Ubiquiti AirFiber AF-5G23-S45 5GHz 23dBi Antenna

By utilising a parabolic dish reflector, the AF-5G23-S45 provides excellent beam directivity, ensuring high-capacity throughput even in challenging RF environments.

The antenna is also designed with low sidelobes to reduce interference from other nearby transmitters, making it a suitable option for co-location on crowded tower installations.

• It includes a protective shroud to shield cables and connectors, while the integrated radome protects the radio from harsh environmental conditions.
• Ubiquiti has optimised the installation process with a built-in airFiber X radio mount, meaning no special tools are required to snap the radio into place.
• High Gain: 23dBi gain for efficient, long-distance PtP links.

One of the standout features of the AF-5G23-S45 is its support for ± 45° slant polarisation.

Its low-profile design is specifically engineered to reduce wind loading, supporting wind survivability up to 200 km/h.

• The AF-5G23-S45 airFiber Antenna supports ± 45 degree slant polarisation for improved noise immunity and Signal-to-Noise Ratio (SNR).

Built for the elements, the AF-5G23-S45 features industrial-strength hardware and a weatherproof design.

The universal pole mount ensures a secure fit on structures, while the precise mechanical design allows for accurate alignment to achieve the best possible link performance.

• Durable Build: Weather-resistant materials and industrial hardware for outdoor use.
• The compact form factor of the AF-5X allows it to fit into the radio mount of this Ubiquiti AF-5G23-S45 airFiber Antenna, so installation requires no special tools.

Radio spectrum use in the UK is governed by Ofcom. Configure and deploy this wireless equipment using the UK regulatory domain and only the channels, power levels and deployment conditions permitted for the relevant band.

For outdoor, point-to-point or point-to-multipoint links, check the permitted UK configuration for the installation before commissioning the link.

Visit Ubiquiti’s help centre.