Industry-leading Performance and Signal QualityThe 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 up to 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 A60 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 compared with roughly 11% in typical WISP antennas, improving signal quality, reducing noise, and lowering 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 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 supporting 4x4 radios, the Double A60 4x4 delivers reliable performance across 5 and 6 GHz, including Wi-Fi 6E and Wi-Fi 7 MLO applications. Radio compatibility is determined by connector type (RP-SMA female), frequency range (4.9–7.1 GHz), and intended 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 roll-off 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 features an asymmetrical beam pattern with suppressed sidelobes and rapidly dropping sector edges, providing excellent noise rejection and scalability. Its focused 60° beams make it ideal for high-density AP clusters and dense co-location deployments. As a 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 with roughly 11% in typical WISP antennas. This improves signal quality, reduces noise, and prevents 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 features a new industrial design with corrosion-resistant materials: • Anodized aluminum for extreme durability in marine and saltwater environments • Extremely lightweight, compact construction to reduce tower and wind load • Robust stainless steel mount • Rear mount for short cable runs to radios such as Mimosa A5 and Cambium ePMP 3000, 4500c, and 4600 • Plastic housing to protect cables from birds and water ingress Unmatched Design and Build QualityThis best-in-class 4x4 60° sector horn is designed for fast, repeatable installs and full 360° coverage when using 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 slipping and reduce maintenance. Corrosion-resistant stainless steel 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 ScenariosThe Double Asymmetrical 60° Horn 4x4 is engineered to support 4x4 PtMP access points, high-density sector deployments, and Wi-Fi 6E and Wi-Fi 7 MLO applications. It is ideal for operators who require strong, controlled coverage with excellent noise rejection and high frequency reuse. Its wideband operation from 4.9 to 7.1 GHz allows flexible use across multiple bands without the need to change 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) Designed to Solve Common WISP ChallengesRF Interference in Congested Environments The DOUBLE-A60's horn antenna design and controlled radiation pattern help reject unwanted signals and reduce interference from neighboring sectors and nearby radios. This improves signal quality, network stability, and overall sector performance. Limited Coverage with Narrow Sectors Deployments that require wider service areas often need multiple narrow sectors, increasing equipment and installation costs. The DOUBLE-A60's 60° beamwidth provides broader coverage, allowing operators to serve larger areas with fewer sectors. Inefficient Spectrum Utilization Poorly controlled sector antennas can radiate RF energy outside their intended coverage areas, increasing the likelihood of interference. The DOUBLE-A60 minimizes unwanted radiation and supports more efficient frequency reuse, helping operators maximize available spectrum. High Infrastructure Costs Covering large service areas with many narrow sectors can require additional radios, antennas, mounting hardware, and tower space. The DOUBLE-A60 reduces the number of sectors needed for many deployments, simplifying network design and lowering infrastructure costs. Growing Subscriber Demand As subscriber counts increase, networks require antennas that can support greater capacity and throughput. The DOUBLE-A60's 4×4 MIMO architecture helps deliver higher aggregate capacity and supports multi-gigabit broadband services. Migration to 6 GHz Networks Many existing antennas only support a limited frequency range, requiring replacement when upgrading to newer technologies. With true wideband 4.9–7.1 GHz coverage, the DOUBLE-A60 supports both 5 GHz and 6 GHz radios, allowing operators to transition to Wi-Fi 6E and Wi-Fi 7 technologies without replacing antennas. Scalability on Existing Tower Sites As networks expand, operators often need to increase coverage and capacity without constructing new sites. The DOUBLE-A60 makes it easier to deploy scalable multi-sector networks on existing towers, enabling operators to grow their subscriber base while minimizing deployment costs. Typical Use CasesHigh-Capacity Point-to-Multipoint (PtMP) Access Point Sectors The DOUBLE-A60 is designed for PtMP deployments that require a balance between wide coverage and high sector capacity. Its 60° beamwidth allows operators to serve large coverage areas while maintaining controlled RF performance and supporting a high number of subscribers. Multi-Sector WISP Tower Deployments The 60° coverage pattern is well suited for building scalable tower sites with multiple sectors. Operators can combine several DOUBLE-A60 sectors to create complete 360° coverage while maintaining good sector isolation and efficient frequency reuse. Suburban and Rural Broadband Networks The DOUBLE-A60 is ideal for WISPs serving communities where subscribers are distributed across wider geographic areas. The broader beamwidth reduces the number of sectors needed to cover an area, simplifying network design and lowering infrastructure costs. Dense Co-Location Sites Tower sites with multiple radios and sectors can benefit from the antenna's controlled horn radiation pattern and low sidelobe characteristics. These features help reduce interference from neighboring sectors and nearby radios, improving signal quality and network stability. Multi-Gigabit Wi-Fi 6E and Wi-Fi 7 Deployments Supporting wideband operation from 4.9–7.1 GHz, the DOUBLE-A60 can be used with modern 5 GHz and 6 GHz radios, including Wi-Fi 6E and Wi-Fi 7 equipment. This enables operators to deploy high-capacity multi-gigabit services while maintaining flexibility for future upgrades. High-Throughput Relay and Short-Range Backhaul Links The antenna's 4×4 MIMO architecture and wideband performance also make it suitable for high-capacity relay sites and short-range backhaul applications. The broader beamwidth can simplify alignment while still providing reliable multi-gigabit connectivity and efficient spectrum utilization. Who Is the DOUBLE-A60 Designed For?The DOUBLE-A60 is ideal for: • Wireless Internet Service Providers (WISPs) • Fixed wireless broadband operators deploying high-capacity point-to-multipoint (PtMP) networks • WISPs serving suburban and rural areas that require broad sector coverage • Network operators building multi-sector tower sites and full 360° coverage deployments • Service providers upgrading to 6 GHz, Wi-Fi 6E, and Wi-Fi 7 technologies • Operators deploying multi-gigabit broadband services using 5 GHz and 6 GHz spectrum • Service providers using Ubiquiti, Cambium, Mimosa, MikroTik, and other compatible connectorized radio platforms • Tower owners and network integrators requiring scalable, high-capacity sector deployments • Operators managing dense co-location sites where interference mitigation and efficient frequency reuse are important • Service providers seeking a single antenna platform for both current 5 GHz networks and future 6 GHz expansions What Sets the DOUBLE-A60 Apart from Similar Products in the IndustryCompared to similar 60° sector and horn antennas in the industry, the DOUBLE-A60 stands out in several important ways: True Wideband 4.9-7.1 GHz Coverage Many sector antennas are designed primarily for the 5 GHz band and do not fully support modern 6 GHz deployments. The DOUBLE-A60 covers the entire 4.9-7.1 GHz frequency range, allowing WISPs to deploy both 5 GHz and 6 GHz radios on a single antenna platform and transition to newer technologies without replacing antennas. 4×4 MIMO Design Unlike traditional 2×2 sector antennas, the DOUBLE-A60 is designed for 4×4 MIMO radio platforms. The additional spatial streams provide greater network capacity and higher throughput potential, making it well suited for modern multi-gigabit fixed wireless deployments. Asymmetrical Horn Beam Pattern The DOUBLE-A60 uses an asymmetrical horn design that directs more RF energy toward the ground where subscribers are located while reducing energy transmitted above the horizon. This improves coverage efficiency and helps minimize unnecessary RF radiation. Superior Noise Rejection The horn antenna architecture naturally reduces the reception of unwanted signals and minimizes interference from neighboring sectors and competing networks. This helps maintain better signal quality and more stable wireless links in congested RF environments. Optimized for Broad-Coverage PtMP Deployments The 60° beamwidth provides an effective balance between coverage area and sector capacity. Operators can serve larger areas with fewer sectors while maintaining the RF performance required for high-capacity point-to-multipoint networks. Future-Ready Infrastructure Investment Because the DOUBLE-A60 supports both 5 GHz and 6 GHz radios, operators can adopt Wi-Fi 6E and Wi-Fi 7 technologies at their own pace without replacing existing antennas. This protects capital investments and simplifies future network upgrades. Flexible Deployment Options While primarily designed for point-to-multipoint access point sectors, the DOUBLE-A60 can also be used for high-capacity relay sites and short-range backhaul links. Its combination of wideband operation, 4×4 MIMO capability, and controlled coverage makes it a versatile solution for a variety of wireless broadband deployments. Frequently Asked QuestionsWhat is the DOUBLE-A60? The DOUBLE-A60 is a 4×4 MIMO, 60° asymmetrical horn antenna designed for high-capacity point-to-multipoint (PtMP) wireless networks. It supports wideband operation from 4.9 GHz to 7.1 GHz, allowing it to work with both 5 GHz and 6 GHz radio platforms. What frequency range does the DOUBLE-A60 support? The DOUBLE-A60 operates across the 4.9-7.1 GHz frequency range, supporting public safety 4.9 GHz applications, traditional 5 GHz networks, and modern 6 GHz deployments. What applications is the DOUBLE-A60 designed for? The DOUBLE-A60 is primarily designed for PtMP access point sectors, multi-sector tower deployments, suburban and rural broadband coverage, high-capacity relay sites, and short-range backhaul applications. What does 4×4 MIMO mean? A 4×4 MIMO antenna supports four transmit and four receive data streams. Compared to traditional 2×2 systems, it can provide greater network capacity and higher throughput when paired with compatible radios. What does the 60° beamwidth mean? The 60° beamwidth determines the antenna's horizontal coverage area. It provides a balance between broad coverage and sector performance, making it suitable for serving larger areas while maintaining efficient spectrum utilization. Can the DOUBLE-A60 be used for both 5 GHz and 6 GHz networks? Yes. The antenna's true wideband design allows it to support both 5 GHz and 6 GHz radios on a single antenna platform, simplifying network upgrades and inventory management. Does the DOUBLE-A60 support Wi-Fi 6E and Wi-Fi 7 deployments? Yes. The antenna is designed to support modern 6 GHz radios, including Wi-Fi 6E and Wi-Fi 7 platforms that require wideband antenna coverage. Can the DOUBLE-A60 help reduce interference? Yes. The horn antenna architecture and controlled radiation pattern help reject unwanted signals and minimize interference from neighboring sectors and nearby radios, improving overall network performance. Can the DOUBLE-A60 be used in high-density tower sites? Yes. The controlled beam pattern and superior noise rejection make the DOUBLE-A60 well suited for towers with multiple sectors and co-located radios where spectrum efficiency and interference mitigation are important. Is the DOUBLE-A60 suitable for future network upgrades? Yes. By supporting both current 5 GHz equipment and emerging 6 GHz technologies, the DOUBLE-A60 provides a future-ready antenna platform that can adapt to evolving wireless network requirements.