How to heat the computer?

Computer Cooling:

A. Choose the coldest place in the room to place the computer. Conditions permitting, the lower the floor where the computer is placed (hot air rises). The computer has to be placed against the wall, and it chooses the wall of the east that rises to the sun. Do not place a large calorific value around the appliance.

B. The specific positioning of the host, to choose the location conducive to air circulation. There is room on the top of the chassis, especially the individual ports on the chassis (usually in front of the chassis) and the exhaust port (rear of the chassis).

C. If there is no problem with the air circulation and the air conditioner is installed in the room, it should be arranged simply. If your computer room is very large, the use of central air-conditioning, in the use of computers it is best to lower the temperature, shut down and then transferred back. There's no need to do that in a small room.

D. Check the tubes used in the room. The heat of the white-weave lamp is not small, the ideal situation is to use the light bulb with lower calorific value.

E. It is best to shut down when not using the computer. When using screen saver, do not forget that at this time the power of the computer is not much lower than normal, the calorific value can not be belittled. The monitor is finally set to idle for 15-20 minutes before entering the energy-saving mode. In the BIOS at boot time, you can also set hibernate or suspend to memory. These measures can save energy and prolong the service life of computers.

F. Determine the normal airflow in the chassis. The usual practice is the front of the chassis suction, rear and the top of the ventilation. Adding a chassis fan is a good start, the space slot in the chassis corresponding to the position of the baffle must be installed, the motherboard interface of the baffle to be installed, that is, in addition to the inlet and outlet do not leave any outlet, so as to ensure the formation of an ideal airflow direction. In addition, we must make sure that the airflow will not be blocked, as far as possible not to let the wire in the chassis block the important airflow position, the line will be tied into a bunch of, of course, the less the better. As far as possible do not choose too small chassis, larger space for the motherboard cooling is helpful.

G. Dust will also have a great impact on the heat dissipation, all the surrounding environment must be clean. After a long period of time, the parts usually gather dust, they will isolate the original and air, so to develop a regular cleaning of the good habit of dust. Power fans and chassis fan on the dust is also a lot, you can use the tiger in time to remove the dust attached to the above, these measures can enhance the cooling effect.

H. Upgrade or increase the fan. 80mm-12mm chassis fans can be installed in a typical chassis. For large diameter fans, low speed can also guarantee a larger air volume. Now motherboards generally have the ability to monitor the CPU core temperature, if your CPU core temperature beyond the ambient temperature too much, you'd better upgrade your CPU fan. The heat dissipation of the hard disk is also very important, we can also assemble the fan for it, but must install firmly, otherwise the vibration will affect the hard disk life. There is also a fan plugged into a PCI slot, which is usually used to help the graphics and the motherboard to dissipate heat, and to enhance the airflow inside the chassis.

I. The size and design of the chassis play a vital role in heat dissipation. In general, a large-volume chassis is good for cooling because it allows more air to flow through the components. The design of a good chassis will be reserved before and after the chassis fan position, once the chassis formed from the bottom up, from the front to the rear of this good airflow, but also for the CPU and graphics, such as large heat components timely replenishment of cold air, CPU and graphics card temperature will be further reduced.

J. There are advantages and disadvantages to all the different solutions. For silicone grease, good products can also bring some additional drawbacks. For example, some silicone grease added to the metal will also have a weak conductivity, direct contact with the processor core may cause a short-circuit. If you use PCM thermal, you must be ahead of the CPU installation, PCM is best for users who do not replace the CPU. Once the CPU is removed and the heatsink is replaced, the PCM material is replaced. When replacing the PCM board, use the square plate of 1x1 inch, and the original PCM version must be safely removed.

The above steps can guide you how to do good cooling, not only can prolong the service life of hardware, will also save you valuable time and money investment, but also can increase the experience of computer maintenance

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