Is the computer water cooling radiator good?

Question 1: Which is better, water-cooled radiator or air-cooled radiator? Water cooling is good.

The air-cooling temperature can reach 90° regardless of the processor or graphics card.

Water-cooling can exceed 70 degrees that non-professional baking software cannot reach.

The operating temperature of the hardware directly affects the life of the hardware.

Advantages of air cooling: cheap. Even top-level air cooling such as Noctua D14, Kyushu Assassin, etc. are much cheaper than water cooling.

Disadvantages: The heat dissipation efficiency is much lower than that of water cooling.

Advantages of water cooling: high heat dissipation efficiency, which can significantly reduce the temperature of the hardware during operation. At the same time, by sharing the air cooling and heat dissipation of the chassis, the dustproofness of the chassis can be further improved.

Disadvantages: high cost. Entry-level tickets cost more than 2,000. Some people may think that there are water-cooling systems on the market that cost less than 1,000 yuan, and they are not that expensive. Anyone who really plays water cooling knows that single-U water cooling such as Corsair, Shark, and Far East are not considered entry-level. They can only meet the heat dissipation requirements of the CPU, and compared to the CPU, graphics cards are currently the major heat generators.

In addition, water, as a conductor, circulates inside the chassis, causing leakage and the risk of short-circuiting and burning the motherboard. This is also the reason why water-cooling prices are high. Gao Changge's water-cooling devices have high thermal conductivity and are very rigorous in workmanship. It is almost unheard of to have leaks. The low-priced ones are just the opposite.

A real water cooling system should at least include cooling for the CPU and GPU.

Other cooling components can be added: motherboard north and south bridges, motherboard capacitors, memory, and hard drives.

In addition, silence is no longer an advantage of water cooling. The silent water cooling system refers to the early passive cooling water cooling system (no fan and only relies on indoor air flow). Due to the increased heat dissipation of the CPU and the lack of a fan, the water dissipates heat at a speed less than or equal to the heat generation speed of the CPU. This system has been eliminated.

Question 2: Are water-cooled desktop computers good? Water-cooling systems are quite powerful, but what do you want to do with water-cooling for the poster? Let me briefly talk about the advantages and disadvantages of water-cooled cooling systems! I hope it can help. Poster. Advantages: The power of the water cooling system is the best choice for overclocking players.

First of all, it is an absolute silent master. The CPU, power supply, and graphics card are all based on the water cooling system. Its noise is very low.

Secondly, compared to fan-type active cooling and heat-dissipation plate-type passive cooling, water cooling has much stronger heat dissipation capabilities and can better protect computer original components for extended periods of time. service life. But there are also shortcomings.

First, it is expensive. If the cheaper water cooling system is overclocked, it may damage the electronic components.

Second, the operation is more complicated. General water-cooled heat dissipation is not as easy to disassemble as a fan, because water cooling requires water as a circulating body and heat conductor, so rubber tubes are indispensable for wiring and future use. It is difficult to disassemble and clean. Of course, if you choose not to install it in the chassis, that's another story.

Finally, I would like to add that if the poster is not a computer enthusiast or a super gamer, the water-cooling system will be a bit of a waste. Real overclocking is the test of the quality of the water-cooling system. If just using a fan for heat dissipation is enough, if you think the noise is too loud, you can choose a better fan radiator with bearings, which will significantly improve the noise.

Water-cooled machines have a good cooling effect, and the water-cooling is generally integral. There are several water channels inside the entire chassis, and multiple components such as the CPU and graphics card plus a water pump and water tank form a complete closed circuit. So I don’t want to say that the car is not filled with water.

The disadvantage is that it requires hard modifications. Many things will not be covered by the warranty if they are hard modified. Moreover, if it breaks down and leaks, how many things will be damaged depends on luck.

Question 3: Will the water in the computer water-cooling radiator dry out? Over time, it will gradually become less. But if it dries out, I don’t know if it will be the year of the monkey. You don’t have to worry about it drying out, right? .

Think about it, how long will it take for the water in a water tank to evaporate completely? However, before the water in the water cooling system is evaporated, it is time to change the water again, that is, the cold liquid. Because the cold liquid will deteriorate after being used for a long time, and if the deterioration of the water is serious, it will cause a cold head. . . . Shenzhen Kuwei Water Cooling specializes in water cooling products. The owner is an awesome water cooling expert and very enthusiastic. If you don’t understand anything, you can ask him and he will be very enthusiastic to help you. . . . I often ask him about this issue

Question 4: Which is better, computer water-cooling radiator or air conditioner? The effect of water cooling is actually limited, and some enthusiasts do things more for fun.

Question 5: Is it better to use water-cooling or air-cooling for computer radiators? Of course, it is water-cooled. It has high performance, good quietness, and high-end hosts are generally water-cooled.

Question 6: Is computer water cooling good or not? Water cooling can also be divided into good and bad. The poor 3 and 400 water cooling effect is not as good as the air cooling at the same price. This is common sense. . . . For real hardware enthusiasts, a water-cooled radiator alone may cost 4 figures. Only the effect of this radiator can truly reflect the difference between it and conventional air-cooled radiators. The biggest benefit of water-cooled radiators is, in addition to the heat dissipation effect (according to It depends on the situation), in fact, there is no noise. Use a better variable frequency version of the circulating pump, and the noise can be said to be almost inaudible. In other words, the so-called hardware enthusiasts of the poster may not really be enthusiasts, but more likely they like to toss. But he is a pseudo-enthusiast who doesn’t have much money. A true hardware enthusiast must have a certain financial foundation to support him. If you love hardware, like to toss and study hardware, if you don’t care about the economic foundation, there is no need to talk about it. I hope my answer will be helpful to you!

Question 7: Is the CPU water-cooling radiator good? Of course, water-cooling radiators are better. Not only is it better to use water-cooling radiators on the CPU, but also the effects of using water-cooling radiators on graphics cards and high-heat parts such as the North Bridge are also good. It is much better. Although there are now integrated water-cooling radiators that are used separately on the CPU, compared to the integrated water-cooling radiator, the heat dissipation effect of the DIY component water-cooling set is better. I have used Dongyuan's SP23 liquid cooling kit in 2012. The heat dissipation effect is good and it is not as noisy as the previous fan!

Question 8: What is the difference between water-cooled and air-cooled computer dissipation? The working principle of the radiator: Both air-cooled and water-cooled radiators have a device called a base (the water-cooled system is also called a water-cooled head), which is generally Copper (low-end, cheap air-cooled radiators are aluminum). Its function is to conduct the heat generated by the CPU, graphics card (or other equipment) to the heat sink (most of the heat sinks are aluminum, and a few are copper, because copper has good thermal conductivity; aluminum has good heat dissipation properties. good). Air-cooled radiators conduct heat to the heat sink through solid metal (copper or aluminum) or heat pipes; water-cooled radiators conduct heat to the heat sink through liquid (water or other liquids with good thermal conductivity). Finally, a fan blows the heat sink to dissipate the heat as quickly as possible. The difference between air-cooling and water-cooling: In fact, air-cooling and water-cooling radiators ultimately dissipate heat by blowing the heat sink through the fan. The difference between them lies in the conductive medium in the intermediate links. Dangers of water-cooled radiators: Water-cooled radiators use a liquid medium to conduct heat, so there are certain risks. Once the pipes and joints are damaged, the liquid will leak and the electrical components will be short-circuited and burned. Since water cooling systems are relatively expensive, only a few enthusiasts and overclocking enthusiasts will use them. The vast majority of computers use air-cooled radiators. Air-cooled radiators can be divided into four types according to different materials: pure aluminum, pure copper, copper-aluminum combination, and heat pipes. Among them, the air-cooled radiator with the best performance is the design of copper-aluminum combined heat pipe. Copper is the base; aluminum is the heat sink; the heat pipe is the media that conducts heat between the two. Air-cooled radiators can be divided into three types according to the use of fans: side-blowing type, downward pressure type, and fanless design. For reasons of silence, energy saving, and cost reduction, some devices that generate less heat will use this fanless design, relying only on heat sinks and the natural flow of air to dissipate heat.

The fan of the side-blowing radiator is at a 90° angle to the heat dissipation equipment, which is the best performance for the main heat dissipation equipment. The fan of the down-pressure radiator blows the heat dissipation device directly downward. In addition to dissipating heat for the main heat dissipation device, it can also take into account the heat dissipation of other surrounding devices. The air-cooled radiator with the best heat dissipation performance for the CPU is: a copper base; an aluminum heat sink; connected by heat pipes; and a radiator designed with a side-blowing fan.

Question 9: The computer is water-cooled. Are there any benefits? Not only is the heat dissipation good, but there are still several fans on the heat exchanger, which are noisy, and the water pump is noisy, which takes up a lot of space. The chassis must be placed upright during use. It is troublesome to install, and you must also pay attention to the amount of water. It can freeze even if it's cold.

Question 10: Is it better to use water cooling or air cooling for computers nowadays? Just buy a TT water cooling set and install it yourself.