However, there are several hurdles that stand in the way of the transaction, including the purchase price. Citing people familiar with the matter, The Wall Street Journal says Tsinghua Unigroup is trying to acquire Micron for $21 per share. That represents a more than 19 percent premium over Micron's stock price at the time the story broke, and though that seems attractive at a glance, it's also around 21 percent below Micron's 100-day moving average... Read more...
Depending on the "3D" we're talking about, it could either be amazing, or "meh". 3D gaming? Awesome. 3D movies? Meh. 3D memory? Incredible. Why? Because with 3D stacked memory technology instantly gives a hearty boost to both density and bandwidth. There's a reason both AMD and NVIDIA are going to be making use of 3D memory in their respective future graphics cards. To help put things into immediate perspective, take a look at the "gumstick" SSD in the shot above (the long card). Because of their 3D memory, Micron and Intel say that hitting 3.5TB on drives of this size will be possible. Meanwhile, our traditional 2.5-inch SSDs could surpass 10TB. This kind of storage is the kind of density you... Read more...
We tend to get pretty excited about new solid state drive (SSD) announcements. Why? Well, the more SSDs that flood the market, the better the chances that prices will continue to push downwards. See where we're coming from? With that in mind, Crucial took advantage of the Consumer Electronics Show (CES) in Las Vegas to out its new MX200 and BX100 SSD lines. Starting with the former, the MX200 is built for performance on a SATA 6Gbps interface, and as such, these drives boast sequential reads and writes of up to 555MB/s and 500MB/s, respectively, as well as random reads of up to 100,000 IOPS and random writes of up to 87,000 IOPS -- not too shabby! Just as important is endurance, and according... Read more...
Samsung made some waves earlier this year with the introduction of its 850 Pro family of solid state drives and the first commercial iteration of 3D stacked flash memory. Micron is striking back with lower-geometry 16nm conventional NAND, however, and a new drive technology it claims will accelerate performance more effectively than other competing solutions. The new Micron M600 family of solid state drives will launch at capacities ranging from 128GB to 1TB across multiple form factors. Conventional 2.5” SATA drives, mSATA, and the PCIe-capable M.2 platform are all supported with multiple drive sizes and form factors... Micron M600 SATA & M.2 Solid State Drive Review... Read more...
Samsung made some waves earlier this year with the introduction of its 850 Pro family of solid state drives and the first commercial use of 3D stacked NAND Flash memory. Micron is striking back today with a lower manufacturing process geometry in conventional NAND, however, and a new Flash technology it claims, will accelerate performance more effectively than other competing solutions. The new Micron M600 family of solid state drives will launch at capacities ranging from 128GB to 1TB across multiple form factors. Conventional 2.5” SATA drives, mSATA, and the PCIe-capable M.2 platform are all supported with multiple drive sizes and form factors, as shown below. The M600 uses Micron's... Read more...
For years, RAM has followed a predictable pattern in the computing industry. New standards debut, with questionable performance gains and at significantly higher costs compared to previous products. As time passes, the new standard is adopted by more and more chipsets and vendors until it becomes dominant. Costs drop, volume rises, and everyone is happy. Now, however, Apple is expected to account for up to 25% of all DRAM sales next year -- more than any other vendor -- and that simple fact could have a significant impact on the adoption of next-generation standards. Mobile Over Desktop According to analysts, demand for Apple's iPhone 6, 6 Plus, and a rumored iPad Air with 2GB of RAM instead... Read more...
Prev 1 2 3 4 5 Next