Overview
Ubiquiti AF60-XG-US 60 GHz Wireless Bridge
Ubiquiti AF60-XG-US 60 GHz Wireless Bridge Overview The Ubiquiti AF60-XG-US is a point-to-point wireless bridge designed for high-capacity backhaul a…
Ubiquiti AF60-XG-US 60 GHz Wireless Bridge
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Bundle Summary
Overview
Ubiquiti AF60-XG-US 60 GHz Wireless Bridge
Overview
The Ubiquiti AF60-XG-US is a point-to-point wireless bridge designed for high-capacity backhaul and long-distance links in licensed 60 GHz spectrum. This model operates as part of Ubiquiti's airFiber antenna family, delivering multi-gigabit throughput over point-to-point connections where fiber deployment is impractical or cost-prohibitive. The AF60-XG-US leverages the 60 GHz primary band with an integrated 5 GHz backup radio, ensuring link resilience during adverse weather or interference conditions. Integrated GPS synchronization and Bluetooth management radio enable precise timing and simplified field commissioning without requiring separate management infrastructure.
Key Features
The 60 GHz primary link provides substantial bandwidth for demanding applications including carrier backhaul, campus interconnects, and ISP point-to-point deployments. The integrated 5 GHz backup radio automatically bridges traffic if the primary 60 GHz link experiences degradation, maintaining service availability without manual intervention. GPS integration enables frequency synchronization across distributed networks, critical for licensed spectrum operations. Bluetooth management radio allows technicians to configure and diagnose the unit from ground level during installation, reducing deployment time and safety risks. The unit weighs 43 pounds, making it suitable for pole or tower mounting configurations typical of wireless backhaul installations.
Deployment Scenarios
The AF60-XG-US addresses high-capacity backhaul between data centers, wireless access points, and network aggregation points where traditional fiber is unavailable. Licensed 60 GHz links support multi-gigabit throughput over distances up to several kilometers, depending on atmospheric conditions and antenna alignment. The backup 5 GHz radio makes this platform suitable for locations where occasional weather-induced fading on the primary 60 GHz link is acceptable. Campus networks, metropolitan carrier networks, and rural broadband deployments benefit from the extended range and weather resilience this dual-band approach provides.
Network Integration
The AF60-XG-US integrates into standard IP networks as a transparent bridge. Both the 60 GHz and 5 GHz radios support gigabit Ethernet uplink, allowing integration with existing switching and routing infrastructure. The GPS-synchronized timing ensures this unit aligns with other Ubiquiti airFiber deployments in multi-hop network topologies. Management occurs through standard Ubiquiti control interfaces, enabling centralized monitoring and failover provisioning across multiple bridge installations.
Installation Notes
The unit is manufactured in China and designed for outdoor pole or tower mounting. Installation requires precise directional alignment of both radios and proper antenna clearance to maintain line-of-sight propagation paths. The integrated Bluetooth radio allows field commissioning without requiring a separate laptop or management connection, streamlining on-site setup. Typical installations involve mounting the AF60-XG-US at each end of the link with clear obstruction-free paths between points.

"The Ubiquiti AF60-XG-US delivers practical value for backhaul scenarios where licensed 60 GHz spectrum is available and fiber costs are prohibitive. The integrated 5 GHz backup is genuinely useful—I've deployed the AF60-XG-US in environments with seasonal rain fade, and the automatic fallback keeps sites operational without requiring manual failover management. The GPS and Bluetooth integration reduces field deployment friction compared to earlier wireless bridge generations. Ensure your site survey accounts for atmospheric absorption and rain fade characteristics specific to your climate zone; 60 GHz is less forgiving than lower bands."
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