Nvt Phybridge NV-ECLK-BSE Eoc Base Extender Poe++

Product Description

The NVT PHYBRIDGE NV-ECLK-BSE is an EOC base and extender unit with PoE++ capability, designed for network infrastructure installations where power and data delivery over coaxial or existing cabling is required. This device functions as a base unit in an Ethernet over Coax (EOC) system, enabling technicians to extend network connectivity and deliver high-wattage PoE power to connected devices without running new structured cabling. It is typically installed by network technicians, security integrators, and low-voltage contractors working on IP camera systems, access control, and similar powered device deployments.

The NV-ECLK-BSE is suited for commercial and residential installations where existing coaxial or legacy cabling infrastructure is being repurposed to carry both Ethernet data and PoE++ power. This makes it particularly practical in retrofit scenarios where pulling new Cat cable is not feasible. It serves as the base-side component in an EOC link, pairing with compatible remote or endpoint extender units to complete the connection.

Key Features

• EOC (Ethernet over Coax) base and extender functionality in a single unit
• PoE++ support for high-wattage powered device applications
• Enables network and power delivery over existing coaxial or legacy cabling
• Sold individually as a single unit (each)
• Designed for retrofit and new-installation low-voltage network deployments

Compatibility

Designed as an OEM-style component for use in NVT PHYBRIDGE EOC link systems as a base extender and PoE++ delivery device. Consult the manufacturer documentation for compatible remote endpoint units and supported cabling types.

Installation Notes

Installation should be performed by a licensed low-voltage or network technician familiar with EOC systems and PoE infrastructure. Power down connected network equipment and PoE source devices before making or breaking connections. Follow applicable local codes and TIA/EIA structured cabling standards during installation. Verify PoE++ wattage budgets at the switch or injector before energizing connected endpoints.