Ubiquiti RD-5G34 5Ghz 34dBi, Rocket Dish 5GHz AirMax 2x2

Overview 
Pair a RocketDish™ antenna with a Rocket® basestation to create the endpoint of a high-performance, Point-to-Point (PtP) bridge or network backhaul (Rocket sold separately). 
The RocketDish is available in the following frequency models: 
• 2.4 GHz 
• 3 GHz 
• 5 GHz 
Powerful Performance 
The RocketDish antenna delivers 2x2, dual-polarity performance. On the right is one example of how the RocketDish with Rocket can be deployed in a backhaul link to deliver bandwidth from an ISP network out to a neighborhood tower. From there, an airMAX® Sector with Rocket delivers bandwidth to the ISP’s customers. 
Carrier-Class Construction 
Incorporating a dish reflector design for excellent beam directivity, the RocketDish antennas feature robust mechanical design using industrial-strength hardware for outdoor application use. 
Plug and Play Integration 
RocketDish antennas and Rocket basestations have been designed to seamlessly work together. Every RocketDish has a built-in Rocket mount, so installation requires no special tools.
Snap the Rocket securely into place and mount the antenna; you then have the optimal combination of RocketDish and Rocket for your PtP application

Hardware Overview
Innovative Mechanical Design 
• Secure pole-mounting The hardware is designed to securely mount and maintain the position of the dish during harsh outdoor conditions. 
• Convenient installation The bubble level allows for easy alignment. 
• Precision elevation adjustment of the RD-5G30-LW Use this new feature to quickly fine-tune and adjust the elevation. 
Weatherproof Design 
• Protective shroud The shroud* protects the cables and connectors from nature’s elements. 
• Mounting hardware of the RD-5G30-LW Made of galvanized steel that is powder-coated for superior corrosion resistance. 
• Fasteners of the RD-5G30-LW GEOMET-coated for improved corrosion resistance when compared with zinc-plated fasteners

The 5 GHz frequency band is free to use, worldwide, offers plentiful spectrum, and works well for long-distance links. However, 5 GHz signals have more difficulty passing through obstacles than lower-frequency signals.