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Transition CSDTF1029-105 Point System T1/E1 Copper Fiber RJ45 SC T1/E1
- Converts T1/E1 copper signals to T1/E1 fiber optic signals.
- Features RJ45 connectors for copper T1/E1 interfaces.
- Includes SC connectors for fiber optic T1/E1 interfaces.
- Designed for point-to-point system applications.
- Supports T1 (1.544 Mbps) and E1 (2.048 Mbps) data rates.
- Standalone unit for easy deployment.
- Provides electrical isolation between copper and fiber.
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Product Overview
The Transition CSDTF1029-105 is a T1/E1 copper-to-fiber media converter that utilizes RJ45 connectors for copper and SC connectors for fiber. It is designed for point-to-point system applications.
Technical Information
| Product Type | T1/E1 Media Converter |
| Interface | T1/E1 |
| Copper Connector | RJ45 |
Additional Specifications
| Fiber Connector | SC |
| Application | Point-to-Point Systems |
| Data Rate | 1.544 Mbps (T1) / 2.048 Mbps (E1) |
Product Description
This specialized media converter bridges the gap between T1/E1 digital transmission systems operating over copper wiring and those utilizing fiber optic cabling. It is specifically designed for point-to-point communication links, enabling the extension of T1 or E1 circuits over longer distances or into environments where fiber optics offer advantages like immunity to electromagnetic interference. The CSDTF1029-105 typically uses RJ45 connectors for the copper side, adhering to common telecommunications cabling standards for T1/E1 interfaces. On the fiber side, it employs SC connectors, providing a secure and standardized connection for fiber optic transmission. This allows for seamless integration into existing T1/E1 infrastructure while leveraging the benefits of fiber. The converter supports both T1 (1.544 Mbps) and E1 (2.048 Mbps) standards, making it versatile for different regional deployments. Its standalone design simplifies installation, and it often includes diagnostic LEDs to monitor link status and data activity. Electrical isolation between the copper and fiber interfaces is a key feature, protecting equipment from voltage surges and ground loops.
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