Compare VCORE offset mode with manual mode.
Compare VCORE offset mode with manual mode.
Hi,
I observed that with the VCORE in manual mode, I can reach up to 1.41 volts without triggering the yellow warning. In offset mode, anything above +0.07 causes a warning, even though the FX 6300’s base voltage at offset is 1.2V. Testing with CPU-Z showed that normal settings work in manual mode, but the warning appears in offset. So yes, there is a difference—adjustments may vary between modes. For instance, if you achieve a stable overclock of 1.3V in manual mode, you might want to aim for +0.1 in offset as well. Also, LLC behavior seems to change depending on the mode.
AssemblerX86 :
The offset voltage is added to the auto voltage value. This auto voltage isn't set in stone. To determine the correct auto voltage while under load, you can adjust the offset to zero and then experiment. Alternatively, consulting the CPU's datasheet might help. Try setting a negative offset to reduce voltage, gradually increasing it until stability returns, then slightly reducing it again. The goal is to find the minimum Vcore that keeps the clock stable.
The offset voltage is added to the auto voltage value. The auto voltage value does not remain constant.
AssemblerX86 :
The offset voltage is added to the auto voltage value. The auto voltage isn't a fixed number. To determine the auto voltage while under load, you can adjust the offset to zero and then experiment. Alternatively, consult the CPU's datasheet. Set the offset to zero and note the VID and Vcore readings for the desired clock speed while the processor runs at full capacity. A negative offset may help lower the voltage. Gradually increase the negative value and check for stability until you reach a stable point, then make a slight adjustment. The goal of overclocking is to find the smallest Vcore that still allows stable operation at your chosen clock speed, which helps minimize heat generation.