Ubiquiti uacc-uf-om-xgs Fiber Optical Transceiver 10 Gbps

Product Description

The UBIQUITI uacc-uf-om-xgs is a 10 Gbps optical transceiver module engineered for use with the Ubiquiti Fiber OLT XGS platform. It operates over single-mode fiber using an SC/UPC connector and supports a maximum cable distance of 20 km, making it well-suited for long-reach passive optical network deployments. The module transmits at 1,577 nm and receives at 1,270 nm, with a TX power range of +4 to +7 dBm and an RX sensitivity down to -26 dBm. Maximum power consumption is 2.6W. Network technicians and fiber installation professionals install this transceiver to extend high-speed connectivity across campus, municipal, or multi-dwelling-unit fiber infrastructure.

This transceiver is designed for deployment in fiber-to-the-premises and passive optical network environments where high-throughput, long-distance connectivity is required. It supports a downlink data rate of 10 Gbps and an uplink data rate of 10 Gbps in XGS mode or 2.5 Gbps in XG mode, providing flexibility across mixed subscriber equipment. Typical installations include ISP headend equipment rooms, campus distribution points, and multi-tenant fiber buildouts where the Ubiquiti Fiber OLT XGS is the host platform.

Key Features

• 10 Gbps downlink and 10 Gbps uplink (XGS) or 2.5 Gbps uplink (XG) data rates
• Single-mode fiber support with SC/UPC connector
• TX wavelength of 1,577 nm and RX wavelength of 1,270 nm for XGS-PON compliance
• Maximum cable distance of 20 km for long-reach fiber runs
• Low power consumption at 2.6W maximum
• Wide operating temperature range of 0 to 70 degrees C (32 to 158 degrees F)

Compatibility

Designed for use with the Ubiquiti Fiber OLT XGS platform as a plug-in optical transceiver module.

Installation Notes

Installation is performed by qualified network or fiber optic technicians. Power down or take the host OLT port offline before inserting or removing the transceiver to avoid optical or electrical damage. Handle fiber connectors with care and clean SC/UPC connectors before mating to maintain signal integrity. Follow applicable TIA and local network installation standards during fiber termination and equipment rack work.