Here are some ideal tips for getting a stable OC on an AMD FX 6350.
Here are some ideal tips for getting a stable OC on an AMD FX 6350.
How much time passes before the device shuts down? Does Windows start properly and guide you to the desktop? Could you tell me which CPU cooler is installed?
When you press F10 (or whatever it is on Gigabyte boards) to save and reset, it powers off and then restarts automatically. This is normal behavior—it switches to CMOS power to preserve your settings. After this, it returns to the main power source and tries to boot into the operating system (Windows in your case).
Update: That's a solid option for a cooler. If you ever need to exceed 4500MHz (the MOSFETs on that board can handle it), consider upgrading to models like the Be Quiet Dark Rock Pro 3 or the Noctua NH-D15. They look very similar, with the main difference being in appearance.
I grasp it clearly! I believed turning off my PC and restarting would harm my CPU. If resetting the CMOS power saves my settings, it should work and prevent this issue again?
You're also fine with keeping the CPU VCore at its default setting, not adjusting it to values like 1.35V or 1.44V!
The machine's switch to CMOS power for saving changes is typical. This process requires power for the CMOS and BIOS components while ensuring the rest of the system remains disconnected. To achieve this, it disconnects the main power source and switches to the CMOS battery found on the motherboard. This battery resembles a large watch battery. The energy from this source enables the computer to retain its settings when not connected or when the power is off.
There are two primary risks of harming your CPU through overclocking. First, excessive heat buildup. With a reliable cooler, even if temperatures rise significantly under high voltage, the cooling system prevents rapid heating and allows Windows sufficient time to respond, resulting in a shutdown to let the CPU cool. Second, applying too much voltage directly to the CPU. It's crucial not to exceed 1.43V on that component; doing so can cause permanent damage. Additionally, on many budget builds, the MOSFETs on the motherboard must be considered. These components are vital for delivering power to the CPU. If they malfunction, the CPU could receive a direct 12V supply, which would likely destroy the chip. You generally don't need to worry about this issue on your own motherboard, as the MOSFETs are designed to handle high current and have adequate heatsinks.
Thanks to the enhanced safety features incorporated into modern motherboards, these are essentially the main methods for damaging a CPU via overclocking.
Be aware that if your system stops working suddenly and shuts down, wait a few minutes before restarting. This gives overheating parts time to cool. I suggest booting into BIOS and returning to the default 4000MHz OC settings I recommended earlier. Gradually increase the voltage back up to your previous overclock level and observe if the issues return. If instabilities persist, reduce your overclock by at least 50Mhz (about 0.25 on the multiplier).
Also, always increase the core clock before raising the voltage. I was able to push my FX 8350 to 4518MHz on an Asus M5A99FX PRO R2.0 before needing a small voltage adjustment of .002V to add another 32MHz, reaching 4550MHz or 4.55GHz. If the system remains unstable but stays below 50°C on the CPU, boosting voltage might help. However, always consult someone experienced with overclocking before making changes.