![]() ![]() Go to “Advanced Startup,” then select “Restart Now.” Your PC will reboot, and you’ll see a new menu.From the menu on the left, choose “Recovery.”.Click the gear icon in the Start menu to open your PC’s Settings.Since it’s built into the motherboard, you can’t access it directly from Windows. The quickest way to control your fan’s speed is through the Basic Input/Output System (BIOS). ![]() If your find any of the two attached to your fan, it’s possible to adjust your fan speed. These two connectors can be controlled through the motherboard, software, or hardware. A DC connector has 3 points that go into the hardware, while a PMW connector has an additional fourth wire to send signals to the PC. If you’re not familiar with computer wiring, you’ll still be able to determine if you have a DC or PMW connector. Check if the cable uses a 3-pin DC or 4-pin PMW connector.Inspect the cooler’s fan and find the cable connected to it.Usually, it’s at the top of the motherboard. Power down the computer and unplug the power cable.But, no matter how you choose to adjust your fans, whether it be through the BIOS, using software, or hardware, fan speeds are integral to keeping your system safe and performing at its best.Before you start adjusting your fan controls, you’ll need to understand the type of fan you have inside your PC. If you are running an older motherboard and are unable to adjust fan speeds through the BIOS, or would prefer to make adjustments within Windows, SpeedFan is a free software solution that also allows you to monitor temperatures and voltages. If you have experience overclocking, the methodology is the same. By underclocking and undervolting your CPU and your GPU, you can pull back load temperatures and run your fans as slow as possible. If you are unwilling to increase noise levels to keep your components safe, then you will need to consider sacrificing some performance. If your CPU starts throttling, you will need to go back and make adjustments, sacrificing some aural comfort. You also need to test your average workload thoroughly to ensure that your components aren’t overheating to maintain silence. There is some trial and error in this since it can be hard to judge how loud a fan is going to be at a specific RPM and not all manufacturers list decibel levels for their products. When you are building a silent system, you need to decide how much noise you are willing to tolerate and then set the maximum speed of your fans accordingly. If you at all concerned about noise, this balance can be harder to achieve. You need to find a balance between all the fans in your system to ensure that they are working together and not fighting each other. CPU cooler performance doesn’t matter if hot air is being trapped inside your case. If you have configured your case fans in a way that your GPU or CPU coolers are feeding them hot air, you will need to make sure their speeds can dissipate heat at, or higher than, the rate that your components are dumping it out. You want to make sure your components stay well below their throttling points to maximize performance. When adjusting your fan curves, it’s important to give yourself a bit more headroom than you think you’ll need. ![]()
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