Monday, December 17, 2007

NVIDIA reveals GeForce 8800 GTS 512MB

Not even two months after NVIDIA tempted gamers on a budget with the GeForce 8800 GT, the outfit has loosed a new beast just in time for those eleventh hour holiday shoppers. Based on 65-nanometer fabrication, the 8800 GTS 512MB boasts 128 stream processors, twin dual-link DVI ports, PureVideo HD technology, DirectX 10 support, a 650MHz core clock / 970MHz memory clock and hardware decode acceleration for smooth playback of "H.264, VC-1, WMV and MPEG-2 HD and SD movies." According to the company, this card provides some 25-percent more processing power than NVIDIA products previously offered at the same price point, which, if you're wondering, is around $299 to $349.

[Via HotHardware]

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DisplayLink, Alereon intro wireless USB video card reference design

DisplayLink's certainly no stranger to wireless monitors, but it now looks set to push the technology even further along, with it and Alereon trotting out a new reference design for a wireless USB video card (and corresponding monitor adapter). That'll apparently let you use a monitor at a distance of up to three meters, with a throughput of 120-150mbps and lossless compression ensuring that "the image users see is the same that they'd get with a wired monitor," according to Wi-Fi Planet. What's more, you should also be able to use up to six displays at the same time, "theoretically," although DisplayLink admits that gamers likely won't be satisfied. While this is just a reference design, DisplayLink says the final adapter set should run between $150 and $250 when its released in the spring, while monitors with the technology built-in will apparently demand $150 "or more" than a comparable non-wireless model (those are expected in mid-2008). [Via DailyWireless]

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Toshiba's 15-nm process hints at 100Gbit NAND chips: 6x current densities

We won't pretend to be experts in NAND fabrication so we'll keep this short. Toshiba just showed their 15-nm processes which allows for the production of 100Gbit NAND flash chips in 4 years time. That is, if they can develop the technology for manufacturing -- no easy task. Compare that to those 16Gbit chips manufactured from 50-nm and 52-nm processes due for release next year, and you'll understand why physicists are in such a tizzy over the announcement. [Via Impress and The Inquirer]

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7-year old Gordy Moore travels through time, invents Penryn

Ever wonder how Intel achieved their impressive 45-nm manufacturing process behind Penryn? Twas kid's play according to a new video posted on Intel's YouTube channel. Take a bit of Core45, Hi-K, and Metal Gate. Stir it up with a pinch of Hafnium and silicon flakes and you've reinvented Intel transistors. Gordy you did it! Good Job. Video for true geeks only after the break.

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Pentagon prepping non-lethal "light and sound" weapon

Blissfully unaware that it's up against a generation raised in the sensory madhouses known as techno clubs, the Pentagon is reportedly working on a non-lethal weapon that utilizes light and sound to sicken and disorient targets. Like Homeland Security's "pukelight," the so-called Distributed Sound and Light Array Debilitator being developed by Penn State's Applied Research Laboratory is meant to induce a feeling of nauseousness, in this case combining light patterns with "aversive noises." So yeah, like we said, sounds pretty effective unless you happen to run into a group of insurgents hardened by years of all-night raving and the accompanying neurological damage.

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