The higher the TDP rating of the cooler, the more heat it can handle.ĭepending on the model of your CPU, TDP can vary between 65W and 125W. The cooler’s performance is measured on how effectively it moves air and how well it’s designed to conduct heat. It’s the maximum temperature a particular cooler can maintain. It can also lead to slower computer performance as well as other problems. This is important because the hotter the processor, the more likely it is to become damaged or shut down.
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The right cooler will not only help keep your computer running at full capacity but will also help keep your system free from damage. A CPU cooler is a piece of hardware that helps keep your computer’s central processing unit (CPU) from overheating. The cooler is the final piece of the puzzle in ensuring that your computer’s internal components remain in good shape.
The best way to keep your CPU cool is to make sure that you have a good airflow system in place. There are other components involved which we will be talking about in detail in the coming sections. However, there are also larger fans that can use more watts. Typically, a CPU fan cooler will use 1.8 watts of power and is rated at 12 volts. That is just a rough estimate and the actual power consumption depends on different components of your system. No that isn’t the exact amount of power your CPU cooler uses. now you must be thinking well that’s not a hard one because it might be already written on the box of your CPU cooler.īut is that even the actual power or not? Let us pop your bubble. In either case you need to know how many Watts does a CPU Cooler use.
Are you thinking to buy a PSU for your system? Or are you just curious to know how much energy a CPU cooler use.
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