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Transition S4TEF1013-110 T1/E1 Mux RJ-48 SC mini-DIN T1/E1100BTX
- Supports T1/E1 lines.
- Functions as a Multiplexer (Mux).
- Integrates 100BTX Ethernet.
- Features RJ-48 connectors for T1/E1 interfaces.
- Includes an SC connector for fiber optic connection.
- Enables Ethernet over T1/E1 circuits.
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Product Overview
The Transition S4TEF1013-110 is a T1/E1 Multiplexer (Mux) that supports 100BTX Ethernet over T1/E1 lines. It features RJ-48 connectors for T1/E1 and an SC connector for fiber.
Technical Information
| Product Type | T1/E1 Multiplexer |
| Primary Interface | T1/E1 |
| Ethernet Support | 100BTX |
Additional Specifications
| T1/E1 Connector | RJ-48 |
| Fiber Connector | SC |
| Functionality | Multiplexing |
Product Description
The S4TEF1013-110 from Transition Networks is a sophisticated T1/E1 Multiplexer (Mux) designed to carry Ethernet traffic over existing T1 or E1 leased lines. This device allows organizations to leverage their existing T1/E1 infrastructure for data networking, effectively transporting 100Base-TX Ethernet signals alongside T1/E1 voice or data streams. This is particularly useful for extending network connectivity to locations where dedicated Ethernet circuits are not available or are prohibitively expensive. The device features RJ-48 connectors, which are standard for T1/E1 interfaces, allowing it to connect to the T1/E1 lines. On the other side, it provides a 100Base-TX Ethernet interface, typically an RJ45 port, for connecting to LAN segments or network devices. The 'SC' connector mentioned in the title likely refers to an optional fiber optic uplink or management port, or it could be part of a larger system configuration, though the primary function is T1/E1 to Ethernet multiplexing. The 'mini-DIN' mentioned in the title might refer to a specific type of connector used for power or a secondary interface, but the core functionality revolves around multiplexing Ethernet onto T1/E1 circuits. This type of device is often used in telecommunications and enterprise environments to provide cost-effective data connectivity over wide area network (WAN) links, bridging the gap between LAN and WAN technologies.



