Ubiquiti UF-SM-10G-S-20 Single-mode Fiber Sfp+ Module

Product Description

The UBIQUITI UF-SM-10G-S-20 is a single-mode SFP+ fiber transceiver module rated for 10 Gigabit Ethernet applications. It plugs into SFP+ slots on compatible switches, routers, and network appliances to extend fiber connectivity over single-mode cable plant. Designed for installation by network technicians and low-voltage systems integrators, this module delivers high-speed data transmission where copper-based connections are impractical due to distance or electromagnetic interference. The UF-SM-10G-S-20 is a unit-sold, individual module packaged as a single piece.

This module is suited for enterprise, commercial, and industrial network deployments where single-mode fiber runs connect buildings, distribution switches, or core routing equipment. It is commonly deployed in structured cabling environments where long-distance, high-bandwidth links are required between network closets or data center equipment. Installation typically occurs in enterprise LAN, campus backbone, or industrial control network environments.

Key Features

• 10 Gigabit SFP+ form factor for high-bandwidth fiber uplinks
• Single-mode fiber compatibility for extended reach applications
• Hot-pluggable design allows installation without powering down the host device
• Compact module footprint fits standard SFP+ port slots
• Sold as individual unit for flexible quantity ordering

Compatibility

Designed as an OEM-style SFP+ transceiver for use in network switches, routers, and appliances equipped with standard SFP+ slots accepting single-mode fiber modules.

Installation Notes

SFP+ modules are installed by qualified low-voltage network technicians familiar with fiber optic handling procedures. While the module itself is hot-pluggable, always follow the host device manufacturer guidelines before insertion. Clean fiber end-faces with appropriate fiber cleaning tools prior to connecting LC or compatible fiber patch cables to prevent signal degradation. Handle the module by its body and avoid touching optical ports to prevent contamination.