Opening game boost and XMP has no impact on computer hardware. It can help users temporarily close unwanted programs, free up cache, and optimize processor performance, making games run better.

Unnecessary background processes and services game boost will be temporarily shut down, memory organized, and CPU processor performance accelerated to enable users to achieve optimal game performance. Typically, it will increase the hardware load. Considering the redundancy provided by the hardware design, it has no special impact on the use and life of the hardware.

There is a game boost mode, which can operate at full load and improve the game effect. The negative effect is that the fan is spinning wildly and the noise is very loud. Please pay special attention. Generally, just turn on XMP for overclocking.

Take the most efficient overclocking CPU as an example. It can be said that CPU production is very precise, so manufacturers cannot control the frequency at which each CPU can work. In fact, internal manufacturers have completed many tests and will be able to work at high frequencies. The CPU is labeled as high frequency, but to ensure its quality, these tags have a certain amount of residual capacity, which means that a CPU operating at 2500 MHz may stably operate at 3500 MHz. To explore these potentially redundant parts, you can overclock.

You can also use some methods to make the CPU work stably at higher frequencies. These methods mainly include two points: enhancing the cooling effect and increasing the working voltage. "For other computer accessories, it still uses this principle to overclock, such as graphics cards, memory, and even mice."