Transition J/FE-CF-04(SM)-LA Media Converter SC 100BTX100BFX 20km

SKU:J/FE-CF-04(SM)-LA

Fast Ethernet Media Converter (100BTX to 100BFX)
SC fiber optic connectors
Supports single-mode fiber (SM)
Extended transmission distance of 20km
Enables 100Mbps connectivity over long fiber runs
Ideal for campus and metro area networks
Robust and reliable performance

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Typically 1-2 handling + 3-7 transit days

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For government, enterprise, data center, and small business customers.

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Details

Product Overview

The Transition J/FE-CF-04(SM)-LA is a Fast Ethernet Media Converter designed for 100BTX to 100BFX conversion using SC connectors over single-mode fiber. It supports a 20km transmission distance.

Technical Information

Product Type	Fast Ethernet Media Converter
Fiber Connector	SC
Fiber Type	Single-Mode (SM)

Additional Specifications

Ethernet Speed	100Mbps
Transmission Distance	20km

Product Description

The Transition J/FE-CF-04(SM)-LA is a high-performance Fast Ethernet media converter engineered to bridge the gap between 100Base-TX copper Ethernet and 100Base-FX fiber optic networks. It specifically utilizes single-mode fiber, indicated by '(SM)', and SC connectors, ensuring a robust and long-distance connection. The 'LA' suffix may denote regional availability or specific features. This converter is designed to support transmission distances of up to 20 kilometers, making it an excellent choice for extending Fast Ethernet networks across large campuses, between buildings in a metropolitan area, or other applications requiring significant fiber optic reach. It reliably converts electrical signals from copper Ethernet to optical signals for fiber transmission and vice versa, maintaining 100Mbps speeds. As a stand-alone unit, the J/FE-CF-04(SM)-LA offers ease of installation and deployment. It provides a cost-effective solution for network upgrades and expansions where fiber optic connectivity is necessary to overcome distance limitations or enhance network performance and security. Its design prioritizes reliability and consistent data transmission over extended ranges.

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