The temperature of the computer becomes very high after a while, and the temperature is very high as

There are two common reasons why the temperature is particularly high when the computer is turned on:

1. Computer heat dissipation problems:

There is too much dust or the heat sink needs to be replaced, or there may be a problem with the fan.

If the notebook is in the warranty, it is recommended to go to the official after-sales service to solve it.

2. Impact of Trojan Virus:

Many Trojan virus programs are used to remotely control the computer to run a lot of miscellaneous things, and even cause the computer to blue screen, black screen, reboot and so on. These can cause the temperature of the computer to be too high!! The solution is to use antivirus software to disinfect the virus.

1. There are three reasons why the CPU temperature is too high: 1. It is caused by overclocking, which makes the CPU run at too high a frequency. 2. This is very common caused by cooling fans.

Such as: the fan is damaged, the fan is aging, and the fan has no oil and the speed is slow. 3. Problems between the CPU and the heatsink.

For example, there is too much or too little silicone, and the CPU and the heatsink are not tightly attached. 2. The solution to the CPU temperature is too high as follows:

1. Restore the CPU in overclocking to its original state. 2. Test the cooling fan and replace it immediately if it is damaged. 3. Apply the silicone evenly between the CPU and the radiator.

If the preceding methods do not solve the problem, you can try to change the CPU. Extended Information: Common Computer Troubleshooting:

Fault phenomenon: when the laptop plays games, the CPU temperature of the desktop is generally between 35-70 degrees, and the normal temperature of the notebook is generally between 40-80 degrees. Generally, the reason for the high CPU temperature is that the ambient temperature is high, especially in summer, when the CPU is idle, its temperature can reach more than 50 degrees, and the full speed is more than 70.

Although such a temperature is acceptable for a short time, if it is used like this for a long time, it will affect the life of the CPU, so it is best that the computer is not turned on for a long time, it is slightly better in winter, and the general temperature is 30 degrees, so the ambient temperature has a great impact on the CPU temperature. If it is a notebook, it is recommended to add a radiator to the base of the notebook, so that the temperature will drop, and if it is a desktop, add a small auxiliary fan in the case.

1. There are three reasons why the CPU temperature is too high:

1. Caused by overclocking, which makes the CPU run at too high a frequency.

2. This is very common caused by cooling fans. Such as: the fan is damaged, the fan is aging, and the fan has no oil and the speed is slow.

3. Problems between the CPU and the heatsink. For example, there is too much or too little silicone, and the CPU and the heatsink are not tightly attached.

2. The solution to the CPU temperature is too high as follows:

1. Restore the CPU in overclocking to its original state.

2. Test the cooling fan and replace it immediately if it is damaged.

3. Apply the silicone evenly between the CPU and the radiator.

If the preceding methods do not solve the problem, you can try to change the CPU.

Hello, this may be a problem with the computer heatsink, or the CPU is aging, it is recommended to check it.

1.The outside temperature is high in the summer.

Summer is the period of high incidence of computer failure, mainly because the appearance temperature is too high, resulting in increased demand for heat dissipation of computer hardware.

1.The fan speed is slow and the bearing is short of oil; At the same time, the noise problem is solved.

2.Silicone grease is used out: This situation is common in machines that have been used for more than 3 years or machines that use inferior silicone grease, and silicone grease needs to be reapplied.

Specifically, even if the silicone grease is bad, the viscosity is a little higher, and it is much stronger than the common "water" silicone antilibus.

When the computer runs many programs or is not loaded, the heat dissipation is poor, and it will cause local high temperatures, but if it runs well or is stable, it will depend on the stability of the fracture, which is also related to the temperature of the surrounding environment.