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Transition SAPTF3329-108-NA Media Converter RJ-11 FXSSC 40km
- Media Converter Type: Ethernet to Fiber
- Connector Type 1: RJ-11 (likely for DSL/POTS extension)
- Connector Type 2: FXSSC (Fiber Optic SC)
- Maximum Distance: 40km
- Designed for extending network connectivity over long fiber runs.
- Suitable for telecommunications or industrial network applications.
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Product Overview
Transition SAPTF3329-108-NA is a Media Converter that interfaces RJ-11 with FXSSC (Fiber Optic SC) over a distance of 40km. It is designed for extending network connections over long distances using fiber optic cable.
Technical Information
| Product Type | Media Converter |
| Interface 1 | RJ-11 |
Additional Specifications
| Interface 2 | FXSSC (SC Fiber Optic) |
| Max Distance | 40km |
Product Description
The Transition SAPTF3329-108-NA is a specialized media converter designed to bridge different network interfaces, specifically connecting an RJ-11 interface to a fiber optic SC connector. The RJ-11 connector is commonly associated with telephone lines or DSL connections, suggesting this converter might be used in applications that extend traditional copper-based communication links over a much greater distance using fiber optics. The 'FXSSC' designation indicates the use of SC fiber optic connectors, which are widely adopted for their reliability and ease of use. This media converter boasts an impressive maximum transmission distance of 40 kilometers (approximately 24.8 miles). This extended range is a key feature, making it suitable for connecting network segments across large campuses, between buildings in a metropolitan area, or in industrial environments where long-haul connectivity is required. The use of fiber optics ensures immunity to electromagnetic interference and provides higher bandwidth compared to copper cabling over such distances. While the exact application depends on the specific network setup, this device likely facilitates the extension of Ethernet or other data signals. It could be used in telecommunications infrastructure, industrial automation, or any scenario requiring reliable, long-distance data transmission where one end of the link uses an RJ-11-like interface and the other can utilize fiber optics. The 'NA' suffix might denote regional compliance or specific feature sets for North America.

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