I have read the response in this thread but I still have a somewhat more specific question or two.
1: in that thread you stated (SVI2 TFN) voltage reading should be more accurate does that mean it's the voltage that should be compared to the 'maximum core voltage' recommendation by AMD? (1.425v i believe I hear most frequently)?
2: being more accurate when compared to the Vcore (ITE) voltage, is that because it reflects the voltage droop occurring from the output of the VRM to the core?
3: I've noticed that if i put in an overclock setting in my BIOS then (SVI2 TFN) voltage reading is unrealistically low (around 1.187 or so). But if I leave BIOS settings at 'stock' then (SVI2 TFN) is a very realistic reading considering vdroop from the VRM output. I can use the RyzenMaster utility to overclock and (SVI2 TFN) is again realistic considering vdroop. Can you explain why the reading is more realistic only if I have stock speeds and voltage settings in BIOS?
I've noticed that my (ITE) CPU Vcore reading is probably taken directly at the output of the VRM's on my motherboard which means it never reflects VDroop. Therefore, it seems impossible to use to know if I'm exceeding maximum voltage recommendations or what LLC factors to use.
Thank you for your response...
1: in that thread you stated (SVI2 TFN) voltage reading should be more accurate does that mean it's the voltage that should be compared to the 'maximum core voltage' recommendation by AMD? (1.425v i believe I hear most frequently)?
2: being more accurate when compared to the Vcore (ITE) voltage, is that because it reflects the voltage droop occurring from the output of the VRM to the core?
3: I've noticed that if i put in an overclock setting in my BIOS then (SVI2 TFN) voltage reading is unrealistically low (around 1.187 or so). But if I leave BIOS settings at 'stock' then (SVI2 TFN) is a very realistic reading considering vdroop from the VRM output. I can use the RyzenMaster utility to overclock and (SVI2 TFN) is again realistic considering vdroop. Can you explain why the reading is more realistic only if I have stock speeds and voltage settings in BIOS?
I've noticed that my (ITE) CPU Vcore reading is probably taken directly at the output of the VRM's on my motherboard which means it never reflects VDroop. Therefore, it seems impossible to use to know if I'm exceeding maximum voltage recommendations or what LLC factors to use.
Thank you for your response...