Transition J/E-CF-01 10BT 10BFL ST 10BFL 10BT FiberUTP Media Converter

SKU J/E-CF-01

Brand Transition Networks

10Base-T to 10Base-FL media converter
Supports ST fiber optic connector
Maximum fiber optic distance of 2km
Enables connectivity between copper and fiber networks
Ideal for extending legacy 10 Mbps Ethernet networks
Provides reliable signal conversion for older network standards

Available to order

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Key specifications

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Product Type: Media Converter
Copper Interface: 10Base-T
Fiber Interface: 10Base-FL
Fiber Connector: ST
Fiber Distance: 2km
Speed: 10 Mbps

Product details

The Transition J/E-CF-01 is a media converter that bridges 10Base-T Ethernet over copper twisted-pair to 10Base-FL fiber optic networks. It features ST connectors for the fiber optic interface and supports distances up to 2km.

Technical Information

Product Type	Media Converter
Copper Interface	10Base-T
Fiber Interface	10Base-FL

Additional Specifications

Fiber Connector	ST
Fiber Distance	2km
Speed	10 Mbps

Description

The Transition J/E-CF-01 is a specialized media converter designed to interconnect legacy 10 Mbps Ethernet networks. It specifically converts signals between 10Base-T, which uses copper twisted-pair cabling, and 10Base-FL, which utilizes fiber optic cabling. This allows for the extension of older Ethernet infrastructure over fiber, providing benefits like increased distance and immunity to electrical interference. This converter utilizes ST connectors for its fiber optic interface, a common standard for fiber connections. It supports multimode fiber and can transmit data up to a distance of 2 kilometers. This makes it suitable for applications within buildings or campuses where extending a 10 Mbps network segment is required. The J/E-CF-01 offers a straightforward solution for maintaining or expanding networks that rely on 10 Mbps connectivity. It ensures reliable signal conversion, allowing devices connected via copper to communicate seamlessly with devices on the fiber optic segment. Its design focuses on simplicity and dependability for legacy network environments.

Condition: Refurbished