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Transition S4TEF1029-112 T1/E1 Mux RJ-48 SC mini-DIN T1/E1100BTX
- T1/E1 Multiplexer (Mux)
- Supports T1/E1 interfaces via RJ-48
- Provides SC fiber optic interface
- Transmits over 100BTX Ethernet
- Multiplexes multiple T1/E1 circuits
- Extends T1/E1 services over fiber
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Product Overview
The Transition S4TEF1029-112 is a T1/E1 multiplexer (Mux) designed for converting and transmitting T1/E1 signals over Ethernet. It features RJ-48 connectors for the T1/E1 interfaces and an SC connector for the fiber optic link, supporting 100BTX Ethernet. This device enables the transport of multiple T1/E1 circuits over a single fiber.
Technical Information
| Product Type | Multiplexer (Mux) |
| Interface 1 | T1/E1 (RJ-48) |
| Interface 2 | SC Fiber Optic |
Additional Specifications
| Ethernet Speed | 100 Mbps (100BTX) |
| Model | S4TEF1029-112 |
Product Description
The S4TEF1029-112 from Transition Networks is a sophisticated T1/E1 multiplexer designed to consolidate multiple T1 (1.544 Mbps) or E1 (2.048 Mbps) digital voice or data circuits into a single high-speed Ethernet transmission. This device is crucial for organizations that need to efficiently transport legacy T1/E1 traffic over modern fiber optic infrastructure, thereby reducing the number of required physical lines and associated costs. The multiplexer features RJ-48 connectors for the termination of T1/E1 lines, which are standard connectors for these types of digital circuits. For the high-speed transport layer, it utilizes an SC fiber optic connector, supporting 100BTX Ethernet. This allows the aggregated T1/E1 data streams to be sent over a single fiber optic cable, offering significant advantages in terms of distance, bandwidth, and immunity to electromagnetic interference compared to copper cabling. This device is particularly valuable in telecommunications, enterprise networking, and service provider environments where the efficient aggregation and transport of T1/E1 circuits are necessary. It enables the extension of critical voice and data services over existing or new fiber optic backbones, providing a cost-effective and reliable solution for network expansion and modernization. The S4TEF1029-112 ensures that the integrity and timing of the T1/E1 signals are maintained throughout the multiplexing and transmission process.

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