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Transition C/TR-CF-01 Copper Fiber Slide-In-UTP Fiber Media Converter
- Type: Copper to Fiber Media Converter
- Copper Interface: UTP (RJ45)
- Fiber Interface: Specific type depends on module/configuration
- Facilitates network extension
- Enables integration of different media types
- Modular design potential
- Supports Ethernet connectivity
- Reliable signal conversion
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Product Overview
The Transition Networks C/TR-CF-01 is a Copper to Fiber media converter designed for UTP (Unshielded Twisted Pair) copper connections and fiber optic links. It facilitates the conversion between these two media types, enabling network extension and integration. This model is likely part of a modular system for flexible deployment.
Technical Information
| Product Type | Media Converter |
| Copper Media | UTP (Unshielded Twisted Pair) |
| Fiber Media | Fiber Optic |
Additional Specifications
| Connector Type (Copper) | RJ45 |
| Connector Type (Fiber) | Variable (e.g., SC, ST) |
| Function | Media Conversion |
Product Description
The Transition Networks C/TR-CF-01 is a media converter specifically designed to bridge the gap between Unshielded Twisted Pair (UTP) copper Ethernet cabling and fiber optic infrastructure. This device is crucial for network deployments that require extending network reach beyond the limitations of copper, or for integrating fiber optic segments into an existing copper-based network. The converter translates the electrical signals used in UTP Ethernet into the optical signals used in fiber optics, and vice versa. This model likely supports standard Ethernet speeds and utilizes an RJ45 connector for the UTP connection. The fiber optic side's specifications, such as connector type (e.g., SC, ST) and fiber type (multimode or single-mode), would depend on the specific module or configuration associated with the C/TR-CF-01 designation, suggesting it might be part of a modular system where fiber transceivers are interchangeable. The primary benefit of using the C/TR-CF-01 is the ability to leverage the advantages of fiber optics, including increased bandwidth, longer transmission distances, and immunity to electromagnetic interference, while still utilizing existing copper network infrastructure. It serves as a vital link in heterogeneous network environments, ensuring seamless data flow between different physical media.


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