davegl12345
n00b
- Joined
- Dec 3, 2018
- Messages
- 2
Hi,
I was wondering if anyone could explain to me how adaptive voltage works?
I have an asus z390-e and a 9900k cpu.
First, i put the 9900k at 5Ghz, all cores synced, and set an adaptive voltage of 1.30v. However, the reported VID at load is 1.35v, with the vcore hitting that at times. Messing around with the adaptive voltage some more, and it seems i am unable to lower it, at 5G synced, below this value, regardless of what I put in (even tried 0.250v).
Its as if the stock VID is 1.35v, and I have read you are unable to undervolt using adaptive voltage. That can't be right though can it, surely too high?
Weirdly, if I change it to a per-core overlock, and raise a single core to 5.2, now I am getting a VID of 1.31v at all core load (and a vcore roughly that), with the clocks all at 5Ghz.
Thanks for any help
I was wondering if anyone could explain to me how adaptive voltage works?
I have an asus z390-e and a 9900k cpu.
First, i put the 9900k at 5Ghz, all cores synced, and set an adaptive voltage of 1.30v. However, the reported VID at load is 1.35v, with the vcore hitting that at times. Messing around with the adaptive voltage some more, and it seems i am unable to lower it, at 5G synced, below this value, regardless of what I put in (even tried 0.250v).
Its as if the stock VID is 1.35v, and I have read you are unable to undervolt using adaptive voltage. That can't be right though can it, surely too high?
Weirdly, if I change it to a per-core overlock, and raise a single core to 5.2, now I am getting a VID of 1.31v at all core load (and a vcore roughly that), with the clocks all at 5Ghz.
Thanks for any help