Custom rig adjustments happen immediately following an overclock.
Custom rig adjustments happen immediately following an overclock.
Hey everyone, I recently assembled a PC and it performs exceptionally well. The Asus Rampage IV motherboard is solid, paired with an Intel i7 3930K at 3.2GHz, a GTX 1080 Strix graphics card, 32GB RAM, and a 1200W power supply. I’m using an Acer Predator X34. I was aiming for higher frame rates on BF1, reaching 3400x1300, so I wanted to push my CPU to 4.2GHz. After rebooting with the ASUS AISUITE chipset, it boots up instantly and shuts down again until I press the CMOS button repeatedly. Since this is my first time overclocking, I’m unsure if it’s overheating or failing to handle the load. It doesn’t have a cooling fan, just a large heat sink. Any advice would be greatly appreciated.
I tried to overclock carefully; it’s not something you can just press a button and finish. It involves a lot of waiting and restarting, but it’s worth it if you need extra performance.
There are more detailed instructions, and I haven’t overclocked Intel since DDR3 was released. But the process is similar:
- Increase the multiplier to its highest stable setting until it becomes unstable. Then lower it back to a steady state.
- Gradually adjust both the multiplier and voltage in small steps.
- Achieve a balance of stability—avoid overheating, keep voltage within ideal range, and ensure smooth performance without throttling.
I never rely on automatic tuning; it's a risky method that can damage your CPU.
It’s possible your CPU voltage was set way too low, or another adjustment caused the system to fail, such as raising FSB beyond safe limits.
If it’s turning on, you might access BIOS and find a default setting that restores normal operation.
I confirmed the CMOS is cleared and everything seems fine, but I’m still interested in boosting my CPU clock speed. Would this improve my FPS? Any advice on the proper method for overclocking? I was surprised to learn that adjusting ASUS BIOS settings could cause the PC to crash.
This gamers oc mode (high current) setting could be risky if there isn't sufficient voltage available.
I tried to overclock carefully; it’s not something you can just press a button and finish. It involves a lot of waiting and restarting, but it’s worth it if you need extra performance.
There are more detailed instructions, and I haven’t overclocked Intel since DDR3 was released. But the process is similar:
- Increase the multiplier to its highest stable setting until it becomes unstable. Then lower it back to a steady state.
- Gradually adjust both the multiplier and voltage in small steps.
- Achieve a balance of stability—avoid overheating, keep voltage within ideal range, and ensure smooth performance without throttling.
Auto overclocking typically requires excessive voltage, not insufficient, so it's important to research the specific CPU and motherboard for detailed guidance.
I have Asus AI suite, and it performed excellently for overclocking my CPU to 4.4ghz—it should reset your computer several times, altering the BIOS. However, if it takes 3-5 minutes, something might be amiss.
Still, I concur with others that manual overclocking is the most reliable method. I achieved a stable 4.5ghz with a lower voltage by doing it myself.
Ah. I own an old lab computer running a Phenom II AMD on an AM3+ board. Attempting AMD overdrive reduced the voltage significantly.
However, most voltage imbalances stem from the auto tweakers. Not all chips behave alike, and they often apply overly generalized settings or faulty logic.