Comnet CNFE2MC 100mbps Media Converter

Product Description

The COMNET CNFE2MC is a 100Mbps media converter designed to extend or bridge network segments by converting signals between copper Ethernet and fiber optic media. This type of device is a standard component in commercial and industrial network infrastructure, allowing integrators and low-voltage technicians to connect equipment over distances that exceed standard copper Ethernet limits. It operates at Fast Ethernet speeds and is sold as a single unit. Installation is typically handled by licensed low-voltage contractors or network technicians working within structured cabling systems.

The CNFE2MC is suited for commercial and enterprise network environments where copper-to-fiber conversion is required at the edge of a network or between building segments. It fits into applications such as IP camera systems, access control infrastructure, and general LAN extension where fiber runs replace long copper cable runs. This unit is sold individually and is appropriate for both new installations and retrofit projects requiring media conversion at the 100Mbps Fast Ethernet tier.

Key Features

• 100Mbps Fast Ethernet media conversion between copper and fiber media
• Single-unit packaging suitable for individual deployment or staged rollouts
• Compact form factor appropriate for rack-mounted or standalone installation
• Designed for commercial and enterprise network infrastructure applications

Compatibility

Designed as an OEM-style replacement or direct-install media converter for 100Mbps Fast Ethernet network segments requiring copper-to-fiber signal conversion.

Installation Notes

Installation is typically performed by a licensed low-voltage or network technician familiar with structured cabling standards. Power down or disconnect the network segment before connecting or disconnecting fiber and copper interfaces. Follow TIA-568 or applicable local cabling codes when routing and terminating fiber and copper runs. Do not bend fiber cables beyond their rated minimum bend radius during installation.