Could you clarify if you're asking about the potential for reduced performance and FPS after overclocking?
Could you clarify if you're asking about the potential for reduced performance and FPS after overclocking?
Hey, I tried a bit more overclocking on my i7 5820k with the Asrock X99 EXTREME 4, but then performance dropped in games. How could that happen? Also, I had lower FPS with the 4790k when it was overclocked—what’s going on? I usually adjust the multiplier and voltage carefully, using pre-chosen board speeds between 4.0 and 4.4, but the CPU got too hot, so I tried a lower voltage manually at 4.0GHz. It worked fine but didn’t help much. I’ve heard about higher-end CPUs like the Mugen 4 PCGH, H110i GT, or Noctua NH-D15, but I’m not sure if they’d help. Should I consider overclocking to around 4.3–4.4GHz? I think my current setup might be limiting performance, especially with the 5820k and GTX 980 Ti compared to the 4790k and GTX 980. Could there really be an improvement if I push it that hard?
Is it feasible to experience even lower performance and FPS after overclocking?
Hey,
I experimented with pushing my i7 5820k to higher overclocks on the Asrock X99 EXTREME 4. But then I noticed a drop in game performance. Why is that happening? Also, I saw reduced FPS when running at 4790k while it was overclocked—how could that occur? What mistakes am I making? I usually adjust the multiplier and voltage carefully; I’ve used pre-chosen board speeds from 4.0 to 4.4, but the CPU overheated, so I tried a lower voltage manually at 4.0ghz. It was stable but not as fast. I recently got some high-end CPUs like the H110i GT or Noctua NH-D15 and am still unsure. Should I consider further overclocking to around 4.3–4.4ghz? Because I suspect I might be on the wrong track.
I've never tried overclocking, but I think it's okay as long as you don't push the system too hard—it might cause instability and lower performance.
Telekino:
I haven't overclocked before, but I think if you push the system too far it can become unstable (which would actually lower performance).
That's correct, but it's not reaching 4ghz—it's just a bit more than 11%, and I've also noticed 5820k running at around 4.9ghz now, which is definitely too much, not 4.0ghz. 😄
Yes, when the power supply does not provide consistent voltage and/or power.
Yes, if the power supply isn't providing consistent voltage and/or power, I'm considering an upgrade soon. Right now I'm using a Cooler Master G750M, which should suffice, but I plan to switch to something like an 850w 80+ gold or even platinum for 980Ti SLI in the future.
It's possible to experience reduced performance and lower FPS after overclocking. So far, I've tried adjusting the multiplier and voltage manually, even using pre-chosen motherboard speeds between 4.0 and 4.4. However, the CPU has been getting too hot, so I switched to a lower voltage at 4.0GHz, which was stable but didn't improve performance. I'm considering upgrading to a higher overclock like 4.3-4.4GHz, but I'm unsure if it will help. My current setup includes a MUGEN 4 PCGH, an H110i GT, or a Noctua NH-D15, and I'm trying to decide whether these changes will make a difference. Compared to my previous setup with a 4790K and GTX 980 Ti, I wonder if performance has actually improved. The cooling solution might not be sufficient for the heat generated, leading to automatic throttling and reduced workload efficiency. Your CPU's thermal management is crucial during overclocking.
It is indeed feasible to experience reduced performance and lower FPS after overclocking. My experience shows that pushing the CPU beyond its limits can lead to unexpected drops in gaming speed, even when using higher voltages. I also noticed similar issues with a 4790K at an overclocked setting. What I’m doing might be incorrect, as I’ve adjusted the multiplier and voltage manually, tried different motherboard speeds, but the CPU overheats quickly. I’ve considered lower voltages to maintain stability, yet performance suffered.
Your CPU’s power consumption is around 360W, which is manageable, but your PSU capacity seems adequate. However, if you’re concerned about thermal throttling, ensure your cooling solution can handle the heat generated. If you proceed with overclocking to higher speeds like 4.3-4.4GHz, monitor closely for any signs of instability or performance loss.
The temperature was 55 degrees under load, which isn't the main issue. I checked the power usage of my CPU and it's about 360 watts, while my GPU is around 300 watts plus other components. Could my PSU be too weak? Should I avoid overclocking with this PSU? I wonder if a 6-core 140w CPU running at 55 degrees is manageable on a 66.8-degree Tcase. If the problem isn't crashes but performance drops, maybe it's worth investigating further.