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This October, the G92 core announced its arrival and has got with it the new 65nm fab process, PCI-e 2.0 support, along with enhancements for Multisampling and Supersampling. We received a sample of the Geforce 8800GT card from Nvidia and put it through a rigorous 7-day regime of benchmarks, games, and some more benchmarks.
G92: A New Beginning
The G92 is the first Nvidia GPU to sport a 65nm fabrication process and is also the first to support the PCI-e 2.0 specification that will give a bandwidth of 8 GB/s (bi-directional) with an X38 motherboard. It promises enhanced graphics using MultiSampling and SuperSampling with integrated PureVideo 2 and claims to supports a resolution of 2560x1600. On the HD-Video front, it has onboard HDMI capability and can decode H.264 HD-Videos, but it doesn't seem to be able to decode VC-1 just yet.

Apart from all the flimflam in the media brochures, here's what's new.
Well, for starters, with the new 65-nm fab for the G92, the die's surface shrinks by around 33% as compared to a G84, but the surface area increases two-fold. It uses 754 million transistors (a lot more than the G80's 681 million). A big chunk of these additional transistors power PureVideo 2. It features 112 stream processors (as opposed to the G80's 128) but the texturing units see a jump from 48 to 56 (thus helping with Multisampling and SuperSampling).

The ultra high resolution 2560x1600 support will be more of use to designers than gamers; atleast for now. Maybe an 8800GT in SLI setup would be appropriate for gaming in that resolution.
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