Ubiquiti airMAX 2.4GHz (M2) 15dBi Sector Antenna
- Integrated Rocket mount
- Ideal for sectored base station deployment
- 2x2 MIMO 2.4GHz
- Designed specifically for airMAX Rocket M2 and UniFi Outdoor+
AirMAX Sector is a Carrier Class 2x2 Dual Polarity MIMO Base Station Antenna that was designed to seamlessly integrate with Rocket M2 radios. Pair a Rocket M2 radio with an airMAX Sector reach to create a high powered 2.4GHz WiFi or PtMP base station, covering a 120 degree sector. 120 degree sectors are ideal for when deploying a conventional 2x or 3x sector airMAX node. Dividing your base station into 3 sectors can theoretically produce up to a 300% increase in capacity due to frequency-reuse. Higher capacity can be achieved by further subdivision into 4-6 sectors using even higher gain antennas.
A common use of this antenna in a WiFi deployment is typically to provide a semi-directional base station where WiFi is required primarily in the bore-sight direction, but also permitting clients either side (and some distance behind) access to the network.
UniFi Outdoor+ High Density Access Point
This sector antenna can be coupled with the UAP Outdoor+ in a 3-gang base station to provide a high performance, high capacity WiFi network. The Outdoor+ access point contains an active heterodyne filter to isolate the units channel from others ganged on the same mast, meaning 3 AP's can be positioned on channels 1, 6, and 11 with almost no co-channel interference. airMAX TDMA multi-user access scheme permitting up to 100 clients per airMAX antenna.
|Network Compatibility|| || |
|AirMAX M2 2x2 MIMO (2400MHz)|| || |
Frequency Range: 2300-2700MHz Input Impedance: 50Ω VSWR: <1.5:1 Polarisation: Dual Linear (V & H) Cross-Pol Isolation: >28dB H-POL Beamwidth: 123° (6dB) V-POL Beamwidth: 118° (6dB) Electrical Beamwidth: 9° Electrical Downtilt: 4° Radiation: Sector
Cable: 2x RP-SMA jumper cables included Connector: 2x RP-SMA Female Wind Rating: 200km/hr Weight: 4kg Mounting: Pole mounting bracket included Dimensions: 700 x 145 x 93mm (L x W x H) EN 302 326 DN2