Multi-Band Co-Siting Combiners for Tower Sharing

  • Design: Integrated cavity design reduces internal soldering and simplifies the assembly process, guaranteeing superior performance and reliability.
  • Materials: Using top-grade casting equipment, the internal cavity is completely silver-plated, to ensure top-quality electrical performance.
  • Quality Control: Every single product undergoes repeated standards testing, 120 hours of salt-spray corrosion testing, and mechanical shake and transportation testing.
  • Test: RFCOM conducts a complete inspection of each technical specification and tests each assembly for PIM, VSWR, etc.
  • ROHS compliant
  • Lifetime warranty: We guarantee the quality of our products with our lifetime warranty.
5G DAS Solutions
RF REPEATERS
Multi-Band Co-Siting Combiners for Tower Sharing
Ultra-Low PIM (-160dBc) Passive Components
Low PIM Outdoor & Indoor DAS Antennas
CONNECTORS AND ADAPTORS
Cables

Diplexers

PIM:-160dBc
4.3-10, Nex 10, DIN Type
IP67

Triplexers

PIM:-160dBc
4.3-10, Nex 10, DIN Type
IP67

Quadplexers

PIM:-160dBc
4.3-10, Nex 10, DIN Type
IP67

Pentaplexers

PIM:-160dBc
4.3-10, Nex 10, DIN Type
IP67

Hexaplexers

PIM:-160dBc
4.3-10, Nex 10, DIN Type
IP67

Co-Siting Combiner Questions & Answers

A co-siting combiner is a passive RF device used to combine or separate multiple frequency bands so several operators, radios, or services can share antenna feeders or tower infrastructure while maintaining proper isolation and RF performance.

Co-siting combiners are commonly used in BTS tower sites, rooftop sites, tower sharing projects, neutral host infrastructure, multi-band antenna systems, and RF upgrade projects where different bands need to coexist on shared feeder or antenna systems.

RFCOM supplies diplexers, triplexers, quadplexers, pentaplexers, hexaplexers, and customized multi-band co-siting combiners for telecom infrastructure projects.

Low PIM performance is important because co-siting systems often carry high-power multi-band signals. Poor PIM can create uplink interference, reduce network quality, and affect user experience. Low PIM combiners help maintain cleaner RF performance in shared infrastructure.

Yes. Co-siting combiners can be used in multi-operator and tower sharing environments when the frequency bands, isolation requirements, power handling, connector types, and installation conditions are properly specified.

The key information includes frequency bands, number of ports, power rating, connector type, insertion loss target, isolation requirement, PIM specification, indoor or outdoor use, IP rating, and mechanical installation requirements.

Yes. RFCOM can support customized co-siting combiners based on required frequency bands, port configuration, connector type, PIM level, power handling, environmental rating, and project-specific RF layout.

5G DAS SOLUTIONS

RF REPEATERS

CO-SITING COMBINERS

PASSIVE COMPONENTS

ANTENNAS

CABLES

CONNECTORS & ADAPTORS