Here, you can easily adjust the ratio multiplier of all cores, and you can also play around with the core voltage. You can find all of the settings you need under Advanced Tuning.

Of course, the actual process of overclocking is complicated, but the software can at least make things easier for you. What makes this software so good is its intuitive design, user-friendly interface, and overall ease of use. Intel has its own software for overclocking, monitoring, and stress testing called Intel Extreme Tuning Utility or simply XTU. Intel’s and AMD’s processors are very different from one another, which is why a different type of software is needed to handle the overclocking.

It is also possible to check out other people’s OC experiences with the same CPU. Otherwise, you can revert back to your CPU’s default settings. If you see positive changes to stability and solid temperature values, you can keep your custom OC. To check whether this will be beneficial, you can perform the overclock and then run a few tests. Even so, it shows that yesterday’s low-core processors can be pushed to reach far higher frequencies (with adequate cooling). Keep in mind that the results in the chart above are extreme overclocks under perfect conditions with cooling under LN2. Overclocking capabilities of older generations of Intel and AMD CPUs. Some of the older generations do overclock pretty well. Older generations of both AMD and Intel CPUs may show a solid performance increase with a bump in core frequency. The answer depends on what is in your system. Every CPU generation and model is unique, so it might turn out that your specific model won’t gain noticeable performance improvements from an OC. Before we start listing a bunch of different software, it might be a good idea to consider whether overclocking is worth it.

Intel xtu software