Nvt Phybridge NV-EC-10-DEMO 10-port Eoc Unmanaged Switch

Product Description

The NVT PHYBRIDGE NV-EC-10-DEMO is a 10-port Ethernet over Coax (EoC) unmanaged switch offered as a demonstration unit. EoC switches allow network data to be transmitted over existing coaxial cable infrastructure, eliminating the need to run new structured cabling in retrofit installations. This unit operates without managed configuration, making it a straightforward drop-in for network deployments where plug-and-play connectivity is the priority. It is typically deployed by network technicians, low-voltage contractors, and security integrators working on surveillance, access control, or IP network extension projects in buildings where coax is already in place.

This demo unit is suited for evaluation, proof-of-concept deployments, and pre-sale demonstrations of EoC network extension technology. It is applicable in commercial and institutional settings where legacy coaxial cable runs are being repurposed to carry IP network traffic, avoiding the cost and disruption of full cabling replacement. Installers working on IP camera migrations, intercom upgrades, or distributed network access points over coax infrastructure are the primary users of this product type.

Key Features

• 10-port EoC unmanaged switch for plug-and-play network deployment over coaxial cable
• Demo unit configuration suitable for evaluation and proof-of-concept installations
• Unmanaged design requires no configuration interface or network administration overhead
• Supports repurposing of existing coax infrastructure to carry IP network traffic
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style replacement or demo equivalent for 10-port EoC unmanaged switch applications within the NVT PHYBRIDGE product line. No specific compatible model numbers or system families were provided in the product data.

Installation Notes

Installation is typically performed by a licensed low-voltage contractor or network technician. Power down all connected equipment before making coaxial or network connections to avoid signal interference or equipment damage. Verify that existing coax runs meet the signal quality requirements for EoC transmission prior to deployment. Follow applicable local low-voltage wiring codes and manufacturer documentation during installation.