EN
Ubiquiti's airMAX sector antenna is a high-end device, perfect for designing complex network architecture. Thanks to the use of modern technology, airMAX 5G16-120 sector antennas achieve optimal beam shape. Ubiquiti sector antennas provide efficiency and high energy gains.
Ubiquiti airMAX 5G16-120 sector antenna with dual polarity 2x2 MIMO is a functional device, which uses innovative technological solutions. AirMAX 5G16-120 was designed to integrate seamlessly with RocketM radio (RocketM is sold separately). The pair of devices, RocketM together with the sector antenna airMAX creates a powerful base station.
Ubiquiti ensures high quality and solid performance of its products. Durable antenna housings and waterproof connectors ensure long and satisfactory use. Sector antennas of the airMAX 5G16-120 line, thanks to high technical parameters, allow for great flexibility and convenience during network design. We encourage you to read the detailed specification of Ubiquiti sector antennas airMAX 5G16-120.
Features / filters | |
Antenna frequency | 5 GHz |
Energy gain | 10dBi - 20dBi |
Antenna gain level (max) | 16 |
Antenna type | Sector, Sector antenna, |
Application | Outdoor |
Certification | EN 302 326 DN2 |
Compatible with brand | Ubiquiti |
Connector type | 2x RP-SMA |
Cross polarization isolation | >22 dB |
Depth | 63 |
Electric deviation | 4° |
Frequency band | 5 |
Harmonized System (HS) code | 85177100 |
Height | 41 |
Horizontal beam width | 137 |
Horizontal beam width (5 GHz) | 8 |
Horizontal beamwidth | 137° |
Mounting | Wall |
Polarization | Double linear, Dual polarization, |
Product colour | White |
Quantity per pack | 1 |
Vertical beam width | 118 |
Vertical beam width (5 GHz) | 4 |
Vertical beamwidth | 118° |
Voltage Standing Wave Ratio (VSWR) | 1.5:1 |
VSWR | 1.5:1 |
Weight | 1.1 |
Width | 367 |
Basic technical parameters | |
Dimensions (mm) | 367 × 63 × 41 |
Weight | 1.1 kg |
Frequency band | 5.10 - 5.85 GHz |
Profit | 15.0 - 16.0 dBi |
Horizontal radiation angle | 137° (6 dB) |
Vertical radiation angle | 118° (6 dB) |
Electrical radiation angle | 8° |
Tilt angle | 4° |
Max VSWR | 1.5:1 |
Wind resistance | 200 km/h |
Wind load | 41.7 N @ 200 km/h (9.375 lbf @ 125 mph) |
Polarisation | Horizontal and vertical (dual) |
Inter-polarization separation | 22 dB Min. |
ETSI | EN 302 326 DN2 |
Installation equipment | Pole bracket,RocketM mounting bracket,Waterproof coaxial cable included |
1. Attach the Rocket Mount Assembly to the antenna using
four Serrated Flange Nuts.
2. Attach the Pole Bracket to the Rocket Mount Assembly using
two Serrated Flange Bolts and two Serrated Flange Nuts.
3. Connect the RF cables to the ports marked as V and H on the antenna.
4. Attach the Rocket device to the mount.
a. Align the mounting tabs on the back of the Rocket with
the four mounting slots on the mount.
b. Slide the Rocket down until it locks into place.
5. Attach the other ends of the RF Cables to the connectors
labeled Chain 1 and Chain 0 on the Rocket.
6. To mount the antenna to the pole, attach the Pole Clamp to
the Pole Bracket using two Carriage Bolts and two Serrated
Flange Nuts. Hand-tighten only.
7. The antenna has an electrical downtilt of 4°. To further
adjust the elevation angle:
a. Loosen the two Serrated Flange Bolts on the Pole Bracket.
b. Slide the antenna to the desired tilt.
c. Tighten all bolts and nuts to approximately
25 N-m (18 lb-ft) or less to avoid deforming the pole.
Antenna frequency: 5 GHz
Polarization: Double line