Lightning Deal Tn-sfp-oc3s8-c55 Lantronix® Compatible Transceiver Sfp 100base-fx-oc3 (1550nm, Smf, 80km, Lc, Dom) - Hot Selling [WuNzSEd2]

Lantronix® Compatible SFP Transceiver for OC3 Networks

Introducing the TN-SFP-OC3S8-C55, a Lantronix® compatible SFP transceiver designed for high-performance OC3 network applications. This versatile transceiver is engineered to deliver exceptional connectivity, ensuring seamless data transmission over long distances. With its robust features and reliable performance, the TN-SFP-OC3S8-C55 is an ideal choice for demanding network environments.

• 100Base-FX-OC3 support for high-speed data transfer.
• Single-mode fiber (SMF) compatibility for extended reach.

Technical Specifications and Features

The TN-SFP-OC3S8-C55 transceiver is equipped with a 1550nm wavelength, enabling it to transmit data over distances of up to 80km through single-mode fiber. Its LC Duplex connector ensures a stable and secure connection, while the Digital Optical Monitoring (DOM) feature provides real-time monitoring of critical parameters. This product operates within a commercial temperature range, making it suitable for a wide range of applications.

• 1550nm Wavelength for long-distance transmission.
• 80km SMF Support for extended network reach.
• LC Duplex Connector for reliable connectivity.

Applications and Benefits

Whether you're setting up a large-scale network infrastructure or enhancing your existing network, the TN-SFP-OC3S8-C55 is a versatile solution. Its compatibility with Lantronix® products ensures seamless integration, while its high-speed data transfer capabilities make it perfect for applications requiring reliable and efficient network connectivity. With its robust design and comprehensive feature set, this transceiver is a must-have for professionals in various industries, including telecommunications, data centers, and enterprise networks.

• Seamless Integration with Lantronix® products.
• High-Speed Data Transfer for efficient network operations.
• Robust Design for reliable performance in demanding environments.