Transition J/E-CF-02 10BT 10BFL 10BT ST 10BFL UTP Media Converter

SKU J/E-CF-02

Brand Transition Networks

Type: Ethernet Media Converter
Copper Port: 10Base-T RJ45
Fiber Port 1: 10Base-FL ST Duplex
Fiber Port 2: 10Base-FL SC Duplex
Fiber Type: Multimode
Wavelength: 1310nm
Distance: Up to 2km (ST/SC)
Dual Fiber Support: Yes

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Key specifications

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Product Type: Media Converter
Copper Interface: 10Base-T RJ45
Fiber Interface 1: 10Base-FL ST Duplex
Fiber Interface 2: 10Base-FL SC Duplex
Fiber Mode: Multimode
Fiber Wavelength: 1310 nm

Product details

The Transition J/E-CF-02 is a versatile media converter that facilitates communication between different Ethernet standards and media types. It supports 10Base-T Ethernet over UTP copper and 10Base-FL Ethernet over fiber optic cable, using ST and SC connectors respectively.

Technical Information

Product Type	Media Converter
Copper Interface	10Base-T RJ45
Fiber Interface 1	10Base-FL ST Duplex
Fiber Interface 2	10Base-FL SC Duplex
Fiber Mode	Multimode

Additional Specifications

Fiber Wavelength	1310 nm
Max Fiber Distance	2 km
Network Speed	10 Mbps
Standards	IEEE 802.3, 802.3i, 802.3j
Connectors	RJ45, ST, SC

Description

The Transition J/E-CF-02 is a specialized media converter designed to interconnect legacy 10 Mbps Ethernet networks using different physical media. It allows for the integration of 10Base-T twisted-pair copper segments with 10Base-FL fiber optic segments, providing flexibility in network design and extension. This model is notable for its support of multiple fiber optic connector types. It includes both ST and SC duplex connectors, enabling connection to existing fiber infrastructure that may use either standard. The 10Base-FL specification indicates operation at 10 Mbps over fiber optic cable, typically using multimode fiber for shorter distances. With a maximum fiber transmission distance of 2 kilometers, this converter is suitable for extending 10 Mbps networks within a building or across a small campus. It serves as a crucial component for maintaining connectivity in environments where older Ethernet standards are still in use or where the benefits of fiber optics, such as immunity to EMI, are required for specific links. The 'J/E' designation might imply a specific feature set or compatibility, while 'CF' likely refers to Copper-to-Fiber conversion.

Condition: Refurbished