Vigitron Inc. VI2401A Single Port Coax Extender

Product Description

The VIGITRON INC. VI2401A is a single-port coaxial extender designed to transmit signals over existing coax cable infrastructure. It falls within the PoE device category, making it suitable for installations where network or power-over-coax distribution is needed without running new cabling. Licensed low-voltage technicians and network integrators typically specify this unit when extending connectivity across coax runs already in place. The VI2401A ships as a single unit and is intended for use in structured cabling and security or AV system environments where coax is the existing medium.

This extender is applicable in both residential and light commercial installations where coax infrastructure is already deployed. Typical scenarios include retrofitting older coax cable plants for IP camera systems, network access points, or similar low-voltage devices. It is well suited for situations where trenching or pulling new Cat cable is cost-prohibitive and existing coax runs can be repurposed for modern PoE-capable endpoints.

Key Features

• Single-port coax extender configuration for focused, point-to-point deployment
• Classified as a PoE device, supporting power and data transmission over coaxial cable
• Sold as an individual unit (quantity one per package), simplifying single-run projects
• Enables reuse of existing coax infrastructure, reducing retrofit labor and material costs

Compatibility

Designed as an OEM-style single-port coax extender for PoE device applications over existing coaxial cable installations. No specific compatible model numbers or system families were provided in the available product data.

Installation Notes

Installation should be performed by a licensed low-voltage or network technician familiar with structured cabling standards. De-energize connected equipment and verify coax terminations are properly prepared before connecting the unit. Follow applicable local codes and TIA-568 or equivalent cabling standards for termination and routing. Do not exceed the rated signal or power parameters specified in the manufacturer documentation.