overclocking temps stock 8700k
overclocking temps stock 8700k
I'm just starting out with overclocking and added a Noctua dh15 to my 8700k. I ran a Cinebench test to check performance under Intel Turbo before beginning, but I'm puzzled about the high temperatures at full load. The 8700k does get hot, but I'm unsure if I have enough headroom to begin. Idle temps are between 30-33°C. Any advice would be great.
My case uses a NZXT S340 Elite and the link has my load data.
Additional details are incomplete on your side. However, from what you shared so far, here’s what we know:
1) Cinebench is not a thermal stability test; it checks voltage consistency. The load changes too much for accurate results.
- Prime 95, Small FFT, AVX/AVX2/AVX-512 Off, runtime around 15-20 minutes. Aim to keep temperatures below 80°C and stay under 85°C.
- OCCT, Small Data Set, Normal Mode, Steady Load Type, SSE instructions, same duration. Try to...
Additional details seem incomplete on your side. Here’s what we can gather so far:
- GPU information is missing.
- Room and chassis ambient temperatures differ slightly but generally warmer than the room.
- Chassis fan configuration isn’t specified.
- Cinebench version and lengths vary (R15, 20, 23), with newer versions being more current.
- Motherboard settings include manual/adaptive Vcore and Load Line Calibration.
From what’s shared:
1) Cinebench is not a thermal stability test; it checks voltage consistency. The load changes too much for accurate results. Recommended tests are Prime 95, Small FFT, with AVX/AVX2/AVX-512 enabled, lasting 15-20 minutes. Keep temperatures below 80°C, max 85°C.
-OCCT, Small Data Set, Normal Mode, Steady Load Type, SSE instructions, same time frame. Again, aim for under 80°C, not exceeding 85°C.
2) The chassis setup might limit overclocking potential. Airflow through the case is crucial, especially for the S340 Elite, where intake and exhaust are both stressed. This can restrict fresh air volume needed for the overclocked component and reduce heat dissipation from the output side.
TL;DR: Even with corrected data, available information suggests limited options and possible performance constraints.
I was wondering why and just repositioned my cooler. Now I'm getting 58-60c with 100% load on everything auto, just like before, and 23-26 idle. I'm not sure when I made a mistake, but it seems to have fixed the issue. I used Prime95, Small FFT, and everything was much better than before. Now I'm diving into overclocking and trying to see how far I can go. Thanks for the help!