We've long since known that MSI was a fan of overclocking. After all, just about every last one of its gaming notebooks come with one-button OC'ing courtesy of the Turbo Drive Engine technology. Now, it seems that the company is giving the spoils once reserved for the Crysis crowd to those with netbooks, or more specifically, the Wind. The freshly released (and absolutely official) v1.09 BIOS update enables simple overclocking by mashing Fn+F10, giving users the ability to push things 8%, 15% or 24% beyond their normally specified limits. Electric Feel over at ElectricVagabond has found that the update provides up to a 30% boost in performance, which he claims is quite noticeable in processor-intensive apps like Photoshop. You know you're dying to give your Wind a little lift, so hit the via below for the step-by-step of getting this installed.

Alright Minneapolis, you've had your fun. Now it's time for another swath of Comcast markets to indulge in the lavish joys that only DOCSIS 3.0 can provide. For those unaware, the aforesaid technology enables 50Mbps internet to be delivered over the cable company's infrastructure, which brings it up to speed (ahem) with offerings by fiber-based carriers Verizon and AT&T. In the next few weeks, the DOCSIS 3.0-based "Extreme 50" option will bring 50Mbps down / 5Mbps up to subscribers in parts of New England, Philadelphia and New Jersey. Better still, the company announced its intentions to bring the $139.95 per month service to ten other big markets where it will reach "about 10 million homes and businesses in the next few months." Oh, and if that's just too much intarwebz for you to handle, an "Ultra" 22Mbps downstream service will be available for $62.95 per month.

[Via Reuters, image courtesy of TheRedWoodMotel]

Yesterday was a pretty big day for Sprint (along with a number of laptop manufacturers), as America's had its first major glimpse at widespread WiMAX. A few other tidbits lingering from the mayhem were the obligatory speed tests -- which were decidedly average -- and what's believed to be a prototype Aspire One with inbuilt WiMAX capabilities. Said netbook was residing within an Intel-branded van, and while it wasn't made clear if Acer had any plans of bringing such a beast to the commercial realm, the folks at Laptop found the WiMAX surfing to be respectable, but not mind-blowing, as the New York Times homepage took around 15 seconds to load completely. Mr. Dave Zatz was able to pull down around 4,600kbps (and 1,519kbps up) in an impromptu speed test, while Kevin over at jkOnTheRun only managed 3,435kbps down / 1,555kbps up. As always, YMMV.

Read - Hands-on with WiMAX-enabled Aspire One
Read - XOHM Speed Test I
Read - XOHM Speed Test II

While not the most mesmerizing news to flow from 2008's Intel Developer Forum, this is a welcome piece for anyone who appreciates hasty transfers. The Serial ATA International Organization (SATA-IO) has announced that the partially complete SATA Revision 3.0 specification will eventually double data transfer rates to 6Gbps. This week's release gives the green light to developers to begin designing products based on said tech, though the finalized paperwork won't be ready until later this year. On a related note, the same consortium has announced the formal launch of its certified logo program, which will enable consumers to easily recognize when a product has passed SATA-IO interoperability testing and is a bona fide SATA 6Gb/sec-enabled device. Enough chatter -- wares, please?

[Via SmallNetBuilder]

Read - SATA 3.0 specification
Read - SATA-IO certification logo

Indilinx just recently caught eyes with its Barefoot solid state drive controller, which has reportedly shown a read speed of 230MB/sec. Merely days later, it's already talking about the next best thing. Said firm, along with Mosaid, is preparing for a third-generation of the controller for the SATA 3 interface, which will provide a mind-boggling 600MB/sec. Unfortunately, no other details were provided, but just in case you were terrified that the internal drive you purchase in 2013 wouldn't transfer files any faster than the one you're using now, at least you've one less worry on your mind.

[Thanks, Johnny]

With SSDs, there really is no "fast enough." In the never-ending quest for more speed, Indilinx has just introduced its Barefoot solid state drive controller with 90-nanometer process technology. Said device has reportedly shown the "fastest read speed (230MB/sec) of all the products currently available in the market and supports the capacity up to 512GB with multi-level cell (MLC) NAND flash." Additionally, it plays nice with SATA 2.0 and flash memory from Samsung, Toshiba, Hynix and Intel / Micron. Sadly, mass production isn't scheduled until Q4 of this year, so now you can sit on that vanilla HDD even longer as you wait for the future to arrive. Ugh, what a tease.

Texas Memory has been around longer than most of you readers have been alive (or so we're told by our resident omniscient overlord), but it's been quite awhile since it was talked about freely in the same breath as WD, Fujitsu, Samsung, et al. Now, however, the company is making the rounds once more thanks to its "record setting" RamSan-440, which provides between 256GB and 512GB of RAM-based SSD storage, 600,000 IOPS, 4,500MB/sec random sustained external throughput and latency under 15-microseconds. The entire rig arrives in a 90-pound 4U rack-mount enclosure and claims to be "the first SSD to use RAIDed NAND flash memory modules for data backup." Chances are, you were already bracing to hear a pretty ludicrous figure when it comes to pricing, but $150,000 for the 256GB edition and $275,000 for the 512GB iteration? Please -- we'll take a Lightning GT, thanks.

[Via DailyTech]

Every so often, we get wind of some new "breakthrough" from a few guys / gals in a lab that promises to simply revolutionize the web. A team from the University of Sydney is the latest bunch to do so, claiming that a piece of scratched glass (or a Photonic Integrated Circuit, if we're being proper) could enable internet speeds 60 times faster than "current Australian networks." Essentially, the "circuit uses the scratch as a guide or a switching path for information," and the resulting product is "photonic technology that has terabit per second capacity." Call us when you folks get everything ironed out -- we'll be over at Sigbritt Löthberg's house.

[Via The Future of Things, thanks iddo]

We've always heard that Chewbacca and friends had the power to control nanoscale strain in processors in a galaxy far, far away, but we Earthlings are just now getting caught up. Researchers at the Centre d'élaboration de matériaux et d'études structurales (CEMES-CNRS) have reportedly patented a measurement device that will essentially "enable manufacturers to improve microprocessor production methods and optimize future computers." We'll warn you, the meat of this stuff is pretty technical, but the take home is this: the technique has a good chance at "optimizing strain modeling in transistors and enhancing their electrical efficiency," which is just what we need for more potent chips that demand less energy. And that's something even a layman can appreciate.

Chances are, you could think of a million and one ways to totally take advantage of having a 40Gbps internet connection installed in your abode, but for one Sigbritt Löthberg -- who actually had such a setup -- she chose to take advantage of it in quite a perplexing way. Reportedly, the 75-year old dame wasn't too interested in downloading an entire HD film in two seconds or having ping times more minuscule than the brain can fathom; rather, she chose to use the excess heat emitted from all the kit shoved in her house to "dry her laundry." Unfortunately, the poor lady has had the gear removed from her domicile for further testing in another location, but according to Hafsteinn Jonsson, who is heading up the fiber network operation for Karlstad Stadsnät, they're considering "giving her a 100Gbps [link] in the summer -- then she'll be able to dry all her neighbors' laundry too."

[Image courtesy of TheRedWoodMotel]

Just think -- this time next year, we'll all look back at this milestone and wonder how on Earth we thought it was impressive. For now, however, we wouldn't blame you for high-fiving everyone around, as NTT DoCoMo has stretched the boundaries again with a recent Super 3G field test. Reportedly, the outfit was able to record "a downlink transmission rate of 250Mbps over a high-speed wireless network in an outdoor test of an experimental Super 3G system," and while it's not quite the 300Mbps we'd heard about before, you won't find us kvetching. If all goes to plan, the firm is hoping to "complete development of the technologies required for the eventual launch of a Super 3G network" by 2009, but who knows how long we Americans will have to wait to indulge after that.

If you'll recall, the IEEE gave the all important thumbs up to 100G as the next Ethernet speed, and while we've seen such a milestone met on the Internet2, Verizon's looking to bring it to the masses in just twelve short months. According to Fred Briggs, Verizon Business' executive vice president of operations and technology, the firm is aiming to "deploy 100G network capabilities over all its major routes within the United States." Verizon actually tested out its 100Gbps capabilities last year on a video transmission from Tampa to Miami, Florida, and apparently, the results "showed that it could deploy 100G on routes and not disrupt current wavelengths." Granted, we wouldn't expect many consumers to actually be able to take advantage of all this speed right away, but even if you're not down with (or nearby) any of Verizon's forthcoming offerings, there's always DOCSIS 3.0.

[Image courtesy of Futurenet]

Flash memory just keeps getting bigger, faster and more irresistible -- and that's just the way we like it. Now, the Open NAND Flash Interface (ONFi) working group is announcing the availability of the 0.9 draft of the ONFi 2.0 specification to member companies, which is a tell-tale sign that the updated spec will be officially loosed in just two months. What's important here is the newly defined NAND interface, which promises to deliver up to 133MB/second compared to the 50MB/second that the legacy NAND interface is limited to. As if that weren't enough to get you all jazzed up, ONFi 2.0 will also be backwards compatible, and infrastructure is reportedly in place to "reach 400MB/second in the third-generation." And just think, soon you'll be chuckling at yourself for asserting that 133MB/sec was "quick" -- onwards and upwards, we say.

Cobra, never a company to let you down when you need that special kind of radar that they provide (the ticket avoiding kind), has introduced the US's first GPS-locator equipped radar detector, the XRS R9G -- just like they said they would. What does a radar detector need GPS for? Well, this one holds a database of speed and red-light cameras, warning you when you're approaching so you can ease off the gas pedal, save a few lives, and not get yourself a nasty, nasty ticket. "Across the country, the number of speed and red light cameras is growing exponentially," says Tony Mirabelli, senior vice president of marketing and sales at Cobra, adding, "Now drivers can stay alert no matter where they travel." The company plans to further augment the detector's capabilities with alerts for "black spots" (high accident zones), as well as school and construction alerts. The XRS R9G is available now, retailing for $449.95.

Looks like minuscule RC cars aren't the only alternatively powered vehicles trying to break 200 miles-per-hour, as Ford just became the "world's first automaker to set a land speed record for a production-based fuel cell powered car." The whip used to set the bar, of course, is none other than the Fusion Hydrogen 999, and it reportedly reached over 207 miles-per-hour at the Bonneville Salt Flats in Wendover, Utah without using a drop of gas. Apparently, Ford is hoping that this showcase of speed will somehow translate into advancements that will help us common folk get to work and back sans gasoline, and while we've no idea when a fuel cell propelled Cobra will roll off the line, it did note that a number of fuel cell propelled Focus vehicles were still burning down the roads as part of an ongoing study.

[Via AutoblogGreen]