There is a question regarding overclocking.
There is a question regarding overclocking.
It varies.
For gaming on most modern PCs, GPU overclocking can slightly boost performance, but for CPU-intensive games it usually has little impact.
However, in certain productivity tasks or more demanding CPU workloads, it might still be relevant.
The issue is that manufacturers have reduced the amount of overclocking they offer.
With a GPU boost version 3.0, you typically won't exceed a few megahertz on your GPU, and even with modern Intel processors, the multiplier is fixed.
Achieving over 100 megahertz beyond the thermal boost for a single core is beneficial.
In extreme scenarios, like pairing a low-end dual-core processor with a high-end GPU—such as a Pentium Gold G6400 with an RTX 2060 Super—it becomes noticeable that the CPU's sluggishness limits overall performance.
Welcome to the forum, newcomer!
It does, to an extent provided the overclock you're dialing in on your platform is to the advantage of the app's games and the tasks you're performing. Often times people dial in an overclock and all it does is dump more heat into the chassis but grants minimal benefits to frames in a game.
Overclocking is a packaged deal, once you overclock a processor, you will need to overclock your ram as well. Doing so for both will require the board to be up to par with your overclocking goals. You GPU can also be overclocked provided there's headroom.
Please include/list your specs like so:
CPS:
Motherboard:
Ram:
SSD/HDD:
GPU:
PSU:
OS:
It varies.
For gaming on most modern PCs, GPU overclocking may slightly boost performance, but CPU overclocking usually has little effect.
However, for certain productivity tasks or CPU-intensive games, it could actually be relevant.
The issue is that manufacturers have reduced the amount of overclocking options they offer.
With a GPU boost version 3.0, you typically can't exceed a few megahertz on your GPU, and with today's Intel processors, you're limited to setting the multiplier.
Even a modest increase of 100 MHz over the thermal boost for one core is beneficial.
In extreme scenarios—like pairing a low-end dual-core processor with a high-end GPU—performance suffers because the CPU becomes a bottleneck.
Overclocking at this level (200–300 MHz) would provide a significant advantage.
(Note: The Pentium Gold G6400 with an RTX 2060 is an example; its CPU is slow compared to the GPU, so overclocking would hurt performance.)
In general, CPU bottlenecks are limited by game requirements and settings.
For simulation-style games such as Cities Skyline, they tend to be more CPU-dependent, whereas games like GTA V may rely more on the GPU.
Resolution also plays a role; at high detail (1080p), you might be CPU-bound, but increasing it to 4K in the same game could shift the bottleneck to the GPU.
I was a bit off topic, but
TL;DR
OC can assist in some situations, though its benefits are diminishing over time.