06/03/2026 11:22 p.m.
https://cablematic.com/en/products/ubiquiti-airmax-amo-5g10-5-ghz-10-dbi-360deg-range-omnidirectional-antenna-UI142/

Ubiquiti AirMax AMO-5G10 5 GHz 10 dBi 360° Range Omnidirectional Antenna

REF: UI142
Specifications
  • Ubiquiti Networks AMO-5G10
  • Antenna gain (max): 10 dBi
  • Band frequency: 5GHz
  • Horizontal Beamwidth (5 GHz): 12°
  • Antenna type: Sector antenna
More info
PVP
147.69
Price including VAT: 147.69
PVD
119.88
2 years
warranty
14 days
returns
100%
safe


We will notify you when it is back in stock.
More info
Specifications
  • Ubiquiti Networks AMO-5G10
  • Antenna gain (max): 10 dBi
  • Band frequency: 5GHz
  • Horizontal Beamwidth (5 GHz): 12°
  • Antenna type: Sector antenna

More info

Dual polarization Ubiquiti sector antenna that operates in the 5GHz band frequency. This antenna offers a horizontal beam angle of 12° and a maximum gain of 10 dBi. In addition, it has a voltage standing wave ratio (VSWR) of 1.6:1. This antenna is compact, with a width of 582mm, a depth of 90mm and a height of 65mm. The quantity per package is 1 piece(s). Manufactured by Ubiquiti with reference AMO-5G10.

Specifications
  • Ubiquiti Networks AMO-5G10
  • Antenna gain (max): 10 dBi
  • Band frequency: 5GHz
  • Horizontal Beamwidth (5 GHz): 12°
  • Antenna type: Sector antenna
  • Polarization: Dual Polarization
  • Voltage Standing Wave Ratio (VSWR): 1.6:1
  • Width: 582mm
  • Depth: 90mm
  • Height: 65mm
  • Quantity per package: 1 pc(s)
  • Ubiquiti manufacturer reference: AMO-5G10
  • Ideal for: Wide area networks, long-range wireless networks, point-to-point applications.
  • Compatibility: Compatible with all 802.11a/n/ac devices
  • Connections: Wi-Fi 802.11a/n/ac
  • Features: Robust design, weather resistant aluminum construction
  • Gray
  • Technology: Wi-Fi 802.11a/n/ac

  • Gross Weight: 300 g
  • Number of packages: 1

Technical terms

  • Hz
  • dBi
Hz
One hertz is one cycle per second, meaning repeating cycle as an event. For example, hertz is applied physics measuring the number of times for a second wave (either acoustic or electromagnetic) is repeated or can be applied, among other uses, to ocean waves that reach the Beach vibrations per second or a solid. The quantity that measures the frequency hertz is called,in this regard, the inverse of the period. One hertz is an oscillation frequency of suffering a particle over a period of one second.

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