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Transition SBFTF1015-140 Bridging 100BFX Twisted Pair Media Converter
- Bridging media converter
- Supports 100Base-TX twisted-pair (copper)
- Supports 100Base-FX fiber optic
- Utilizes SC fiber optic connectors
- Enables network extension over fiber
- Designed for reliable media conversion
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Product Overview
The Transition SBFTF1015-140 is a bridging 100BFX twisted-pair media converter. It facilitates the conversion between 100Base-TX copper Ethernet and 100Base-FX fiber optic connections.
Technical Information
| Product Type | Bridging Media Converter |
| Copper Interface | 100Base-TX |
| Fiber Interface | 100Base-FX |
Additional Specifications
| Fiber Connector | SC |
| Network Standards | IEEE 802.3u, IEEE 802.3x |
| Cable Type | Twisted Pair (Copper) / Fiber Optic |
Product Description
This bridging media converter is engineered to seamlessly connect networks that utilize different physical media. It specifically bridges the gap between 100Base-TX Fast Ethernet over copper twisted-pair cabling and 100Base-FX Fast Ethernet over fiber optic cabling. The converter allows for the extension of network reach by converting electrical signals from copper to optical signals for transmission over fiber. The SBFTF1015-140 is designed for applications where network segments need to be interconnected across distances that exceed the limitations of copper cabling. By utilizing fiber optics, it enables higher bandwidth and immunity to electromagnetic interference, making it suitable for industrial environments or long-haul connections within a campus. The SC connector ensures a secure and standard connection for the fiber optic link. As a bridging device, it operates at the physical layer, transparently forwarding data packets between the copper and fiber interfaces. This makes it an ideal solution for upgrading existing copper-based networks or for deploying new network infrastructure that requires the flexibility of both copper and fiber connectivity. Its robust design ensures reliable performance in demanding network conditions.

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