Sector 60-5GHz Antenna

Multi-Polarized High Gain Directional Antenna

Sector 60-5GHz Multi-Polarized Antenna

Product Overview

The Multi-Polarized Sector 60-5GHz Antenna is constructed of UV stabilized polymers and high grade aluminum for extremely long service life in the most demanding conditions. With a 60° directional pattern it provides exceptional 12dBi high gain effective power and is ideal for indoor and outdoor deployments where a sectorized approach is required to accommodate clients in a variety of points. Weighing only 3 oz the Sector 60-5GHz Antenna can easily be mast or wall mounted with available mounting hardware. Multi-Polarized antenna technology provides improved wireless communication in “Real World” obstructed non-line-of-sight (NLOS) environments. For ultimate performance use MP Antenna technology to further improve connectivity, throughput and network performance on all wireless devices.

 

Sector 60-5GHz with Mast Mount

Part No: 08-ANT-0879-MAST (Fits 1 1/4” to 2 3/8” Diameter Masts)

Sector 60-5GHz with Wall Mount

Part No: 08-ANT-0879-WALL

Features

- Multi-Polarized

- Obstruction Penetrating Send and Receive

- Enhanced Connectivity and Throughput

- Built In Spatial Diversity

- Excellent F/B (28 dB)

- Light Weight/Low Wind Load

- Mounting Hardware Included

- RoHS Compliant.

- Weatherproof

Applications

- Point to Point and Multipoint Systems

- Wireless Broadband Systems

- Access Point, Router, Bridge, CPE, MESH

- Building Penetration

- High Obstruction Deployments

Physical Specifications

- Width: 4 in

- Depth: 3 in

- Height: 2 in

- Weight: 3 oz

- Construction: UV Stabilized Polymers
   High Grade Aluminum

- Connector: SMA-Female

- Mounting: Mast or Wall Mount

- Warranty: One Year Limited

Typical Performance

- Frequency Range: 4.9-5.9GHz

- Gain: 12 dBi*

- VSWR: 1.05-1.7:1

- Polarization: Multi-Polarized

- Power: 50 Watts Input

- Impedance: 50 ohms nominal

 

*With built in spatial and polarization diversity, performance in obstructed environments is greater than that of standard antennas with similar or higher laboratory gains