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Micron RealSSD C300 becomes first SSD to leverage SATA 6Gbps interface
Seagate may have claimed the rights to the planet's first SATA 6Gbps hard drive, but it's Micron claiming the same feat in the SSD realm. The outfit's new RealSSD C300 is the first of its kind to natively comply with the wicked fast new specification, which will (at least in theory) provide read speeds of up to 355MB/sec and write speeds of up to 215MB/sec. It's also the first solid state drive to use ONFI 2.1 high-speed synchronous NAND, and while we're obviously eager to see what real-world benchmarks show, the demonstration vids after the break already have our mouths watering. As for availability? Tthe drive is currently sampling in 1.8- and 2.5-inch sizes, though consumers shouldn't expect to pick one up (in 128GB or 256GB sizes) until Q1 of next year. Best start saving, bud. %Gallery-79352%
Intel and Micron announce smallest, cheapest NAND flash yet
Hynix was first out of the gate with triple-level-cell flash memory, but Intel and Micron just pushed the MLC state of the art with their new 34nm three-bits-per-cell NAND, which they say will produce even smaller and cheaper 32Gb chips than those currently on the market. That means we should be seeing some monster storage in some tiny packages later this year when these guys ship -- everyone ready for another round of flash drive purchases?[Via CNET]
Micron's smaller NAND chips mean more, faster flash memory in the same old enclosures
Need a little more proof that Intel's got some fly SSDs about ready to roll? We have confirmation from Micron that it's working on new and improved 34nm chips in capacities of 8, 16, and 32Gb. These lovelies are 17 percent smaller than the previous rainbow colored flash delights, and are faster too, offering 200Mb/s transfer speeds and when combined into an SSD, able to keep up with SATA 6Gb/s transfers. This press release confirms the chips will show up in flash memory from Lexar, but we're guessing that official Intel announcement can't be far off now.
Intel launching cheaper SSDs with up to 320GB capacity in two weeks?
Rumor has it that Intel is prepped to launch its new SSDs in the next two weeks. According to sources speaking to the The Inquirer, the new solid state disks will feature that smaller 34nm NAND Flash developed by Intel and Micron. As usual, the smaller manufacturing processes should allow for higher density SSDs (as high as 320GB) at a reduced cost to manufacture. In fact, INQ says, "there will be drives big enough to replace the HDDs in most, if not all laptops." With Intel already cutting SSD prices we remain optimistic that this rumor is true. [Via TrustedReviews]
JMicron NAND flash controller could lead to significantly lower SSD prices
Truth be told, SSD prices have been declining at a noticeable tick since way back in 2007, but the reality is that the average consumer still can't afford one -- or, at least they aren't willing to pay the lofty premium for the decent increase in speed. If a bold claim from JMicron is to be believed, all that could change in the run-up to CES 2010. A new report has it that the aforesaid company will be demonstrating its new NAND flash controller next week at Computex, with the JMF612 aimed specifically at a "new generation of NAND flash chips built using smaller process geometries that will be entering the market soon." If all goes well, the cheap single-chip controller could lead to SSD prices falling by around 50 percent by Christmas, but after years of waiting for these things to really get priced for Joe Sixpack and his gaggle of siblings, we're still cautiously skeptical. Not that we wouldn't love to be proven wrong or anything.[Image courtesy of HotHardware]
iPhone refresh could be straining Apple's flash memory suppliers
According to Ed Sutherland from Cult of Mac, three out of four Apple's NAND flash memory suppliers are feeling the strain as the company demands storage for its new line of iPhones. Sutherland cites a research report by analyst Vijay Rakesh from ThinkEquity. Rakesh says that Samsung has set aside its inventory of NAND chips for Apple until April. Hynix, another supplier, reported softer sales growth for its NAND chips, and Toshiba is having problems supplying customers with 56nm NAND chips. Apple's fourth supplier, Micron, wasn't mentioned in Rakesh's report. Aside from a new iPhone handset on the way, what does this mean? Higher memory prices, for one. Rakesh said that he expects NAND spot and contract prices to rise. Many analysts around the time of Apple's Q1 conference call said they had high hopes for a new iPhone during the first half of the year. Some rumors suggest June might be the target date for release.
Video: Micron's Washington PCIe prototype SSD card is wicked quick
Up until now, Fusion-io's ioDrive has pretty much put every other SSD-on-a-PCIe-card to shame in terms of sheer performance, but it just might be looking at its first formidable competitor in the Micron Washington. The prototype device was recently showcased on video (posted after the break), and while we're not told how capacious it is, it is understood to be using 64-bit SLC NAND chips. When placed in a Xeon-powered server, the unit is able to achieve 150,000 to 160,000 random write IOPS with a bandwidth of 800MB/sec per card. Micron is convinced that it can reach a bandwidth of 1GB/sec and 200,000 IOPS with this technology, though Fusion-io's CTO proclaims that users can achieve "over 6GB per second" when using eight of its ioDrives in conjunction. Of course, the aforementioned ioDrive is actually shipping, whereas this elusive Washington doodad won't see commercial light until at least 2010.[Via The Register, thanks Vik]
Intel, Micron start churning out 34nm, 32Gb NAND Flash chips
Intel and Micron's subsidiary IM Flash Technologies first announced its first-of-its-kind 34nm NAND Flash memory back in May of this year and, as promised, it's now finally followed through on things pushed 'em into mass production. The chip's themselves are 32 gigabit multi-level cell chips, and can hold 4GB of memory on their own, or be stacked on top of each other in a standard 48-lead thin small-outline package (TSOP) to hold up to 64GB. That, the companies say, will not only allow for increased storage in small form factor devices, but less expensive solid state drives as well, given the reduced manufacturing costs. They're apparently still a little ways away from finding their way into some actual products, however, with the companies only going so far as to say that the first samples are on track for early 2009[Via Electronista]
Intel's "mainstream" 80GB and 160GB SSDs ready to launch with mainstream price?
Looks like Intel, the big bad daddy of silicon, is about to unleash its first consumer oriented SSDs into the market. While Intel's 1.8- and 2.5-inch 80GB and 160GB SSD plans were pretty thoroughly detailed in those May leaks, Expreview has slapped up an honest-to-goodness slide which looks like it came straight from the Intel deck. Assuming it's authentic, then we now know that Intel's 2.5-inch X25-M and 1.8-inch X18-M SSDs top out with a 240MBps sustained read and 70MBps write. That's just a bit slower than the blazing Micron RealSSD C20 but still seriously quick and hopefully priced for the mainstream audience they are targeting. Dell, for example, sells a 128GB Samsung SSD for $450 -- surely Intel can beat that cost per Byte... right Intel? We're guessing that the enterprise-class 32GB and 64GB X25-E SSDs will feature some of that Micron co-developed "world's fastest" SLC NAND in order to achieve that ridiculous 240MBps / 170MBps read / write speed at what's expected to be an equally ridiculous price. The 80GB X25-M and X18-M are expected to launch in Q3 (so any day now) while the 160GB solid state slab should break free for consumers in Q1 (not Q4 2008) of 2009. Expect to hear more on these next week as Intel kicks off another International Developers Forum. [Via TG Daily]
Micron announces insanely quick RealSSD C200 SSDs
Intel's partner in solid state crime, Micron, just announced an update to its RealSSD lineup of SSDs. Based on the typically slower (and cheaper) MLC NAND process technology, the new 2.5-inch (up to 256GB) laptop and 1.8-inch (32GB to 128GB) ultra-portable storage slabs offer a 3Gbps SATA interface and ridiculous 250MBps read and 100MBps write speeds -- yes, that's fast, damn fast when you consider the 70MBps write and 90MBps read speeds of Samsung's latest consumer oriented SSDs. They even best the listed read speeds of Samsung's top-ender. Unfortunately, no prices were given though it's said to be "balanced price to performance." Expect 'em to hit the market in Q4 under the Lexar brand, and maybe even Crucial, Seagate, and Intel for all we know.
Analyst sees Micron joint venture, SanDisk as possible targets for Seagate
Seagate has already made its intentions about jumping into the SSD game pretty clear, and one analyst now says he sees two clear options at the company's disposal if it wants to seriously make a go of it, each of which involve Seagate shelling out a good chunk of cash. According to Lazard's Daniel Amir, one option would be to buy out Intel's 49% stake in the IM Flash Technologies joint venture it has with Micron, which would reportedly cost anywhere from $1 to $2 billion (not to mention put Seagate on the outs with Intel). More likely than that, Amir says, would be an acquisition of or partnership with SanDisk, which he says would be an ideal fit given Seagate's expertise on the enterprise side and SanDisk's retail knowhow. Amir doesn't put a price tag on that option though, but you can be sure it wouldn't be cheap.
Intel and Micron produce first sub-40nm NAND device
Just a few months back, we all gave SanDisk a round of golf claps for moving towards 43-nanometer NAND production. Fast forward to today, and that "feat" doesn't look so mighty anymore. Intel and Micron have just announced the industry's first sub-40nm NAND flash memory device, the 34nm 32 gigabit multi-level cell chip. The process technology was collaboratively developed by the two firms' joint venture, IM Flash Technologies (IMFT)," and there's nary a hint of shame when they trumpet that this is the "smallest NAND process geometry on the market." Sample shipments are expected to leave the dock in June, while mass production should get going sometime in the second half of this year. Somehow, we get the impression this won't stay on top for long.
Video: Intel launching 80GB 1.8- and 2.5-inch SSDs in Q3?
As evidence begins to amass around the imminent launch of Intel's consumer oriented High Performance SSDs, we finally get model numbers, dates, and capacities from Taiwan. According to DigiTimes and its "sources at PC makers," Intel is prepping a 2.5-inch Client X25-M SSD and 1.8-inch Client X18-M SSD for launch in Q3. Both of the SATA drives will initially launch in 80GB capacities before hitting 160GB by the end of Q4 -- 250GB and beyond in 2009. We'll guess that they'll be sporting the "world's fastest" SLC NAND co-developed with Micron making the drives tres cher fo' sho'. However they come, they'll likely be snuggled up to Intel's new Centrino 2 laptops when they do arrive.P.S. We dug up a promo video which we've bunged into the page after the break.
Intel on its way to making consumer SSD drives. Yes, still.
SSDs definitely seem like the boldest new frontier in computer electronics these days, and Intel, which lately has been making some solid developments in the NAND memory department, is apparently still on track to do that whole SSD thing they've been talking about. According to CNET, Intel's NAND marketing manager Troy Winslow supposedly said the company would be coming up with some 80 - 160GB capacity drives in Q2, and 128GB capacity drives in Q3. Sounds to us like someone got something wrong, but there's no denying Intel and its respective partners Micron and STMicroelectronics are out to make a dent in the hard drive market of tomorrow.
Intel and Micron develop "world's fastest" NAND -- kiss SSD random write lag goodbye
How do 200MBps reads and 100MBps writes in a storage device sound to you? Pretty sweet if you ask us. That's the upper spec for Micron's new highspeed 8Gb (Gigabit not Gigabyte, kids) SLC NAND co-developed with Intel on a 50-nm processes node. Once slapped together in an SSD, you can expect performance to easily outshine any existing SSD or mechanical drive on the market while easily kicking the SSD bugbear -- random read/writes -- to the curb. The rub, of course, is that SLC NAND is more expensive than MLC so you can expect to pay dearly for that performance. Watch for the speedy Micron flash to pop in cellphones, camcorders, SSDs (and pretty much every portable consumer electronics device out there) sometime in the second half of 2008 -- sampling now to manufacturers.
Micron reveals RealSSD lineup of 32GB / 64GB SSDs
Check it -- we've got a new entrant in the ever-expanding solid state disc market, and it goes by the name Micron. The firm's first SSD lineup (dubbed RealSSD) will feature a native SATA II interface, a rugged, lightweight plastic casing, and suck down less than two-watts of power while active. Furthermore, the units will come in both 1.8- and 2.5-inch iterations, with a 32GB and 64GB flavor to be available in each size. The newly launched family is expected to slip into mass production in Q1 of next year, and on a related note, the 1GB to 8GB RealSSD Embedded USB range -- which is slated to ship en masse next month -- was also introduced. We know, you've hung around this long just to get the low down on pricing, but unfortunately, Micron has yet to dole out that oh-so-crucial information.
Micron announces 5 megapixel HD sensor for consumer cams
HD video is becoming more and more prevalent, but most people are still snapping those grainy VGA flicks with their digital cameras, which might be plenty for YouTube, but it won't win you any videophile cred. We can't guarantee stuffing a HD sensor into your consumer cam is going to do much for that cred either -- maybe you and cred were never meant to be -- but it's a fun spec to have for specifications sake, and Micron is bringing just that kind of love with their new HD sensor. The new CMOS unit can handle 60fps 720p, or 30fps 1080p videos, and Micron hopes to start sampling the sensor this fall. Micron also has a new sensor with similar specs, but designed for camcorders, so hopefully we'll be seeing some price drops and spec bumps for those in '07. We're guessing this first wave of such consumer "TrueHD" tech might leave a bit to be desired in the quality department, but it's a good step towards putting a whole lot more pixels in every pocket.
New micromotor enslaves bacteria for micro power
So, it's not going to power your car anytime soon, but a new micromotor developed by Japan's National Institute of Advanced Industrial Science and Technology could have all sorts of potential other than lugging our lazy asses around town. The new motor measures a mere 20-microns in diameter, with 6 blades that each have a foot sitting in a 0.5-micron deep groove sketched in silicon. The groove and the feet are treated with some proteins that cause bacteria in the trench to move in a certain direction -- horse and carrot style. Researchers are banking on the tech to power microdevices of the future, including micromachines and miniature pumps for medical purposes. We're just proud to be members of a human race that has brought even micron-sized bacteria under its iron rule.
