ASUS P8P67 Pro/Evo/Deluxe OC discussion thread

[xEnergie]

yea i read that, but didn't quite understand at the time since i was just waiting for my board to ship. but now with theory and practical knowledge, it makes total sense. but im just curious on how much the load voltage will go up to since you say it depends on how intensive the load is. also, do you measure your load voltage at peak then? or just an average you think that seems consistent? ah, so many questions, been a while since i've jumped on new hardware :P

[st0ned]

Not bad for 100€ sticks It's also Linx stable

[Leeghoofd]

Not bad for 100€ sticks It's also Linx stable

which sticks are you referring too ?

[st0ned]

which sticks are you referring too ?

Gskill ripjawX cl9 1600Mhz , doing cl10 2133

[Sam_oslo]

Gskill ripjawX cl9 1600Mhz , doing cl10 2133

I've been looking into these actually, but couldn't find any good tests. That sounds really good, but I hope that's not with 1.65v

Can you post some more stuff, with some memtest or LinX? Don't keep all the info for yourself

[st0ned]

I didn't took linx screenshot bue I might do it in my search for a lower vCore.

This are 25linx runs stable number:

1600 9-9-9-24 1.5 [default]

1866 10-11-10-28 1.55v



1866 9-11-9-26 1.65v

I dont have pics

2133 10-12-26 1.65v

I'll post pics as soon as I end up testing


1.65v seems pretty safe to me, or ?

In SB so far, frequency >>>> timings

[Sam_oslo]

SB doesn't care much about the CL, you can loosen up timings without loosing much. It's more about brute speed.

1866 CL10 1.55v is a really good start for such a cheap RAM. SB has introduced such a great IMC-improvement that, that's a total overkill for 24/7 use, and all desktop applications already.
If you want to test more, see how far they can go with 1.50v.
If they can do 2133 under 1.55v, with whatever timing, just loosen up as much as you can, then it would be really great.

You can bench higher, but I would keep it under 1.55v, rather at 1.50v, for 24/7. Until we get to know more about the long term effect.

[poke349]

yea i read that, but didn't quite understand at the time since i was just waiting for my board to ship. but now with theory and practical knowledge, it makes total sense. but im just curious on how much the load voltage will go up to since you say it depends on how intensive the load is. also, do you measure your load voltage at peak then? or just an average you think that seems consistent? ah, so many questions, been a while since i've jumped on new hardware :P

Yeah, I'm measuring the peak. LinX with AVX and HT off does give higher load vcore than prime95.

I think current draw plays a huge factor in the LLC amount.