Hi! I recently started to experiment with overclocking and stumbled upon a problem.. Do I use offset mode or override mode? And how much voltage should be used. I'm overclocking on a B450 bazooka motherboard.
Titles says a Ryzen 5 2600, so max voltage is around 1.4 for 100% safety.I agree that offset can be a PITA, as you really have to experiment a lot to find the right value, but it can preserve Ryzen's ability to drop voltage when idle and light loads. That helps saving power and keeping things a bit cooler, always important when overclocking. It also means it's not driving the processor with high voltages all the time if it needs an elevated VCore to keep stable under load with a high overclock.
What processor are you using, BTW?
I agree that offset can be a PITA, as you really have to experiment a lot to find the right value, but it can preserve Ryzen's ability to drop voltage when idle and light loads. That helps saving power and keeping things a bit cooler, always important when overclocking. It also means it's not driving the processor with high voltages all the time if it needs an elevated VCore to keep stable under load with a high overclock.Hi! I recently started to experiment with overclocking and stumbled upon a problem.. Do I use offset mode or override mode? And how much voltage should be used. I'm overclocking on a B450 bazooka motherboard.
Titles says a Ryzen 5 2600, so max voltage is around 1.4 for 100% safety.I agree that offset can be a PITA, as you really have to experiment a lot to find the right value, but it can preserve Ryzen's ability to drop voltage when idle and light loads. That helps saving power and keeping things a bit cooler, always important when overclocking. It also means it's not driving the processor with high voltages all the time if it needs an elevated VCore to keep stable under load with a high overclock.
What processor are you using, BTW?
A r5 2600I agree that offset can be a PITA, as you really have to experiment a lot to find the right value, but it can preserve Ryzen's ability to drop voltage when idle and light loads. That helps saving power and keeping things a bit cooler, always important when overclocking. It also means it's not driving the processor with high voltages all the time if it needs an elevated VCore to keep stable under load with a high overclock.
What processor are you using, BTW?