Fiber Optic Repeater Station Solutions

5G High-Power Fiber Optic Repeater Applications

Versatile Solutions for Complex Network Optimization Scenarios

1.1.1 Base Station Replacement

Solving site selection challenges for new or relocated stations

Rising urban rental costs and coordination difficulties make room selection a bottleneck. Our compact outdoor unit design eliminates the need for dedicated machine rooms, drastically reducing construction cycles and improving service quality quickly.

Centralized Application: High-power fiber optics allow for long-distance extension, enabling machine rooms to be centralized or utilizing spare capacity from surrounding sites.
Base Station Replacement

1.1.2 Sector Blocking Applications

Optimizing shadow zones in high-rise urban areas

Sector Blocking

As buildings emerge, original base station signals get blocked. Instead of costly relocation, our high-power repeater optimizes shadow zones by using the original station as a signal source and adding remote units with delay adjustment functionality to avoid optimization complexity.

1.1.3 Residential Area Applications

Tailored solutions for high sensitivity and complex indoor/outdoor coverage

Solution 1: Base Station Coverage

Ideal for low-mid rise (6-7 floors). Combines high-power repeaters with aesthetic antennas for seamless integration.

Solution 2: Combined Coverage

For complexes with basements/elevators. Uses distributed indoor systems paired with long-distance outdoor signals.

1.1.4 Scenic Area

Focuses on aesthetic requirements using centralized integrated cabinets and beautified antennas to blend into environments.

1.1.5 Highway Long-Distance

Continuous coverage for expressways and valleys. Serial-parallel grouping maximizes fiber resources and ensures signal quality.

1.1.6 High-Speed Railway Optimization

Reducing handovers and noise in high-speed environments through advanced serial-parallel networking.

High-Speed Rail Solution

By overcoming delay problems and noise from cascading, this solution supports up to 4x6 network configurations with low investment costs and short construction cycles, ensuring stable data services for passengers.