Gaming Performance & Power Usage

Quake 4 was the first application that really showed us the performance penalty you incur when moving to Brisbane, in this case the older core is about 4% faster. If you take into account that we're looking at performance at 1600 x 1200 with a GeForce 8800 GTX, in more GPU limited situations you're unlikely to notice the performance difference, but at more CPU limited situations the delta could likely grow even larger than 4%.

As the Core 2 processors are pushing much more data to the GPU than their competitors, average power consumption is generally much higher - it's the expense of greater performance in this case. The performance per watt charts take into account both factors and give you more of a breakdown of efficiency. Despite the decrease in performance, the reduction in power consumption gives the new Brisbane cores the efficiency advantage over most of their predecessors.

Gaming Performance - Quake 4

Gaming Power Usage - Quake 4

Gaming Performance per Watt - Quake 4

Oblivion didn't show a real impact in performance due to the slower Brisbane cores, but it clearly favors Intel's Core 2 architecture over AMD's.

Gaming Performance - Oblivion

Gaming Power Usage - Oblivion

Gaming Performance per Watt - Oblivion

3D Rendering Performance & Power Usage Gaming Performance & Power Usage - Continued
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