Our fourth 7900 GS we have for this review is the BFG GeForce 7900 GS OC.

As the "OC" implies, the card comes out-of-the-box with a factory overclock, and it happens to have the highest core clock of all of our 7900 GS cards in this review. The BFG 7900 GS OC's core clock is set at 540MHz, a 90MHz increase over the standard NVIDIA 7900 GS, with the memory clock the same as the reference (660MHz). This is an impressive factory overclock, and we are interested to see what kind of performance we will see with this card. Unfortunately, no games are included in the BFG 7900 GS OC's bundle, but the fact that this card is factory overclocked so high as well as its low price more than make up this.



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  • VooDooAddict - Tuesday, September 19, 2006 - link

    I'd have to agree. Most people with 1280x1024 LCDs that I've met prefer to leave FSAA off (if they even mess with the setting) to get the best possible frame rates. While the max framerate might not dip below 60 ... it's the minimum framerate spike that will effect competition.

    I used to enjoy turning on FSAA for Everquest, but for anything more FPS competition oriented I don't know anyone who uses FSAA unless they have SLI. (Which would be why they got SLI ... to run FSAA without noticable impact to framerates.)
  • Josh Venning - Tuesday, September 19, 2006 - link

    Thanks for the comment. We didn't include FSAA tests in this article because it isn't a full analysis of 7900 GS performance, but a comparison between different 7900 GS products. For an in-depth look at the 7900 GS performance in more games and settings take a look at the 7900 GS launch coverage(">, and the 7950 GT article which has some 7900 GS SLI numbers (">

    As far as driver settings, we test with default driver settings with the exception of vsync which is disabled. We do the same with ATI hardware; we leave catalyst AI on its default setting. We find this is the best way to keep our tests consistent for an article like this.
  • giantpandaman2 - Tuesday, September 19, 2006 - link

    I wonder if part of the difference in heat/power consumption had to do with how much power was supplied to the fans. Slow running fan=low power=high heat. Faster fan=higher power=low heat.

    Meh, I'm not sure a tiny fan could ever put a dent in a 20 watt difference though.

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