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Transition J/E-PSW-FX-03-NA Media Converter ST 100BTX 2km
- Converts 100BTX (RJ45) to 100BFX (ST Fiber)
- Supports Fast Ethernet speeds (100 Mbps)
- Utilizes ST fiber optic connectors
- Designed for multi-mode fiber applications
- Extends network reach up to 2 kilometers
- Features auto-negotiation on the copper port
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Product Overview
The Transition J/E-PSW-FX-03-NA is a 100BTX to 100BFX media converter that supports ST connectors for fiber optic connections. It enables the conversion of Fast Ethernet signals between twisted-pair copper cabling and multi-mode fiber optic cabling, extending network reach up to 2km.
Technical Information
| Product Type | Media Converter |
| Ethernet Port | 100BTX RJ45 |
| Fiber Port | 100BFX ST |
| Speed | Fast Ethernet (100 Mbps) |
Additional Specifications
| Fiber Type | Multi-Mode Fiber |
| Connector Type | ST |
| Max Distance | 2 km |
Product Description
The J/E-PSW-FX-03-NA media converter is designed to bridge the gap between Fast Ethernet copper networks and fiber optic networks. It takes a 100Base-TX signal from a standard RJ45 Ethernet port and converts it into a 100Base-FX signal, which can then be transmitted over multi-mode fiber optic cable. This allows for network extension beyond the typical 100-meter limit of copper Ethernet, reaching distances of up to 2 kilometers. The converter utilizes ST connectors for its fiber optic interface. ST connectors are a common type of fiber optic connector known for their bayonet-style coupling mechanism, which provides a secure physical connection. The 100Base-FX standard operates at 100 Mbps and is designed for multi-mode fiber, making it suitable for in-building or campus network extensions where moderate distances are required. This device is ideal for applications such as connecting network segments in different buildings on a campus, extending network reach within a large facility, or providing connectivity in environments where electromagnetic interference is a concern. The auto-negotiation feature on the copper port simplifies installation by automatically detecting the optimal speed and duplex settings. Its robust design ensures reliable performance for critical network connections.
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