@Dan Costa My testing is showing me that lower LLC is more stable. Example: high llc gives a bigger vdroop than turbo meaning I need to set a higher static voltage. However my voltage under load is lower than the turbo llc (with lower static vcore) and more stable in P95. Dug more into it and Elmor did some testing. It's to do with how over/undershoots are being handled.
You mentioned earlier, you're not seeing a vdroop with Turbo? If you're using cpu-z/core temp etc, it'll seem that way but they're not accurate. Use hwinfo and look at VR VROUT. Then run P95 26.6 or anything cpu taxing and watch you mins and average during the run.
Also, over/undershoots don't show up in any reading due to their small lifecycle but can be measured with oscilloscope.
https://www.overclock.net/forum/28022104-post4113.html
https://www.overclock.net/forum/28022572-post4122.html
You mentioned earlier, you're not seeing a vdroop with Turbo? If you're using cpu-z/core temp etc, it'll seem that way but they're not accurate. Use hwinfo and look at VR VROUT. Then run P95 26.6 or anything cpu taxing and watch you mins and average during the run.
Also, over/undershoots don't show up in any reading due to their small lifecycle but can be measured with oscilloscope.
https://www.overclock.net/forum/28022104-post4113.html
https://www.overclock.net/forum/28022572-post4122.html