FlashMemory
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SanDisk's 64GB iNAND embedded flash adds memory girth to handhelds
Isn't it amazing how flash memory has grown over the years? Not too dissimilar from your ego, right? Just two years ago SanDisk was only offering 16GB modules in the high end of its iNAND embedded flash range, and today the same company presented a new MLC NAND chip with four times the capacity. The trick in this 64GB 32nm silicon gem is the same-old X3 flash technology (along with undisclosed, but evidently significant, "innovations in flash management"), which allows each cell to store three bits. Go on, OEMs -- just shove one of these chips into our next phone and we'll promise to leave you alone until next February. Wait, did we say "promise?" Try... we meant try.
Corsair readying Nova and Reactor 2.5-inch SSDs for release
Corsair has kept quiet on the SSD front here recently, but it looks as if it's about to ruffle a few feathers with two new laptop-centric drives. Fudzilla has dug up pricing information on two heretofore unreleased solid state drives from the company, with the 64GB / 128GB Nova and 60GB / 120GB Reactor both featuring the Indilinx Barefoot controller, MLC NAND and at least 64MB of cache. The Nova series is purportedly capable of hitting read speeds of up to 215MB/sec on both the V128 and V64, while write speeds are locked at 130MB/sec for the V64 and 195MB/sec for the V128. As for the Reactor range? Those feature 128MB of cache and a nice boost in transfer speeds, though the €151 ($206) starting tag doesn't do much for bargain shoppers. Hit the source link for more details, but don't get your hopes too high for a near-term release in the US.
10 reasons to pass on the iPad? TUAW fact check
Over at TechRepublic's 10 Things blog, Debra Littlejohn Shinder has posted an article called "10 reasons why I'll be passing on the iPad." Some of her reasoning is sound, but quite a few of her points are easy to refute. It's worth looking at her post and the points it tries to make, because it's indicative of a widespread misunderstanding of not only the iPad's capabilities, but also its intended consumer base. 1. There's no physical keyboard Debra's correct that the iPad has no physical keyboard. But what she fails to account for is that not only will Apple sell a keyboard dock for the iPad, the device can also be paired with any existing Bluetooth keyboard. Apple's reasoning for not including a physical keyboard on the iPad is even more compelling than for the iPhone, because unlike the iPhone, you at least have the option of pairing the iPad with a physical keyboard. In order to put a physical keyboard on the device itself, there'd be two options: keep the iPad the same size and sacrifice a third of the screen's real estate, or increase the iPad's size beyond what some (including Debra) already consider unwieldy in order to include a keyboard. In landscape orientation, the iPad's virtual keyboard is nearly the size of a conventional keyboard, too, so while touch typing is going to be a challenge, it's a fair bet that typing on the iPad will be much faster and easier than the high end of 30 - 35 WPM thumb typing many people (myself included) achieve on the iPhone's far smaller keyboard. The lack of a physical keyboard on the iPhone hasn't measurably affected its sales; the iPad isn't likely to suffer many lost sales from this, either. (Note: a few people have asked for a source on the Bluetooth keyboard issue, particularly my assertion that you can use any BT keyboard and not just Apple's wireless models. During her hands-on with the iPad following the device's announcement, Jacqui Cheng at Ars Technica verified that "You can use any bluetooth keyboard you want, instead of Apple's keyboard dock. You could use the case/stand with your existing bluetooth keyboard. You cannot use a bluetooth mouse, however.") Check out the other nine points by clicking the Read More link below.
Intel and Micron start 25nm flash production; SSDs to get cheap, huge
Intel and Micron have a history of pushing the state-of-the-art in flash storage -- their joint venture IMFT was responsible for the first sub-40nm NAND flash and bringing it to production -- and it looks they've done it again: IMFT is now sampling two-bits-per-cell 25nm NAND, which will eventually push prices down and capacities up when volume production begins in Q2. We'll have to see how pricing works out -- 25nm is something like twice the storage density per dollar, so we're hopeful -- but at the very least Intel's third-gen X25-M will come in 160GB, 320GB, and 600GB sizes when it launches in Q4 using these new chips. Yeah, we're going to want one. AnandTech has the full breakdown, hit the read link for more.
Samsung announces 64GB moviNAND flash, 32GB microSD card
It's been quite a while since Samsung announced the first actual memory device to result from its 30nm manufacturing process, but it's now back with an announcement for another pair of memory products that should both be hitting the market relatively soon. The larger of those is a new 64GB moviNAND embedded memory device, which joins the company's existing 32GB, 16GB, 8GB and 4GB options, and measures just 1.4mm thick while still packing 16 30nm-class 32Gb MLC NAND chips and a controller. That's joined by a new 32GB microSD card, which fully doubles the capacity of the highest capacity microSD cards currently on the market, and is apparently now being sampled by OEMs with mass production slated to begin sometime next month.
Toshiba bolsters 32nm mSATA SSD lineup, your future netbook nods approvingly
We like to think of 'em as the SSDs for the little guys, and we couldn't be happier to hear that they're getting bigger and bigger in terms of capacity. Toshiba introduced the first solid state drives to use the mini-SATA interface back in September of '09, and while those 32nm units were made available in 30GB and 62GB sizes, the pack rats weren't satisfied. Now, the company has introduced a 128GB flavor with an mSATA interface, offering up a maximum sequential read speed of 180MB/s and a maximum sequential write speed of 70MB/s. The 128GB modules are said be one-seventh the volume and one-eighth the weight of 2.5-inch SSDs, and in case that's not enough, the third-generation HG SSDs will bring nearly twice the aforesaid speed and will ship in capacities of 64GB, 128GB, 256GB and 512GB. Hit the source link for all the dirt... except for the pricing, naturally.
Flexible, organic flash memory on tap at the University of Tokyo
If the University of Tokyo has its way, we could be seeing an onslaught of flexible computing devices sooner than you think! Earlier this year the school made some noise with its stretchable OLED prototype and now a research group led by Takeo Someya and Tsuyoshi Sekitani has developed a non-volatile, flexible organic flash memory that may someday be used for large-area sensors, electronic paper devices, and non-volatile memory. Using a polyethylene naphthalate (PEN) resin sheet arrayed with memory cells, the memory can be bent until its curvature radius reaches 6mm without causing mechanical or electrical degradation. As it stands now, the device has a memory retention time of one day -- but the team maintains that this can be "drastically improved by reducing the size of the element and employing an SAM with a long molecular length." Piece of cake, right?
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%
Next-generation SD specification comes to light, 300MBps just around the corner
Believe it or not, we first heard of SDXC nearly a year ago. Aside from a highly guarded chip spotted at CeBIT, though, we've yet to see any of those cards in the flesh. Thankfully for the impatient among us, it seems as if the SD Specification 4.0 is well on its way to being hammered out, with the maximum data transfer rate scooting up from 104MB/sec to 300MB/sec. The actual scheme will also be changing from parallel to serial, with an unspecified amount of pins (more than 9, though) assisting in the speed increase. We're also told that the external dimensions of the cards will remain the same, and that backwards compatibility is of the utmost importance. We're guessing that newer cards will be able to rely on parallel transfers when used on older readers, while newer readers will accept data via the serial scheme; unfortunately, the nitty-gritty details have yet to be made public, but we're hoping for a serious coming-out party at next year's CES.
OCZ needs a name for USB 3.0 solid state drive
That faint sound you can hear right now is the approaching sonic boom of a new portable speedster. OCZ, already the proud patriarch of some pretty radical SSD varieties, has confirmed a new external drive that will hook up via the super speedy USB 3.0 interconnect (whose uncertain future we've discussed here). It's no secret that SSDs tend to get all choked up around current-gen USB or Firewire connections, so we always welcome forward-thinking new drives with open arms. OCZ is still in the process of crowdsourcing a name for its new product, so don't look for specs just yet, but if there are any mysteries left by January, rest assured that CES 2010 will clear them all up.
Samsung slims down NAND memory packaging, wafer-thin gadgets to follow
Good old Samsung and its obsession with thinness. After finally letting its 30nm 32Gb NAND chips out of the bag in May, the Korean memory maker has now successfully halved the thickness of its octa-die memory package to a shockingly thin 0.6mm (or 0.02 inches). The new stacks will start out at a 32GB size, though the real benefits are likelier to be felt down the line when the ability to pack bits more densely pays off in even higher storage capacities. Cellphones, media players and digital cameras will inevitably take the lion's share, but we're hopeful -- eternal optimists that we are -- that this could accelerate the decline of SSD prices to a borderline affordable level. Intel and Micron promised us as much, how about Samsung delivering it?
Super Talent introduces world's first USB 3.0 flash drive
USB 3.0 devices are just now starting to peek their heads out at retail, and it looks as if Super Talent is doing its darnedest to not be left out of the spotlight. Said company has just introduced what looks to be the planet's first USB 3.0 thumb drive (or "RAIDDrive," as it were), promising transfer rates of up to 320MB/sec when relying on a separate UAS Protocol driver with a USB 3.0 port. If you're using a stock USB 3.0 socket, you'll see speeds as high as 200MB/sec, while those bold enough to slam this into a USB 2.0 connector will see it slow to USB 2.0 speeds. There's no mention of a price or release date, but it should ship relatively soon in 32GB, 64GB and 128GB flavors. %Gallery-77281%
Paramount and Kingston team up for movies on flash memory
Movies delivered on memory cards isn't an entirely new development (Sony did it back in the early days of the PSP), but it looks like Paramount and Kingston think the idea is prime for a comeback, and have today announced a partnership that'll see some of the studio's movies delivered on SD cards and USB drives. That gets started with Transformers: Revenge of the Fallen on a (presumably reusable) 4GB Kingston DataTraveler I USB drive that's available right now for $29.99, and will apparently continue with additional movies offered across Kingston's full line of memory cards and USB drives, although both parties are staying mum on any further specifics. There's also no word from any other studios or memory companies just yet, but we can only presume this means slotMovies are right around the corner.
Intel and Numonyx pave the way for scalable, higher density phase change memory
Both Intel and Numonyx have been talking up phase change memory for years now, but for some reason, we're slightly more inclined to believe that the latest breakthrough is actually one that'll matter to consumers. In a joint release, the two have announced a new non-volatile memory technology that supposedly "paves the way for scalable, higher density phase change memory products." Put as simply as possible, researchers have been testing a 64Mb chip that "enables the ability to stack, or place, multiple layers of PCM arrays within a single die," and the two are calling the discovery PCMS (phase change memory and switch). We know, you're drowning in technobabble here, but if these two can really apply Moore's Law to density scaling, you'll be thanking 'em as you pick up your $50 6TB hard drive in 2014.
Samsung invests in Fusion-io, takes relationship to 'a new level'
Specializing in PCI Express-mounted flash storage, Fusion-io has managed to not only survive in these tough economic times, but garner additional investments from some clearly impressed onlookers. Loathe to be left out of the loop, Samsung -- the world's biggest NAND flash manufacturer and also Fusion-io's chief supplier -- has thrown some cash at the young startup company, and declared that the pair are now officially dating. Or, in their parlance, they've agreed to "jointly evaluate technology for new SSD applications." Samsung won't have any board level influence, but providing a reliable supply chain and the clout of its name should ensure that Fusion-io is around long enough for us to eventually be able to afford an ioDrive.[Via PC World]
SanDisk ships world's first X4-based flash memory cards, humans wait for capacity increases
SanDisk was busy trumpeting the benefits of X4 technology way back in February, and now the company's tooting its own horn once more by shipping the planet's first memory cards based on the new tech. For those who've forgotten, X4 can hold four bits of data in each memory cell, which is twice as many as the cells in traditional MLC NAND memory chips. In theory, this stuff will allow for bigger capacities in the flash memory that we so dearly love, but for whatever reason (read: cost concerns), the first X4-based SDHC and Memory Stick PRO cards top out at just 16GB. Wake us up when we can slam a sub-$50 256GB SDHC card into our D90, okay?
Kingston's MobileLiteG2 card reader makes your thumb look huge
There's diminutive, and then there's Kingston's MobileLiteG2 card reader. The second-generation of this here reader supports a wide variety of formats (SD, SDHC, microSD, microSDHC, Memory Stick PRO Duo, Memory Stick PRO-HG Duo and Memory Stick Micro), and it also boasts retractable covers on each side to protect the USB connector and the memory card. At just 2.45- x 1.16- x 0.646-inches in size, there's an 87.425 percent chance that you'll lose this before the MobileLiteG3 comes out, but honestly, that's probably a-okay with Kingston. Those looking to downsize in a big way can order this bugger up for $11 (for the reader itself), $28.50 (bundled with a 4GB SDHC card) or $46 (bundled with an 8GB SDHC card).[Via OhGizmo]
Super Talent's 2TB RAIDDrive shipping next month to the rich and silly
Remember that 2TB PCIe RAIDDrive we peeked earlier this year? Yeah, that was no April Fool's joke. Super Talent's answer to OCZ Technology's Z-Drive is on track to ship next month, shortly after it makes a quick stop by IDF next week. The device slots into one's PCIe bus and utilizes a RAID architecture specifically tailored to work with NAND flash memory. In fact, the outfit has actually boosted the transfer speeds from the 1.3GBps estimate to a 1.4GBps promise. The aluminum enclosure houses four discrete SATA SSDs, with the RAIDDrive GS being the model that tops out at 2TB. For those able to deal with "just" 1TB, there's the RAIDDrive ES and RAIDDrive WS, both of which are detailed further in the read link. No exact pricing has been nailed down yet for the flagship unit, but considering that the 1TB RAIDDrive GS is pegged at $4,999 for OEMs, we'll let your imagination do the rest.
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]
Toshiba's capacious 64GB SDXC card sampling this December, thrilling next Spring
Mmm, storage. With megapixels on the rise and the storage ceiling nowhere in sight, Toshiba has joined the likes of Panasonic and Pretec in announcing an SDXC card of its very own. The 64GB device is expected to begin sampling this December, and if all goes well, it should begin pulling in 35MBps write and 60MBps read rates en masse early next year. In related news, a 16GB and 32GB SDHC card from the company should also hit store shelves early in 2010, but really, who's interested in that?
