About CPU Cooling Modifications

Hello landlord, generally there are two fan interfaces on the motherboard, there is no need to get it, and like this connection, you need to have professional tools, why bother.

It is not necessary to use copper wire on the radiator, and it may also affect the heat dissipation.

It's not going to be short-circuited, because it's not an electronic component, and like you said, those people are just talking nonsense.

Target. It is indeed a tube, but there are some copycats, which are good to listen to as high imitations, and they are indeed not tubes, and the copper content is very low, and the heat dissipation is not good.

Typing so many words, I hope it helps you, haha.

Personally, I think that it is basically meaningless to connect the two fans together, and it is only necessary to simply add a little wind speed, and when the two fans supply air in a staggered form, it is likely that part of the wind is blocked by the fan blades.

Because there is no good stable contact, this will also add more noise.

Heat pipes are indeed tubes, which are hollow inside, and good heat pipe heat sinks are filled with heat conductive liquid.

The heat pipe is a copper tube, not a very thick copper wire, and the heat sink with a heat pipe generally has good heat dissipation performance. The most gorgeous heat dissipation system I've ever seen on a motherboard is the transistor heat transfer (there are crystals flowing inside the heat pipe).

From a certain model motherboard of MSI (MSI), the chipset seems to be x58 I forgot you go to refer to it.

1.It's easy, just crimp or solder the wires of the two fans to the same contact of the connector.

2.There is no benefit to winding the copper wire, but the thermal resistance of the heat transfer path will increase, and it will lead to the reduction of the fin spacing of the radiator, which will affect the heat dissipation effect.

3.The copper tube is called a heat pipe, and it's hollow, but close to the wall of the tube is a capillary structure that stores liquid, usually water, through the phase transformation heat of the liquid, which works very well.

In general, do not modify the original cooling configuration of the CPU.

After changing it, it started to work very well, and after a long time, there were many problems. 1. Loud. 2. The heat dissipation effect is greatly reduced.

How to disassemble the CPU heatsink frame Hello dear,1When removing the CPU heatsink, first pull the metal buckle up to the other end. 2.

Finally, use both hands to slowly push out the buckle with one end of the metal buckle, and if the buckle is tight, you can also use tools such as taper change. 3.When one end of the buckle is opened, the other end of the buckle is much easier to unmove, as long as the buckle is slowly pushed out by hand.

4.When the buckles at both ends are fully opened, the CPU cooler can be removed slowly. One thing to note here is that since the thermal grease has the potential to stick the CPU to the bottom metal of the heatsink together, it is important to remove the CPU heatsink vertically when removing it to avoid bending the CPU's fragile pins.

Hope it helps. If my answer is helpful to you, please give a thumbs up (in the lower left corner), I look forward to your like, your efforts are very important to me, and your support is also the motivation for my progress. Finally, I wish you good health and a good mood!

1. Find the location where the CPU is installed on the motherboard.

2. The support rod is pressed down and pulled outward.

3. Align the CPU inverted triangle position with the missing corner position of the CPU socket of the motherboard.

4. Close the CPU cover and press down the support rod.

5. After the CPU cover pops up, the installation is completed.

Low temperature has an effect, high temperature has no effect, the higher the CPU temperature, the worse the effect of adding heat pipes.

Let's put it this way, adding heat pipes, there is a certain effect, it can transfer heat to the fan end, especially the CPU temperature is not too high, such as 60-70 degrees is still very effective, there are a few degrees of cooling, once the CPU temperature is very high, you will find that the whole heat pipe no longer has a cold end and a hot end, but the overall heat pipe is not like a heat pipe, it is a copper bar, it is hot everywhere, and there is no longer a role that the heat pipe should play.

To improve heat dissipation performance, the best is to increase the heat pipe, and then the cold end of the fan, vigorously deal with it, such as the electric turn in the air inlet to make a few air inlet holes, increase the fan speed, there are two ways to increase the fan speed, one is to replace the high-speed fan, the other is to use the DC-DC switching power supply booster, the size is very small, the effect is the same thing as the power bank internal battery boost to the charging 5V, you need to adjust the output voltage to 6-7V, you can increase the speed, but not too fast, it will burn the fan, and the noise is loud.

The last is to install an exhaust fan, which is very useful and can reduce the temperature by 5 degrees, the higher the temperature of the heat pipe, the more effective it is

The efficiency is not large, the time and energy are large, it is better to have an external exhaust fan.

Personally, I think that the effect is not increased by more than 10%, and I think it is not cost-effective, so it is better to get an external fan for exhaust or a lower fan.

Whether it is a laptop or a desktop computer to transform the cooling system, if it is a desktop computer, it is relatively simple, and you can solve the heat dissipation problem by directly replacing the multi-heat pipe cooling system with higher performance.

If it is a notebook, it is relatively troublesome, as long as the space between the heatsink and the case is enough to install the increased heat pipes.