Despite its shortcomings, we were pretty into the original Drobo when it was launched about a year ago. Not only is it crazy easy to set up and get running, but being able to swap out drives and continuously expand your storage pool without completely replacing your array is obviously advantageous compared to traditional RAID arrays. So it kind of goes without saying that we were stoked to hear Data Robotics was launching a new Drobo, which promised FireWire 800, and quieter, faster operation.

We were kind of hoping they'd get it over with and build in Ethernet (or at least WiFi) connectivity instead of continuing to charge an extra $200 for the DroboShare add-on -- that it comes without left us with some mixed feelings. But then again, this new model doesn't cost any more than the first-gen product ($500), so we can't hold it too much against 'em -- and as we found, it is a fair amount faster (and significantly quieter) than its predecessor. Read on for more.

For those whose major complaint about the Drobo was its lack of FireWire 800, today's your day. The new version of the virtualized-storage device features the much requested interface (and a second port for daisy-chaining), but despite the fact that it still lacks built-in Ethernet / WiFi, it does come equipped with an upgraded processor to better take advantage of FireWire 800's higher throughput, as well as a much larger, quieter case fan. Data Robotics claims their new model can achieve data transfer speeds of more than 2x over the original model, as well as outperform ReadyNAS and LaCie models (in RAID 1/5) when tested with identical drives.

The price stays the same at $500 for the device itself, and (as before) you can buy it bundled with two 1TB drives (for $900) or four 1TB drives (for $1,300). For those waiting for the price to dip even lower, Data Robotics is also clearing out inventory on its earlier model; until they sell out, first-gen Drobos will be going for $350, or $750 and $1,075 bundled with two and four 1TB drives, respectively.

So LAPTOP magazine published a report confirming what most people already believe to be true about SSDs (that is, before last week when SSDs supposedly hit the fan): they use less power than traditional drives. Apparently they got up to 20 minutes more battery life when testing an SSD against a platter-based drive in an Eee PC and Gateway T-6828 (which jibes with our own experiences using SSDs in laptops), but if you ask us, the discussion seems a little moot. SSDs perform way faster and are far better suited to portable computing where drives are moved, bumped, and jostled -- the power savings is great, but the speed and reliability are still our top two reasons for going SSD.

Nanowires being used for memory is hardly a new idea, but a group of researchers at the University of Pennsylvania seem confident that they've found a way to leapfrog the competition, and shake up storage devices as we know them. Unlike other nanowire-based memory methods, their system employs a non-binary form of nanowire memory, which makes it possible to store three bit values (0, 1, and 2) instead of the usual two (0 and 1) -- crazy talk, we know. That, the researchers say, allows for a "huge increase" in memory density, with fewer nanowires needed to store the same amount of information as a binary nanowire-based memory system, which'd also make the actual devices smaller. Of course, that's assuming any of this stuff actually gets out of the lab, which seems to be a long ways off at best.

[Thanks, Dwight]

If you were shaken to your very core at the recent report that SSDs may not be as power-friendly as you'd been led to believe, drive-maker STEC wants to talk you down from the ledge. According to the company's Patrick Wilkison, the Tom's Hardware article which benchmarked (and gave failing grades) to power-consumption of the non-mechanical drives was flawed because, "They are using legacy drives, none of which will be used by any major PC OEM." According to Patrick (whose job, you might note, is to sell SSDs), new versions of the drives will / do have intelligent power management which circumvents the issues that report shed light on. Wilkison goes on to say that, "Drives will need to have very intelligent power management systems. Some of these SSDs will have them, and those (that) do not have such power intelligence will not be used (by PC makers)." So it's sort of like saying a car you buy in the future will get better gas mileage than the one you own now, provided the automaker cares about fuel efficiency. Small solace, we'd say.

Update: We've gotten a statement from Micron concerning the report -- you can check it out after the break.

Just when solid-state drives were about to catch up to the spinners, Hitachi has gone and announced that it is working on a 5TB hard drive. It says the drive should be available by 2010 in a 3.5-inch format and will use perpendicular CPP-GMR tech to achieve some serious density. Just to show off, Hitachi's Yoshiro Shiroishi pointed out that the human brain has been estimated at (only?) around 10TB. So there we have it -- we're halfway to intellectual obsolescence. Don't say we didn't warn you!

[Via TechDigest]

Before you start having a complete panic attack, let us inform you that this whole fiasco actually took place last year, but as these things have a way of going, it's just now coming to light. Reportedly, a 33-year-old captain in the Ground Self-Defense Force ganked a USB flash drive (along with ¥2,000 [$19] and a ¥10,000 [$94] airline coupon) and proceeded to "dump it." Aside from the laughably small amount of cash and prizes this guy accepted, the unfortunate part of all this is what resided on the flash drive: troop deployment maps used in Japan-US military exercises. Worse still, we get the idea that said USB key is still out there somewhere undiscovered (or unrevealed), so if you happen upon one with all sorts of undecipherable schematics on there, now you know what's up.

[Via The Register, image courtesy of University of Texas]

Nyko's got a knack for delivering some of the ugliest, most preposterous third-party peripherals on the planet, yet -- for whatever reason -- we can't help but love 'em. The latest abomination from the outfit that begins to grow on you almost immediately is the Media Hub for PlayStation 3. For those that went cheap on the 40GB PS3 and missed out on a multicard reader and the full array of USB ports, this here adornment presumably connects to one of those USB sockets and adds three more while tossing in the card reader you've so dearly missed. Thankfully, Nyko's only charging $19.99 for this, so you should be okay even if your ship has yet to come in.

[Via Joystiq]

Looks like Data Robotics just started up their Drobo Developer Community (DDC) and SDK program, kicking off on their eventual goal to let users develop their own apps and servers for their Drobo storage device. For the first "DroboApp" and proof-of-concept, they've already whipped up a working UPnP / DLNA server for streaming audio and video content directly from the Drobo to compliant devices (like the Xbox 360 and PS3, for example), and they hope the early beta offering will spur the community into developing drop-in servers for things like iTunes music and AFP, Rsync, FTP, web, BitTorrent, and anything else you can think up. (One Linux developer has already ported the Drobo Dashboard app to Linux using the SDK).

The DroboApps themselves are compiled for Linux, stored on the Drobo, added via drag and drop into a simple directory on the file system, and run on the Linux-based DroboShare hardware (meaning you won't be able to take advantage of DroboApps with a bare Drobo). Exciting stuff for the storage geeks in the house, especially those looking for some of the extensibility of Microsoft's Windows Home Server platform

Daaaamn, talk about clout. If DigiTimes' sources are correct, then Samsung, the world's primary supplier of flash memory, just told its non-Apple customers to suck it in favor of a "large batch of orders" it received from Cupertino. The order is said to be for 50-million "8Gb-equivalent" (we assume they mean gigabyte, or GB) NAND chips "mainly for use in Apple's iPhone." This order follows a June procurement for 25 million of the same chips. In response, Samsung has reportedly told its lesser customers that it would "sharply cut supply" of NAND to them while the order is being fulfilled. The shortage is compounded by Samsung lowering its manufacturing output in April and May in an attempt to reduce oversupply. Still, if these numbers are true (they seem high and DigiTimes can be hit or miss with its Apple sources) then the world is about to be awash in iPhone 3Gs come July 11th.

Update: We've given the Gigabits vs. Gigabytes a bit more thought. If it's 50 million 8Gbit chips as stated, they would divide evenly across about 2.1 million 8GB iPhone 3Gs plus another 2.1 million 16GB models. A reasonable production run for Apple's global launch but an order which shouldn't be so taxing on Samsung's production capability. Something doesn't add up.

For budding audio / video editors that can't stand to leave home without a RAID setup in tow, you should probably give Sonnet's incredibly mobile Fusion F2 a look. This portable SATA RAID solution now tops out at 1TB (a 640GB model is also available) and features an eSATA connector, fanless design and compatibility with Sonnet's Tempo SATA ExpressCard/34 card. Within the 1.22-pound, 5.9- x 6.2- x 0.72-inch enclosure, you'll find a pair of 2.5-inch 7,200RPM HDDs that are able to deliver 134MB/sec read and write rates. Word on the street places a $995 price tag on the 1TB edition, which is all set to ship "early this month."

[Via Macworld]

If you just shelled out some pretty pennies for the a high-speed, low-power SSD, Tom's Hardware may have stumbled onto some findings that won't sit well. According to a rigorous benchmarking session, they discovered that not only do the drives not save you battery power... they eat more of it. How is this possible you ask? Well mechanical drives only hit peak drainage when the actuator has to move the heads, whereas SSDs use full power whenever they're in use, so the end result is actually a diminished efficiency. What that means is that the hype over "green" drives may be just that: pure hype. On the other hand, you're still getting a drive with no moving parts, which at least makes your data more secure, if not more eco-friendly.

[Via Eeeuser; Thanks, Tony]

¡Aye carumba! OCZ Technology just made us do a double take this morning with the introduction of its all new Core Series SATA II 2.5 SSDs. Hailed as the "world's first truly affordable high-performance SSD for consumers," these drives check in at $169 (32GB), $259 (64GB) and $479 (128GB), which -- as you undoubtedly recognize -- are amazing price points. Each unit utilizes NAND flash technology, possesses a 1.5-million hour mean time before failure and delivers 120 - 143Mbps read / 80 - 93Mbps write speeds. The sub-0.35ms seek times are also worthy of a tip of the hat, and the low power consumption just makes things unnecessarily sweeter. OCZ doesn't mention a definitive ship date, but we're hoping that "available" mention means "right now."

[Via Electronista]

Western Digital's hasty VelociRaptor already got reviewed by its lonesome, but for those thinking of getting a RAID system into their rig, HotHardware has taken a trio of 'em, setup a RAID 5 array and put the drives through their collaborative paces. The configuration was made possible thanks to an Areca PCIe X8 hardware RAID card, and the results were rather impressive -- to no one's surprise, might we add. Across the entire volume, performance was generally linear save for a few small valleys along the way, burst speed was 598MB/sec and average read speed was 209.4MB/sec, which pretty much blew the doors off of everything that came before it. Number lovers, there's more where this came from in the read link below.