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Corsair's speedy P256 256GB solid state drive now shipping
Remember that then-named S256 we saw sneak out right around a month ago? Yeah, that bad boy's finally on sale, and it's shipping as we speak from a number of trustworthy e-tailers. Said SSD -- which now goes formally by P256 -- packs specially selected Samsung MLC flash memory and a sophisticated Samsung Controller IC, coupled with 128MB of cache memory and Native Command Queuing (NCQ) support for stutter-free performance. By the books, this one can reach speeds of up to 220MB/sec (read) and 200MB/sec (write), though you can bet you'll be paying for the haste. We're seeing it on sale for around $658 online, though Dell's listing shows a wicked steep $851.99. Either way, ouch. Full release is after the break.
Toshiba to ship 32nm process NAND flash memory
Man, talk about a lightning quick turnaround. Just over two months ago, Toshiba was caught showing off 32 nanometer NAND flash chips, and now the firm's gloating about being the world's first to hit the "ship" button. Er, it will be should everything continue as planned. As the story goes, Tosh will start mass production of 32Gb NAND flash memories in July 2009, while 16Gb products will begin to ship in Q3 of this year. The point to this madness? To get more memory into smaller devices, which ought to make future smartphone / MID / UMPC buyers quite jovial.[Image courtesy of Tech-On]
SandForce breaks into SSD market with speedy SF-1000 processors
With SSD prices still well above the point of affordability, we're thrilled to see more entrants joining the burgeoning market. Big players like Western Digital and Corsair are being greeted by small timers such as PhotoFast, Fusion-io and SandForce, the latter of which has just escaped "stealth mode" in order to launch its first solid state drive processor family. The chips utilize DuraClass technology and promise to address "key NAND flash issues allowing MLC flash technologies to be reliably used in broad based, mission critical storage environments." More germane to our discussion is the nice boost in transfer rates and lower cost of production; we're told that the SF-1000 crew sports a standard 3 gigabit-per-second SATA host interface connecting up to 512 gigabytes of commodity NAND flash memory, and that it delivers 30,000 IOPS and 250MB/s performance (sequential 128KB read or write transfers) with 100 micro-second latency. If all goes well, select OEMs will be launching SSDs based on this processor later this year, so we'll definitely be keeping our eyes peeled.[Via GadgetMix, thanks Kamal]
Apple orders 100 million 8Gb flash chips in ramp up for new device(s)?
Oh Apple, what are you up to? Just like we saw right around this time last year in preparation for Apple's new iPhone 3G and updated iPod touch, Apple is placing huge orders of NAND chips thereby threatening the supply in demand by other tier-one vendors. This time we've got DigiTimes confirming earlier reports that Apple is cornering the market on flash memory -- specifically, the Taiwanese rumor rag is reporting orders of "100 million 8Gb (8 gigabit, not gigabyte) NAND flash chips mostly with Samsung Electronics." That's twice the size of the order reported last year. The tiny memory chips are then recombined during manufacturing into the larger 16GB, 32GB, and so on capacities we expect to find in our handheld consumer electronics. Anyone still doubting new Apple handhelds in June?
Super Talent ships decently priced UltraDrive ME / LE SSDs
In terms of affordability, solid state drives still have quite some ways to go before they can actually be considered as viable replacements for most consumers. That being true, Super Talent is still doing its best to narrow the gap with the lower-priced UltraDrive families. Both the ME and the LE crews began shipping today, with the former arriving in 32GB, 64GB, 128GB and 256GB flavors and the latter in 32GB, 64GB, and 128GB capacities. The LE lot rolls a touch faster at 230MB/sec (maximum read) and 170MB/sec (maximum write), while the ME editions are rated at 200MB/sec write and 160MB/sec read. There's no mention of the LE prices, but the UltraDrive ME drives can be snapped up now for $128 (32GB), $205 (64GB), $379 (128GB) and $645 (256GB) from NewEgg.[Via HotHardware]
Toshiba shows off 32nm NAND flash chips, promises to go smaller
32nm NAND flash memory may not seem like a huge leap over some of the current 34nm chips out there, but Toshiba seems to be able to appreciate the little things in life, and it's certainly found plenty to boast about with its latest chips here. Perhaps most notably, the company apparently didn't make any major changes from its previous 43nm chips in terms of device structure, with the exception of one "major improvement" to the circuit that was made to overcome the "extremely small" write margin. The new 32nm chips also pack the same 32-gigabit (or 4GB) capacity as those aforementioned 34nm chips, which should let folks cram a bit more storage into the same small space. Better still, Toshiba says volume production of the chips should begin as soon as September of this year, and it's apparently already aiming to mass produce some chips in the 20 to 30nm range by late 2010 or 2011.[Via Electronista]
Apple once again squeezing Samsung's flash memory supplies?
Apple and Samsung have a long history of locking up large-scale flash memory deals, and it looks like these two lovebirds are at it again -- word is that Cupertino's bought up all of Sammy's output until April of this year. That's an awful lot of memory -- Samsung manufactures some 40 percent of the world's flash -- so if we were the betting sort we'd say Apple's planning on making a bunch of new flash-based devices around that timeframe, potentially in preparation for a June launch. Hm, what could those possibly be?[Via All Things Digital]
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.
Inductive coupling slashes SSD power consumption
While HDD vendors are still pushing areal density limits, SSD manufacturers seem to be kicking back and soaking in the profits associated with a cutting edge technology. Unsatisfied with the lack of innovation in the space, a team from Keio University has developed an inductive coupling wireless communication technology, which is used within a solid state drive composed of "three-dimensionally layered 64 NAND flash memory chips." The development is being highlighted at ISSCC 2009, and it's bruited that drives constructed using this tech can operate with 50 percent less power compared to traditional SSDs. Additionally, the wireless communication that goes on enables the amount of wires within to be cut down significantly (from 1,500 to 200 in one example). We can only imagine that those involved with the process are pushing hard to get it implemented by SSD makers, and while we're still looking for overall prices to drop before we start focusing on anything else, we'll certainly take a performance boost (and energy savings) while they're at it.[Via HotHardware]
Corsair joins SSD party with 2.5-inch 128GB drive
Corsair is entering the solid-state market with a 2.5-inch 128GB SSD. The MLC NAND-based drive boasts rather moderate 90MB/sec read and 70MB/sec write speeds. At £326 / $449, it's priced on par with OCZ's offerings, but you're still paying a hefty premium to say goodbye to hard disks. No word yet on availability. The company promises more SSDs are in the pipeline.
Toshiba announces 512GB SSD, other smaller SSDs
We'd heard Toshiba was working on 512GB SSDs back in April, and the company's delivering right before CES. The industry-first half-terabyte drive is the highlight of Tosh's new line of 43nm MLC drives, which also includes 64GB, 128GB and 256GB units in both 1.8-inch and 2.5-inch form factors -- just right to pudge out your laptops and netbooks. No word on price, but you've got plenty of time to save up, as these won't hit mass production until at least April.
Toshiba and SanDisk temporarily slash NAND Flash production by 30% in Yokkaichi
Despite the fact that folks will still be snapping up digital cameras, DAPs / PMPs and additional storage this holiday season, SanDisk and Toshiba don't see demand being anywhere near optimal. The pair, which are linked via a joint venture production plant in Yokkaichi, Japan, have decided it best to temporarily reduce NAND Flash output by around 30%. Here's the scary part: "the duration and extent of this reduction in fab output will depend upon market conditions." You guys are all going to feel really goofy when consumers realize they simply can't live without their constant flow of semiconductors and decorated Segways here in a few months -- just sayin'.[Via EETimes]Read - Toshiba's takeRead - SanDisk's take
Fusion-io's ioDrive tested: world's fastest storage confirmed
See all those little Samsung squares? That's NAND flash memory, 80 gigabytes worth on Fusion-io's ioDrive. Tweaktown got an exclusive look at the PCIe storage card and came away mightily impressed by its "near nonexistent latency." It's faster than the best SATA II SSD or fastest 15,000RPM drive loaded in an 8 drive RAID config. Put simply, it's the fastest storage device they've ever tested. Tweaktown was so impressed that they proclaim, "Fusion-io has raised the bar so high that once adopted, traditional solutions will be considered legacy products." Mind you, this is enterprise class storage designed for data center servers requiring ultra-fast IO. Still, the only thing preventing you from installing it inside your own 64-bit OS (only) gaming rig is the price: the 80GB ioDrive lists for about $3,000 on up to $14,400 for the 320GB model. Yeah, expensive, but not for your CIO. Eveyone else will have to wait for the consumer model said to be in the works. Hit the read link for all the benchmarks.
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]
TDK trots out industrial CompactFlash cards / SSDs
Not just everyone can get away with consumer-level kit, and if you plan on keeping that Counter-Strike server running for another four years without so much as a hiccup, you should probably look into some industrial-strength materials. To that end, we present to you a new pair from TDK: a U.DMA 6-compatible CompactFlash card and a line of PATA SSDs, both of which boast a maximum capacity of 16GB. Both lines combine the original GBDriver RA8 U.DMA 6-compatible NAND Flash memory controller with a high-frequency SLC NAND Flash memory module for read speeds of up to 50MB/sec and write speeds up to 30MB/sec. You'll also find an error correction function scalable to 15 bit/sector ECC to provide high data reliability -- remember, zero hiccups -- and a static wear leveling function to greatly increase the write life span. Sadly, no pricing figures are disclosed, but both crews should start shipping next month.[Via SlashGear]
Samsung's 25GB / 50GB Enterprise SSDs can't stop, won't stop under heavy loads
pureSilicon's rugged Renegade SSDs may be tough as nails, but if you're lookin' to start up your own video-on-demand server or online transaction processing center, you may want to look Samsung's way. The outfit has just announced that it's mass producing 25GB and 50GB Enterprise SSDs, which are designed for "performance-optimized server applications." Sammy proclaims that the SLC-based drives have around "twice the random write performance of its standard 32GB and 64GB SLC SSDs," and better still, they consume less than 25% of the power of a 2.5-inch 15k SAS HDD. More specifically, this duo will provide 100 times the number of IOPS per watt as a typical 15K 2.5-inch SAS HDD and five times the number of IOPS per dollar as a 10K 2.5-inch SCSI HDD. Not surprisingly, Samsung doesn't bother dishing out prices, but you can expect to pay top dollar given the abuse these are built to withstand.
Toshiba introduces ultra-dense 43nm SLC NAND flash chips
The dense just keep getting denser -- er, something like that. Anywho, those who just love talking about fabrication technologies over tea and crumpets will adore what Toshiba's boasting: a new family of 43-nanometer SLC NAND flash products. The 16-member crew will range in density from 512Mbits to 64Gbits, with a trio of 'em (16Gb, 32Gb and 64Gb) integrating 43nm monolithic 16Gb chips, "the highest density SLC NAND chips available." Tosh is hoping to find its new gear in all sorts of mobile phones, office automation equipment and servers when they begin shipping in Q1 2009, but it's keeping pretty quiet on the pricing front for now.[Via Physorg]
Super Talent offers up 0.85- / 1-inch SSDs
Nothing here that you haven't seen before in one form or another, but the more the merrier, we say. Super Talent has introduced its very own super small SSDs ranging from 2GB to 8GB in size, but they're all based on Intel's Z-P140 solid-state drive. The new units all boast a maximum read speed of 40MB/sec and a maximum write speed of 30MB/sec, and the whole crew employs a parallel ATA interface with a ZIF connector. The 0.85-inch drives are being offered up in 2GB (FHD2GN85) and 4GB (FHD4GN85) sizes, while the 1.0-inch devices come in 2GB (FHD2GN10), 4GB (FHD4GN10) and 8GB (FHD8GN10) flavors. Per usual, we're left to wonder on pricing and availability, but we suspect these will be aimed more at netbook manufacturers than everyday folks, anyway.[Via I4U News]
SanDisk inks $1 billion deal with Toshiba, Samsung still eyeing company
Toshiba and SanDisk have been in a number of joint ventures for some time now, but it looks like the two companies are now starting what could be a more drawn out break-up process, with SanDisk announcing today that it's selling 30% of its manufacturing capacity outright to Toshiba in a $1 billion deal. For the time being at least, the two will remain 50/50 partners in the remaining 70% of the companies' joint factories, though Toshiba will apparently get 65% of the production capacity at those factories. As MarketWatch points out, this latest move comes just a month after SanDisk rejected a $6 billion buyout offer from Samsung, and some analysts are now speculating that Toshiba's deal will only make the company a more attractive target for Samsung. Nothing is expected to get wrapped up before August of 2009, however, which is when Samsung's current royalty arrangement with SanDisk is due to expire.[Via The Inquirer]
