Is it worth it?
Is it worth it?
I'm not using a high-end gaming setup, but it still works well. I have an RTX 2060 Super and play on a 1080p 144GHz monitor. I'm seeking some guidance.
Overclocking is my first attempt. I managed to reach a 10600k price point quite affordably. Most opinions suggest that with the K version, it would be pointless not to push the limits, right? I own a Noctua nh-d15s and an MSI Gaming Plus. I wasn't too concerned about air cooling initially. The increase from stock to a full 4.8GHz boost has delivered impressive outcomes. Under stress tests like Prime95, OCCT with AVX, etc., I consistently stay below 80 degrees.
Progressing beyond a 48x multiplier is becoming excessively hot and isn't delivering the performance I anticipated. Reaching 4.9 raises temperatures by about 10 degrees, but benchmarks don't show much improvement. Achieving 5.0 might yield better results—potentially surpassing a 10900—but temperatures remain very high, and I experience thermal throttling during AVX-intensive tests within seconds. It's clear I've hit the boundaries of air cooling.
My dilemma is:
A. Continue where I am. The current 4.8 performance is sufficient since I'm already limited by GPU usage. Let it be.
B. Upgrade to a reliable AIO cooler (280 or 360) and try stabilizing at 5.0. It's uncertain when I'll upgrade to a 1440p monitor, but I anticipate needing something more powerful soon.
C. Keep the Noctua fans running and avoid pushing unrealistic stress tests. As long as I can maintain under 80 degrees and play smoothly, it's acceptable. (This seems unlikely, as many online users claim overclocking requires pushing the CPU beyond its limits.)
Any advice would be appreciated. (I'm not interested in replacing everything with Ryzen.)
Yes, Nvidia and Intel have made overclocking less exciting in recent generations. It's better to keep the default settings, let the high-speed cores handle the workload when they can, and let the remaining parts reach their rated boost. Most of the time, simply improving cooling will work better than trying to overclock manually.
Visited before, invested a lot of time. It can be enjoyable, but pure performance versus cost overclocking comes with high expenses for the gains achieved.
Yes, Nvidia and Intel have made overclocking less exciting in recent generations. It's better to keep the default settings, let the high-speed cores handle the workload when they can, and let the remaining parts reach their rated boost. Most of the time, simply improving cooling will work better than trying to overclock manually.