Ubiquiti Horn‑5‑60 5 GHz Beamwidth Horn Antenna 60°

Ubiquiti Networks launches a new generation of airMAX ac beamwidth isolation antennas, the PrismAP.

Modular Design

With  exible sectorization for optional antenna beamwidths, the PrismAP antennas are interchangeable and improve beam‐shaping for speci c deployment and environment needs. The PrismStation 5AC and IsoStations use horn antenna sectors designed for increased co‐location performance without sacri cing gain.

Scalability

Symmetrical horn antennas (30o and 45o versions, models PrismAP‐5‐30 and PrismAP‐5‐45, respectively) offer breakthrough scalability options
for wireless systems. Unique beam performance and great co‐location characteristics allow for a higher density of sectors than traditional sector technology.

Enhanced Co-Location

Asymmetrical horn antennas (60o and 90o versions, models PrismAP‐5‐60
and PrismAP‐5‐90, respectively) have naturally attenuated side lobes and extremely low back radiation. They offer best front-to-back ratio in the industry and the lowest side lobe radiation. Asymmetrical horn antennas are ideal for cluster sector installations with high co-location requirements.

Modular Design Interchangeable Antennas

The PrismAP antennas come with precise radiation angles for speci c beam shaping, ranging from 30° to 90°, making them suitable for a wider range of installations.

• Designed for increased co‐location performance
• Available in 30o, 45o, 60o, and 90o designs
• Designed for use with PS-5AC, IS-5AC, and IS-M5
• Single button release for ease of changing antennas • Newly designed horn for improved beam shaping

Horn Antennas

Each horn antenna model is designed with a precise radiation angle for specific beam shaping.

These models are available in 30°, 45°, 60°, and 90° angle designs with different antenna gain specs to suit your application.

Symmetrical horn antennas: unique beam performance and great co-location characteristics for a higher density of sectors than traditional sector technology

Asymmetrical horn antennas: naturally attenuated side lobes and extremely low back radiation for cluster sector installations with high co-location requirements