With less heat in the system then your computer will have additional passive heat sink cooling capacity available when a heavy/intensive workload is applied and the initial heat spike that occurs before the fan spin up to full speed will also be reduced. However, if you are concerned about reducing the lifespan of your internal fans then adding supplemental cooling is a good solution. Combining both a higher baseline internal fan speed and supplemental cooling will further reduce temperatures and increase cooling capacity. This system is designed to primarily cool the CPU/GPU as they are the primary heat generators.īy increasing the baseline speed of your internal fans or by providing supplemental cooling directly onto the CPU/GPU you will remove more heat from the CPU/GPU, which reduces the amount of heat that bleeds off into other components and the overall computer/enclosure. The built-in cooling system typically use one or more small fans connected to a heat pipe that is connected to a heat sink that is connected to the CPU/GPU. One reason is that laptop have more tightly packed internal components so there is less space for airflow and a greater likelihood that heat from the CPU/GPU will bleed off into other components as well as the entire computer/enclosure.
Laptops have cooling systems with a built-in cooling capacity that is typically less than desktop cooling systems. The short answer is that running your internal fans at a higher baseline speed has the potential to increase performance, as does providing supplemental cooling directly onto the CPU/GPU.
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