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How nvidia handles ocing

Rage1881

Member
The fact that our MSI card was able to overclock more than the EVGA doesn't actually matter. Performance of the two cards at maximum overclock is exactly the same due to NVIDIA's method of handling clock speed controls. With a little less heat and a little more noise, this card stacks up pretty well against our reference, but the EVGA's factory OC gives it a slight advantage going into the final round.

I just read that, what exactly do they mean by NVIDIA's method of handling clock speed controls?? how does nvidia handle them?
 
The performance of G70 doesn't scale linearly like NV40 - it increases in jumps. So for example, you won't see any performance difference between 450 and 469 Mhz but you'll see a jump at 470. It's due to their clocking mechanism where they apparently have different dividers for different clocks within the core. So performance seems to jump only every 15-20Mhz.
 
Originally posted by: trinibwoy
The performance of G70 doesn't scale linearly like NV40 - it increases in jumps. So for example, you won't see any performance difference between 450 and 469 Mhz but you'll see a jump at 470. It's due to their clocking mechanism where they apparently have different dividers for different clocks within the core. So performance seems to jump only every 15-20Mhz.

Ohhhh!! I didn't know that. 😱
 
Originally posted by: Kensai
Originally posted by: trinibwoy
The performance of G70 doesn't scale linearly like NV40 - it increases in jumps. So for example, you won't see any performance difference between 450 and 469 Mhz but you'll see a jump at 470. It's due to their clocking mechanism where they apparently have different dividers for different clocks within the core. So performance seems to jump only every 15-20Mhz.

Ohhhh!! I didn't know that. 😱

If you'd read the graphs... :roll:

😛
 
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