The benefits of computer overclocking: 1. The performance of the computer will be improved; 2. The running speed of games and software will be improved; 3. The computer will run more smoothly. Disadvantages: Affect system stability, shorten hardware service life, and even burn hardware equipment. Overclocking will generate a large amount of heat, which will increase the temperature of the CPU, causing "electronic migration" phenomenon, damaging the internal chips of the CPU, reducing the life of the CPU; and the possibility of system crashes or errors will increase.
The operating environment of this tutorial: Windows 10 system, Dell G3 computer.
What does computer overclocking mean?
Overclocking is a method of making various computer components run at higher than rated speeds. It is different from main frequency and frequency division, and is a classification of frequency.
Computer overclocking is to increase the working frequency of CPU, graphics card, memory and other hardware through the overclocking method of the computer operator, so that they can work stably at a frequency higher than their rated frequency to increase the working speed of the computer. .
The English name of overclocking is "Over Clock", which is a technical means to obtain performance exceeding the rated frequency by adjusting hardware settings to increase the main frequency of the chip.
#Does it make sense to overclock your computer?
Computer overclocking is to artificially increase the operating frequency to maximize the performance of the CPU. Among gamers, it will virtually improve the performance of the game, but on the other hand, it will affect the stability of the system, and excessive temperature High will also burn the hardware, these are irreparable consequences.
Benefits and Disadvantages of Computer Overclocking
Benefits of Computer Overclocking
1. Computer Performance will improve.
2. The running speed of games and software will increase.
3. The computer runs more smoothly.
Disadvantages of computer overclocking
1. The stability of the computer is poor. Maybe it is quite stable to use test software to test the computer when the screen is just overclocked, but as the computer With the aging of hardware, when the computer runs different games for a long time, various unstable factors will surface.
2. After overclocking, the computer hardware life is relatively short.
3. Trigger the "electron migration" phenomenon
Overclocking will generate a lot of heat, which will increase the CPU temperature, thereby triggering the "electron migration" phenomenon. In order to overclock, the voltage is usually increased. In this way, more heat will be generated. However, it must be understood that it is not the heat that directly harms the CPU, but the "electronic migration" phenomenon caused by the heat that damages the chips inside the CPU.
The "electronic migration" phenomenon does not damage the chip immediately. Its damage to the chip is a slow process, which will more or less reduce the life of the CPU. At the same time, in the case of overclocking, the possibility of system crashes or errors increases.
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