High-Speed Rail Solutions

Compared to traditional antennas, dome-shaped lens antennas offer longer effective coverage distances and better signal quality within the coverage area, effectively reducing base station investment while providing high-quality voice and data services.

Low-Altitude Solutions

Construction Plan: Expand 4.9G coverage to low-altitude areas by increasing the elevation angle

Bridge Solutions

Traditional antennas provide poor coverage in the middle sections of bridges, and it is difficult to install new base stations there, making it challenging to ensure signal quality. The Longboqiu lens antenna supports the construction of wireless communication networks on bridges, enabling full coverage along the entire bridge and delivering a high-quality network experience.

High-Speed Solutions

Traditional antennas provide poor coverage in the middle sections of bridges, and it is difficult to install new base stations there, making it challenging to ensure signal quality. The Longboqiu lens antenna supports the construction of wireless communication networks on bridges, enabling full coverage along the entire bridge and delivering a high-quality network experience.

Schools Solutions

Traditional antennas provide poor coverage in the middle sections of bridges, and it is difficult to install new base stations there, making it challenging to ensure signal quality. The Longboqiu lens antenna supports the construction of wireless communication networks on bridges, enabling full coverage along the entire bridge and delivering a high-quality network experience.

Marine Areas Solutions

Maoming has achieved “5G coverage across its entire coastal area,” which spans 182.1 km. Using a dual-band 5G network (900 MHz + 2.1 GHz), the city has deployed high-power RRUs and lens antennas at four coastal base stations—Yanjingling, Liantou Chaoyuan, Jueshan Fuling, and Lingmen Shanhou—to provide 5G coverage across the entire coastal area of Maoming.