5G Integrated Micro Base Station

     Currently, 5G network construction has entered the mid-term stage, after four years of large-scale construction, the basic coverage of the national 5G network is nearing completion, and the next stage will focus on the depth of coverage and user perception enhancement. Due to the high frequency of 5G main frequency bands of the three major operators, there are more obvious coverage holes and weak coverage in the deep coverage area compared with 4G, and the main factors leading to this problem are the complex urban environment, high-frequency frequency propagation characteristics, and the shape of the base station of the macro station. The opening of a 5G macro station requires a number of supporting conditions to be met, such as the sky, room, power supply, pre-transmission and backhaul, etc. In reality, many well-located macro stations have been installed at the same location. In reality, many well-located sites are unable to meet the individual supporting conditions, which ultimately leads to the inability to build the base station. At the same time, the construction and maintenance cost of 5G macro station is high, which is not applicable to the current 5G deep coverage.


5G Integrated Microstation Solution



High Degree of Integration

8 liters, 8 kg, ultra-small size and weight, baseband RF integrated design for easy field installation and deployment 

Deployment Flexibility

With customized antenna equipment, baseband, RF and antenna can be integrated, and STN/PON/broadband can be backhauled. 

Low Energy   

Power consumption level is significantly reduced compared to traditional 5G base stations, with obvious electricity cost savings; supports 128 RRC-connected users to meet high-capacity requirements 

Flexible Networking

Two typical networking topologies for flexible response to existing network deployment 

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