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Transition SFBRM1029-191 to 100Base-BX-D RJ45 , SC 100BTX, 100Base-BX
- Media Converter
- Converts 100Base-BX-D (Fiber) to 100Base-TX (Copper)
- Supports 100Mbps Fast Ethernet speeds
- Single-mode fiber optic support
- RJ45 connector for copper Ethernet
- SC connector for fiber optic connection
- Extends network reach over fiber
- Ideal for connecting devices over longer distances
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Typically 1-2 handling + 3-7 transit days
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Product Overview
The Transition SFBRM1029-191 is a media converter that bridges the gap between 100Base-BX-D (single-mode fiber) and 100Base-TX (copper Ethernet) networks. It allows for the extension of Ethernet networks over single-mode fiber optic cables.
Technical Information
| Product Type | Media Converter |
| Fiber Type | Single-Mode |
| Fiber Connector | SC |
Additional Specifications
| Copper Connector | RJ45 |
| Ethernet Standard | 100Base-BX-D / 100Base-TX |
| Speed | 100Mbps |
Product Description
The Transition SFBRM1029-191 is a specialized network device designed to facilitate seamless connectivity between different types of network media. It functions as a media converter, specifically enabling the transmission of data between a 100Base-TX Fast Ethernet connection over copper cabling and a 100Base-BX-D connection over single-mode fiber optic cable. This capability is essential for extending network infrastructure beyond the typical distance limitations of copper Ethernet. The converter utilizes an RJ45 port for the copper side, compatible with standard Ethernet cables, and an SC connector for the single-mode fiber optic side. The 100Base-BX-D standard implies that it operates using a single strand of fiber, with different wavelengths used for transmitting and receiving data, which is a key characteristic of BX transceivers. This makes it an efficient solution for fiber optic deployments where fiber strand count is a consideration. This device is particularly useful in scenarios such as connecting buildings across a campus, extending network reach in metropolitan areas, or integrating fiber optic backbone networks with copper-based end devices. By converting signals between these two media types, the SFBRM1029-191 ensures interoperability and allows network administrators to leverage the benefits of fiber optics, including higher bandwidth potential and immunity to electromagnetic interference, over extended distances.

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