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Transition CBBFG1314-100 OAM/IP GE Converter SC SC 1000BSX1000BLX
- Supports 1000BSX (Gigabit Ethernet over short-wavelength fiber) and 1000BLX (Gigabit Ethernet over long-wavelength fiber).
- Features SC connectors for both fiber optic interfaces.
- Includes OAM/IP (Operations, Administration, and Maintenance over IP) capabilities.
- Designed for high-speed Gigabit Ethernet network infrastructure.
- Facilitates conversion between different fiber optic types or wavelengths.
- Suitable for carrier-grade and enterprise network deployments.
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Product Overview
The Transition CBBFG1314-100 is a Gigabit Ethernet converter supporting OAM/IP functionality. It converts between 1000BSX (Short-wavelength Gigabit Ethernet) and 1000BLX (Long-wavelength Gigabit Ethernet) standards using SC connectors.
Technical Information
| SKU | CBBFG1314-100 |
| Title | Transition CBBFG1314-100 OAM/IP GE Converter SC SC 1000BSX1000BLX |
| Network Speed | 1000 Mbps (Gigabit Ethernet) |
| Fiber Connector Type | SC (x2) |
Additional Specifications
| Fiber Standards | 1000BSX, 1000BLX |
| Features | OAM/IP Support |
| Form Factor | Converter Module (implied) |
| Application | Gigabit Ethernet Conversion |
Product Description
The Transition CBBFG1314-100 is a sophisticated Gigabit Ethernet (GE) converter that plays a vital role in modern high-speed networks. It is designed to bridge the gap between two different types of Gigabit Ethernet fiber optic standards: 1000BSX, which typically uses short-wavelength lasers for shorter distances (often over multi-mode fiber), and 1000BLX, which uses long-wavelength lasers for extended reach (often over single-mode fiber). A key feature of this converter is its support for OAM/IP (Operations, Administration, and Maintenance over IP). This functionality allows network operators to monitor, diagnose, and manage the network link remotely, which is crucial for maintaining service level agreements (SLAs) and ensuring network uptime in complex environments. Both the input and output fiber connections utilize SC connectors, a standard and reliable interface for fiber optics. This device is particularly useful in scenarios where different fiber types or transmission distances need to be interconnected at Gigabit speeds. It can be used to connect legacy multi-mode fiber segments to newer single-mode infrastructure or to extend Gigabit Ethernet links over longer distances. Its OAM/IP capabilities make it a valuable component for service providers and large enterprises managing extensive fiber optic networks.

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