3-Pin fans are usually fixed-speed fans, they can however be voltage controlled when the motherboard allows it. Voltage control typically provides lower efficiency than the PWM control, minimum speeds are also not as low as with PWM control.
4-Pins fans can be speed regulated by PWM. This allows a finer control of the fan and allows to reach lower speed for silent operation.
3-Pin and 4-Pin are cross compatible but with some limitations as illustrated in below table.
Plug different fans into the corresponding header. Such as, plug the CPU fan to the CPU_FAN header, plug the case fans to the chassis headers (SYS_FAN/ CHA_FAN)
CPU_OPT header is for second fan of you CPU cooler.
The names of the fan headers will be printed on the motherboard. (please refer to your motherboard manual).
Ensure the fan cable is fully inserted into the header.
If your motherboard doesn’t have enough fan headers, please try our PWM Sharing cable or PWM Fan Hub or PST fans
Please refer to this video if you cannot press F2 to enter the BIOS.
Windows 10 How to enter BIOS configuration
minimum speed to 60°C, first slope to 50%PWM @75°C, then steep slope to 100% PWM @85°C
minimum speed to 50°C, then slope to 100% PWM @75°C
minimum speed to 40°C, then slope to 100% PWM @70°C
For fans with 0dB function, set the minimum speed to 0% to enable 0dB mode.
PS. Please refer to your motherboard user guide to get the accurate details. The pictures in this section are for reference only and may vary from the motherboard you purchased
Please refer to this website to get the latest details Fan Xpert 4 - Introduction
PS. The software support may vary from the motherboard you have.
Find your Support Media and install the ASUS utilities
Set your fan according to the link below
Fan Xpert 4 - Introduction
Please refer to this video if you cannot press F2 or Del to enter the BIOS. Windows 10 How to enter BIOS configuration
minimum speed to 60°C, first slope to 50%PWM @75°C, then steep slope to 100% PWM @85°C
minimum speed to 50°C, then slope to 100% PWM @75°C
minimum speed to 40°C, then slope to 100% PWM @70°C
For fans with 0dB function, set the minimum speed to 0% to enable 0dB mode.
PS. Please refer to your motherboard user guide to get the accurate details. The pictures in this section are for reference only and may vary from the motherboard you purchased
Please refer to MSI website to get the latest details MSI Utility manual.
Please refer to this video if you cannot press F2 or Del to enter the BIOS.
Windows 10 How to enter BIOS configuration
minimum speed to 60°C, first slope to 50%PWM @75°C, then steep slope to 100% PWM @85°C
minimum speed to 50°C, then slope to 100% PWM @75°C
minimum speed to 40°C, then slope to 100% PWM @70°C
For fans with 0dB function, set the minimum speed to 0% to enable 0dB mode.
PS. Please refer to your motherboard user guide to get the accurate details. The pictures in this section are for reference only and may vary from the motherboard you purchased
Please refer to this video if you cannot press F2 or Del to enter the BIOS.
Windows 10 How to enter BIOS configuration
minimum speed to 60°C, first slope to 50%PWM @75°C, then steep slope to 100% PWM @85°C
minimum speed to 50°C, then slope to 100% PWM @75°C
minimum speed to 40°C, then slope to 100% PWM @70°C
For fans with 0dB function, set the minimum speed to 0% to enable 0dB mode.
PS. Please refer to your motherboard user guide to get the accurate details. The pictures in this section are for reference only and may vary from the motherboard you purchased
Please refer to this website to get the latest details Gigabyte system information viewer
Find your Support Support Media and install the Gigabyte utilities
Please refer to this video if you cannot press F2 or Del to enter the BIOS.
Windows 10 How to enter BIOS configuration
minimum speed to 60°C, first slope to 50%PWM @75°C, then steep slope to 100% PWM @85°C
minimum speed to 50°C, then slope to 100% PWM @75°C
minimum speed to 40°C, then slope to 100% PWM @70°C
For fans with 0dB function, set the minimum speed to 0% to enable 0dB mode.
PS. Please refer to your motherboard user guide to get the accurate details. The pictures in this section are for reference only and may vary from the motherboard you purchased.
Navigate to Settings > Fans and enable Fan Control. Restart the software to apply changes.
The Cooling page displays all currently active fan channels.
View and adjust Temperature sensor, presets, and curve types on each fan channel page
Choose your preferred profile (Quiet, Max, or Fixed Speed) under Presets. Custom Presets are only available with SignalRGB Pro.
Use Temperature Sensor to link fans to specific components, such as the GPU, for optimal cooling efficiency.
Apply settings to the current fan channel or all fan channels.
For advanced customization, we also recommend Fan Control. This free app allows you to create custom fan curves and manage your system based on sensor data.
Download Getting started with Fan ControlOn first launch, Assisted Setup will automatically calibrate and pair your fan channels.
Select the temperature sensors used to control your fan speeds in Sensor Settings.
Once calibration is complete, fan channels can be renamed to make them easier to identify.
Once setup is complete, add curves or sensors to customize your fan speeds.
Begin by selecting the device sensor you wish to work with on the Graph.
For example, add the CPU and GPU temperature sensors.
Adjust the fan curves to suit your requirements.
Enable software control for each fan channel to reflect your custom configurations.
Download the ARCTIC Recommended Fan Curve Configuration and select 'Import' from the Configuration menu to apply it.
Click here to download.
The mix function is an advance feature of the fan control. It combines multiple fan curves and sensors and applies functions like max or average to create advance control logic. Assign different curves to different temperature sensors. Allows you to control the case base on smarter logic.
You can create a mixed fan curve with multiple sensors.
Use copy and paste function to copy fan curve