Ubiquiti Networks 5G AirMax AC 45 Degrees Sector Antenna (AM-5AC22-45)

Ubiquiti Networks 5G AirMax AC 45 Degrees Sector Antenna (AM-5AC22-45) Overview:

Ubiquiti airMAX AC 5 GHz is an outdoor and high-performing sector antenna featuring 5 GHz, 45º, 22 dBi BaseStation sector antenna for Point‑to‑MultiPoint (PtMP) networks.

Key Features of Ubiquiti Networks 5G AirMax Sector Antenna:

• Frequency Range: 5.10—5.85 GHz

• Antenna Gain:  22 dBi

• VPOL Beamwidth: 450 

• Polarization: Dual-Linear 

• Wind Survivability: 200 km/h (125 mph)

Here is a detailed description of the features of the Ubiquiti Networks 5G AirMax AC 45 Degrees Sector Antenna. 

High-Gain Antenna:

This is a Ubiquiti high-gain sector antenna that supports up to 22 dBi gain and 45° beamwidth, making it suitable for targeted coverage to cater to the needs of multiple clients and reduce interferences. It is also ideal for creating point-to-multipoint (PtMP) configurations. 

Durability:

It has been designed for outdoor deployment. Featuring robust built material, it comes with 200 km/h (125 mph) wind survivability and 347 N at 200 km/h (78 lbf at 125 mph) wind loading, making it suitable for harsh outdoor conditions. It also offers resistance against intense UV exposure and heavy rainfall. 

450 Beamwidth:

It comes with a 45-degree beamwidth, featuring targeted sector coverage. Network administrators can make sure that client devices within a specified area receive a robust signal strength. They can also reduce interferences. 

Furthermore, it is also provided with deflector design and reduced sidelobes/backlobes, providing unmatched noise isolation, making this Point-to-multipoint sector antenna suitable for high-density and crowded environments.

Dual-Polarization:

This is a cutting-edge feature of AM-5AC22-45, enabling this Ubiquiti antenna to receive and transmit signals in both horizontal and vertical orientations. You can thus increase the data throughput up to 2x and provide a stable and interference-free network that can cater to the needs of a large number of users at a time and tackle seamlessly a high volume of data traffic.