It is abnormal for a CPU to exceed 90 degrees. The normal temperature of the CPU is stable within a temperature rise of 30 degrees. Although the CPU now uses temperature-resistant materials and has a frequency reduction protection mechanism, if the CPU Being in a high temperature environment of more than 90 degrees for a long time will have a certain impact on components such as the motherboard.
#The operating environment of this tutorial: Windows 10 system, Dell G3 computer.
Is it normal for the CPU to be over 90 degrees?
It is abnormal for the CPU temperature to exceed 90 degrees. The normal temperature of the CPU is stable within a temperature rise of 30 degrees.
It is guaranteed to be generally stable within a temperature rise of 30 degrees. In other words, the CPU's tolerance temperature is 65 degrees. Calculated based on the maximum temperature of 35 degrees in summer, the CPU temperature rise is allowed to be 30 degrees. By analogy, if your ambient temperature is now 20 degrees, the CPU should not exceed 50 degrees. Of course, the lower the temperature, the better.
Will the CPU burn out if the CPU temperature exceeds 90 degrees?
Although the CPU now uses temperature-resistant materials and has a frequency reduction protection mechanism, temperatures of more than 90 degrees will not harm it. However, in addition to the CPU, the computer also has other components such as the motherboard. If the CPU is exposed to a high temperature environment of more than 90 degrees for a long time, it will have a certain impact on the motherboard and other components.
What should I do if the CPU temperature is too high?
1. Simple brainless method: let the computer rest. Even if it is a machine, it will be unbearable if it keeps working. In addition to paying attention to computer system cleaning, you should also consider the computer's endurance, which will help the CPU rest and cool down.
2. Check whether the CPU cooling device is operating normally. Whether it is a laptop or a desktop, you must regularly observe the operation of the small fan. For example, the fan's operating speed, operating sound, exhaust effect, heat dissipation effect, etc. If there are any abnormalities, they need to be resolved as soon as possible to prevent the CPU from overheating.
3. Keep the area around the CPU in the chassis clean. All operations such as computer instruction recycling and execution are inseparable from the CPU, which will place a huge burden on the CPU and cause overheating. It is necessary to ensure that ventilation is maintained around the CPU and minimize dust adhesion, so that the CPU can dissipate heat efficiently.
4. Pay attention to keeping the room temperature moderate (mainly for summer). If the room temperature is too high, you can open the windows to cool down appropriately, or you can use cooling equipment such as electric fans and air conditioners.
5. Use thermal conductive materials to improve CPU heat dissipation efficiency. The first choice is thermal conductive silicone grease, which is the most obvious and effective and the most trouble-free.
6. Try to avoid wiping with alcohol and water. Try to avoid wiping the chassis with various liquids to prevent various circuit failures. While keeping the case clean and ventilated, it is also best to keep it dry and moisture-proof and waterproof is very important.
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