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Linear coverage scene antenna

Utilizing the focusing principle of Luneburg lenses, this technology uses metamaterial lenses to focus electromagnetic waves, converging them into a high-gain, narrow-beam signal. It solves problems related to coverage distance, neighboring cell interference, and dropped call rates, offering advantages such as high gain, good beam convergence, steep edge roll-off, and small size. It is primarily used in linear coverage scenarios such as high-speed rail, highways, bridges, and waterways.

Description

Key Features

Comprehensive building management capabilities powered by cutting-edge technology

It solves the problem of deep coverage, with the beam aligned with the road and bridge line. The single beam gain can reach 27dBi, and the coverage area is 4-9 times that of ordinary antennas, effectively reducing the number of base stations required.

Ultra-wide vertical beamwidth reduces signal blind spots under towers and reduces dropped calls caused by handover.

Solve the wind load problem of iron towers, and reduce the volume by 30-50% with the same gain.

It can be integrated with RRU, making it small in size, flexible in deployment, and simple in terms of rooftop design.

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