I have the processor listed in the title. I've currently overclocked the processor from 2.60GHz to 3.01GHz (400MHz increase). Both the idle and load speed increased 2-3 degrees Celcius, so it is now running at 30 degrees Celcius at idle, and about 44 degrees Celcius at load.
My question is, how much more juice do you think I can pump out of processor before it becomes a problem? I have the exact same processor in my laptop (same socket and everything), that is running at 30 idle, and 58 load (Dell Inspiron 5100, notorious for running super hot).
Do you suppose I could get the processor up to 3.5GHz without bad stuff happening? Does anyone know what the average OC-ability for that specific processor? The following is what heatsink I have on the processor:
http://www.newegg.com/product/product.asp?item=N82E16835106606
It does real well at keeping the processor cool (as can be noted by the 400MHz OC with only a 2-3 degree increase).
What is the temperature threshold for my processor? I know that I won't really do any damage on it by overclocking it if I keep it under the threshold.
Thanks for the help!
My question is, how much more juice do you think I can pump out of processor before it becomes a problem? I have the exact same processor in my laptop (same socket and everything), that is running at 30 idle, and 58 load (Dell Inspiron 5100, notorious for running super hot).
Do you suppose I could get the processor up to 3.5GHz without bad stuff happening? Does anyone know what the average OC-ability for that specific processor? The following is what heatsink I have on the processor:
http://www.newegg.com/product/product.asp?item=N82E16835106606
It does real well at keeping the processor cool (as can be noted by the 400MHz OC with only a 2-3 degree increase).
What is the temperature threshold for my processor? I know that I won't really do any damage on it by overclocking it if I keep it under the threshold.
Thanks for the help!