bob wrote:
At some point cursed, you will notice a point of diminishing return. This means that you will push your voltages and clock up to a point where it is no longer moving even though you are still bumping things up and your temperatures are starting to skyrocket. I normally find that point, then go back to the point where it started. Then back it off just a bit.
So... if voltage is lets say(i'm just putting a number here because I don't have my benchmarks in front of me) at 1.25v with a core bus of 650mhz and a memory bus of 975mhz and a temp of 61C. If I bump anything higher I'm getting artifacts, or my 3dmark06 scores are decreasing/staying the same, then I'll probably bump it back to 1.225v and bring my core bus back to 640mhz and my memory bus back to 970mhz which will lower my overall temp and increase the longevity of my GPU.
Does this make sense?
So.. in the real world, extreme overclocking isn't economical, pushing your card to its designed CONTROLLED limits is.
![Smile :)](./images/smilies/icon_smile.gif)
Wtf, this is new to me, I have not overclocked a card since my 7800gt, and I do realize that there actually is a new thing to adjust (the shader clock, but normally its locked in with the cpu speed), but voltage is now adjustable in video cards in software (riva tuner/ati/nvidia cp)?
I know it is adjustable if you soft mod, reflash, or volt mod with a resistor and solder on the card, but I guess I have been out of the video card game for too long.
That being said, I would avoid messing with the voltage on your card unless you have aftermarket air or water cooling on the card.
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-- .:Splak|StackableNut --Cornholio wrote:
blah thats nothing, i built houses for pirates, then do pirating myself. Then I shoot my self and perform bullet removal surgery on myself. After that I go to boot camps to train kids to kill. Then i go and fight on the Iraq war for both sides. After all i go later and drink some 7up cause ill be thirsty as shit.