Transition CCSCF3014-110 Media Converter BNC Network, SC T3/E3 20km

SKU:CCSCF3014-110

Media Converter for T3/E3 interfaces
BNC connector for copper side
SC connector for fiber optic side
Supports T3/E3 signaling standards
Extends network reach up to 20 km
Designed for telecommunications and data transmission

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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 CCSCF3014-110 is a media converter that bridges network segments using BNC connectors for copper and SC connectors for T3/E3 fiber optic interfaces, supporting distances up to 20km. It is designed for specific telecommunications applications.

Technical Information

Model	CCSCF3014-110
Interface 1	T3/E3 (BNC)
Interface 2	T3/E3 Fiber Optic (SC)

Additional Specifications

Fiber Type	Single-mode
Wavelength	1310nm
Distance	20 km

Product Description

The Transition CCSCF3014-110 is a specialized media converter designed to interface T3/E3 telecommunications signals between copper and fiber optic media. It features a BNC connector for the copper side, typically used for T3 (45 Mbps) or E3 (34 Mbps) connections, and an SC connector for the fiber optic side, enabling transmission over single-mode fiber. This converter is crucial for extending the reach of T3/E3 circuits beyond the limitations of copper cabling. By converting the electrical signals to optical signals, it allows these high-speed data streams to be transmitted over fiber optic infrastructure for distances up to 20 kilometers. This is particularly useful in carrier networks, enterprise backbones, and metropolitan area networks where long-distance, high-bandwidth connectivity is required. The CCSCF3014-110 ensures reliable data transmission for T3/E3 services, providing a robust solution for bridging different network segments. Its design focuses on maintaining signal integrity over extended distances, making it a valuable component for telecommunications providers and large organizations managing critical data links.

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