Ubiquiti UACC-OM-SM-10G-S-20 10G Bidi Sfp+ Optical Module

Product Description

The UBIQUITI UACC-OM-SM-10G-S-20 is a 10G BiDi single-mode optical module designed for use in compatible SFP+ ports on managed network switches and routing equipment. BiDi, or bidirectional, technology allows the module to transmit and receive data over a single fiber strand using two separate wavelengths, reducing fiber infrastructure requirements. This module is sold as an individual unit and is intended for installation by network technicians and IT infrastructure professionals working on structured cabling and fiber optic deployments.

This optical module is suited for enterprise, commercial, and industrial network environments where single-mode fiber runs are already in place. It fits into SFP+ slots on compatible switches, routers, and access point uplink ports. The BiDi design makes it a practical choice for locations where only a single fiber strand is available between network nodes, such as in building-to-building links or dense rack environments where fiber counts are limited.

Key Features

• 10G BiDi design transmits and receives over a single fiber strand
• Single-mode fiber compatibility for longer-distance runs
• SFP+ form factor fits standard 10G optical module slots
• Sold as individual unit for flexible deployment

Compatibility

Designed as an OEM-style optical module for use in SFP+ slots on compatible 10G network switches, routers, and uplink-capable access points that support single-mode BiDi transceiver modules.

Installation Notes

Installation should be performed by a qualified network technician familiar with fiber optic handling procedures. Power down or disable the SFP+ port before inserting or removing the module where the equipment allows hot-swap protection to be bypassed. Handle fiber connectors with care to avoid contamination, and clean fiber end-faces with appropriate fiber cleaning tools before mating. Follow applicable structured cabling standards and equipment manufacturer guidelines during installation.