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P9x79 and 3960x bsod - Page 3

post #21 of 28
The idea behind over specification RAM is it may hinder your OC. Gains from core clock with definitely outweigh performance increases from RAM.

I do recommend starting with 1600mhz RAM and loose timings/low voltage to max what you can get on your CPU.

That doesn't necessarily mean it wont go back up to 2133mhz.

Max all the digi power control to maximize your OC for now, you can tighten it back up later. This will keep the CPU from throttling.

Also, start to up the multi with all voltages at default liek you asked.

Your first BSOD will likely be a 0x101, or 0x124.
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post #22 of 28
Thread Starter 
Arent these settings enough for digi power control?

DIGI+ Power Control:
CPU LLC: High
CPU Current Capability: 130%
VCCSA LCC: Regular
VCCSA Current Capability: 120%
CPU Power Duty Control: T. Probe
CPU Power Phase Control: Optimized
DRAM-AB Current Capability: 120%
DRAM-AB Power Phase Control: Optimized
DRAM-CD Current Capability: 120%
DRAM-CD Power Phase Control: Optimized

You mean open even more?
post #23 of 28
Thread Starter 
Another thing... what loose timings should I set to 1600 ram?

XMP for these modules is 9-11-10-27-2N for 2133
post #24 of 28
Quote:
Originally Posted by rlandersen View Post

Arent these settings enough for digi power control?

DIGI+ Power Control:
CPU LLC: High
CPU Current Capability: 130%
VCCSA LCC: Regular
VCCSA Current Capability: 120%
CPU Power Duty Control: T. Probe
CPU Power Phase Control: Optimized
DRAM-AB Current Capability: 120%
DRAM-AB Power Phase Control: Optimized
DRAM-CD Current Capability: 120%
DRAM-CD Power Phase Control: Optimized

You mean open even more?

It will just allow your components to draw when they are going to need. So yes.
Quote:
Originally Posted by rlandersen View Post

Another thing... what loose timings should I set to 1600 ram?

XMP for these modules is 9-11-10-27-2N for 2133

I would just doa simple 9-9-9-24 at 1600. It will be more than loose enough.
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post #25 of 28
Thread Starter 
I will do like you said. Should I increase multi in increments of one?
What software should I use to stress each multi? And how long should I run it to know its stable and then go up?

Usually I use AIDA64 stability test, what do you recommend?
post #26 of 28
Increment most everything one step at a time.

I recommend using prime95.

look at this guide for sandy and ivy. follow the guidelines for testing.

http://www.overclock.net/t/1198504/complete-overclocking-guide-sandy-bridge-ivy-bridge-asrock-edition/0_20

Also the bsod list is pretty much the same for you too.
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post #27 of 28
Thread Starter 
The first bsod appeared at 4.5GHz. It was a 0x101. Vcore with offset 0.005V resulting in 1.400V to 1.424V in cpuz.
The solution was to open CPU LLC (I set to high) and CPU Current Capability (I set to 130%).
I am able to hold with these voltages until 4.6 and maybe 4.7ghz. Not 4.8ghz, which results in bsods (0x101).

Can I apply more voltage past this point?

Just to remind... this is not SB, this is SB-E, the X79 platform.
post #28 of 28
The voltage limits as far as I know are lower. However it is SB-E's nature to run hotter.

I would TRY to keep temps under 70 for normal usage. Going over this for short term stability tests should not be too much of an issue. Just don't let it get out of control.

You should be fine up to 1.42v~ as long as your temps are kept in check.

If you have enough cooling to REALLY keep temps in check. Like under 70C at 1.52v. I don't see why you couldn't go that high. It looks like it just because SB-E gets so much hotter.
Edited by Xinoxide - 9/4/12 at 7:43am
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