Ubiquiti Networks Antennas

New Technology OMT DesignCarrier Class Performance. Breakthrough Price Points. Instantly pair with Rocket M5 to create powerful 2x2 MIMO PtP Bridging applications. Rocket mount and weatherproof RF jumpers included.Rocket M Seamlessly Integrates with Rocket Dish AntennaRocket M and AirMax BaseStation/Rocket Antennas have been designed to...

Incorporating innovative industrial design with advanced technology, the NanoBeam M is the latest generation of Ubiquiti Networks airMAX CPE for customer locations.Plug and Play InstallationThe NanoBeam mounts to a variety of surfaces including poles or walls, and offers the freedom of three-axis alignment. No screws are required for...

High-Performance airMAX® BridgeIncorporating a dish reflector design with advanced technology, the PowerBeam™ is the latest generation of Ubiquiti Networks® airMAX® CPE for customer locations.Models: PBE‑M2‑400, PBE‑M5‑300, PBE‑M5‑400, PBE‑M5‑620Integrated Radio DesignUbiquiti’s InnerFeed® technology integrates the radio into the feedhorn of an...

High-Performance airMAX® BridgeIncorporating a dish reflector design with advanced technology, the PowerBeam™ is the latest generation of Ubiquiti Networks® airMAX® CPE for customer locations.Models: PBE‑M2‑400, PBE‑M5‑300, PBE‑M5‑400, PBE‑M5‑620Integrated Radio DesignUbiquiti’s InnerFeed® technology integrates the radio into the feedhorn of an...

Innovative Industrial DesignWeighing in at only 7.4 kg, the RocketDish LW is engineered with ruggedized yet lightweight components to withstand harsh outdoor conditions.Plug and Play IntegrationThe RocketDish LW has a built-in Rocket™ mount, so no tools are needed to install the Rocket BaseStation.Optional Isolator RadomeThe IsoBeam™ enhances...

5 GHz airMAX® Bridge with RF Isolated ReflectorIncorporating advanced engineering with proprietary airMAX technology, the PowerBeam®M5 ISO is ideal for deployments requiring maximum performance and RF isolation.Innovative Mechanical DesignThe integrated isolator design improves RF isolation to spatially filter out interference, and the...