14900k, ACDC 0.430/0.980mOhm + custom v/f curve offsets. P Core by load x57, E stock x45. TVB voltage optimizations enabled.
Vcore reading on the right is way lower on idle vs VID. On load they are 1:1. VRM wattage same as CPU package also on load. On idle VRM is way lower but I don’t know if it’s just a very slow sensor reading.
Tried lowering ACLL but it’s very unstable. Somehow going with higher ACLL but lowering the voltage through v/f curve works much better. Motherboard is the Z790-i. AVX2 load voltage ~1.300v stable on cinebench/y-cruncher.
Is the very low Vcore reading on idle normal / real?
pabloscrosati
Check VROUT on the VRM sensors a few tabs below. That will tell you what the VRM is actually supplying and then you’ll know if there’s a sensor glitch.
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14900k, ACDC 0.430/0.980mOhm + custom v/f curve offsets. P Core by load x57, E stock x45. TVB voltage optimizations enabled.
Vcore reading on the right is way lower on idle vs VID. On load they are 1:1. VRM wattage same as CPU package also on load. On idle VRM is way lower but I don’t know if it’s just a very slow sensor reading.
Tried lowering ACLL but it’s very unstable. Somehow going with higher ACLL but lowering the voltage through v/f curve works much better. Motherboard is the Z790-i. AVX2 load voltage ~1.300v stable on cinebench/y-cruncher.
Is the very low Vcore reading on idle normal / real?
Check VROUT on the VRM sensors a few tabs below. That will tell you what the VRM is actually supplying and then you’ll know if there’s a sensor glitch.