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Personalization into the future development direction of 5G antennas
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  • Personalization into the future development direction of 5G antennas

Personalization into the future development direction of 5G antennas

Aerospace Communication Equipment Co., Ltd. (hereinafter referred to as "Aerospace Communications") Aerospace Communications has not been slow at all in the development of antenna technology research and development and market expansion. In recent years, Aerospace Communications has developed strong research and development capabilities in the field of antennas, and has proposed integrated solutions to meet the needs of different scenarios according to market demands. Facing the commercial demand of 5G in 2020, Aerospace Communications has also made preparations. It has not only launched 5G antenna products, but also continues to develop products to meet various 5G application scenarios. From the 5G-related applications displayed by major operators and equipment manufacturers at this year's Communication Exhibition, it is not difficult to find that in the future, 5G commercial use will face more scenarios and more complex use environments. Compared with 4G, the industrial form of the entire antenna link in the 5G era will undergo great changes, mainly reflected in the following two aspects: The first is that the demand for feeders and jumpers may drop sharply, and the antenna will also change from a passive product to an active product, that is, the antenna and RRU transceiver components and modules will be deeply integrated, and the entire product form will change rapidly. The second is that different application scenarios of 5G put forward many personalized requirements, and the product form of 5G antenna will far exceed the era of 3G and 4G. Therefore, in the network era, the reliability requirements of 5G networks far exceed the requirements of current 2G, 3G and even 4G systems. In response to future 5G needs, Aerospace Communications has made a lot of technical accumulation and exploration in terms of cost, weight, power consumption, reliability, and personalization, such as reducing structural complexity, reducing weight, reducing volume, and improving reliability, etc. To meet the needs of different 5G scenarios.

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Description

Aerospace Communication Equipment Co., Ltd. (hereinafter referred to as "Aerospace Communications") Aerospace Communications has not been slow at all in the development of antenna technology research and development and market expansion. In recent years, Aerospace Communications has developed strong research and development capabilities in the field of antennas, and has proposed integrated solutions to meet the needs of different scenarios according to market demands. Facing the commercial demand of 5G in 2020, Aerospace Communications has also made preparations. It has not only launched 5G antenna products, but also continues to develop products to meet various 5G application scenarios.

From the 5G-related applications displayed by major operators and equipment manufacturers at this year's Communication Exhibition, it is not difficult to find that in the future, 5G commercial use will face more scenarios and more complex use environments. Compared with 4G, the industrial form of the entire antenna link in the 5G era will undergo great changes, mainly reflected in the following two aspects:

The first is that the demand for feeders and jumpers may drop sharply, and the antenna will also change from a passive product to an active product, that is, the antenna and RRU transceiver components and modules will be deeply integrated, and the entire product form will change rapidly.

The second is that different application scenarios of 5G put forward many personalized requirements, and the product form of 5G antenna will far exceed the era of 3G and 4G.

Therefore, in the network era, the reliability requirements of 5G networks far exceed the requirements of current 2G, 3G and even 4G systems.

In response to future 5G needs, Aerospace Communications has made a lot of technical accumulation and exploration in terms of cost, weight, power consumption, reliability, and personalization, such as reducing structural complexity, reducing weight, reducing volume, and improving reliability, etc. To meet the needs of different 5G scenarios.