Ubiquiti RocketDish 5G-30 – High-Performance 5GHz 30dBi airMAX PtP Bridge for Long-Range Wireless Connectivity

The Ubiquiti RocketDish 5G-30 is a high-gain, long-range dish antenna designed for point-to-point (PtP) wireless networking. Operating in the 5GHz frequency band (5.1 – 5.8 GHz), this 30dBi dual-polarity dish antenna delivers exceptional signal strength, reduced interference, and high-speed data transmission, making it ideal for WISPs, enterprise networks, and remote connectivity solutions.

Built with airMAX technology, the RocketDish 5G-30 ensures seamless integration with Ubiquiti’s Rocket radios, enabling high-capacity, low-latency wireless bridges. Its rugged outdoor-ready construction and high wind resistance (up to 120 mph) make it perfect for harsh environments, providing reliable network performance in extreme weather conditions.

Key Features & Benefits

30dBi High-Gain for Long-Range Wireless Bridges

The RocketDish 5G-30 offers 30dBi gain, enabling extended signal coverage and superior network performance over long distances. This makes it ideal for building-to-building links, remote network expansion, and high-bandwidth applications.

5GHz Frequency Band for High-Speed & Low-Interference Networking

Operating in the 5.1 – 5.8 GHz spectrum, the RocketDish 5G-30 delivers fast, interference-free connectivity, perfect for rural broadband deployments, backhaul connections, and enterprise networking.

Dual-Linear Polarization for Enhanced Signal Efficiency

Equipped with dual-linear polarization, this dish antenna ensures improved data throughput and signal stability, making it highly efficient for point-to-point (PtP) applications.

Seamless Integration with Ubiquiti Rocket Radios

Designed to work effortlessly with Ubiquiti’s Rocket M5, Rocket AC, and airMAX BaseStation radios, the RocketDish 5G-30 transforms into a powerful PtP wireless bridge, providing scalable, high-performance networking.

Narrow Beamwidth for Focused Signal Transmission

With a 5° horizontal and vertical beamwidth, this antenna delivers a precise and concentrated signal, reducing interference from external sources and ensuring maximum efficiency in long-distance connections.

Wind-Resistant Design for Outdoor Reliability

Built to withstand winds up to 120 mph, the RocketDish 5G-30 is ideal for deployment in extreme weather conditions, ensuring uninterrupted connectivity in rugged outdoor environments.

Easy Installation with Pole Mounting Support

Featuring RP-SMA female connectors and a 38 – 100mm pole mount diameter, the RocketDish 5G-30 offers hassle-free installation, making it perfect for network professionals and WISP operators.

Technical Specifications

• Frequency Range: 5.1 – 5.8 GHz
• Gain: 30dBi
• Polarization: Dual-Linear
• Cross Polarization: 35dB min
• Max VSWR: 1.4:1
• Vertical Beamwidth: 5° (6dB)
• Horizontal Beamwidth: 5° (3dB)
• Connector Type: (2) RP-SMA Female
• Dimensions: 648mm diameter
• Wind Resistance: Up to 120 mph
• Pole Mount Diameter: 38 – 100mm

Ideal Use Cases

Wireless Internet Service Providers (WISPs) – Delivering high-speed broadband access to remote and urban areas.
Long-Distance Point-to-Point Links – Providing stable, high-capacity connectivity over miles.
Enterprise & Campus Networks – Enabling secure, high-performance network bridges.
Rural & Remote Connectivity – Extending internet access to underserved locations.
Surveillance & Security Networks – Enhancing wireless backhaul for IP cameras and security systems.

Why Choose the Ubiquiti RocketDish 5G-30?

High-Gain 30dBi Antenna for long-range connectivity
5GHz Frequency Band for low-interference and high-speed networking
Dual-Polarization Design for improved performance
Seamless Compatibility with Ubiquiti Rocket radios
Weather-Resistant & Windproof for reliable outdoor deployments
Precision Beamwidth for optimized signal transmission
Ideal for PtP Wireless Bridges in enterprise and WISP networks

Upgrade your wireless network infrastructure with the Ubiquiti RocketDish 5G-30 – a high-performance, long-range dish antenna for ultra-fast, interference-free connectivity.