Yes it does move around a lot on mine and I suppose it can do so differently depending on how motherboard VRM design works too. It's the true core voltage being reported by the processor so it also showing the effects of the the load line which is even more important to know when using a fixed voltage. In auto it's also showing the effects of the algorithm; hence the moving around is even more pronounced.The SVI2/TFN value will change depending on the load. That's where Prime 95 Small FFT comes in.
I've read that when using hwinfo, the min, max, and average values should be ignored; it's what the Current value settles on.
I wonder what SVI2/TFN - the true core voltage - reading is. On my 3700X, with auto voltage and VCore settings, the CPUz VCore reading is a scary 1.40 while SVI2/TFN is 1.325-ish (it moves around quite a bit) when running the CPUz stress test.4.375 ghz at 1.36v
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The SVI2/TFN value will change depending on the load. That's where Prime 95 Small FFT comes in.I wonder what his SVI2/TFN - the true core voltage - reading is. On my 3700X, with auto voltage and VCore settings, the CPUz VCore reading is a scary 1.40 while SVI2/TFN is 1.325-ish (it moves around quite a bit) when running the CPUz stress test.
Yes it does move around a lot on mine and I suppose it can do so differently depending on how motherboard VRM design works too. It's the true core voltage being reported by the processor so it also showing the effects of the the load line which is even more important to know when using a fixed voltage. In auto it's also showing the effects of the algorithm; hence the moving around is even more pronounced.The SVI2/TFN value will change depending on the load. That's where Prime 95 Small FFT comes in.
I've read that when using hwinfo, the min, max, and average values should be ignored; it's what the Current value settles on.