You can brute force this by installing as many fans as your chassis will take and cranking them up to their highest setting, but picking the right fan for the job will result in much better performance and a quieter system. If we had to put it simply, more fresh air = generally better temperatures. When installed in a typical mid-tower case, the airflow of a fan equipped with CORSAIR AirGuide Technology will look something like this: Airflow from a case fan equipped with CORSAIR AirGuide Technology.Ĭomparing these two example, you’ll notice that the airflow from an AirGuide fan is much more concentrated, reaching further into the case before eventually dissipating. The air pulled through a standard case fan immediately spreads out into the case and while the air does have a general velocity away from the fan, it’ll quickly dissipate the further away from the fan blade it travels. When installed in a typical mid-tower case, the airflow of a standard case fan will look something like this: Airflow from a standard case fan. When installed properly, case fans will promote the exchange of heat from your components/heatsinks/radiators and the air to allow your components to cool off. A typical case fan is designed to pull cold air from the intakes of your computer or push hot air out as exhaust. Before jumping further into what makes AirGuide compelling for cooling, let’s review the purpose of a standard case fan.
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