Idle voltage stays consistent between 1.4 and 1.45 for this model.
Idle voltage stays consistent between 1.4 and 1.45 for this model.
No, it is not safe. The calculation results in a negative value.
I'm set in override mode with a consistent 4.2ghz performance. The BIOS reads 1.375v, which aligns with 1.368-1.37v in CPU-Z. I use a 240mm AIO because it maintains stable gaming performance without reaching 4.2ghz. Under load, the voltage in CPU-Z typically shows around 1.4v or slightly higher.
In normal operation, yes. The setup maintains the voltage before the core at that level, allowing for quicker boosts. The core doesn’t remain stuck at that voltage when under load. It should register around 1.45V. Run a test like Cinebench R20. You’ll notice it decreases and stabilizes near 1.3V. If not, there may be an issue or excessive voltage being applied.
It isn't the case. Raising the voltage boosts conductivity, allowing more current to pass and heating the processor higher. Even with a cooling system maintaining a low temperature, individual capacitors may still overheat and fail. Increasing voltage won’t speed up the processor; it might be needed only if frequency is raised. The best approach is to keep voltage as low as possible while still meeting requirements.
You can adjust the voltage settings through Ryzen Master or BIOS options.
Mine alternates between 1.05v and 1.405v as expected for the boost function. At full core load it stabilizes near 1.325v. For accurate readings, try HardwareInfo64 or Ryzen Master. HWMonitor hasn’t been updated to support Zen2 properly. https://www.hwinfo.com/download/
Navigate to profile 1. In control mode, manually adjust your CPU core frequency to 4.2GHz across all cores. Configure the peak core voltage to 1.325V and execute Cinebench to verify performance. You mentioned you have 2400MHz RAM—this is quite high for Ryzen processors.