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Transition SFBRM1035-180-NA Media Converter SC 100BTX 1 Pack 120km
- Type: Media Converter
- Data Rate: 100BTX (Fast Ethernet)
- Fiber Connector: SC (Single Connector)
- Maximum Distance: 120km
- Media Conversion: Twisted Pair to Fiber Optic
- Supports single-mode fiber
- Ideal for long-haul network extensions
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Product Overview
The Transition SFBRM1035-180-NA is a media converter that bridges the gap between different network media types. It specifically converts 100BTX (Fast Ethernet over twisted pair) to fiber optic, supporting a single SC connector and operating over a distance of up to 120km. This unit is designed for extending network reach in demanding environments.
Technical Information
| Product Type | Media Converter |
| Data Rate | 100BTX |
| Fiber Connector Type | SC |
Additional Specifications
| Maximum Distance | 120km |
| Network Standards | IEEE 802.3u (Fast Ethernet) |
Product Description
The Transition SFBRM1035-180-NA is a high-performance media converter engineered to extend network connectivity over significant distances. It facilitates the conversion of Fast Ethernet signals from copper-based 100BTX (100 Megabits per second over twisted pair) to fiber optic transmission. This capability is essential for bridging network segments that are geographically separated, such as connecting buildings across a campus or extending network infrastructure over long-haul routes. This specific model features an SC connector, a common and robust interface for fiber optic cables, and is designed for single-mode fiber, which is optimized for long-distance transmission. With an impressive maximum range of 120 kilometers, the SFBRM1035-180-NA is particularly suited for telecommunications providers, large enterprises, or government agencies that require reliable network links over extensive areas. It ensures that data integrity is maintained even across these vast distances. The converter operates by receiving data from the copper Ethernet port, converting it into optical signals, and transmitting it over the fiber optic cable. The process is reversed at the receiving end. This robust conversion process ensures that the network can operate efficiently and reliably, overcoming the distance limitations inherent in copper cabling and enabling the creation of expansive and resilient network infrastructures.

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