Why can 5G drive the 100 billion smart street lamp market?
The next generation of wireless technology is undoubtedly dominated by 5G, which is not only the development direction of smartphone communication, but also the future wireless highway. 5G technology is at least 100 times faster than 4G, can live stream video with almost zero lag time and download a full movie in seconds, and with the trend of various high-resolution visual effects, we will not have to worry about speed. And worry. 5G technology is actually a big leap that will bring a whole new revolution to all industries.
China's three major operators are expected to invest nearly 200 billion US dollars in the construction of 5G infrastructure. China Mobile has announced that it will set up 5G experimental networks in major cities this year. The currently built Tianjin network has achieved 100 times faster than 4G. speed. China Telecom has launched 5G pilot projects in cities such as Xiongan, Shenzhen, Shanghai, and Suzhou, and it is expected that China will realize 5G commercial use by 2020 at the latest.
Ultra-dense networking in the 5G era creates demand for small base stations
In the 5G period, the number of base stations will greatly increase, which will increase the network construction cost of operators, while small base stations have the advantages of flexible deployment and low co-channel interference (the deployment distance between 10 and 20 meters can be achieved, compared with the deployment distance of macro base stations). It generally needs to reach more than 500 meters), which is very suitable for hotspot area coverage, or will become the main way for base stations to increase sites in the 5G era.
Installing small base stations on smart street lights will be one of the most feasible ways
At present, the deployment methods of small base stations are mainly divided into indoor coverage and outdoor coverage. The specific deployment methods of outdoor coverage mainly include:
(1) Pole installation: use roadside cement poles, meter boxes and other existing construction for installation.
(2) Floor installation: Deploy integrated micro-stations and use D-band with different frequency from the large network, which is suitable for high-rise construction with signal blocking.
(3) Ground installation: The vertical small base station is directly deployed on the ground.
