Computers emit this electrical power as heat generated by all major components. Need for fan control Īs modern PCs grow more powerful so do their requirements for electrical power. This is commonly accomplished by the motherboards having hardware monitoring circuitry, which can be configured by the end-user through BIOS or other software to perform fan control. In computers, various types of computer fans are used to provide adequate cooling, and different fan control mechanisms balance their cooling capacities and noise they generate. At the top of the case is a fan controller.įan control is the management of the rotational speed of an electric fan. So chasing the extra few odd ☌ by using higher speed, higher airflow, much louder volume fans is useless.Full-tower computer cases may contain multiple cooling fans.
To a cpu 30☌ and 60☌ are the same, no change in performance at all, no extra damage from temps etc. If I ever hear the fans, there's something up with temps. And I'm using 1000 rpm Noctua, so fan speeds are seriously low volume-dead silent. Slow rise from 20% to 30% at 20☌ to 60☌, then sharp rise to 100% at 70☌. Like Phaaze88, mine is a little different. 3 is multi-vendor, doesn't care, but you have to go find it and might have to pay for it. 2 is specific to the vendor, you won't be using asus motherboard software with a gigabyte motherboard. Most tailor able, very in depth, might not always be user friendly (SpeedFan has a learning curve it's so complex), but has options 1 or 2 simply do not have.ġ is available automatically. Proprietary software like Argosoft or SpeedFan.Often it's visual, not just number oriented. Motherboard software, like Asus FanXpert, offers slightly better options, more in depth and user friendly.It'll have some basic form of curve management.
There's 3 ways to set up fan curves, depending on what you use.
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