Transition Networks TN-CWDM-10G-1610-80 Sfp+ Transceiver

Product Description

The TRANSITION NETWORKS TN-CWDM-10G-1610-80 is a CWDM SFP+ optical transceiver designed for 10GBase fiber network applications. Operating at a 1610 nm wavelength, it supports transmission distances up to 80 km, making it suited for long-haul enterprise and carrier-grade fiber links. The module fits standard SFP+ slots and is built for use in managed switches, routers, and media converters that require 10 Gigabit throughput over single-mode fiber. Network engineers and data center technicians install this transceiver as a hot-pluggable component with no system downtime required during insertion.

This transceiver is intended for enterprise network infrastructure where long-distance 10G CWDM connectivity is required. Typical applications include campus backbones, metropolitan area networks, and point-to-point fiber links where wavelength-division multiplexing allows multiple channels to share a single fiber strand. The 1610 nm channel designation places it at the upper end of the CWDM grid, compatible with standard CWDM mux and demux passive equipment. Installation is performed by qualified network technicians working within structured cabling and optical fiber plant environments.

Key Features

• CWDM 1610 nm wavelength for use in multi-channel WDM fiber systems
• 10GBase SFP+ form factor fits standard hot-pluggable SFP+ slots
• 80 km reach over single-mode fiber for long-haul links
• Hot-pluggable design allows insertion and removal without powering down the host device
• Compatible with enterprise switches, routers, and media converters with SFP+ ports

Compatibility

Designed as an OEM-style SFP+ transceiver for use in network switches, routers, and media converters equipped with standard 10G SFP+ slots that support CWDM wavelengths.

Installation Notes

This module is installed by qualified network technicians or data center engineers. Before handling, observe ESD precautions and use an anti-static wrist strap. Insert the transceiver into an SFP+ port with the locking bail or latch engaged before connecting fiber. Ensure the host device firmware supports third-party or coded transceiver modules, and verify the fiber plant uses single-mode cable rated for the intended span distance.