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So, all I know is voltage and clock have something to do with each other. Unstable if too low voltage Too high voltage, and too much heat. or higher voltage + lower clock may heat less than that voltage at higher clock.

The reason why im asking is because if I can learn how the power vs speed works, Then i might be able to project some kind of thermal curve to find out where my perfect overclock might be (without 50 burn-ins)

But, as is apparent im sure. I have no idea what im talking about.

If anyone can help me learn more about this; throw me a page, a macro, whathaveyou I will bow before your awesomeness and... Mail you a phantom hand written thank you letter.

Some clarification Rev 1

What im trying to learn: is how much power a cpu is using with measurements (Core Voltage) vs (Clock speed)
-> It would answer the question:
Would a 1.4v core @ 4.0Ghz use as much power as a 1.4v core @ 3.0Ghz?

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closed as not a real question by Ƭᴇcʜιᴇ007, ChrisF, 8088, Synetech, Nifle Nov 18 '12 at 9:07

It's difficult to tell what is being asked here. This question is ambiguous, vague, incomplete, overly broad, or rhetorical and cannot be reasonably answered in its current form. For help clarifying this question so that it can be reopened, visit the help center.If this question can be reworded to fit the rules in the help center, please edit the question.

1  
Overclocking relies on the fact that the stock speed is conservative, and every system has a bit of extra speed it can run at. It also relies on the fact that non stock cooling is often more efficient. It really is more an art than a science, and you can't really know what works perfectly without trying it on your specific rig –  Journeyman Geek Nov 17 '12 at 2:55
    
Because no two chips are absolutely perfect, nor alike. They will run the chip voltage/clock to a temperature threshold; and based on that, they will stamp it in a suited category/rating. Which would explain why my Propus 620 2.6Ghz Overclocked to 3.2 w/stock Voltage without even hitting 40c. I should revise my question/info a bit tho. –  TardisGuy Nov 17 '12 at 4:13
    
BTW: Wasn't correcting you or anything, just trying to establish what I do know. So we can, erm... you know. –  TardisGuy Nov 17 '12 at 4:25
    
You can get a good idea of what the voltages should be by putting it to a stock 0 overclock. Make note of the voltages. Then use the auto-overclocker (if BIOS supports) and then see the resulting targeted clock speed and make note of the new voltages. –  kobaltz Nov 17 '12 at 5:06

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