Ask a question about PC cooling20

It is recommended to use Huntkey DH6 power supply 400W, Golden Ant third-generation radiator.

There is no need to blow directly, of course it is better to blow. However, if it is close, the natural radiation is larger, and the gray point is not harmful to the machine.

I'm a 5000+ Colorful 9600GT ASUS M2N with the power supply I said for heat dissipation, playing large games for hours is also below 50°.

Yes, just like in summer, pay attention to keep the computer hardware clean with an electric fan, and pay attention to cleaning the dust regularly.

My classmate someone has solved the case cooling in this way, it's okay, at least the number of blue screens is less.

Don't blow at it, it's easy to get dusty. You can blow on the side to speed up the air flow of the case, or you can blow a little on the front, otherwise you will blow it directly on the side, and the CPU graphics card motherboard fan will be affected.

There is not much radiation to cover the plate. However, over the years, there are also a lot of cases as much as possible to add fans to reduce heat dissipation by a few degrees, mainly because the heat dissipation around the case should be strengthened.

The heat dissipation effect will be obtained, but the opposite conditions will also be obtained, such as the dust sticking to the fan.

It is recommended that you use it normally, hehe.

It should be possible, and you can also put the console in a ventilated place!

It won't hurt the machine, but opening the case lid will radiate to you.

For now, the heat dissipation effect of the notebook is good. It can be divided from the configuration and manufacturing materials and the exhaust fan, and the configuration mainly depends on the CPU and graphics card. The CPU part is relatively simple, see if the CPU has frequency conversion technology such as turbo frequency, notebooks with this type of technology will change the operating frequency of the processor according to the needs of the computer, and it is more necessary to increase and decrease the voltage to reduce the heat of the processor to enhance heat dissipation.

In this regard, the technology is currently supported by the latest Intel i5 and i7 processing. The heat dissipation capacity of the notebook with these two processors is slightly stronger than that of other processor notebooks (note that the i-series i3 does not have this technology, and the impact of the graphics card is more critical, mainly depending on whether it is a discrete graphics card, and the heat generation of the notebook loaded with the discrete graphics card is definitely higher than that of the integrated graphics card. The more powerful the performance of the discrete graphics card, the higher the heat will be under the condition of the same manufacturing process, and the thermal ability of the notebook will be relatively poor, and the graphics card actually has the greatest impact on the heat dissipation of the notebook.

In terms of manufacturing materials, what can be seen directly in this aspect is mainly the notebook shell, the general aluminum alloy shell, which is easier to dissipate heat than the ordinary engineering plastic shell. The second is the heat sink inside the notebook, which is invisible in this regard, and many laptops currently use iron instead of copper on the heat sink. At present, the thermal conductivity of copper sheets (401 W MK) in all metals is stronger than that of aluminum (237 W MK), and more than 3 times stronger than that of iron sheets (80 W MK), but the ** of copper is also much higher, and many manufacturers release water in this area in order to save costs, such as HP cq42 The core of its graphics card GPU is used to conduct heat with iron sakura tablets.

It is difficult to distinguish the thermal conductive material of the CPU and GPU inside the notebook, so you need to find the teardown diagram of the model you like on the Internet, and tell whether it is iron or copper by color. As for the fan, in fact, there is no way to know from the outside and the software in general. You can only take it apart to see, or turn on the software Everest and Optimizer first, and then use the software to run the CPU at full load for 5 minutes to see the fan speed (because the current laptop fan is not always rotating at the maximum speed, in order to reduce noise, it is usually only the maximum speed when the internal temperature is too high, otherwise it is a slight rotation), the higher the fan speed on the data, the stronger the relative heat dissipation capacity of this laptop.

At the notebook site, it is necessary to distinguish the heat dissipation of the notebook from the software, and at the same time comprehensively test the performance of the notebook and the power-on time, it is best to use a USB flash drive to bring everest to the past, this software can make the notebook CPU fully loaded and can also monitor the temperature, as well as check the power-on time of the hard disk, the internal fan speed and various internal hardware parameters with silver oak.

Hello! Computer CPU, graphics card, memory, hard disk, etc. will emit heat when the group pants are dismantled, especially the CPU and graphics card, which are large heatmakers, if the heat dissipation is compensated, it may lead to reduced performance, and even burn the hardware, so it is necessary to use a suitable radiator.

The process by which heat from a computer's CPU and other components is dissipated into the air.

Hello! Please describe the problem in detail!