Surecall SC-WS-2-UWB 2-way Splitter 5G C-band

Product Description

The SURECALL SC-WS-2-UWB is a 2-way RF signal splitter designed for 5G C-Band applications. It divides a single coaxial signal path into two equal outputs, allowing a single antenna or signal source to feed two connected devices or distribution points. This type of passive splitter is used in distributed antenna systems (DAS), in-building wireless installations, and cellular signal booster networks where technicians need to split signal runs without active amplification. Installation is typically handled by low-voltage communications technicians or licensed RF systems integrators working on commercial or residential cellular enhancement projects.

The SC-WS-2-UWB is suited for in-building 5G C-Band signal distribution environments where a single coaxial feed must serve multiple endpoints. Typical scenarios include office buildings, warehouses, and multi-unit structures where a signal booster or DAS headend feeds multiple indoor antenna locations. The splitter is rated for ultra-wideband (UWB) frequency coverage, making it appropriate for modern 5G C-Band deployments alongside existing cellular and wireless infrastructure.

Key Features

• 2-way passive signal split for 5G C-Band and ultra-wideband (UWB) frequency ranges
• Designed for use in DAS and cellular signal booster coaxial distribution systems
• Passive design with no power required for operation
• Compact form factor suitable for rack, wall, or in-line installation

Compatibility

Designed as an OEM-style component for use in 5G C-Band and ultra-wideband coaxial signal distribution systems, including DAS and cellular booster installations requiring a 2-way passive split.

Installation Notes

Installation is typically performed by licensed low-voltage or communications technicians familiar with coaxial RF distribution systems. Ensure all connected signal sources and amplifiers are powered down before making or breaking coaxial connections. Use properly rated coaxial cable and connectors rated for the intended frequency range. Follow all applicable local codes and manufacturer guidelines for in-building wireless system installations.