Intel 13700k often hits temperatures around 100°C
Intel 13700k often hits temperatures around 100°C
I posted on the r/buildapc forum and received a variety of opinions. It feels like some expect certain results while others think it’s normal to experience issues, especially if I’m just playing games. If I upgrade my cooler, I worry my CPU might overheat. At idle, I see temps hovering around 35-40°C. When I run performance tests or heavy tasks, the processor jumps to 100°C and stays there until I shut it down. I don’t always push my system hard, but occasional file compression or Blender use could trigger these spikes. Watching videos makes me feel confident about temperatures in the 60-70°C range, sometimes even higher during benchmarks. If I run a test, it hits 100°C right away. It seems the CPU can reach that temperature if the game gives it permission. I’ve seen some tutorials about undervolting, but with Intel XTU the undervolt setting is hidden because of protection warnings. I don’t have any clear instructions on how to adjust voltages safely. When assembling the PC, they recommended a specific cooler, but Reddit users suggest switching to water cooling. However, many comparisons show mixed results—some claim air cooling works better. This cooler is massive, yet it barely supports this CPU, which surprises me. My main questions are: Are these temperatures normal? How can I judge a cooler’s performance? It feels like people just share numbers without much context. I’m unsure if this cooler will actually handle the workload. If it does, should I consider alternatives besides replacing it? I’d rather avoid noisy fans and a bulky heatsink. This build seems ambitious, but I’m not sure if it’s worth it if cooling becomes a constant headache.
I attempted to reposition the CPU cooler, removed the old thermal paste, and reapplied it, but the issue persisted. It might have been installed incorrectly more than once.
The cooler specifications indicate a TDP range of 125w to 265w. Intel confirms the 13700k model has a TDP of 125w with a turbo capacity of 253w. I suspect the higher end of those figures suggests it might face performance issues at that price. It seems unusual for it to reach 100°C and maintain that temperature. Have you verified both fans are working and rotating properly? Also remember to ensure the CPU mount is secure with even pressure, and apply thermal paste just enough to fill microgaps between CPU and cooler. Don’t forget to check your BIOS settings for fan controls—silent profiles could restrict speed.
Mounting force needs to be consistent and firm according to the guidelines. Various coolers use unique methods to maintain correct pressure during installation. I recommend checking the manual and adhering to the steps. Beginners often hesitate and don’t apply enough pressure, which can lead to problems—sticking to the instructions helps avoid that. I assure you, the PA120 SE delivers strong performance, matching or exceeding models like AK620 and NH-D15. Your 4000D case also provides good airflow, suggesting the issue likely stems from improper mounting pressure.
Thanks, I'll look into it. I've also prepared a video to demonstrate how running a benchmark works.
Some Asus and Gigabyte B760 boards include an option in the BIOS to enable the early 0x104 microcode version. This turns off Undervolt Protection. Look up results online to check if MSI B760 models offer comparable features. Certain B760 boards run at higher voltages by default. You might be able to lower full load temperatures by as much as 20°C by disabling Undervolt Protection.
Another week... another identical suggestion. You need a bending correction frame for the 13 gen processors: https://www.amazon.com/gp/product/B0B5Q34SZ1 It's likely your mount isn't great, but your idle temperatures aren't too high. Replacing the cooler and swapping the standard ILM with the BCF should resolve the issue. Consider getting some new thermal paste to remount your CPU. If you don’t have any, here’s another option: https://www.amazon.com/gp/product/B07MZ4JJWX Intel says your warranty may be void if you swap in stock ILM, but real-world cases show it often holds. I’ve had several replacements without trouble—usually before the system boots up for the first time. Many media groups have exaggerated the importance of torque specs; it’s not that critical. Just remember: don’t over-tighten. Edit: Since you’re using an air cooler, expect temps around 35-40 at idle—which is fine—but keep an eye on things if you see anything above 100 during short loads.