07-27-2018 02:57 AM - last edited on 03-06-2024 07:57 PM by ROGBot
07-27-2018 01:52 PM
Carlyle2020 wrote:
Gentlemen are we talking vcore or SVID overshooting?
vcore is actual voltage and tha one should be capped.
SVID ist no voltage at all. It is the signal from the CPU "wanting" the shown voltage. Set by default at the factory.
So if you overshoot SVID it simply means you run the CPU lower than the CPU would give itself on Auto.
...Does that help?
Rgds
Carlyle
07-30-2018 01:57 AM
09-06-2018 07:33 AM
metadist wrote:
Hi Carlyle
Thanks!
May be I have some misunderstanding of how Adaptive mode is supposed to work.
see 1.35+0.5=1.40 V instead of supposed cap of 1.35. I believe @dmt.taran
1.35+0.5=1.85 not 1.40.. do not put those numbers in lads. +0.05 is what he means
09-06-2018 07:30 AM
07-28-2018 02:54 AM
07-28-2018 03:43 AM
07-28-2018 06:38 AM
Nate152 wrote:
Hi guys !
Adaptive mode does seem to overshoot the Vcore a little more, but you guys got it under control by using the offset in adaptive mode.
Lower levels of LLC can help too, it's best to use LLC to get it close, then use the offset to fine tune.
One thing, the Vcore will not go lower than the VID without using an offset.
Setting SVID to Best Case sets the IA AC/DC Load lines to .01 which helps keep the voltage close to what you set, you can try setting the IA AC/ DC Load Lines manually to .01 to see if this has any effect on keeping the voltage closer to what you're setting. These are found in the bios in CPU Power Management.
Nice going !
07-28-2018 07:00 AM
07-28-2018 08:35 AM
Nate152 wrote:
Ok, are you saying 5.0GHz with 1.36v is stable in manual mode but not adaptive mode?
On the Extreme Tweaker Tab, CPU Power management, try setting:
IA AC Load Line - .01
IA DC Load Line - .01
CPU Adaptive mode - Additional Turbo Mode - 1.36v
Adaptive mode offset = 0 or auto
LLC level 6, it may occasionally overshoot .016v which is normal.
Try this and check the maximum Vcore during a test, 1.376v should be the highest it goes, you can try LLC level 5 if it's stable.
07-28-2018 09:00 AM