Asus M3A79-T Deluxe

[RASTAVIPER]

Well you have it pretty much right RASTAVIPER..

I would actually rather keep my Vcore around 1.4 though.

Vcore at 1,4 and vdd at which number??
Something like this?
2.5vdd + 1.40vcore = 1.45v

[gOtVoltage]

Vcore at 1,4 and vdd at which number??
Something like this?
2.5vdd + 1.40vcore = 1.45v

thats pretty much how it is,, use less or more Vcore for your target volt range that you will use...

Ive been testing High Vcore for two weeks @ 2.8vdd + 1.65v = 1.70v for both NB and CPU...This mobo can handle just about anything...Also the Same Voltages were used when i pushed Mobo@ HTT 292 x12 = 3.5ghz while having PCIE/core and HT @ 2.8v while keeping Southbridge @auto ...

This mobo has let me achieve the highest HTT @ 3.5ghz vs other Mobos ive tried..Yes Mobo can be buggy and does need lots of work to tweak. Updated Bioses will definatly make it even better.

The stock heatpipe works great. I had pull it off just to see if it had good flat contact.. After a small tweak of the pipe(not the funnyPipe) i installed the same thermal tape on pwms and used MX-2 on NB/SBchipset ,,thats all i did,, Oh yeah i flashed to newest BIos yesterday and it gives me the same results as the 40x vs 504.

[Oliverda]

The VDDA voltage doesn't have any impact to the VCORE on my board. It overvolts same the CPU at 2.5V VDDA like at 2.8V.

Overvolt mania by ASUS.....yeah...

[RASTAVIPER]

The VDDA voltage doesn't have any impact to the VCORE on my board. It overvolts same the CPU at 2.5V VDDA like at 2.8V.

Overvolt mania by ASUS.....yeah...

The same with me guys.
I have just tried.No difference with VDD..
Should be enable something else maybe too?

[gOtVoltage]

The same with me guys.
I have just tried.No difference with VDD..
Should be enable something else maybe too?

Wierd maybe it has somthing to do with what VID range is in effect....

Also iif you raise the Vcore for NB it will raise the VID for both,, since the Vcore of NB can not be higher than CPU it will auto matically raise CPU a step ahead or the same value for VIDs..

Now on the other hand If you raise the Vcore for CPU which will raise the VID accordinly to its vcore value it will not raise the NB value.

When testing all the volt settings,,
i Raised Both CPU/NB volts the same @ Stock Clocks to see what volts = what VIDs up to 1.55vid = 1.65volts .

It seems VDD Rasies the VID value more or sooner when VDD is raised,,Especially under load...

I know its confusing..

Note:
The screen below my VID is 1.55vid for both CPU/NB ,, VDD is 2.8v Vcore for both CPU/NB is 1.65v.. Total value with VDD 2.8v + 1.65vcore(1.55vid) = 1.70volts for both CPU/NB. Im using WaterCooling . on Air or Stock cooling above 3.3ghz you will be limited by heat. These values can be raised to see 1.78v so please go slow..Im pushing well above the average volts. This Mobo and Chip has seen 1.78v+ just because it can.

So far this is my best Oc ,,

My NB@2640mhz is maxed with this ram freqency(for this Chip) so to go higher i would have to use less NB from here on out.
Still tweaking it,, happy for now..