The maximum temperature for a CPU depends on the particular model and type of processor, but generally speaking, it should not exceed 75°C. This temperature is known as the thermal junction temperature and is the maximum allowable temperature for a processor to remain stable and functioning properly.
At temperatures above this, the processor can begin to experience thermal throttling, where the clock speed is reduced in order to prevent the processor from reaching a higher, unsafe temperature. This can result in loss of performance, crashes, and irreversible damage to the processor.
Manufacturers have built-in safeguards to protect the processors from reaching temperatures that are too high. The most common of these is the use of a cooling fan. If the processor exceeds a certain temperature threshold, the fan will kick in and pull heat away from the component, reducing the risk of thermal throttling or damage.
Some newer processors may also come with an integrated thermal sensor. This sensor will help the processor detect its own temperature and either increase or decrease the fan’s speed accordingly. This helps keep the system running at a cooler and more consistent temperature.
It’s important to keep in mind that while 75°C is the maximum recommended temperature, the processor may still be able to operate at higher temperatures without any long-term consequences. However, if the temperature continues to increase over time, it’s important to take action in order to protect the processor from potential damage.
For more specific information about the maximum temperature of your particular CPU, it’s best to consult the manufacturer’s website or user manual.