Antennas airFiberX
These antennas are designed to be matched with the Ubiquiti airFiber-X radio of choice.
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Ubiquiti airFiber Antennas
All these antennas come with RF jumper cables to connect the airFiber-X radio. They are also all Multi-In-Multi-Out (MIMO) antennas, meaning that they have two antenna connectors and transmit/receive in two polarities (typically slant-45).
Things to Look For
- Beamwidth: For basestations receiving multiple incoming links, you will need a widebeam antenna such as an Omni or Sector. For stations with only one link, it is best to use a directional antenna to maximise link strength and minimise received noise.
- Gain: The rule of thumb is: The higher the gain, the bigger the antenna, and the longer the range. Higher gain antennas have narrower beams, and reject more unwanted, off-axis noise.
- Isolation shields: Some 'ISO' models include a metal isolation shield to block noise (unwanted) signals coming in from the sides. These models are recommended in RF noisy environments.
2.4 GHz 24 dBi Slant 45 Antenna
Why Slant-45 With phase-varying signals (as used by airMAX and airFiber radios), there is additional isolation between nearby Horizontal/Vertical (0/90 degree) …
- Model
- AF-2G24-S45
- Availabilty
- 1
5 GHz 23 dBi Slant 45 Antenna
airFiber®X Antenna - 5 GHz 23 dBi Slant 45 Advanced RF Isolation Design The innovative industrial design improves RF isolation to significantly …
- Model
- AF-5G23-S45
- Availabilty
- 16
5 GHz 30 dBi Slant 45 Antenna
airFiber®X Antenna - 5 GHz 30 dBi Slant 45 - Each Advanced RF Isolation Design The innovative industrial design improves RF isolation …
- Model
- AF-5G30-S45
- Availabilty
- 59
5 GHz 34 dBi Slant 45 Antenna
Why Slant-45 With phase-varying signals (as used by airMAX and airFiber radios), there is additional isolation between nearby Horizontal/Vertical (0/90 degree) …
- Model
- AF-5G34-S45
- Availabilty
- 1
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