Overclocking 4670k stock cooler.
Overclocking 4670k stock cooler.
I chose to increase the multiplier in my BIOS for a 4.0Ghz frequency. I set the voltage to adaptive and have been using these configurations for a few hours while checking temperatures. The system runs smoothly at around 50°C, then climbs to over 75°F during gaming or heavy use. Keep in mind this is the stock cooler from Intel.
Is this a suitable daily setting, or should I reduce it slightly?
I understand I might want an aftermarket cooler, but I need to focus on other priorities first.
I chose to increase my BIOS multiplier to achieve a clock speed of 4.0Ghz. I switched the voltage to adaptive and have been using these configurations for a few hours while keeping an eye on temperatures. It runs at around 50°C and then climbs to over 75°F during gaming or heavy tasks. Keep in mind this is the stock cooler from Intel.
Is this setting safe for regular use, or should I reduce it slightly?
I understand I should consider a aftermarket cooler, but I need to buy other items first that come before.
With a stock Intel cooler, you should let the CPU run at its default speeds and only boost when necessary. Pushing the heat too high isn’t ideal.
You’ll also need to spend around $20 to $30...
I chose to increase my BIOS multiplier to achieve a clock speed of 4.0Ghz. I switched the voltage to adaptive mode and have been using these configurations for a few hours while keeping an eye on temperatures. The system runs smoothly at around 50°C, then climbs to over 75°F during gaming or heavy tasks. Keep in mind this is the standard stock cooler.
Is this setting safe for regular use or should I reduce it slightly?
I understand I should consider purchasing a aftermarket cooler, but I have other priorities to address first.
With a stock Intel cooler, you should let the CPU run at its default speeds and only boost when necessary. Pushing the CPU temperature beyond its limits isn’t ideal.
You’ll also need to budget around $20–30 for a high-end cooler like an H7 or Evo 212 if you plan to overclock, or be ready to invest more if something fails.
Stock cooling is typically used for standard speeds. Raising the CPU voltage isn't necessary unless stability requires it. You might achieve a solid overclock without adjusting core voltage, which helps keep the CPU cooler—especially since the stock cooler isn't very effective. Consider an aftermarket cooler if you're aiming for higher performance.