Whats up guys?
I have my i7 875k overclocked to 3.7ghz for the summer. (1.168v, 1.21vtt, 50 linx runs/ 5 hours prime95) I wanted to try something I have never done before; using the speedstep/c states to reduce my multiplier during idle.
My problem: When I enable those features the voltage drops in idle, but the multiplier does not. It isn't stable when my computer is at idle @ 3.7ghz with .9v . Does anyone know what I'm doing wrong? Is there a way to disable some of the c states so the voltage doesn't drop as much? <--- I wouldn't have to do that if I could figure out how to get the multiplier to drop during idle.
Thanks.
I have my i7 875k overclocked to 3.7ghz for the summer. (1.168v, 1.21vtt, 50 linx runs/ 5 hours prime95) I wanted to try something I have never done before; using the speedstep/c states to reduce my multiplier during idle.
My problem: When I enable those features the voltage drops in idle, but the multiplier does not. It isn't stable when my computer is at idle @ 3.7ghz with .9v . Does anyone know what I'm doing wrong? Is there a way to disable some of the c states so the voltage doesn't drop as much? <--- I wouldn't have to do that if I could figure out how to get the multiplier to drop during idle.
Thanks.