PSP2 as Powerful as PS3: Sony

Sony has been telling its licensees (developers holding the SDK and license to develop games for the consoles) that the PSP2 portable console is as powerful as the PS3. Considering the sheer incredulity of Sony's claim, you're better off taking it with a pinch of salt.

Unless Sony has hit a major R&D breakthrough, it's pretty hard to imagine that something rivaling the Cell processor and Nvidia's RSX GPU can possibly be shrunk to the size of a handheld, not without serious thermal implications. What it may, however, mean is that the PSP2 has enough graphical grunt to render eye candy close to PS3 levels over its smaller screen.


Remember, low resolution = low system requirements. Much in the same way the PSP could match the PS2, thanks to a smaller screen. A logical explanation for this move may be to have game developers push the hardware to the limits to set the PSP2 apart from the games found on the iOS and Android platforms. With Unreal Engine 3 based games like Infinity Blade already on iOS, the PSP2 has an uphill task.


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Fujitsu unveils Esprimo FH99/CM, touts it as the world's first glasses-free 3D desktop

After seeing Sharp's 10.6 glasses-free 3D display last September, we left convinced that parallax barrier 3D technology was a long way off from being ready for prime-time, and then we reached for a bottle of aspirin. Demonstrations by Intel and Sony at CES this year proved, however, that a lot can change in four months, and we hope for Japan's collective eye sight that Fujitsu's Esprimo FH99/CM desktop PC follows this trend. That's because Fujitsu claims it's the world's first glasses-free all-in-one, and it's scheduled to launch in the country on February 25th with a whopping $3,100 price tag. All that dough will get buyers a naked-eye 23-inch full HD 3D display plus top-of-the-line features such as a Blu-ray drive with 3D Blu-ray support, a 2Ghz Core i7 processor, 4GB of memory, a 2TB hard drive, and two USB 3.0 ports. There's no word whether the computer will land stateside, but if it doesn't, Toshiba has hinted they could fill the void with a glasses-free 3D PC of its own by late 2011. Still, we wouldn't recommend stomping your 3D glasses just yet.

iriver U100 PMP gets official reveal, P100 and D2000 leave something to the imaginatio

The teases over at iriver are ready to show you what they've got: the neon-colored U100. We reported on the PMP, along with the P100 and the D2000 last month, but it looks like iriver is going to leave us guessing on the last two. The U100 sports a 3.1-inch (320 x 480) touchscreen, up to 16GB of internal memory, WiFi, microSDHC, and an FM tuner for those who still listens to the radio. It plays 720p video and touts 50 hours of battery life for audio playback and 11 hours for video. iriver isn't ready to give us all the details quite yet -- an official release date and pricing are still under wraps -- but they have provided another video to keep us interested. Hit up the source link to see for yourself.

KFA2 NVIDIA GeForce GTX 460 WHDI graphics card is first to go wireless

What you're looking at is the world's first wireless graphics card affectionately dubbed the KFA2 (aka, Galaxy) GeForce GTX460 WHDI 1024MB PCIe 2.0. The card uses five aerials to stream uncompressed 1080p video from your PC to your WHDI enabled television (or any display courtesy of the bundled 5GHz WHDI receiver) at a range of about 100 feet. Otherwise, it's the same mid-range GTX 460 card we've seen universally lauded with 1024MB of onboard RAM helping to make the most of its 336 CUDA cores. Insane, yes, but we'd accept nothing less from our beloved graphics cards manufacturers.

World's first room-temperature semiconductor plasmon nanolaser created by Berkeley scientists

We're big proponents of the idea that everything is better with lasers, and a team of researchers at UC Berkeley has created a new type of semiconductor plasmon nanolaser, or spaser, that could eventually find a home in many of your favorite devices. The big breakthrough is that Berkeley's spaser operates at room temperature -- previous spasers could only sustain lasing at temperatures below -250° C -- enabling its use in commercial products. Plasmon lasers work by amplifying surface plasmons, which can be confined to a much smaller area than the light particles amplified by conventional lasers. This allows for extreme miniaturization of optical devices for ultra-high-resolution imaging, high sensitivity biological sensors, and optical circuits 100 times faster than the electronic variety. There's no word on how soon the technology will be commercially available, so you'll have to wait a bit longer for your first laser computer.

Modu closing up shop in February

Looks like the bad news just got worse for Modu fans. According to reports from Israel, Modu, maker of impossibly small modular handsets, will be forced to close its doors in February as it attempts to payback debt and the salaries owed to its workers. Ironically, the news will likely spark an increase in demand as nerds battle to curate an elusive Modu W for their vintage gadget collections.