How are radiators and motherboards compatible?

The compatibility of the heat sink with the motherboard is crucial to ensure efficient cooling and system stability. PHP editor Zimo will answer your questions about radiator and motherboard compatibility in detail, covering different radiator types, motherboard slots and installation methods. By reading below, you'll learn how to choose a compatible cooler, avoid potential installation issues, and ensure your computer runs smoothly.

How are the radiator and motherboard compatible?

Match the motherboard and CPU radiator. Check the model of the CPU, how much power it consumes, and whether it is overclocked. Second, check whether the motherboard is a large board, small board, or medium board. How far is the graphics card PCI_E slot from the CPU socket? Memory slot bit distance from the CPU socket.

These are the decisions to choose between air-cooling or water-cooling radiators. For example, if you have a large CPU and are overclocked, you can choose an air-cooled radiator with six copper tubes. After all, air-cooled radiators are cheaper than water-cooling. On the contrary, you can choose water-cooling, which takes up less space. But the price is expensive.

How to remove the computer motherboard radiator?

Taking the Win10 system as an example, the specific steps are as follows:

Step 1: Find the buckles at the four corners of the radiator and rotate the knob 90 degrees counterclockwise. Then take the host apart and measure the original fan condition for better comparison later. The previous fan noise was stable at around 37.

Step 2: Just lift the buckle upwards. It is necessary to remove all the original radiator motherboard. Use a wowstick electric screwdriver when disassembling. After all four buckles are lifted, you can lift up the radiator to remove it. After the final disassembly, Just clean the remaining silicone on the processor.

The motherboard heat sink is very hot. What causes this and how to solve it?

It is normal for the Northbridge to be hot. You have to manage the total bandwidth. It is easy to prevent it from getting hot. Just replace it with an aluminum radiator. It is just a deception. Don't worry about the Northbridge. The air duct of the chassis is normal. Restarting is mostly about the voltage. Questions, and other problems, the motherboard problem is not big

What is the reason why the heat sink of the computer motherboard is hot?

North Bridge is directly responsible for data processing of the CPU, graphics card and memory, and communicates and assists South Bridge to expand the information processing of the device.

Normally speaking, it will get hot under high-load work, so many motherboard Northbridge radiators have active fans to dissipate heat. As long as it is not overheated and causes a blue screen error, you can ignore it. As for the issue of lagging, make sure that there is no problem with the heat dissipation of the CPU and graphics card. For example, in a high-load operating environment such as games, check the CPU usage and memory usage in the system task manager. If the memory usage exceeds your physical memory size, it is the memory cache. Insufficient; if the CPU maintains 100%, the data cannot be processed; the graphics card requires games or auxiliary software to check the FPS value. The number of frames is 30 frames or less and complex scenes consume video memory. These are the main reasons for lag.

I bought a CPU radiator and found it doesn’t match the motherboard. What should I pay attention to before choosing a radiator?

Your radiator can be used on this motherboard. Isn't this an AMD motherboard? It comes with its own square radiator holder, which you can just snap on. This round plastic frame is for Intel motherboards.

How to solve the problem of high motherboard radiator temperature?

1. The mainboard sensor is damaged and the temperature of the mainboard does not change.

　2. Run multiple programs and multiple games at the same time.

　3. The motherboard’s heat dissipation design errors are of poor quality (very few).

　4. Whether the main chassis is placed in a non-ventilated place (poor air circulation causes high temperature inside the chassis).

　5. The north bridge radiator of the motherboard is not firm. High temperature of the north bridge will lead to high temperature of the motherboard.

　6. There is a lot of dust inside the chassis and the motherboard.

7. Use Pentium D8XX series processors (which will cause the motherboard temperature to be high).

8. Check that the chassis exhaust channel is not smooth and the fan runs slowly.

Solution:

1. Clean the dust inside the case and motherboard regularly. (Dust is the nemesis of the motherboard)

　2. Install a better cooling fan on the chassis. (Cooler Master is good, it is recommended to install a 12cm fan)

3. Replace the Northbridge radiator. (The author recommends Kyushu Fengshen Ice Bridge 3)

　4. Run a single program or a single game. (Check whether the motherboard temperature is still high)

　5. The quality of the motherboard is indeed poor (you have to replace the motherboard)

　6. Place the computer host in a ventilated place.

Is the case fan connected to the power supply or the motherboard?

There are two ways to connect the chassis fan, one is to connect to the power supply, and the other is to connect to the motherboard. 1. If the chassis fan is connected to the power supply, it will always run at full speed and cannot automatically adjust the speed according to changes in temperature, and the processor's cooling effect will be affected. 2. If the chassis fan is connected to the motherboard, you can use the PWM function on the motherboard to slide the current according to the cooling needs and adjust the speed by yourself. However, it should be noted that the CPU requires a certain amount of heat dissipation when working, otherwise it may cause the CPU temperature to be too high, leading to a decrease in computer performance or even a blue screen and other problems. In short, the chassis fan should be connected to the power supply or the motherboard according to the specific situation.

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