The cpu vin feeds power to everything in the cpu, so raise anything in there and it might make something else in cpu unstable.  You'll need close to 0.600v over your vcore for cpu vin.  Start with it higher, about 1.950v for 4.5GHz.  Don't keep that on auto, it'll raise it to 2.100v and just bake your cpu with extra heat.  Now find your vcore that brings you to stability, you'll likely need 1.375v-1.400v or so for 4.5GHz.  Don't worry if it's running a bit warm initially.  Once stable, now find which offset in adaptive mode gives you the same vcore, for mine it's +285mv for 1.400v vcore.  If you use HWinfo64 to monitor, you'll see the cores don't all run at the full voltage now, dropping your temps a bit.  Now once adaptive is stable, try to drop your cpu vin back down to raise the cpu efficiency and run even cooler, but it's good to run a little extra, say 25mv or so.
 
These cpu's are very lenient on voltage, such as letting you in windows and doing minor tasks at 1.325v, although it takes all the way to 1.390v to be truly stable at same clock

SA helps when pushing memory hard.  I only needed 25mv on it and I'm pushing memory pretty hard with tight timings, don't add  very much to it.  Good chance you'll need more vcore, but you could also just need a little on vdimm if OC your memory.

Allso that i look at OC3D TV  that he has 5960X stock voltage on  0.992 and mine is 0.978   Does that say that hes Cpu is bader than mine?
+ that he gott 4.5.47ghz on 1.302  and i cant do that,  is it something that Difrent motherboards needs higher voltages?

My temps are real great Its cooled by full EK system  

Nice looking system.  Just keep on eye on the colored fluid.  Could gunk your stuff up if not maintained.  How much rad you got under all of that?  What temps are you getting when you were BSODing?

Jokke, curious if you're running a AX1200i or AX1500i with that setup.  

Post your Bios Settings, Images that is.
I am running 4.5 with power adaptive and an offset of +380 and is stable, 4.6 offset of +400

What are you all testing stability with?
 
Currently have all 720mm of Black Ice Nemesis on my CPU while I wait for those Classified blocks from EK. Idle is ~23 and load is ~45 with cooler tests, ~55 with prime and such.
 
I think AIDA64/PRIME95/LINPACK etc. will push the hardest but the x264 and ROG realbench tests should get you stable enough for gaming loads. I've got my 5960x @4.5(45x100) 1.300VCore(+0 offset) and I can cause lockups with PRIME95 after and hour but run days on Realbench. Guess you gotta decide how stable is stable enough for your purposes.
 
Also @Boxlid, you mentioned a +600 mv for VIN, are you finding that to be fairly constant over most VCores? Gonna try locking mine down to ~1.9v tonight and see what I can do to load temps. Also gonna try going to XMP2 and using ~36*127.

Boxlid
 
For the VIN, start with it higher (~1.950v-2.000v) for 4.5GHz and drop it down for the last thing you do.  It causes instability just like the vcore or vring, so it's best to have enough initially for both tests to rule it out as a cause of instability.  The temperature difference of having vin set a little higher is very minor.  The vcore varies by 20-30mv accross all of the cores in adaptive, vin is just the source that feeds the entire cpu.  This cpu design is basically a tripod of variables (vcore, vin, and vring), and each has a impact on the other.  I really like x264, so use that initially, but found there can still be instability while random gaming, so I convert a couple blu-rays I have as the ultimate torture test through handbrake (it's almost as intense as running prime95).  No crashes after passing the movie conversions

Tried some of that, wasn't able to get into windows and eventually the BIOS as well, had to re-flash.
 
I wanted to use locked voltage during stability tests but maybe that was an issue? Is +285mv offset and 1.400v target (1.115v-1.400v) or (1.400-1.685v)? I was having better luck with only making adjustments to VCore and multi.
 
Here is what I had: http://imgur.com/a/cRry4#0
 
Thanks for the help.
 
*Edit: I took that as far as 1.450 VCore target and that's when I was no longer able to even get to the BIOS.
 
 

Boxlid
No you leave target on zero, just fill in the offset.  The target is handy for your ring voltage, since there's no way to measure/read it really.  Fill in the offset and vin, then reset and see how close voltage is in bios again.  Basically the adaptive mode is like auto, but much smaller scale, so you just need to add some extra voltage through the offset.

So that would make the voltage the cores receive be stock+offset? How does that differ from using 0 offset and just the target?
 
Will try this when I get home from work. 

I am having terrrible luck with offset mode. I can get 4.6 stable if I override to 1.4v but using offset mode will either cause me to lock up before I get to windows or lock up in the BIOS itself. I end up having to reflash BIOS to get things working again.

TheBatman1337
I am having terrrible luck with offset mode. I can get 4.6 stable if I override to 1.4v but using offset mode will either cause me to lock up before I get to windows or lock up in the BIOS itself. I end up having to reflash BIOS to get things working again.

"I end up having to reflash BIOS to get things working again." This I not a good way to go about this.
Use the Little Red Button on the Motherboard or the one on the Back I/O Plate to reset your Bios.
Press and Hold the Red Button and the Turn On your PC Keep Holding the Red Button for 5 or 6 Seconds and then let go. Your computer will start up as if the Bios was never set or was Flashed.
 
Post Images of your Bios Settings for More Help.