This is an AI summary, which is an experiment of ours, AI can make mistakes and people should always refer to the official brand write-ups for certainty.

The Ubiquiti airMAX GigaBeam Long-Range (GBE-LR) is a high-performance 60 GHz radio station designed to deliver low-interference, high-throughput connectivity for long-distance Point-to-Point (PtP) deployments. By utilising the 60 GHz spectrum, this device achieves speeds of over 1 Gbps with significantly lower latency compared to traditional wireless backhauls. To ensure maximum reliability, the GigaBeam LR features an integrated 5 GHz radio for automatic failover, maintaining your link even during adverse weather conditions.

High-Gain Performance and Range
Equipped with a high-gain dish antenna, the GBE-LR is optimised for long-range performance of up to 2km. It supports full bandwidth usage of 2.16 GHz on the 60 GHz link, providing a robust and stable connection for demanding networking environments. The inclusion of a dedicated 2.4 GHz management radio allows for easy, wireless setup and configuration via the UISP mobile app or web interface.
Advanced Hardware and Durability
The GigaBeam LR is housed in a durable enclosure made from aluminium and UV-stabilised polycarbonate, ensuring it can withstand harsh outdoor environments. Its mechanical design is engineered for precision alignment and wind survivability up to 200 km/h.
Key Features:
60 GHz radio with 5 GHz failover backup for continuous connectivity
Low-interference 60 GHz spectrum for superior throughput
High-gain dish antenna enabling links over 2 km
Up to 1+ Gbps throughput with extremely low latency
Dedicated 2.4 GHz management radio for simplified Wi-Fi setup
Full bandwidth support of 2.16 GHz for maximum data rates
Powered via 24V Passive PoE (Gigabit PoE adapter included)
Integrated GPS for enhanced synchronisation and performance
Designed for easy installation, the GBE-LR includes a pole-mount kit as standard. Its compact yet powerful design makes it an ideal solution for businesses and ISPs looking to bridge long distances without the need for physical cabling.