The AMD 5 3600 automatically adjusts to 800 MHz and maintains that frequency when the PC is powered on.
The AMD 5 3600 automatically adjusts to 800 MHz and maintains that frequency when the PC is powered on.
I just installed a PC with an AMD 5 3600 CPU, it functions properly initially. However, when I power it off and turn it back on, the CPU consistently stays near 800 MHz. Adjusting settings in the CPU software raises it to 4000 MHz, but when I switch it off and on again, it fluctuates back around 800 MHz. I’m trying to understand why this behavior occurs.
Consider switching to a 'high performance' power plan via the Windows control panel. You may also need to turn off 'sleep' or 'hibernate' settings, as this often relates to Windows scheduler problems that prevent the CPU from entering a high power state after being in a low power mode.
Sure, I can simplify it. Let me rephrase in a clearer way so it’s easier to grasp.
Looking up 'choose a power plan' in the Windows search bar leads to the control panel settings. This particular laptop has just one, while any Ryzen DIY desktop usually offers two or more, typically offering a balanced mix of low power and performance. This setting influences CPU parking behavior and P state control, which relates to efficiency—possibly contributing to your issue. If the CPU consistently throttles to 800MHz, it might not be a one-time event but rather a recurring problem after reboots. A 'dry start' could resolve it, where you disconnect the power and attempt to boot with the power button for about ten seconds. Regarding the CPU software, it's possible a low-power startup profile is being applied, which you might be adjusting manually.
it occurs after I power off and restart my computer, yet when I open AMD software for the CPU and try to reset it back to default settings, the program displays an option to accept or decline. Even though I haven’t clicked accept yet, the software seems to return to normal on its own. This seems unusual and might be related to how the system handles power states.