AddOn - SFP+ transceiver module (equivalent to: Alcatel-Lucent Nokia 473841A) - 10GbE, 6GbE - 6GBase-ER, 10GBase-ER - LC single-mode - up to 18.6 miles - 1310 nm - TAA Compliant
- Provides 10 Gbps data transfer rate
- Supports a maximum transfer distance of 30 km
- Includes Digital Optical Monitoring for real-time tracking
- Metal housing for enhanced durability
- Hot-pluggable design for easy installation
This AddOn SFP+ transceiver module offers a solution for high-speed network connectivity. Designed to support wired connections with a data transfer rate of 10 Gbps, this module features a plug-in design that ensures easy installation and maintenance. Its metal housing provides durability, making it suitable for various environments with operating temperatures ranging from 0°C to 70°C.
This transceiver module incorporates Digital Optical Monitoring (DOM) for real-time status monitoring. With a maximum transfer distance of 30 km and an optical wavelength of 1310 nm, it is ideal for long-distance communication. The module is TAA-compliant, ensuring it meets specific regulatory standards, while its hot-pluggable feature allows for seamless integration into existing systems without interruption.
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Efficient connectivity
This SFP+ transceiver module utilizes wired technology to deliver a data transfer rate of 10 Gbps, ensuring rapid and efficient performance in networking environments.
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Robust environmental tolerance
With a wide operating temperature range from 0°C to 70°C, this transceiver is built to perform reliably in various environmental conditions.
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Advanced monitoring capabilities
Digital Optical Monitoring (DOM) support provides real-time visibility into the module's operational performance, enabling proactive maintenance and management.
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Durable construction
The metal housing of the module ensures longevity and resistance to physical stress, making it suitable for rigorous networking conditions.
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Seamless integration
Hot-pluggable design allows for easy installation or replacement within an existing network setup, minimizing downtime and disruption.
