Home >Computer Tutorials >Troubleshooting >Detailed explanation of ASUS Heavy Gunner b760 motherboard fan interface?
php editor Yuzi explains to you the fan interface of ASUS Heavy Gunner B760 motherboard. ASUS Heavy Gunner B760 motherboard is a high-performance gaming motherboard with built-in multiple fan interfaces for heat dissipation to ensure stable operation of the system. This article will introduce the functions and usage of each interface in detail, allowing you to better understand and use the fan interface of the ASUS Heavy Gunner B760 motherboard and improve your gaming experience.
The ASUS Heavy Gunner B760 motherboard has three fan interfaces, namely the CPU fan interface, the chassis system fan interface and the chassis front panel fan interface. First of all, the CPU fan interface must be connected, because if the CPU temperature is too high, the computer will run unstable or crash. Secondly, the connection between the chassis system fan interface and the chassis front panel fan interface is to provide good air circulation in the chassis and ensure that the hardware is running in good working condition. When the system requires more heat dissipation, you can add system fans, and the front panel fan of the chassis can generate huge airflow in and out of the front of the chassis, which is conducive to strengthening the airflow and achieving the heat dissipation effect. It should be noted that when using different types of fan interfaces, pay attention to the corresponding relationship between fan speed and voltage, otherwise it will affect the operation of the hardware.
1. The power cord of the CPU fan is not plugged into the CPUFan (CPU fan) interface of the motherboard, but is plugged into another fan interface. Although this plug-in does not affect the normal operation of the computer, the BIOS cannot detect the operation of the CPU fan.
2. The power cord of the CPU fan is in poor contact with the corresponding interface on the motherboard. This situation is relatively common.
3. The CPU fan used is a substandard product. The motor has only two power lines and no speed measuring wire in the middle, so it cannot feedback the fan speed information to the BIOS.
4. There are differences in the electrical performance indicators of the speed measuring wire between the motherboard and the CPU fan of this machine. As a result, the BIOS cannot obtain correct electrical information. However, this situation often results in a large gap between the fan speed reported by the BIOS and the actual speed. Under the premise that the first and second situations do not exist, the reported speed will generally not be zero.
Troubleshooting: After analysis, we have a general understanding of the causes of false alarms, so that we can solve the problem in a targeted manner. After inspection, it was found that the power cord of the CPU fan was plugged into the BAKFan (spare fan) interface. Plug it into the CPUFan interface correctly, and then monitor it in the BIOS. Everything is normal.
Of course there is no problem. You only need to plug the light strip and RGB fan into the RGB pins of the 12V 4Pin and 5V 3Pin interfaces on the motherboard respectively, and then use AURA SYNC to set the lighting and motherboard synchronization display.
The cpu fan does not rotate. The causes and solutions are as follows: excessive dust blocks the fan bearings, causing the power supply fan to not rotate. Disassemble the fuselage, clean the motherboard and the inside of the fan, and blow away the dust with a hair dryer.
The power supply fan is damaged, or the computer motherboard or other hardware is damaged, resulting in the inability to boot.
Power supply problem, the capacitor of the power supply is aging, the power supply is insufficient and the computer cannot be started, the motherboard problem, the power supply module circuit of the motherboard is faulty.
Individual users generally do not recommend handling this type of fault by themselves. It is recommended to send it for repair and inspection. The source of the fault can be easily determined by using the replacement method. The central processing unit is a very large-scale integrated circuit and is the computing core and control core of a computer. Its function is mainly to interpret computer instructions and process data in computer software.
On ASUS motherboards, just set the CPU Q-fan Control to Disable on the Power options page to allow the CPU fan to run at full speed.
If the fan speed is still 900 rpm after setting Disable, can you check the label of your CPU fan to see what the rated current written on it is. If the rated current of the fan itself is small, the fan speed will also be very low.
For example: If the fan is rated at 0.6A, the actual speed is about 6000~6500 rpm. If the rated current is 0.1A, the fan speed is about 1000 rpm.
Basically, every 0.1A current is equivalent to 1000 rpm.
1. It can be adjusted. 2. This is because ASUS motherboards are usually equipped with a BIOS (Basic Input Output System), and the CPU fan speed and temperature control can be adjusted through BIOS settings. 3. By setting the speed and temperature control of the CPU fan, you can balance the heat dissipation and noise issues according to actual needs and improve the performance and stability of the computer. In addition, personalized fan settings can be made according to different usage scenarios and needs to achieve better heat dissipation.
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