Transition Networks E-100BTX-FX-06(SMLC)-BR Media Converter

Product Description

The TRANSITION NETWORKS E-100BTX-FX-06(SMLC)-BR is a Fast Ethernet media converter that bridges 100BASE-TX copper network infrastructure to 100BASE-FX fiber optic cabling. It accepts a standard RJ-45 copper connection on one side and outputs a fiber optic signal on the other, allowing network segments running different physical media to communicate at 100 Mbps. This type of device is installed by network technicians and structured cabling professionals in enterprise and commercial environments where copper-to-fiber conversion is required at the network edge or between building segments.

This media converter is suited for enterprise network installations where existing 100BASE-TX copper runs need to be extended or interconnected with fiber optic backbone infrastructure. Typical applications include inter-building links, horizontal-to-backbone transitions, and network closet consolidation points in commercial facilities. The single-mode fiber configuration of this unit supports longer transmission distances compared to multimode alternatives, making it appropriate for campus or distributed facility deployments.

Key Features

• Converts 100BASE-TX RJ-45 copper signals to 100BASE-FX fiber optic output
• Single-mode fiber optic interface for extended transmission range
• Fast Ethernet 100 Mbps throughput on both copper and fiber interfaces
• Compact standalone form factor for network closet or rack-adjacent installation
• Sold as a single unit, suitable for individual link conversion deployments

Compatibility

Designed as an OEM-style replacement or direct-deployment media converter for 100BASE-TX to 100BASE-FX copper-to-fiber conversion applications in enterprise network environments.

Installation Notes

Installation should be performed by a qualified network technician familiar with structured cabling standards and fiber optic handling procedures. Power down or disconnect the network segment before connecting or disconnecting fiber or copper interfaces to avoid signal disruption. Handle fiber connectors with care to avoid contamination of the optical interface, and follow applicable TIA and ANSI cabling standards for termination and testing. Verify fiber polarity and connector type compatibility before installation.