Ubiquiti airMAX 5 GHz 30 dBi RocketDish (RD-5G30) – Carrier Class PtP Bridge

The Ubiquiti RD-5G30 is a professional-grade, high-gain parabolic dish antenna designed to form the backbone of high-capacity Point-to-Point (PtP) wireless bridges. As a definitive performance essential for networking in Kenya, this antenna provides a powerful 30 dBi gain and a narrow 5° beamwidth, making it ideal for extremely long-range links reaching 20 km to 50+ km. Built with a robust mechanical design, the RD-5G30 is engineered for carrier-class reliability, featuring a high front-to-back ratio to minimize interference in congested tower environments. When paired with a Rocket radio, it creates a powerful 2×2 MIMO link capable of delivering high-speed internet backhaul to remote sites, corporate buildings, or rural estates.

Features

• Exceptional 30 dBi Gain: Concentrates the wireless signal into a tight 5° beam, allowing for stable, high-speed data transmission over vast distances for reliable networking in Kenya.
• Carrier-Class 2×2 MIMO: Dual-polarity performance ensures maximum throughput and redundancy for mission-critical backhaul applications.
• Rocket “Snap-in” Integration: Specifically designed to house RocketM5, Rocket 5AC, or Rocket Prism radios without the need for additional tools.
• Superior Noise Rejection: Features a high 34 dB front-to-back ratio, effectively isolating the signal from other co-located radios on the same tower.
• Industrial Weatherproofing: The robust mechanical assembly is built to withstand extreme outdoor conditions, including wind speeds up to 200 km/h (125 mph).
• Integrated Radome Support: Compatible with optional radomes (like the RAD-RD2) to reduce wind load and protect RF connectors from harsh coastal or highland elements.

Ubiquiti airMAX RD-5G30 Technical Specifications

Pros & Cons

Pros

Massive Range: The standard for establishing high-performance backbone links across several kilometers.

High Reliability: Proven industrial track record in various networking in Kenya deployments, from Mombasa to Eldoret.

Excellent Isolation: Better noise immunity than smaller dish models, ensuring higher spectral efficiency.

Rugged Build: Heavier construction compared to the LW version, offering increased mechanical rigidity.

Cons

• Weight Factor: At 9.8 kg, it is significantly heavier than the RD-5G30-LW, requiring sturdier mounting structures.
• Narrow Beamwidth: Requires meticulous professional alignment for optimal signal strength.

Ubiquiti airMAX RD-5G30 Price Variation

Suitable Users

• Wireless ISPs (WISPs): Essential for connecting distribution towers separated by long distances (e.g., 20+ km).
• Corporate IT Teams: Perfect for linking remote offices in Nairobi or other major cities without recurring fiber costs using quality networking in Kenya.
• CCTV Surveillance: Provides a robust data pipe for streaming multiple high-definition security feeds over long wireless hops.
• Rural Backhaul: A reliable solution for bringing high-speed connectivity to isolated farms, lodges, or schools.

Ubiquiti airMAX RD-5G30 Requirements

• Ubiquiti airMAX 5GHz 30dBi RocketDish (RD-5G30)
• Ubiquiti RD-5G30 RocketDish | Price & Specs in Kenya
• Power your long-range PtP bridges with the Ubiquiti RD-5G30. Features 30 dBi gain, 5° beamwidth, 2×2 MIMO, and 200 km/h wind survivability. 1-year warranty. Buy in Nairobi.
• Ubiquiti RD-5G30 Kenya, RocketDish 30dBi Price Nairobi, 5GHz PtP Backhaul, RocketDish RD-5G30 Specifications, networking in Kenya.

Conclusion

The Ubiquiti airMAX RD-5G30 5GHz 30dBi RocketDish is a definitive performance essential for establishing critical, high-capacity wireless backhauls. By combining extreme directional gain with industrial-grade noise isolation and a time-tested mechanical design, it effectively removes the geographical barriers to high-speed data delivery. Whether you are expanding a professional WISP infrastructure or securing a high-speed link for a corporate campus, choosing the RD-5G30 ensures that your networking in Kenya setup is anchored by world-class reach, carrier-grade reliability, and unmatched signal stability.