Antennas

AMO-2G10 is 2x2 MIMO omnidirectional antenna with 10dBi gain, 360°/12° beam angles and is designed for 2.4GHz band. It was designed to seamlessly integrate with Rocket M radio series.

AMO-2G13 is 2x2 MIMO omnidirectional antenna with 13dBi gain, 360°/7° beam angles and is designed for 2.4GHz band. It was designed to seamlessly integrate with Rocket M radio series.

Two-pole 24 dBi antenna suitable for Rocket M2 (MIMO). It uses both horizontal and vertical polarization, replacing two separate antennas to save you the cost of renting antennas. The antenna is suitable for the simple creation of PtP connections. It c

AM-V2G-Ti airMAX Titanuim Sector Antenna is a 15 - 17dBi Carrier Class 2x2 MIMO (Dual Polarity) Sector Antenna with 60° - 120° beam angle that was designed for 2.4GHz band and for integrate with Rocket M radios (RocketM

AM-M-V5G-Ti airMAX Titanuim Sector Antenna is a 15 - 17dBi Carrier Class 2x2 MIMO (Dual Polarity) Sector Antenna with 60° - 120° beam angle that was designed for 5GHz band and for integrate with Rocket M radios (Rocke

Ubiquiti RocketDish RD-5G31-AC is a 2x2 parabolic antenna suitable for long PtP coupled using Rocket M units. The main benefit compared to the previous model is excellent isolation of the antero-posterior ratio and SNR / noise isolation. A great benefi

AM-5AC22-45 is the airMAX ac sector antenna with 22dBi antenna gain, 45° of beam angle and has highly resistant to noise interference in co-location deployments. The innovative deflector design, together with the reduced sid

The isolation antennas are interchangeable and feature high-performance beam patterns for a range of demanding deployment needs. Combined with the PrismStation 5AC or IsoStation radio, the system gets maximum gain out of the smallest footprint.

UMA-D is a directional or sector dual-band 2x2 MIMO antenna with a 90° beamwidth angle in the 2.4GHz and 45° beamwidth angle in the 5GHz band. Antenna gain in 2.4GHz band is 10dBi and at 5GHz the gain is up to 15dBi. 2 RSMA female connectors are used f