Hello.
I made myself a set of possible multipliers, and a set of possible FSB frequencies. Then I combined these two sets and sorted them by their multiplication products. Then I eliminated all combinations that have multiplication product less than my current overclock.
So, now I have well over a thousand theoretically possible CPU frequencies (obviously, the higher the product, the less probable stability, and there is a possibility for further elimination - i.e. if a multiplier and FSB frequency is not stable, it is probable that same frequency with higher multiplier will not be stable either).
My question is, is there a way to automate the testing a bit?
Ideally, I would give the program those numbers, and it would change the UEFI, boot, run a short stability test, made a note, and then re-iterated the process with the next combination. 16*263, 18*234, 19.5*216, 17*248, 17,5*241...
Thanks.
I made myself a set of possible multipliers, and a set of possible FSB frequencies. Then I combined these two sets and sorted them by their multiplication products. Then I eliminated all combinations that have multiplication product less than my current overclock.
So, now I have well over a thousand theoretically possible CPU frequencies (obviously, the higher the product, the less probable stability, and there is a possibility for further elimination - i.e. if a multiplier and FSB frequency is not stable, it is probable that same frequency with higher multiplier will not be stable either).
My question is, is there a way to automate the testing a bit?
Ideally, I would give the program those numbers, and it would change the UEFI, boot, run a short stability test, made a note, and then re-iterated the process with the next combination. 16*263, 18*234, 19.5*216, 17*248, 17,5*241...
Thanks.