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Transition SSDTF1029-105-NA T1/E1 Remotely Stand-Alone RJ-48 SC T1/E1
- Supports T1/E1 circuits, operating at 1.544 Mbps (T1) or 2.048 Mbps (E1).
- Features RJ-48 connector for T1/E1 copper interfaces.
- Features SC connector for fiber optic connections.
- Designed for remotely managed or standalone operation.
- Enables extension of T1/E1 circuits over fiber optic infrastructure.
- Provides reliable connectivity for voice and data T1/E1 services.
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Product Overview
The Transition SSDTF1029-105-NA is a media converter specifically designed for T1/E1 circuits, enabling remote operation and conversion between copper and fiber. It supports RJ-48 connectors for T1/E1 and SC connectors for fiber.
Technical Information
| SKU | SSDTF1029-105-NA |
| Title | Transition SSDTF1029-105-NA T1/E1 Remotely Stand-Alone RJ-48 SC T1/E1 |
| Interface Type | T1/E1 |
| Data Rate | 1.544 Mbps (T1) / 2.048 Mbps (E1) |
Additional Specifications
| Fiber Connector Type | SC |
| Copper Connector Type | RJ-48 |
| Form Factor | Remotely Stand-Alone |
| Application | T1/E1 Circuit Extension |
Product Description
The Transition SSDTF1029-105-NA is a specialized media converter engineered for T1 and E1 digital transmission services. These services are commonly used for voice and data transmission, particularly in telecommunications and enterprise networks. The converter facilitates the extension of these critical circuits over fiber optic cabling, overcoming the distance limitations inherent in copper T1/E1 lines. It features an RJ-48 connector, which is the standard interface for T1/E1 connections over twisted-pair copper cables. On the fiber side, it utilizes an SC connector, providing a robust and widely adopted interface for fiber optic connectivity. The 'Remotely Stand-Alone' designation suggests that the device can operate independently but may also offer remote management capabilities, allowing for monitoring and configuration from a central location. This media converter is crucial for service providers and large organizations that need to deploy or extend T1/E1 services across campuses, between buildings, or to remote sites. By converting T1/E1 signals to fiber optic signals, it ensures signal integrity over long distances and provides immunity to electromagnetic interference, making it a reliable solution for mission-critical communication links.
