So how to solve this "blind spot"?
In addition to what we said before, we can build a 700Mhz low-frequency base station to increase diffraction power, there is another way, which is to "the big ones are not enough, and the small ones are collected", so that 5G small base stations can "sweep the literacy!
small base stations are divided into micro base stations, leather base stations and flying base stations. Because of the small transmission power, small size, and concentrated coverage, they are mostly used in transportation hubs, exhibition halls, office buildings, homes and other places.
For example, a "home integrated 5G base station" recently studied by China Mobile uses the home network cable or fiber as a backhaul network, plug-and-play, installation and other spirits. In this way, you can achieve deep coverage of 5G networks without having to pull dedicated lines or drill holes at home. Compared to WiF, you still have to worry about passing through walls. It is no longer a problem in front of base stations. It is a "literacy tool"!
In today's 5G era, everyone has higher requirements for network speed and stability. For example, online education, remote office, telemedicine and other 5G indoor scenarios, and small base stations can just solve the network coverage problem of weak signals and blind spots, and can also help macro base stations share traffic pressure and reduce the cost of building websites.
Maybe not long after, the CP file of "macro base station + small base station" will really become the "standard configuration" for network formation in the future?
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