php editor Xinyi will answer for you: Which is the fan cable interface of Mingxuan motherboard? Maxsun motherboards usually use a four-pin interface as the fan cable interface. This interface is a standard computer hardware interface used to connect the motherboard and the fan to realize power supply and control of the fan. The four-pin interface has the characteristics of high-speed signal transmission and strong reliability, which can meet the normal working requirements of the fan. When you need to install or replace a fan, you can carefully check the four-pin interface on the motherboard and correctly insert the fan cable into the corresponding interface.
On the Maxsun motherboard, the position of the fan connector is marked, usually with the words Fan or CPU Fan.
The cpu fan can be directly plugged into the interface of the cpu fan, and the cooling fan of the main chassis can be plugged into the interface marked Fan.
It can be handled as follows:
Use the spare 4p or SATA power supply port of the host power supply. Generally, the cooling fan is connected to these spare ports instead of being plugged into the motherboard socket.
If the fan does not have a 4p interface, there is no need to worry. You can cut off the socket, peel off the wire ends and forcefully insert it into the spare 4p port of the power supply. Note that the red wire and the black wire must be connected in the correct color.
1. If you want to plug the chassis fan into the power supply, you only need to connect it to the large 4PIN output plug of the power supply. In addition, the chassis fan can also be connected to the motherboard. Just connect the power supply Just connect the wire to the pin marked SYS_FAN on the motherboard.
2. Since the motherboard has many cooling fan interfaces, there are 3PIN interfaces and large 4PIN interfaces (D-type interfaces) which are very common. Generally speaking, the chassis fans with 3PIN interfaces are connected to the motherboard, and the D-type interface All fans are connected to the parallel power supply interface of the power supply. In the case of multiple fans, they support series connection. Some chassis fans are very user-friendly and will be equipped with both 3PIN and D-type ports to meet interface compatibility.
The motherboard fan interface usually uses a standard four-pin or three-pin interface. You can identify the motherboard fan connector through the following methods: 1. Observe the fan connector on the motherboard: The location of the fan connector will be marked on the motherboard, and a standard four-pin or three-pin connector will usually be used. 2. Check the motherboard manual: You can check the motherboard manual or the specification information on the official website to determine the type of fan connector. 3. Observe the fan cable: The fan cable is usually marked with words or symbols indicating the interface type, such as "4-pin" or "3-pin". 4. View through software: The BIOS or system monitoring software of some motherboards can provide information on the fan interface type. You can try to download and install the corresponding software to view the fan interface information. Whether it is a four-pin interface or a three-pin interface, they can be plugged into the corresponding fan interface, but be sure to insert it correctly to avoid damaging the fan or motherboard.
If your motherboard case doesn’t have enough fan sockets, there are a few solutions.
First of all, you can consider purchasing a fan controller to expand the number of sockets. This device can often add multiple fan sockets and provide additional fan control options to ensure your computer stays cool and quiet.
Secondly, you can buy some splitters that split one outlet into multiple outlets and allow you to connect multiple fans. However, be careful not to connect too many fans to the same socket, as this may cause voltage instability and damage your fans and motherboard.
Finally, you can consider purchasing a motherboard or case with more fan sockets. These devices can provide more fan sockets and ensure that your computer is running at its best.
Since the motherboard has many cooling fan interfaces, there are 3PIN interfaces and large 4PIN interfaces (D-type ports) which are very common. Generally speaking, the chassis fans with 3PIN interfaces are connected to the motherboard, and the D-type port fans They are all connected to the parallel power supply interface of the power supply. In the case of multiple fans, they support series connection. Some chassis fans are very user-friendly and will be equipped with both 3PIN and D-type ports to meet interface compatibility.
Depends on your needs for the chassis radiator. The first one is that if you buy a cooling fan that is connected to the power supply directly, it will not have much overlap with the interface on the motherboard. You can directly connect it to the power supply. Just connect the 4D or small 3pin interface, provided that your power supply has enough reserved for this interface; the second case is that you need to buy a PWM type cooling fan. After all, the current mid-to-lower motherboards support PWM cooling. Control the cooling interface, but this type of interface depends on the grade of your motherboard. More expensive motherboards will basically have 4-5 pwm. If there are not so many interfaces, you can only control so many fans by purchasing an additional cooling fan hub. !
Can be connected to a fan. 1. Because the COM interface on the motherboard is usually a serial port, its function is to connect external devices, such as printers, modems, etc., but it can also be used to connect fans. 2. Although the COM interface on the motherboard is not specifically designed to connect the fan, since the fan usually only requires two pins for power supply and signal control, and the COM interface provides these two functions, in some cases The fan can be connected to the COM interface for use. 3. It should be noted that different motherboards and fans may have different interface types and voltage requirements, so before connecting, you need to ensure that the interface types match and the voltage supply meets the requirements to avoid damaging the hardware equipment.
1. The CPU fan requires 12V power supply.
2. The power supply of SYSFAN1 motherboard is also 12V, and the power supply of CPU_FAN is also 12V.
3. CPUfan is a CPU fan, and the system will adjust its speed according to changes in the CPU temperature.
4. SYSfan is a chassis fan, and the system will not adjust its speed (power supply Voltage).
1. If you want to plug the chassis fan into the power supply, you only need to connect it to the large 4PIN output plug of the power supply. In addition, the chassis fan can also be connected to the motherboard. Just connect the power supply Just connect the wire to the pin marked SYS_FAN on the motherboard.
2. Since the motherboard has many cooling fan interfaces, there are 3PIN interfaces and large 4PIN interfaces (D-type interfaces) which are very common. Generally speaking, the chassis fans with 3PIN interfaces are connected to the motherboard, and the D-type interface All fans are connected to the parallel power supply interface of the power supply. In the case of multiple fans, they support series connection. Some chassis fans are very user-friendly and will be equipped with both 3PIN and D-type ports to meet interface compatibility.
3. If it is a large 4PIN, you can connect it to the power supply, because the 3PIN on the motherboard may not be connected, but if it is completely connected to the 4PIN interface of the power supply, the fan speed will not be adjustable. When it is fully operational, it is recommended to purchase a fan speed regulator for coordinated use, but now there are also fans with speed regulation available for purchase.
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