Nvt Phybridge NV-ECLK-PLS Ec-link Plus Eoc Adapter

Product Description

The NVT PHYBRIDGE NV-ECLK-PLS is a long-reach Ethernet over Coax (EoC) adapter designed to extend network connectivity over existing coaxial cable infrastructure. It enables technicians to deliver data and Power over Ethernet (PoE) signals without running new Category cable, making it a practical solution for retrofit and upgrade projects in commercial and institutional facilities. The unit is sold individually and is classified as a PoE device, suited for installation by network technicians, low-voltage contractors, and security integrators working with legacy coaxial wiring plants.

This adapter is applied in scenarios where existing coaxial cable runs are already in place and replacing them with structured cabling is cost-prohibitive or logistically difficult. Typical use cases include IP camera deployments, access control upgrades, and network extension projects in commercial buildings, campuses, and facilities where coax was previously used for analog video or CATV distribution. The NV-ECLK-PLS allows those existing runs to carry modern Ethernet traffic and PoE power to connected devices.

Key Features

• Long-reach EoC technology extends Ethernet and PoE over existing coaxial cable
• Eliminates the need to pull new Category cabling in retrofit installations
• Supports PoE delivery to connected IP devices over coax infrastructure
• Sold as a single unit (each) for flexible deployment
• Compact adapter form factor suited for field installation by low-voltage professionals

Compatibility

Designed for use in EoC network extension applications utilizing existing coaxial cable infrastructure. Refer to the manufacturer documentation for specific supported cable types, distances, and paired device requirements.

Installation Notes

Installation should be performed by a licensed low-voltage or network technician in accordance with applicable NEC low-voltage wiring guidelines. De-energize all connected PoE source equipment before making connections to the adapter. Verify coaxial cable continuity and connector integrity prior to deployment. Do not exceed the manufacturer-specified cable distance ratings for the intended application.