Tuesday, March 16, 2010

T-Mobile HSPA+ Speed Test: 3G Gets Pumped Up to 21Mbps [Tmobile]

Source: http://gizmodo.com/5493830/t+mobile-hspa%252B-speed-test-3g-gets-pumped-up-to-21mbps

Streaming HD video. Uploading gigantic files. Surfing the web comfortably. These aren't things you'd normally expect on 3G. But T-Mobile's beefed up HSPA+ network, which I tested recently in the first city to launch, handled these tasks beautifully. Simultaneously.

While the other carriers are looking past 3G to 4G technologies—Sprint with its WiMax already up and running, and AT&T and Verizon banking on LTE—T-Mobile is the one doing the most to upgrade the 3G network it already has in place. Overhauling their existing HSPA 3G network to HSPA+ promises theoretical speeds of 21Mbps—three times faster than the 3G we know and don't quite love.

In my testing throughout Philadelphia, the first city to get the upgrade, I found that I was routinely getting triple the speeds we expect from 3G nationally—take a look at our nationwide 3G megatest if you need a refresher—with the HSPA+ network averaging in the high 3Mbps range and peaking at 7.81Mbps in one location.

The 3x jump makes a big difference. Consistently averaging download speeds in the high 3Mbps range might not seem like a terrific improvement, but in practice it puts the experience a lot closer to the broadband you take for granted at home than the crippled access you're often stuck with on 3G. And I really tried to push the HSPA+ network by using the internet the way I would at home, at my most extreme. At one point, I was uploading a several-hundred megabyte file to FTP briskly (around 150KB/sec), downloading a torrent even more briskly (~350KB/sec), and still loading web pages quickly and all at once, instead of piece by frustrating piece. At the end of the day, when I was done with all my testing and just catching up with the stuff I follow on the internet, I didn't immediately ditch the 3G and jump back on Wi-Fi. I didn't feel the need to.

Philadelphia is the first city to get pumped up to HSPA+, though T-Mobile is aiming for coverage in major cities across the nation by the end of the year. Since it's not a new network, just an expansion of their current one, many customers who live in areas with HSPA+ coverage will see improvements in speed with the gear they're using right now. Anything that's HSPA 7.2 compatible—that includes HTC HD2, myTouch, Moto CLIQ, Moto CLIQ XT, Samsung Behold II, HTC Touch Pro 2, Dash 3G—will notice snappier speeds. But to really see things crank, you'll need a dedicated HSPA+ device, and T-Mobile's first is the webConnect Rocket USB stick. I tried out the Rocket, which works with Mac and PC, all over Philly, and was impressed with the results.

I tried the same tests we used in our nationwide 3G test: several runs of speedtest.net, several timed page loads of the Wikimedia Commons Hubble page, and several timed loads of a big Hubble image itself.

Here's where I went. Some of the places were suggested by T-Mobile as optimal testing spots—and cheating or not, I followed them in search of the biggest bandwidth readings. But even when I was off on my own, I found that my speeds rarely dipped to levels currently attainable by standard 3G, and were often, as you can see, much much faster, including latency under 100ms at almost every location.


View Philly HSPA+ Testing in a larger map

The webConnect Rocket USB stick is on sale now and can be purchased for $99 with a 2-year contract or $199 without one. With the contract, you get T-Mobile's EvenMore Data Plan, which will run you $59.99/mo for 5GB data or $29.99/mo for 200MB data, and without it the Rocket gets the EvenMore Data Plus Plan, costing $49.99/mo for 5GB and $19.99 a month for 200MB. If you pay full price up front, the stick pays for itself in 10 months, which might be a good deal, as it's just about how long HSPA+ will enjoy its mobile broadband crown until AT&T and Verizon start deploying LTE in 2011.

That 5GB data cap, however, could be a problem. With the 3G speeds we're used to just surfing the web can be a chore. Downloading big files or watching HD video were usually out of the question. But since the HSPA+ feels like your broadband at home, it's easy to treat it that way, and I can imagine users racking up 5GB dangerously quickly. By my back of the napkin calculations, at the speeds I saw, it'd only take about 4 hours of continuously downloading files to eat up your month's allowance. I forsee customers clamoring for beefed up plans to match T-Mobile's beefed up network.

T-Mobile says they are planning "broad national deployment" for HSPA+ by the end of 2010 and will be naming specific cities at the CTIA conference starting next week. How aggressively they roll out the upgrades will determine the fate of HSPA+, if it emerges as a worthwhile pre-4G alternative or if it falls to the footnotes of mobile broadband history. But if you have the need for speed and HSPA+ makes its way to your city, it's definitely worth your attention. It's so fast, you might forget it's 3G.

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Storing Your Data For a Billion Years [Memory Forever]

Source: http://gizmodo.com/5494422/storing-your-data-for-a-billion-years

As concerned as we are about memory, we haven't done much to preserve it. Most of our hard drives don't last past 30 years. But soon, using diamond-like carbon nanotubes, even your Gizmodo comments could last practically forever.

The solution, discovered by researchers at the University of California, takes an entirely new approach to data storage. The proposed device would place a microscopic iron crystal inside a carbon nanotube. With the application of an electric signal of just a few volts, the iron nanoparticle moves back and forth along the tube, registering a binary "1" or "0" depending on its position, basically acting as data bits.

While it's a theoretical solution right now, the scientists who created it are confident that we'll someday see a practical application. And when we do, because of the project's nanoscale nature, we may be able to store 25 DVDs' worth of information on a postage stamp-sized storage device.

The prospect of billion-year storage is fascinating and a little terrifying. Do I want researchers ten thousand years from now combing through my drunken tweets? Actually: maybe. Because when our robot overlords comb through the records and find this post, they'll know that I've always been fully supportive of their cold, steely, logical reign. [Science via Wired]

Memory [Forever] is our week-long consideration of what it really means when our memories, encoded in bits, flow in a million directions, and might truly live forever.

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Is There an iPad Cinema In Your Future? [Apple]

Source: http://gizmodo.com/5494787/is-there-an-ipad-cinema-in-your-future

Apple seems to have a projector fetish lately. They have been filing projector-related patents left, right and center. The latest one describes ways to incorporate micro-projectors in many Apple products, from iPhone to MacBook to an Airport Express wireless router.

The new patent also explains how to use a peripheral device—like the iPhone—to control and calibrate these micro-projectors. One of the methods also describes a projector that could be shared simultaneously by several devices over a wireless network, providing a virtual switching system in which anyone around a meeting table would be able to take control over the device.

Would the next generation iPhone have a micro-projector? The next MacBook? Would there be an iPad Cinema? The latest may seem too much, since the iPad itself is already a good content sharing device for two or three people. The iPhone, however, seems like a good fit for both gaming, TV shows, movies, and business presentations. So is the MacBook, or an Airport Express that could be moved around the office, and be shared by multiple iPhones on the go.

In any case, the idea definitely seems appealing from a technological point of view: I've always wanted to pull a little Princess Leia—asking Obi Wan Kenobi for help—out of my pocket. I certainly can imagine myself using it for gaming or a business presentation. But that would be something occasional, which means I wouldn't pick an iPhone with projector over an iPhone without projector if any significant price difference existed. In addition to that, these devices will be limited by ambient light and power consumption in relation to the device's lumens. At least for the time being. Maybe Apple is just covering their butts, waiting for this technology to be mature and ready.

Would you want MacBook with an integrated projector? An iPhone? A new iPad? Tell us in the comments. [Patently Apple]

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AUO's 65-inch 3D HDTV panel headed for the conveyer belt in 2H 2010, boasts polarized specs

Source: http://www.engadget.com/2010/03/16/auos-65-inch-3d-hdtv-panel-headed-for-the-conveyer-belt-in-2h-2/

While it might have been a pipe dream back in '09, Taiwanese display manufacturer AU Optronics is firmly committed to blasting our eyeballs in 2010, with a monstrous 65-inch HD LCD panel ready for all the 3D and pseudo-3D content (we're looking at you, G-Force) you have on offer. AUO isn't hedging its bets on this one, either; at FPD China 2010, the company announced that they're using a polarized solution with cheap, $2 to 3 glasses to generate the 3D effect. Sure, polarized is the preferred method for most theatres, but it's often more expensive than active shutter tech for an in-home user -- and can come with some serious visual tradeoffs like permanent ghosting or halved vertical resolution. We won't know for sure until we get hands-on, but either way, expect to see AUO's panels in a branded 3D HDTV near you early next year, or just a few months before HDI drops a 103-inch monster of its own.

AUO's 65-inch 3D HDTV panel headed for the conveyer belt in 2H 2010, boasts polarized specs originally appeared on Engadget on Tue, 16 Mar 2010 05:16:00 EST. Please see our terms for use of feeds.

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Kingston's 2,400MHz HyperX memory kit offers the world's fastest Intel-certified RAM

Source: http://www.engadget.com/2010/03/16/kingstons-2-400mhz-hyperx-memory-kit-offers-the-worlds-fastest/

For those among us finding it hard to decide what blisteringly fast DDR3 sticks to pair with their Core i7, Intel has decided to do its own compatibility certification list (see link below). And since the happiest memory maker is usually the one atop the pile, we have to imagine Kingston is feeling pretty sunny right now, as its 2.4GHz HyperX memory kit has scooped the top spot away from Corsair's 2.33GHz offering. Running at 1.65 volts and offering 9-11-9-27-2 timings, this is now officially the RAM to own if you're after headline-grabbing stock speeds. We also love the fact Kingston acknowledges "benchmarkers" as a distinct group alongside gamers and enthusiasts -- finally some appreciation for those misunderstood souls. Whatever you describe yourself as, you'll be able to get on the latest speed bandwagon in the second quarter of this year. Full PR after the break.

Continue reading Kingston's 2,400MHz HyperX memory kit offers the world's fastest Intel-certified RAM

Kingston's 2,400MHz HyperX memory kit offers the world's fastest Intel-certified RAM originally appeared on Engadget on Tue, 16 Mar 2010 05:54:00 EST. Please see our terms for use of feeds.

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