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Now that we have entered the 5G era, these are methods of using multiple radio frequency components, multiple frequencies, and multiple antennas. Today, the number of 5G base stations in my country is about 5 million, compared with 4G, which is 1.5 times more. With regard to the advent of the 5G era, the technical requirements for power modules are getting higher and higher, and the scope of coverage is more extensive, so in the 5G era, such power supplies will have greater development opportunities and space.

Compared with 4G base stations, the development cycle of 5G base stations is relatively short, and it has good heat dissipation effect, is relatively small in size, and can also suppress noise. It has been well improved in all aspects, especially in the 5G era. The development of the power module has a new opportunity. Many people say that after the arrival of the 5G era, people will undergo earth-shaking changes in their lives. In fact, such a statement is not an exaggeration. After all, with the rapid development of the Internet, people have more room for development and Development opportunities will have certain development effects no matter in all walks of life.

Under the leadership of the 5G base station, the module power supply is constantly innovating and planning, not only occupying a smaller area, but also reducing a lot of peripheral devices. There is no need to separately compensate and control, and it is for the development cost. Also reduced. Even under the same heat dissipation and noise environment, compared with 4G base stations, it can have more outstanding advantages. Nowadays, the module power supply has complied with the requirements of 4.0 and 5G base stations, but this does not mean that there is no room for development in the future. There will still be very broad prospects for discrete solutions, especially in terms of limited template space, which will be more suitable. Plan.