Hello,
I am in the process of fine-tuning my 2500K processor to run @4.5GHz with the least amount of core voltage applied. I have the ASUS P8Z68-V Pro mobo. I overclock by setting the Turbo to Manual, and then I set the CPU ratio to 45 (I don't change the baseclock, leave it at 100MHz). Next, I adjust the core voltage by using "Manual", as opposed to "Offset". The lowest core voltage setting I have applied that allows the processor to run 4.5GHz under stress tests (Prime95) is 1.265v. I am quite pleased that I can run at that frequency with that voltage, however -
1. Under idle speeds (~1.6GHz) the core voltage does not decrease, it stays at ~1.26v or so, as measured by CPU-Z. I have the Intel Speed Step function enabled, so shouldn't the core voltage decrease along with the clock speed, even under manual voltage setting?
2. What other "essential" stress test programs do you recommend that I run to make really sure that my processor at the clock speeds I set is stable?
Thank you.
I am in the process of fine-tuning my 2500K processor to run @4.5GHz with the least amount of core voltage applied. I have the ASUS P8Z68-V Pro mobo. I overclock by setting the Turbo to Manual, and then I set the CPU ratio to 45 (I don't change the baseclock, leave it at 100MHz). Next, I adjust the core voltage by using "Manual", as opposed to "Offset". The lowest core voltage setting I have applied that allows the processor to run 4.5GHz under stress tests (Prime95) is 1.265v. I am quite pleased that I can run at that frequency with that voltage, however -
1. Under idle speeds (~1.6GHz) the core voltage does not decrease, it stays at ~1.26v or so, as measured by CPU-Z. I have the Intel Speed Step function enabled, so shouldn't the core voltage decrease along with the clock speed, even under manual voltage setting?
2. What other "essential" stress test programs do you recommend that I run to make really sure that my processor at the clock speeds I set is stable?
Thank you.