Ubiquiti airMAX M5 Titanium Variable Beamwidth Sector Antenna

Key Features

• 15-17dBi variable gain

• 60-120° variable beamwidth

• Ideal for high noise sectored base station deployment

• 2x2 MIMO 5.8GHz

• Designed specifically for airMAX Rocket M5 Titanium.

Usage

• AirMAX Sector Titanium is a Carrier Class 2x2 Dual Polarity MIMO Base Station Antenna designed to seamlessly integrate with Rocket M5 radios

• Pair a Rocket M5 Titanium radio with an airMAX Sector reach to create a high powered PtMP base station

• Providing adjustable beamwidth from 60 to 120 degrees combined with great isolation performance, the new titanium sectors provide additional scalability and noise immunity performance in hi-noise environments and co-location deployments

• When sectoring a PtMP network in this fashion, it's important that each node is integrated with a Rocket M5 GPS in order to take advantage of airMAX's proprietary AirSync protocol. AirSync replaces the radio's conventional carrier-sense timing protocol with a inter-radio synchronised TDMA protocol

• Instead of each radio polling for a quiet channel before transmitting (and potentially colliding), AirSync detects the GPS coordinates of each unit and synchronises transmissions into separate time slots.

Specifications / Frequency

Network Compatibility	Yes/No	Gain
AirMAX M2 2x2 MIMO (5800MHz)		19-21dBi

Electrical Specifications

• Frequency Range: 5450-5850MHz

• Input Impedance: 50Ω

• VSWR: <1.7:1

• Polarisation: Dual Linear (25dB isolation)

• Horisontal Beamwidth: 60-120° (variable)

• Vertical Beamwidth: variable

• Electrical Beamwidth: 8°

• Electrical Downtilt: 3°

• Radiation: Sector

Mechanical/Environmental Specifications

• Cable: 2x RP-SMA jumper cables included

• Connector: 2x RP-SMA Female

• Wind Rating: 200km/hr

• Weight: 3.25kg

• Mounting: Pole mounting bracket included

• Dimensions: 385 x 149 x 76mm (L x W x H)

• EN 302 326 DN2

Read More

• Specification Sheet

• Quick Start Guide

• AirOS Complete User Guide

• Ubiquiti Networks Case Studies