Unless you're tech-savvy, you may not be aware of the concept of overclocking. This involves increasing a computer's speed of executing tasks to increase its performance and efficiency. Among the many things that can happen after overclocking your PC is increased heat production. Cooling becomes a major concern. PC liquid cooling systems and components have become a necessity.
Overclocking is not as difficult as it used to be. It is concerned with improving the central processing unit (CPU) or graphic processing unit (GPU) performance.
Desktop processor performance is the object of overclocking. Two parameters determine it; clock speed and design efficiency. Computers use processors to carry out the many complicated tasks they perform. Design efficiency is about how many such tasks a computer—or its CPU or GPU— can accomplish during a specific timeframe. This time frame is represented by a clock tick. The GPU and CPU's processing power is inherent in their technical and structural design. This means that the only way to improve their processing power is to upgrade to a newer model that's more efficient.
Clockspeed is the parameter that's of interest to anyone interested in overclocking. This is because it can be manipulated to achieve values beyond conventional speeds. The advantages of having a much faster clock speed can be phenomenal. For example, a faster CPU or GPU means faster framerates. Overclocking a graphic card is of more interest to gaming enthusiasts than overclocking a CPU.
What You Need to Overclock
Start by getting a motherboard and CPU compatible with overclocking, which means you have to get the proper generation of CPU to make this work. K designs and a motherboard with a Z' chipset will do for Intel CPUs. You can overclock an Intel Core i7-6950X with a Gigabyte Z390 Auorus Ultra motherboard.
A good quality PC cooler is also necessary. Keeping the CPU temperatures below 85 degrees Celsius is ideal. To do that, you need a reliable liquid cooling PC system. Ensure that there is an adequate thermal paste that's properly applied.
Overclocking Basics
Several interlocking systems operate at different rates to present a single digit. This figure represents system clockspeeds, the result of the simple multiplication of some key system settings.
The base clock is the term used to refer to the core speed value. Most such hardware has its base clock set at 100 MHz. Remember that most motherboard components that depend on base clock speeds cannot withstand tweaks to their core speed value.
Bump the CPU multiplier. The multiplier (ratio) is used to determine the maximum processing speed. Usually, this figure is around 30x-50x on most modern processors. For example, a 100 MHz core speed value with a 50x multiplier means the processor runs at 5,000 MHz or 5.0GHz. Because this value is for the processor alone, it doesn't affect other system parts that rely on stock or near-stock base clock to operate.
By gradually increasing the ratio from its default value to between 40x to 50x, you'll experience vastly improved processing speeds.
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