So I've been running my new rig for about two weeks - without really tweaking anything. Everything has been working fine. But now I want to overclock the thing and see what I can get out of it.
My signature says it all, hardware wise.
This afternoon (around 6:00pm) I set the machine to run at 4.5 GHz, following this guide. Doing so I have set the machine to run at 4.5 GHZ in offset mode and it appears stable.
"Stable" to me means that it hasn't blue-screened, I've not had CPU temps hit 80° C and I've not seen the VCore hit 1.5V yet. I ran the guide's "Prime Test" for 5 minutes and the temps hit 70 and the VCore hit 1.2209 (from Coretemp).
I'm wondering two things:
1). Since I can't seem to control Prime 95 so that it will run for an exact amount of time and it doesn't keep track of things like OCCT, can I substitute OCCT's Linkpack test for the "Prime Test"?
2). If No. 1 is true, then how long would the test need to be run to deem the overclock stable?
Once I do this and get the overclock steady at 4.5 GHz, I may try for 4.6 GHz. I know that's asking a lot on air, but I can try, right?
My signature says it all, hardware wise.
This afternoon (around 6:00pm) I set the machine to run at 4.5 GHz, following this guide. Doing so I have set the machine to run at 4.5 GHZ in offset mode and it appears stable.
"Stable" to me means that it hasn't blue-screened, I've not had CPU temps hit 80° C and I've not seen the VCore hit 1.5V yet. I ran the guide's "Prime Test" for 5 minutes and the temps hit 70 and the VCore hit 1.2209 (from Coretemp).
I'm wondering two things:
1). Since I can't seem to control Prime 95 so that it will run for an exact amount of time and it doesn't keep track of things like OCCT, can I substitute OCCT's Linkpack test for the "Prime Test"?
2). If No. 1 is true, then how long would the test need to be run to deem the overclock stable?
Once I do this and get the overclock steady at 4.5 GHz, I may try for 4.6 GHz. I know that's asking a lot on air, but I can try, right?