First of all, CPU "liquid cooling" solves the noise problem that has long troubled computer users. Early computer CPUs worked at a low speed and generated very little heat. The CPU relied on natural heat dissipation or relied on a low-power cooling fan to meet the heat dissipation needs. Modern Pentium 3, Pentium 4, and CPUs produced by AMD with a main frequency of 1GHZ or above all consume more than 50w, which requires the use of more powerful cooling fans to ensure the normal operation of the microcomputer, but high-power The fan is inevitably accompanied by greater working noise, which creates a contradiction between the human-machine working environment and forces computer users, especially professional computer operators, such as text entry personnel, programmers, engineering designers, scientific researchers, electronics Business people and others have to work in unbearable low-frequency noise environment for a long time. Therefore, many users have long been annoyed by the low-frequency noise of the CPU fan, but this seems to be the innate "personality" of the computer, so everyone can only tolerate it. The emergence of liquid cooling radiators has solved the noise problem once and for all, because its noise is below 25 decibels and will not affect your normal work at all.
Secondly, the CPU "liquid cooling" has a good cooling effect. Due to the powerful heat-carrying capacity of the liquid itself and the ability to control the directional transfer of heat, liquid cooling has become the preferred cooling method for large computers such as the Galaxy Computer. The advantages of liquid cooling are: it can use less power consumption to achieve circular flow of liquid, the operating noise is very small, and it can use a variety of methods to complete the heat dissipation process. The heat load capacity of the liquid cooling system is very large, which is equivalent to 5 times that of the air cooling system, so the CPU operating temperature curve is very flat. At the same time, "liquid cooling" has a large heat capacity, and the heat capacity of liquid is thousands of times that of air. The flow of liquid in the pipeline can achieve directional transfer of heat. It usually takes no more than 2 minutes for an air-cooled computer to reach a stable temperature from the time it is turned on until the CPU temperature reaches a stable temperature. However, due to the high heat capacity of a liquid-cooled computer, it takes more than 20 minutes for the CPU temperature to reach a stable temperature from the time it is turned on. When running large-scale software, air cooling will cause temperature spikes in a short period of time, or may exceed the CPU warning temperature, while liquid cooling will only have small thermal fluctuations due to its large thermal capacity. So friends who like overclocking now have a convenient tool! With a liquid-cooling radiator, you can safely and boldly oversize it. No matter how large it is, your CPU will not get hot, but will only enjoy coolness under almost constant temperature conditions!
As a world-class expert in the air conditioning industry, Aucma has in-depth research on refrigeration technology. From refrigerators and freezers to various types of air conditioners, Aucma has formed its own core in the fierce competition among the heroes in the refrigeration industry. Competitiveness has established its status as a mainstream manufacturer, and it is at the forefront of the world in some key technologies. The company has gathered top talents in technology and sales in the industry. In the global IT industry, it is the first to launch 'green silent, liquid-cooled and environmentally friendly' computers. Its 'liquid cooling' technology has obtained international patent certifications from 96 countries and completed the PCT International application, and international search and international announcement completed by the International Bureau. All this demonstrates the leading position of Aucma's technology in the world. Based on liquid cooling, Aucma has completed a series of research and development work, including hard disk shock-absorbing installation technology, graphics card cooling technology, motherboard cooling technology, and fanless power supply technology. So far, Aucma has applied for 10 patents (including international patents).