Despite having the same five vertex shaders and 256-bit memory interface, the GS has 12 pixel pipelines, four fewer than the 6800 GT. Yet, nVidia claims that the GS is faster than the GT. How is this possible? This is due to the GS possessing much greater clock speeds, with the reference card running at 425MHz core and 1GHz memory, compared to 350MHz, 1GHz for the standard GT. The reason nVidia is able to push the cards clock speeds is due to the fact that the GS is now based on nVidia NV42. This means that it’s now a native PCI Express part built on a 110nm process, rather than the 130nm process of the GT with an AGP to PCI Express bridge.
The GS does what it says on the tin, offering GT class performance but at reduced cost and with real overclocking potential. At around £165 on the street it’s looking like nVidia might be able to claim back that middle-tier performance ground, especially with Shader Model 3 support helping it to outdo ATI on the feature count.
» ECS NF650iSLIT-A nVIDIA nForce 650i Motherboard Review
» Intel Core 2 Duo E6420 Review - Effortless Overclocking
» XFX GeForce 8500 GT Graphics Card Review
» DFI Lanparty UT NF680i LT SLI-T2R Motherboard Review
» NVIDIA GeForce 7300 GS Preview
» Albatron GeForce 6600 512 and 6600LE 512
» NVIDIA GeForce 7800GS Confirmed, Benchmarked
» ATI X800 GTO - HIS IceQ II Turbo vs Sapphire X800 GTO2
» ATI Radeon X1800 XT Breaks 1 GHz Speed Barrier
» Gigabyte GV-NX78X256V-B GeForce 7800 GTX Review
» Albatron Delivers ATOP - World’s First AGP to PCIe Bridge Card
» ECS KN1Extreme Motherboard Review - NVIDIA nForce4 Ultra
» Albatron ATOP Bridge Card Allows AGP-8x Cards in PCI-Express Mainboards
» XFX GeForce 6800 GT 256 MB Graphics Card Review
» AMD64 Chipset Comparison


del.icio.us
Digg
Furl
Netscape
Yahoo! My Web
StumbleUpon
Google Bookmarks
Technorati
BlinkList
Newsvine
ma.gnolia
reddit
Windows Live
Tailrank


GeForce 6800 GS VPU, AGP 8x Interface, 64-bit, 256 MB (DDR3 SDRAM)