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Seagate Pulsar XT.2 and Pulsar.2 SSDs target enterprise, reliability-obsessed consumers
Seagate has just taken the wraps off a slew of fresh enterprise storage drives, highlighted by a pair of new Pulsar SSDs. The MLC NAND-equipped Pulsar.2 is capable of 6Gbps speeds over SATA, while the 2.5-inch XT.2 uses SLC memory and a 6Gbps SAS connection, and both are unsurprisingly touted as being the fastest and finest guardians you can buy for your company's data. Seagate sees the use of MLC flash on the Pulsar.2 as a major advantage in lowering costs, while its data-protecting and error-correcting firmware is expected to maintain the high levels of data integrity required in this space. No price is actually given to validate Seagate's claims of a breakthrough price / performance combination, but both of its new SSDs should be available in the second quarter of this year. The XT.2 is already shipping out to OEMs, along with its 360MBps read and 300MBps write speeds. There are also new Savvio and Constellation HDDs from the company, but you'll have to read the 1,400-word essay press release after the break to learn more about them.
Intel's SSD 510 reviewed, measures up well against Vertex 3
Been wondering how that new 6Gbps SATA interface and Marvell controller have been treating Intel's latest SSDs? The answer, it turns out, is really rather nicely. Faced off with OCZ's awesomely quick Vertex 3 drive, the 250GB SSD 510 from Intel more than holds its own, occasionally flashing ahead and taking the lead. Opting for Marvell's processing chip has improved Intel's sequential performance, but has actually led to it taking a ding on random read speeds -- the latter being arguably more important on a day-to-day basis. Still, this $584 drive is one of the finest the consumer world has yet had to feast upon and should encourage high expectations from Intel's 25nm G3 storage units, which are still to come. As to having the extra Serial ATA bandwidth, we'll leave it to Anand from AnandTech to summarize: "these next-generation SSDs not only use 6Gbps SATA, they really need it."
Supermicro and Fusion-io team up to deliver new SuperServers
Fusion-io's been in the flash memory game for some time, but until now it has been known primarily for screamingly fast PCI Express-mounted flash storage solutions with wallet-crushing prices. Those drives are primarily aimed at the enterprise market, so it seems logical for the company to now enter into an OEM agreement with Supermicro to make NAND Flash servers. The aptly, if not modestly, named SuperServers can perform over 2.2 million sequential I/O operations per second (IOPS) and over 1.4 million random IOPS -- for comparison, the OCZ SSDs we saw at CES are an order of magnitude slower in IOPS, and they aren't exactly sluggish. Supermicro also claims that the new servers speed up enterprise applications by ten times while using only one-tenth of the power. Impressive numbers to be sure, but we shudder to think of how much the SuperServers will cost. A second mortgage for a server's a sound financial decision, right? PR's after the break.
Apple said to be in talks with Samsung to buy $7.8 billion worth of components
It's not clear if it's related to that mysterious $3.9 billion "strategic investment" or not, but it looks like Apple could be about to throw some serious cash in Samsung's direction. According to a report published in the Korea Economic Daily, Apple is expected to purchase some $7.8 billion worth of components from Samsung this year, including displays, applications processors, and NAND flash chips -- all intended for use in iPhones and iPads. As the paper notes, Apple would become Samsung's single biggest customer if the deal goes through, although the two obviously aren't strangers to massive deals -- Apple has already famously run Samsung's flash memory supplies dry a few times.
Micron embeds error correction in flash memory chips, calls it ClearNAND
Solid state storage is fantastic stuff, durable and lightning-quick, but it's got its fair share of quirks -- bits fail, pages fill up, and cells deteriorate over time. Typically, the onus is on a beefy controller to take care of your drive and make sure it lasts a good long while (which is why brand names like SandForce can make or break an SSD) but it looks like Micron is planning to usurp some of that responsibility with its new ClearNAND chips. Simply put, each ClearNAND memory module has a built-in 24-bit error correction engine, so your drive's host controller doesn't have to shoulder that load, and can focus on the good stuff -- like getting your data delivered at speeds that would obliterate traditional hard drives. Micron says the new chips are available right now in 25nm sizes. Want a more technical rundown? Hit up our more coverage link to hear what this might mean for the error-prone future of the medium. PR after the break.
Intel, Samsung, Toshiba form consortium aiming for 10nm chips by 2016
There isn't much to say here, so let's just get on with the facts: Intel, Samsung, and Toshiba are joining forces and pooling R&D efforts in a consortium funded in part by the Japanese Ministry of Economy, Trade and Industry (an expected 50 percent, or 5 billion yen / US $62 million) and the rest from the members. The goal? Semiconductor chips nearing 10nm by 2016. Ten more companies are expected to be invited once things get sorted out, so major chip-related corporations, please keep checking your mailboxes daily.
Hitachi-LG unveils 2nd generation hybrid optical drive with flash-based storage to boot
The Hitachi-LG Data Storage joint venture has itself fostered yet another mixed product, combining both an optical disk drive and flash storage into a single form factor. The 2nd generation of its Hybrid Drive uses Micron's 25nm NAND flash memory in 16GB, 32GB, 64GB capacities (with those figures to rise in later iterations, naturally) and can be united with either DVD or Blu-ray players -- perfect for laptops and other portable devices with just one drive to spare. (The one stretched out on display, pictured above, was a 12.7mm slim DVD-RW tray type). Hitachi housed samples of the drive at its CEATEC booth and even showed off a few example products (first generation drive, too). Care to see what could be under the hood of a future purchase? Pictures below. %Gallery-104372%
iFixit: Apple TV has 8GB of onboard flash storage
One of the big questions concerning whether or not the new Apple TV will be able to run apps of some sort is "how much onboard RAM does it have?" That question has been answered by the guys at iFixit, who as usual, have been the first to tear apart and document the internal workings of the Apple TV. The answer: 8GB of NAND flash RAM made by Samsung. The iFixit team speculates that the RAM is most likely going to be used to cache incoming video streams, but it might also be used to temporarily hold apps that could run under iOS on the device. More interesting news about the Apple TV is bound to come out in the next couple of days; stay tuned to TUAW for all of your Apple TV coverage. Correction to original post: that's 8GB of onboard flash storage, 256MB of actual RAM. We apologize for the error.
PhotoFast's PowerDrive-LSI PCIe SSD screams past the competition at 1400MB a second
Usually we find overwrought product names, ostentatious paintjobs, and flame decals tacky, but all's forgiven with this PCI Express 2.0 SSD. CompactFlash stalwart PhotoFast has unveiled its all-new PowerDrive, which claims it can read your mind data at 1.4GBps and write it at an even faster 1.5GBps. That's the rough equivalent of reading two full CDs' content every second! Need we say more? The PowerDrive's speed puts the stinking fast Fusion-io ioXtreme to shame, humbles PhotoFast's own 1GBps G-Monster, and matches OCZ's otherworldly Z-Drive. The supported OS list includes a nice selection of Linux flavors as well, and sizes stretch from 240GB up to 960GB. Pricing? One word: unaffordable.
Toshiba sends 24nm NAND flash memory chips into mass production
Let's take a moment to congratulate Toshiba on a fine feat of engineering. It was only last year that the company started shipping 32nm NAND flash memory, and yet today its factories are starting to churn out 24nm chips. Unsurprisingly, this comes with the boast of offering "the world's highest" density and capacity per single chip, an honor going to the 2 bits-per-cell 64Gb parts. That newfangled Toggle DDR transfer-acceleratin' technology is also supported, naturally, leaving us only to wonder who'll be picking up the earliest deliveries of these minuscule data stores.
Toshiba introduces 32nm DDR NAND with 133Mbps speeds, or MT/s if you prefer
It doesn't quite have the efficiency and capacity of this 25nm process, and it's not half as speedy as that planned 400Mbps, but Toshiba is moving up in the world with today's reveal of 32nm, 133Mbps toggle-mode DDR NAND. The new flash memory chips will go head to head with the similar 30nm toggle-mode NAND used in Samsung's 512GB SSD and the 166Mbps ONFi 2.1 chips that power Crucial's RealSSD C300 drive; each of the tiny black chips can store up to 32 gigabytes. Shame there's no word on when we'll see these speeding our PCs and iPods, nor any mention of price. PR after the break.
Elpida and Spansion move from 'it's complicated' to 'engaged,' look to conquer NAND universe
The more the merrier, right? Cutesy sayings aside, the world is gearing up to say "hello" to yet another player in the NAND flash memory market, as Japan's own Elpida Memory (which currently specializes in DRAM) will be joining the fray in the coming months. Said outfit stated this week that it has entered into an alliance with Spansion (the former flash memory joint venture between Fujitsu and AMD), with Spansion licensing its NAND flash intellectual property to Elpida as part of the deal. If all goes to plan, Elpida will begin producing flash chips at its western Japan plant "as early as next year," with some of the output being funneled directly to Spansion. 'Course, with the explosion in smartphone popularity, it's not shocking to see a DRAM stalwart looking for ways to dip its toes in that high-demand NAND stuff, and as consumers, you certainly won't find us kvetching about the competition.
Hitachi-LG teases HyDrive: an optical reader with loads of NAND (video)
Want a speedy, drop-proof SSD in your laptop? In all but the largest of 'em, you've got just two choices: pay through the nose for a reasonable amount of storage, or settle for a cheaper boot drive at the expense of capacity. Hitachi-LG Data Storage is pulling a Monty Hall by opening door number three -- an optical drive with a built-in 32GB or 64GB SSD. Dubbed the HyDrive and currently being showcased at mysterydrive.net, the product is presently being labeled a "concept," but a set of impressive demo videos already show the ODD / SSD combo booting, multitasking and error-correcting Keanu Reeves like a trained pro. We'll have more details at Computex, at which point we'll let you know whether to be hesitantly expectant or gravely disappointed. Personally, hybrid HDDs be damned -- we want one of these suckers yesterday. Videos after the break.
SSD power consumption reduced by 86 percent, speeds of 9.5GBps achieved by Japanese researchers
You know, the thing about the future is, it'll probably come from Japan. Only yesterday we saw mammoth 50TB magnetic tapes, and today we're hearing the home of Nikon has come up with a new writing method for NAND flash memory that dramatically reduces the already humble power requirements of SSDs. Using their hot new single-cell self-boost technique, University of Tokyo researchers have been able to lower operational voltages down to 1V and thereby facilitate parallel writing to over 100 NAND chips at a time, resulting in the bombastic 9.5GBps writing speed claim. The whole thing has only just been announced, so don't go raiding your local tech store just yet, but we can at least start preparing ourselves for this madness whenever it does show up. [Thanks, Mike]
Toshiba preps for sub-25nm flash memory production, archivists rejoice
Ever wondered how that 16GB microSDHC card that you were swooning over now looks paltry beside a 32GB version of the same thing? It's all about the densities within, and with process technologies shrinking by the month, it's not hard to envision 128GB, 256GB and 1TB cards that are smaller than your thumbnail here in just a few years. It's bruited that Toshiba is fixing to drop a whopping $160 million during 2010 in order to construct a test production line for next generation flash memory chips, presumably with circuitry widths of under 25nm. As of now, Tosh produces NAND flash memory chips with widths of 32nm and 43nm, but cutting that down to 20nm or so would enable loads more memory to be shoved into the same form factors that we use today. If all goes to plan, those sub-25nm chips could hit the line as early as 2012, so we fully expect 10TB SDXC cards to go up for pre-order next month.
Active Media Products ships 100MB/sec eSATA flash drives, shrugs off USB 3.0 noise
Who needs 200MB/sec when you've got... 100MB/sec? Nah, Active Media Products' newest flash drives aren't quite as snappy as those few USB 3.0 keys that are making their way out, but for folks who aren't quite ready to upgrade (or are just dying to make use of that otherwise empty eSATA port), this here unit is the ticket. Outfitted with 16GB or 32GB of MLC NAND memory, these units boast sequential read and write speeds up to 100MB/sec and 55 MB/sec, respectively, and in case you cruise over to a legacy machine that lacks eSATA, a mini USB 2.0 port is also provided for universal access. 'Course, a USB cable is still required in the eSATA port for power, but hey, at least you'll be "with the times," right? Check 'em right now on Amazon for $69.95 and $109.95 in order of mention.
OCZ breaks into bargain market with 'sub-$100' 32GB Onyx SSD
Say it ain't so! OCZ Technology -- a mainstay in the storage realm but an outfit that tends to serve the performance (read: affluent) market first and foremost -- has just dove headfirst into the value-priced SSD segment. Debuting today, the Onyx SATA II 2.5-inch SSD is the company's most affordable MLC-based solid state storage solution to date; it packs 64MB of onboard cache, up to 125MB/sec read speeds, write rates of 70MB/sec and an MSRP of under $100 for a 32GB version. You know that hasty boot drive you've been looking for? Look up.
Keio University and Toshiba ready tiny 1TB SSDs for 2012
Japan's Keio University claims to have developed, in conjunction with Toshiba, the technology to shrink the size of SSDs by a spectacular 90 percent while also cutting energy consumption by 70 percent. If that's not enough mind-boggling numbers for you, the final product of this partnership is expected to yield 1TB drives with 2Gbps throughput. The details of this are still somewhat unclear, but we're told researchers stacked 128 NAND flash chips atop one another, with the breakthrough being in the way they communicate -- using short-range magnetic signals --- which results in less wiring complexity and reduced production costs. We'll take some convincing to believe they can really put these to practical use by 2012 as promised, but if they do make it to any sort of commercial launch, you can bet we'll be queuing up through the night to get one. Note: Nikkei source link requires a paid subscription to access.
Samsung, Hynix, Applied Materials in corporate espionage shocker!
In the cut-throat world of high tech manufacturing, "going rogue" is an ever-present temptation -- and no one, from AMD to LG, is immune from scandal. For the latest bit of corporate shenanigans, look no further than Applied Materials, who installs and maintains Samsung's chip manufacturing equipment -- prosecutors in South Korea have accused the company of stealing the latter's semiconductor technology and leaking it to Hynix Semiconductor (who ranks third in the world in the manufacture of NAND flash, behind Samsung and Toshiba). According to the AP, eighteen people have been indicted in the case so far, including the vice president of Applied Materials Korea. We just hope they didn't get the idea from us! That is definitely not the message we're trying to impart with this site.
Super Talent adds SandForce controller to new TeraDrive SSDs
All we ever hear of that SandForce SF-1500 controller seems to be about how wickedly fast it is, so we'd be remiss not to inform you that it's found another home -- this time inside Super Talent's new enterprise-class SSD line. Branded as TeraDrive FT2, these drives will range from 50GB to 400GB on MLC NAND flash, or up to 200GB on the even nicer SLC-based stuff. The only hurdle in all this glory is that the hardware seems destined primarily for non-consumer markets, with OEMs getting samples now and expecting volume deliveries by the end of this quarter. Then again, if you really can't wait for these to filter through in consumer machines, we're sure OCZ and RunCore will be more than happy to sell you some of their own silly fast SandForce-infused gear.
