The radiation patterns are optimized for low sidelobe levels in both the horizontal and vertical planes, while the antenna's high front-to-back ratio minimizes interference from unwanted directions. These characteristics make it ideal for multi-sector base station installations where several antennas are mounted on the same mast.
| Electrical Properties | UIP 515.72 |
| Frequency Band [MHz] | 5150 – 5850 MHz |
| VSWR | 1.5 |
| Gain | 15-16 dBi |
| Impedance | 50 |
| Polarization | MIMO - H/V dual |
| Vert. unit -3dB (-6dB) beam width Eplane /Hplane | 13° (17°) / 77° (106°) |
| Hor. unit -3dB (-6dB) beam width Hplane /Eplane | 12° (18°) / 62° (84°) |
| Maximal power [W] | 10 |
| Connector | 2xSMA-f |
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| Radiation pattern | Radiation pattern |
| V unit Vert. 5.6GHz | V unit Hor. 5.6GHz |
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| Radiation pattern | Radiation pattern |
| H unit Vert. 5.6GHz | H unit Hor. 5.6GHz |
| Mechanical Properties | |
| Material of antenna radome | UV stable copolymer ABS-PMMA |
| Radome color | white |
| height/width/thickness [ mm ] | 355 / 150 / 30 |
| Weight | 1 kg |
| Max. wind speed | 200 km/h |
The antenna features a robust mechanical design with a UV-resistant radome, ensuring reliable long-term operation in demanding outdoor environments. Its design has been proven in thousands of field installations over many years of service.
The antenna is supplied with a pair of RF jumper cables for direct connection to Ubiquiti Rocket radio units.