Industry-leading Performance and Signal Quality
The Double Asymmetrical 60° Horn 4x4 is purpose-built for high-capacity 4x4 radios, delivering unmatched wideband performance across the entire 5 and 6 GHz unlicensed spectrum with balanced H/V beams, stable gain, and consistently clean radiation patterns. With four independent RF ports enabling true 4x4 MIMO operation, it maximizes sector capacity and peak rates—providing 15% faster subscriber download speeds than RF Elements AH60WB-4x4-SMA and AH60-4x4-SMA horns.
Its asymmetrical beam pattern is engineered with suppressed sidelobes for exceptional noise rejection and scalability. The focused 60° coverage is ideal for high-density AP clusters and dense co-location deployments, improving frequency reuse and reducing self-interference. As a top-performing 60° WISP sector, the Double Asymmetrical 60° Horn 4x4 combines the high gain of a traditional sector panel with the narrow beamwidth advantages of a horn to maximize SNR, noise resistance, and overall sector performance.
The Double A60 4x4’s expertly tuned wideband design delivers very low signal reflection—about 5% worst case versus roughly 11% in typical WISP antennas—improving signal quality, lowering noise, and reducing the risk of heat buildup, false DFS hits, and potential radio stress. High-performance wideband tuning across 4.9–7.1 GHz ensures strong signal-power efficiency and stable, clean patterns across both 5 and 6 GHz, outperforming narrowband alternatives and exceeding the realized gain performance of RF Elements AH60WB-4x4-SMA and AH60-4x4-SMA horns by more than 15% in subscriber throughput.
Designed for high-density PtMP access points and short-range high-capacity links where 4x4 is supported, the Double A60 4x4 delivers reliable performance across 5 and 6 GHz, including Wi-Fi 6E and Wi-Fi 7 MLO applications. Radio compatibility depends on connector type (RP-SMA female), frequency range (4.9–7.1 GHz), and use case. Its controlled 60° beam minimizes unwanted bleed for excellent scalability and frequency reuse, with –3 dB roll-off at ±30° and –6 dB at ±45°, allowing it to be deployed effectively as a 90° sector when needed.
Balanced Coverage and Noise Rejection
The Double Asymmetrical 60° Horn 4x4 asymmetrical beam pattern features suppressed sidelobes and sector edges that drop off quickly, providing excellent noise rejection and scalability. With focused 60° beams, it is ideal for high-density AP clusters and dense co-location deployments. As the top-performing 60° WISP sector, the A60 combines the high gain of a traditional sector panel with the narrow beamwidth of a horn, maximizing noise resistance and frequency reuse.
Wideband That Outperforms Narrowband
The Double A60’s expertly tuned wideband characteristics result in low signal reflection—only about 5% worst case, compared to roughly 11% in typical WISP antennas—improving signal quality, lowering noise, and preventing heat buildup, false DFS hits, and potential radio damage. High-performance wideband tuning across 4.9–7.1 GHz ensures superior gain, signal-power efficiency, and clean radiation patterns, outperforming narrowband alternatives and exceeding the realized gain of RF Elements AH60WB-4x4-SMA and AH60-4x4-SMA horns by more than 15% in subscriber throughput.
Durable, Lightweight, and Optimized Design
The Double Asymmetrical 60° Horn 4x4 includes a new industrial design with corrosion-resistant materials:
• Anodized aluminum for extreme durability in marine and saltwater environments
• Extremely lightweight, compact construction for reduced tower and wind load
• Robust stainless steel mount
• Rear mount for short cable runs to radios like Mimosa A5 and Cambium ePMP 3000/4500c/4600
• Plastic housing protecting cables from birds and water ingress
Unmatched Design and Build Quality
This best-in-class 4x4 60° sector horn is designed for fast, repeatable installs and full 360° coverage with six antennas. Its lightweight anodized-aluminum construction delivers long-term durability in harsh conditions while keeping wind load low. A rugged mounting system with gripping teeth locks the antenna in place to prevent slip and reduce maintenance. Corrosion-resistant stainless hardware with anti-seize coating maintains clamp force over time, and the streamlined design eliminates drag-increasing features like oversized handles.
A Teglar cloth radome—proven in large microwave backhaul antennas—provides exceptional durability and water repellency. It flexes in wind to shed water and ice, helping preserve RF performance during severe weather.
Stainless steel RP-SMA female bulkhead connectors and short, high-quality RF jumpers enable clean, direct radio connections. Wideband efficiency simplifies procurement and deployment by reducing the need for band-specific antennas while improving overall network performance.
The Double Asymmetrical 60° Horn 4x4 features an updated industrial design built with corrosion-resistant materials:
• Anodized aluminum for extreme durability in marine and saltwater environments
• Lightweight, compact construction to reduce tower load and wind loading
• Robust stainless steel mount
• Rear-mount layout for short cable runs to radios such as Mimosa A5 and Cambium ePMP 3000/4500c/4600
• Protective rear housing to shield cables from birds and water ingress
Radio Compatibility & Deployment Scenarios
The Double Asymmetrical 60° Horn 4x4 is designed to support 4x4 PtMP APs, high-density sector deployments, and Wi-Fi 6E/7 MLO applications. It is ideal for operators who need strong, controlled coverage with excellent noise rejection and high frequency reuse. Its wideband operation (4.9–7.1 GHz) enables flexible use across multiple bands without changing antennas as spectrum plans evolve.
It works with a wide range of radios thanks to standard RP-SMA connectivity:
Cambium
• 4×4 ePMP 4600 (PtMP AP)
• 4×4 ePMP 3000 (PtMP AP)
• 8×8 ePMP 4500c (PtMP AP)
Mimosa
• 4x4 A5c (PtMP AP)