beginner in overclocking here for tips
beginner in overclocking here for tips
i built my pc about a year and a half ago and haven’t adjusted it for overclocking yet. i’ve looked through some forums and guides, but they recommend making small changes. starting with the core clock, i’m not seeing any significant changes in gpu temperature, only up to around 63 degrees. that’s fine, but i don’t want to risk anything. any suggestions on what to tweak would be really helpful.
i’m also using afterburner, which i think is just for the gpu, and in bios msi shows oc, which i think is for the cpu. does one matter more than the other? should i focus on different things for each?
If your desired temperature is just 60C, then you're not really pushing the CPU too hard. Intel CPUs perform well up to about 80C without issues, and GPUs can handle lows in the 90s with ease. Usually, it's better to keep the CPU around the low to mid-70s and the GPU below 85C.
The system starts to become unstable when you apply excessive voltage (creating too much heat) or go beyond the frequency the chip is designed for. More voltage can usually lead to higher frequencies, but there are boundaries in every aspect. The quicker the CPU runs, the more transistors switch on and consume power, which slightly raises temperatures. Achieving a stable overclock requires balancing these three elements.
What is the current temperature of your CPU? Are you using the original Intel model or a different one? Corsair H110i GTX 104.7 CFM Liquid CPU Cooler
You need to determine the exact specifications of your RAM, processor model, and speed before proceeding with overclocking. This information affects how you can enhance your CPU's performance. There are several online searches for overclocking the 6700K, but most results don't apply to your specific board. I'm unsure how well your board will handle the changes. Before starting, it would be wise to check what your board supports in terms of overclocking.
You can find more details here:
https://www.bing.com/search?q=overclocki...lang=en-US
The Paladin explains the process clearly. The method needed depends on your RAM’s make, model, and speed, which affects CPU overclocking. Most searches for overclocking the 6700K yield results not compatible with your system. I’m unsure how well your board will cope with such changes. Before starting, it would help to check what your board supports in terms of overclocking.
For the RAM, I own a 32GB (four 8GB modules) Corsair Vengeance LPX DDR4-2400. I’ve seen some reviews about overclocking on this motherboard, but they’re mostly for other models and don’t apply well to my setup. It’s a bit too complex for me right now.
I found a couple of articles discussing overclocking with MSI M7ATX, but they seem too technical for my understanding. I managed to build a system without much trouble, but all the detailed info is beyond what I can grasp at the moment.
Regarding the GPU, I’ve experimented by adjusting settings using Afterburner. It seems better to tweak both CPU and GPU together, or test one at a time. Also, when doing stress tests, changing resolution affects FPS—should I run it in full screen or at the default size (~75fps)? I’m not sure what to focus on here.
I don’t need to stress too much about memory speed; they’re no longer tightly connected like they used to be in earlier Intel models.
If you’re after a relaxed boost, raise the CPU’s maximum multiplier, boost core voltage, and keep an eye on temperatures. When the system freezes, crank up the voltage again—once you hit your goal (around 4.5Ghz) or temperatures rise too much, pause and try to fine-tune.
Not advised, but most gaming motherboards have a simple option for overclocking. Just tell the board to run your CPU at higher speeds. It tends to guess the voltage needs, but as long as things stay cool, it should work.
Interestingly on my Z270 board, the default 5Ghz setting was quite close to what I had before, I actually pushed it a bit higher.
CPUs and GPUs can be adjusted separately.
the stress test would fail due to overheating, even though temperatures stay at their maximum of 60 degrees. Recent adjustments to the gpu core clock have not prevented crashes, and the system needs a restart after each failure so it can run at roughly half the usual frame rate.
Eximo:
I wouldn't be too concerned about memory speed since they're no longer tightly connected like in older Intel models. If you're aiming for a relaxed overclock, raise the CPU's maximum multiplier, boost core voltage, and keep an eye on temperatures. When the system crashes, increase the voltage again—once you hit your desired 4.5Ghz or temperatures rise too much, you can try to fix it. Not advised, but most gaming motherboards have a simple button for overclocking. Just tell the board to run your CPU at higher clocks; it usually overestimates the needed voltage, but as long as temps stay good, it should work.
It's interesting on my Z270 board that the default 5Ghz setting was quite close to what I had before, and I actually increased it slightly from there.
CPUs and GPUs can be overclocked separately. I'm curious which one will give better results—switching CPU or GPU—and just want to know which has more impact.
If your desired temperature is just 60C, then you're not really pushing the CPU too hard. Intel CPUs perform well up to about 80C without issues, and GPUs can handle lows in the 90s without much trouble. Usually, it's better to keep the CPU around the low to mid-70s and the GPU below 85C.
The system starts to become unstable when you apply excessive voltage (creating too much heat) or push beyond the frequency the chip is designed to run at. More voltage can usually lead to higher frequencies, but there are natural boundaries. The faster the CPU operates, the more transistors switch on and consume power, which slightly raises temperatures. Achieving a stable overclock requires balancing these three elements.
The advantages of overclocking depend on what the computer is supposed to do.
In short:
- If the CPU limits performance, it defines the lowest FPS you can see (you can tweak settings for better visuals).
- If the GPU is the bottleneck, it sets the highest FPS you can observe (lowering graphics settings boosts FPS).
- When both are balanced, improvements in CPU and GPU will show as higher FPS.
Keep in mind that real gains from overclocking are usually modest—perhaps just a few to ten frames more than a non-overclocked system with identical hardware.