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Transition CGFEB1029-126 Media Converter SC 1000BT1000Base-LX 80km
- Media Converter: 1000Base-T to 1000Base-LX
- Connector Type: SC (Fiber Optic)
- Fiber Optic Wavelength: Typically 1310nm or 1550nm (for LX)
- Maximum Fiber Distance: 80 km
- Supports Gigabit Ethernet speeds
- Enables extension of network segments over fiber
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Product Overview
The Transition CGFEB1029-126 is a media converter that facilitates the conversion between different network media types. It supports conversion from 1000Base-T (copper) to 1000Base-LX (fiber optic) and features an SC connector for the fiber connection, with a specified range of 80km.
Technical Information
| SKU | CGFEB1029-126 |
| Product Type | Media Converter |
| Interface 1 | 1000Base-T (RJ-45) |
Additional Specifications
| Interface 2 | 1000Base-LX (SC Fiber) |
| Max Distance | 80 km |
Product Description
The Transition CGFEB1029-126 is a high-performance media converter designed to bridge the gap between copper Ethernet and fiber optic networks. It allows for the seamless conversion of data signals between a 1000Base-T interface, typically using an RJ-45 connector for copper cabling, and a 1000Base-LX interface, which utilizes fiber optic cabling. This capability is essential for extending network reach beyond the limitations of copper Ethernet cables. The converter features an SC connector for its fiber optic port, a common and robust connector type in the telecommunications industry. The 'LX' designation indicates that it operates with long-wavelength lasers, enabling it to transmit data over significantly longer distances compared to short-wavelength (SX) fiber. Specifically, this model supports distances of up to 80 kilometers, making it suitable for metropolitan area networks (MANs) or connecting geographically dispersed sites. By converting signals between copper and fiber, the CGFEB1029-126 facilitates network upgrades and expansions, allowing organizations to leverage the benefits of fiber optics such as higher bandwidth, immunity to electromagnetic interference, and extended transmission distances. It is a critical component for network infrastructure that requires reliable connectivity over long hauls.


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