Becuase there is plenty more bandwidth on the express lanes than is actually needed from cards today. AGP's bandwidth was not even maxed when they moved onto PCI-E. Even with two 8800GTX's full 16x SLI in both lanes is not needed yet.
Becuase there is plenty more bandwidth on the express lanes than is actually needed from cards today. AGP's bandwidth was not even maxed when they moved onto PCI-E. Even with two 8800GTX's full 16x SLI in both lanes is not needed yet.
I didn't say the 650i outperforms, the 680i in overall performance. I said that, it outperforms the 680i, in SLI performance. But I wouldn't be surprised, if the 650i overall, beats the 680i.
I didn't say the 650i outperforms, the 680i in overall performance. I said that, it outperforms the 680i, in SLI performance. But I wouldn't be surprised, if the 650i overall, beats the 680i.
Yeah and I asked you how it did that...and you answered that cards today don't utilize the full bandwidth that both 16x lanes provide...but that doesn't explain how the 650i SLI performance outperforms the 680i at all?
It's not known for sure why but the 680i was designed to have both lanes at x16 and probably since the 650i could have one operate at x8 they were able to design it different. It's not known why in some tests it gets 1 or 2 FPS better but it just does.