AddOn - SFP28 transceiver module - 25GbE - 25GBase-SR - LC single-mode - up to 328 ft - 850 nm - TAA Compliant
- Supports data transfer rates up to 25 Gbps
- Operates effectively in temperatures ranging from -40°C to 85°C
- Utilizes LC single-mode connectors for optimal connectivity
- Features Digital Optical Monitoring for enhanced performance tracking
- Maximum transfer distance of 100 m to accommodate various setups
The AddOn SFP28 transceiver module delivers seamless connectivity for high-speed data transfer. It connects with a single LC single-mode connector and supports a maximum data transfer rate of 25 Gbps over Ethernet 25GBase-SR cabling. This module is designed to perform efficiently in a wide range of environmental conditions, with an operating temperature range from -40°C to 85°C, making it suitable for diverse applications and installations. Additionally, the module supports Digital Optical Monitoring (DOM), which enhances performance management and monitoring capabilities. With a maximum transfer distance of 100 m and an optical wavelength of 850 nm, this device provides reliable data transmission for networking needs.
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Reliable connectivity
The SFP28 transceiver module utilizes wired connectivity technology to ensure dependable and high-speed connections for data-intensive applications.
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Versatile environmental performance
With an operating temperature range from -40°C to 85°C, this module can adapt to various environmental conditions, ensuring consistent performance.
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Enhanced monitoring capabilities
Digital Optical Monitoring support allows for real-time performance monitoring, helping to manage network performance and ensure operational efficiency.
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Compatible and efficient design
This plug-in module is designed for easy integration into existing systems, maintaining compatibility with Ethernet 25GBase-SR cabling for streamlined installations.
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Effective long-distance transmission
The module supports a maximum transfer distance of 100 m, enabling high-speed data transfer across substantial distances within networking setups.
