It will not affect the CPU if the pins are bent, but it will have an impact if the pins are broken. Therefore, when you find that the pins are bent, you need to use tools to straighten them as soon as possible. After the pins are adjusted, the computer will automatically start. The inspection also passed, and if there is another problem with the CPU, it will not be caused by the pins.
#The operating environment of this article: Windows 7 system, Dell G3 computer.
Is it affected if the CPU pins are bent?
It will not affect the CPU if the pins are bent, but it will have an impact if the pins are broken, so when you find that the pins are bent, you need to use tools to correct them as soon as possible. Then adjust the pins The power-on self-test also passed, and if the CPU has problems again, it is not caused by the pins.
Placing the motherboard on the table means that the CPU and memory are exposed on the desktop. The rotation of the CPU fan will also cause the motherboard to shake, so it must be fixed. If it is an external graphics card, sound card, and network card, it must also be fixed. , and because they are placed outside, they easily attract dust, so they must be cleaned well.
In a word: if there is a lot of dust, move less and avoid collisions.
Note: Paper can also generate static electricity. The best way is to put anti-static bubble bags on it.
Research on hardware until the computer is damaged in the end. If you can learn something, it is worth it. If you can't learn something, it is not worth it.
Extended information:
Currently, CPUs use pin-type interfaces to connect to the motherboard, and CPUs with different interfaces have different pin numbers.
The naming of the CPU interface type is usually expressed by the number of pins. For example, the Socket 478 interface currently used by the Pentium 4 series processors has 478 CPU pins; while the number of CPU pins used by the Athlon XP series processors The Socket 939 interface used has a CPU pin number of 939.
In principle, the performance of the CPU has nothing to do with the number of pins, and not every CPU pin is functional. In other words, there are actually some pins on the CPU that do not have any function. The "display" of the function comes from idleness.
This is because when CPU manufacturers design CPUs, they will inevitably consider functional expansion and performance improvements in the future, and will reserve some temporarily inactive pins for future improvements.
However, with the development of CPU technology, more and more CPU pins are needed to achieve richer functions and higher performance. For example, the number of pins required to integrate a dual-channel memory controller is higher than that of only The number of pins required to integrate a single-channel memory controller is much higher, so in general, the number of CPU pins is increasing. Basically, it can be considered that a CPU with more pins has a more advanced architecture.
But nothing is absolute. For example, the pin count of Socket S1 used by AMD to replace Socket 754 on the mobile platform has been reduced from 754 to 638.
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能直接存取。内存储器又称内存,是外存与CPU进行沟通的桥梁,计算机中所有程序的运行都是在内存中进行。内存的作用是用于暂时存放CPU中的运算数据,以及与硬盘等外部存储器交换的数据。只要计算机运行,操作系统就会把需要运算的数据从内存调到CPU中进行运算;当运算完成后,CPU再将结果传送出来,内存的运行也决定了计算机的稳定运行。

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