Carrier-grade Microwave Backhaul AntennaCyber Antennas 0.9 m Dish High Performance is a high-gain, precision-engineered dual polarized deep dish antenna built for long-range point-to-point (PTP) licensed and unlicensed microwave backhaul connectivity, operating from 4.9–7.125 GHz with exceptional VSWR ≤1.35 across its primary band including 4.9 GHz public safety, 5 GHz unlicensed, 6 GHz licensed and unlicensed frequencies. Dual female N connectors ensure easy connections with leading radios from Ubiquiti AF5XHD, Wave MLO5, MLO6, Mimosa B5c, C5c and Cambium ePMP Force 4600c, 400. Shroud and Radome includedThe shroud and cloth and included cloth radome improves the front-to-back ratio, enhancing side lobe performance, frequency reuse, and noise resistance. In addition, it improves aerodynamic performance, reducing wind load and enabling the use of larger, high-gain antennas for better signal-to-noise ratios, which support faster modulation rates, greater capacity, and higher speeds. Designed to Solve Common Wireless Backhaul ChallengesInsufficient Capacity on Long-Distance Links As subscriber demand increases, network backhaul links must transport more traffic between sites. The 09M-DISH-HP's high gain and narrow beamwidth support high-capacity, multi-gigabit wireless links that can carry large amounts of network traffic over medium-to-long distances. Fiber Is Unavailable or Too Expensive Many network operators need to connect remote sites where fiber deployment is impractical or cost-prohibitive. The 09M-DISH-HP provides a high-performance wireless alternative that can rapidly establish reliable backbone connectivity without the expense and delays of laying fiber. Signal Loss Over Longer Distances Longer wireless links require additional antenna gain to maintain strong signal levels and reliable modulation rates. The 0.9 m dish provides the gain necessary to support stable medium-to-long-distance PtP connections while maximizing link performance. Interference and Unwanted RF Energy Wireless links operating in congested environments can experience reduced performance due to interference. The dish's highly directional beam pattern focuses RF energy toward the intended endpoint while minimizing reception and transmission of unwanted signals from surrounding areas. Network Bottlenecks Between Towers As access networks grow, tower interconnects and aggregation links can become capacity bottlenecks. The 09M-DISH-HP enables operators to build high-capacity backbone and aggregation links that keep pace with increasing subscriber traffic demands. Extending Broadband to Remote Areas Rural and underserved communities often lack affordable high-speed connectivity. The 09M-DISH-HP enables service providers to establish long-range wireless backhaul links that extend broadband coverage quickly and cost-effectively. Maintaining Reliable Mission-Critical Connectivity Enterprise, government, utility, and surveillance networks often require dependable high-bandwidth links with minimal downtime. The antenna's high-performance directional design helps deliver stable, reliable connectivity for critical communications applications. Typical Use CasesMulti-Gigabit Point-to-Point (PtP) Backhaul Links The 09M-DISH-HP is designed to create high-capacity wireless backhaul connections between towers, buildings, and network sites. Its high gain and narrow beamwidth support multi-gigabit throughput over long distances while maintaining excellent signal quality. WISP Backbone Networks Wireless Internet Service Providers (WISPs) can use the 0.9 m dish to build backbone links that transport large amounts of traffic between core network sites and distribution towers. The antenna's high performance helps operators deliver reliable capacity to growing subscriber bases. Medium-to-Long-Distance Links (10–20 km) The 09M-DISH-HP is specifically optimized for multi-gigabit wireless links ranging from approximately 10 to 20 km (6 to 12 miles). This makes it ideal for connecting towers that are too far apart for smaller dishes but do not require extremely large antennas. Network Aggregation and Tower Interconnects The dish can aggregate traffic from multiple access points or sectors and transport it to upstream network locations. It is well suited for linking hub sites, relay locations, and tower clusters that require high-capacity interconnections. Rural Broadband Expansion The antenna enables service providers to extend broadband into rural and underserved areas where fiber deployment is expensive or impractical. Long-range wireless backhaul links can rapidly connect remote communities while maintaining high throughput and reliability. Enterprise and Mission-Critical Connectivity Organizations that require dependable, high-bandwidth connectivity between facilities can use the 09M-DISH-HP to establish dedicated wireless links for campuses, industrial sites, surveillance networks, and other mission-critical applications where uptime and performance are essential. Relay and Repeater Sites The 09M-DISH-HP can be deployed at relay locations to extend network reach beyond direct line-of-sight limitations. Its high-gain design allows operators to efficiently move large amounts of traffic between multiple network segments. Ideal Applications • Multi-gigabit PtP backhaul links • WISP backbone networks • 10–20 km (6–12 mile) wireless links • Network aggregation and tower interconnects • Rural broadband expansion • Relay and repeater sites • Enterprise and mission-critical wireless infrastructure Who Is the 09M-DISH-HP Designed For?The 09M-DISH-HP is ideal for: • Wireless Internet Service Providers (WISPs) • Fixed wireless broadband operators deploying medium-to-long-distance point-to-point (PtP) backhaul links • WISPs building high-capacity backbone networks and tower interconnects • Service providers expanding broadband coverage into rural and underserved areas • Internet service providers requiring multi-gigabit wireless transport where fiber is unavailable or cost-prohibitive • Enterprise and campus network operators connecting buildings and remote facilities with dedicated high-bandwidth links • System integrators and managed service providers deploying carrier-grade wireless infrastructure • Government, utility, and public sector organizations requiring reliable medium-to-long-distance communications links • Surveillance and security network operators transporting large amounts of video traffic between remote sites and monitoring centers • Operators using Ubiquiti, Cambium, Mimosa, MikroTik, and other compatible connectorized radio platforms What Sets the 09M-DISH-HP Apart from Similar Products in the IndustryCompared to similar 0.9 m wireless dishes in the industry, the 09M-DISH-HP stands out in several important ways: True Wideband 4.9-7.125 GHz Coverage Many dish antennas are optimized primarily for the traditional 5 GHz band and do not fully support modern 6 GHz deployments. The 09M-DISH-HP covers the entire 4.9-7.125 GHz range, allowing operators to use a single antenna platform for both 5 GHz and 6 GHz networks. Optimized for Multi-Gigabit Wireless Networks The antenna is designed for today's high-capacity wireless systems, supporting multi-gigabit PtP backhaul and network aggregation links. This helps operators build infrastructure that can accommodate growing bandwidth requirements. High Gain for Medium-to-Long-Distance Links The 09M-DISH-HP delivers the antenna gain required for reliable medium-to-long-distance wireless links. This enables operators to maintain strong signal levels and higher modulation rates over distances where smaller dishes may not provide sufficient performance. Highly Directional Beam Pattern Its narrow beamwidth concentrates RF energy toward the intended endpoint while minimizing unwanted signal pickup from surrounding areas. This improves link reliability and helps reduce the effects of interference in congested environments. Broad Radio Compatibility The antenna is compatible with a wide range of connectorized radios from Ubiquiti, Cambium, Mimosa, MikroTik, and other manufacturers. Operators can deploy the dish across multiple platforms without being locked into a single ecosystem. Future-Ready Investment Because it supports both current and emerging wireless technologies operating in the 5 GHz and 6 GHz bands, the 09M-DISH-HP helps reduce future upgrade costs and simplifies inventory management by allowing a single dish platform to support multiple generations of equipment. Purpose-Built for Carrier-Grade Deployments The antenna is designed for demanding WISP, enterprise, government, and mission-critical applications where high throughput, long-distance performance, and reliable connectivity are essential. Frequently Asked QuestionsWhat applications is the 09M-DISH-HP designed for? The 09M-DISH-HP is designed for: • Multi-gigabit PtP backhaul links • WISP backbone networks • 10–20 km (6–12 mile) wireless links • Network aggregation and tower interconnects • Rural broadband expansion • Relay and repeater sites • Enterprise and mission-critical wireless infrastructure What frequency range does the 09M-DISH-HP support? The antenna supports the entire 4.9-7.125 GHz frequency range, making it suitable for both 5 GHz and 6 GHz wireless deployments. Is the 09M-DISH-HP compatible with 6 GHz radios? Yes. The antenna fully supports 6 GHz, including Wi-Fi 6E and Wi-Fi 7 deployments operating within the 5.925-7.125 GHz band. What link distances is this antenna designed for? The 09M-DISH-HP is optimized for medium-to-long-distance links, typically around 10-20 km (6-12 miles), depending on radio selection, channel width, regulatory limits, and environmental conditions. Which radios are compatible with the 09M-DISH-HP? The antenna is compatible with many connectorized radios, including: • Ubiquiti Wave MLO5 and Wave MLO6 • Ubiquiti airFiber 5XHD and Rocket Prism radios • Cambium ePMP Force 4600c and Force 400 series radios • Mimosa B5c, B6x, C5x, and C6x radios • MikroTik and other compatible 5 GHz and 6 GHz connectorized radio platforms Can the same antenna be used for both 5 GHz and 6 GHz networks? Yes. Its wideband 4.9-7.125 GHz coverage allows operators to deploy the same antenna across both frequency bands, reducing inventory requirements and simplifying network upgrades. Is the 09M-DISH-HP suitable for high-capacity backhaul links? Yes. The antenna is designed for multi-gigabit wireless backhaul applications that require high gain, excellent directivity, and reliable long-distance performance. Can this antenna be used in areas with significant RF congestion? Yes. Its highly directional beam pattern helps focus RF energy toward the intended endpoint while minimizing unwanted signal reception from surrounding areas, improving performance in challenging RF environments. Is the 09M-DISH-HP intended for point-to-point or point-to-multipoint networks? The 09M-DISH-HP is primarily designed for point-to-point (PtP) applications, including backhaul, backbone, aggregation, and relay links between network sites. Why would I choose the 09M-DISH-HP instead of a smaller dish? The larger 0.9 m reflector provides additional gain and link budget compared to smaller dishes, making it better suited for medium-to-long-distance links and high-capacity applications that require maximum performance and reliability.