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Transition S4TEF1015-110 T1/E1 Mux RJ-48 SC mini-DIN T1/E1100BTX
- Product Type: T1/E1 Multiplexer (MUX)
- Interface 1: T1/E1 via RJ-48 connector
- Interface 2: Fiber Optic via SC connector
- Fiber Type: Typically Single-Mode or Multi-Mode (check specific variant)
- Fiber Speed: 100BTX (Fast Ethernet)
- Functionality: Multiplexes T1/E1 data onto a fiber optic link
- Application: Extends T1/E1 services over long distances
- Standards: Compliant with T1/E1 and Ethernet standards
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Product Overview
The Transition S4TEF1015-110 is a multiplexer (MUX) designed for T1/E1 circuits, featuring an RJ-48 connector for the T1/E1 interface and an SC connector for its fiber optic uplink. It supports 100BTX, indicating Fast Ethernet connectivity, and is suitable for extending T1/E1 services over fiber.
Technical Information
| Model | S4TEF1015-110 |
| Product Type | T1/E1 Multiplexer |
| T1/E1 Connector | RJ-48 |
Additional Specifications
| Fiber Connector | SC |
| Ethernet Speed | 100BTX |
| Functionality | Multiplexing |
Product Description
The Transition Networks S4TEF1015-110 is a specialized networking device that functions as a multiplexer for T1/E1 digital transmission lines. It allows for the aggregation of multiple T1 (1.544 Mbps) or E1 (2.048 Mbps) data streams and transmits them over a single fiber optic link. This is particularly useful for service providers and enterprises looking to efficiently extend their leased line services or private network connections over greater distances than copper alone would permit. The device features an RJ-48 connector, which is the standard interface for T1/E1 connections using twisted-pair copper cabling. On the other side, it utilizes an SC connector for its fiber optic port, enabling high-speed data transmission over fiber. The mention of '100BTX' indicates that the fiber optic interface operates at Fast Ethernet speeds, suggesting that the T1/E1 data is likely encapsulated or multiplexed within an Ethernet frame for transport over the fiber. This type of device is critical for telecommunications infrastructure, enabling the cost-effective deployment of high-bandwidth services. It bridges the gap between traditional digital transmission interfaces and modern fiber optic networks, offering a robust solution for extending critical communication links across campuses or metropolitan areas.

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