When it comes to overclocking, most DIYers are probably excited immediately. However, these processes are somewhat unfamiliar to newbies. Nowadays, few products can be extensively overclocked. But on the other hand, manufacturers are quite concerned, probably because they want to show excellent design and manufacturing. Now there may be more products that can be overclocked than before. Let’s look at the basics of modern computer overclocking and how to achieve one.
Basics of Modern Computer Overclocking
Still talking about the most common CPU overclocking, various manufacturers have various features. For example, Intel only provides overclocking in high-end Z-series chipsets and some K-type(K indicates that the CPU is unlocked and can be overclocked).
Intel has recently popularized this function in the mainstream models B560 and B660.
Overclocking Computer Motherboards That Don’t Officially Support Overclocking
Of course, the fact that the chipmaker doesn’t make it “overclockable”, doesn’t mean you can’t break such CPUs. See the image below for an insight
For example, non-K-type Cores can also be overclocked by increasing the base frequency (orthodox overclocking means increasing the multiplier), but the core manufacturers will exert pressure or use BIOS microcode and other technical means to prevent It.
Also, if the chipset doesn’t officially support overclocking and you go ahead to overclock it, you may lose your warranty. This simply means “you can’t ask for what I don’t give you”.
Of course, if you have confidence in overclocking and are ready to try it, you should also pay attention to the model of the motherboard when purchasing. Only some motherboards provide the base frequency overclocking function.
Traditional Overclocking Vs. Modern Overclocking Techniques?
In terms of overclocking, the traditional way of entering the UEFI BIOS interface and manually setting the base frequency, multiplier, and voltage is outdated.
You can also automatically detect and set the frequency and adjust the number of cores according to the required working mode. With these two software, overclocking settings are very simple.
Graphics Cards Overclocking Tools
The same is true for graphics cards. Many manufacturers have launched their own graphics card management software with overclocking functions.
As for memory(ram), you can use motherboard management software to overclock. Some motherboard management software also has a CPU overclocking function, but the function is worse than the professional software of CPU manufacturers.
3rd-Party Tools For Overclocking
Numerous third-party software can also adjust settings such as CPU frequency and voltage.
For example, the overclocking software ClockTuner for Ryzen (CTR) for Ryzen can not only overclock but also optimize simultaneously to reduce power consumption.
Similarly, some memory overclocking software adjusts memory parameters in the operating system, which is more efficient than manufacturer management software.
Some of these tools are Intuitive and convenient, much more convenient than repeatedly resetting the BIOS.
Overclocking A Computer Display
Overclocking is no longer limited to CPU, graphics card, memory, and storage.
It may please you to know that and display can also be overclocked. Many 165Hz and 280Hz monitors are optimized 144Hz and 240Hz monitors. See the image below:
The highest refresh rate is an overclocking state. Generally, overclocking options in the settings come with the monitor. Refresh rates such as 165Hz and 280Hz. See the image below:
Lastly, overclocking SSD is relatively traditional, and the performance of the main control and flash memory chips is improved by writing modified firmware.