Carrier-grade Microwave Backhaul AntennaCyber Antennas 1.2 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 WISP ChallengesInsufficient Capacity on Long-Distance Links Long backhaul links often struggle to maintain high modulation rates and throughput due to signal degradation over distance. The 12M-DISH-HP's high gain and focused beam help preserve stronger signal levels, enabling higher link capacity and more reliable multi-gigabit performance. Limited Backhaul Capacity for Growing Networks As subscriber counts increase, existing backhaul links can become bottlenecks that restrict network performance. The 12M-DISH-HP provides the capacity needed to transport large amounts of traffic between towers, POPs, and aggregation sites, helping operators scale their networks more effectively. High Cost of Fiber Deployment Extending fiber to remote locations can be expensive, time-consuming, or impractical due to terrain and construction requirements. The 12M-DISH-HP enables operators to deploy high-capacity wireless backhaul links that can deliver broadband connectivity without the cost and complexity of trenching fiber. RF Interference in Congested Environments Wireless networks operating in busy RF environments often experience reduced link quality and inconsistent performance. The antenna's highly directional beam and low sidelobe characteristics help reject unwanted signals and minimize interference, improving signal quality and link stability. Multiple Antennas Required for Different Frequency Bands Many antennas are designed for a limited frequency range, requiring operators to stock different antennas for different radios and deployments. The 12M-DISH-HP supports the entire 4.9-7.125 GHz frequency range, allowing a single antenna platform to support 4.9 GHz, 5 GHz, and 6 GHz deployments. Network Upgrade Complexity Migrating from legacy 5 GHz equipment to newer 6 GHz platforms often requires hardware replacement and additional inventory. The wideband design of the 12M-DISH-HP allows operators to deploy current and future radio technologies on the same antenna platform, simplifying network upgrades and reducing inventory requirements. Unreliable Mission-Critical Connectivity Enterprise, utility, and public safety networks require highly reliable communications between sites. The 12M-DISH-HP is designed to deliver stable, high-capacity wireless links that support mission-critical applications where network availability and performance are essential. Typical Use CasesLong-Range Point-to-Point (PtP) Backhaul Links The 12M-DISH-HP is designed for medium- to long-distance PtP links where high gain and excellent RF performance are required. Its large 1.2-meter dish and focused beam help deliver strong signal levels, higher modulation rates, and reliable multi-gigabit throughput over long distances. WISP Backbone Networks Wireless Internet Service Providers can use the 12M-DISH-HP to interconnect towers, POPs, and aggregation sites. The antenna provides the high gain and interference rejection needed to build stable backbone links that transport large amounts of network traffic between sites. Network Aggregation and Relay Sites As subscriber counts increase, network aggregation points often require higher-capacity backhaul links. The 12M-DISH-HP is well suited for carrying traffic from multiple access points and relay locations while maintaining reliable performance and sufficient capacity for future growth. Rural Broadband Expansion Deploying fiber in remote areas can be costly and time-consuming. The 12M-DISH-HP enables operators to extend broadband services over long distances using wireless backhaul links, making it an effective solution for connecting underserved communities and remote network locations. Congested RF Environments In areas with numerous wireless systems and nearby radios, the antenna's highly directional beam and low sidelobe characteristics help reduce the reception and transmission of unwanted signals. This improves signal quality, link stability, and overall network reliability. Multi-Band 4.9 GHz, 5 GHz, and 6 GHz Deployments The 12M-DISH-HP supports operation across the entire 4.9-7.125 GHz frequency range, allowing operators to deploy the same antenna platform with legacy 5 GHz equipment and newer 6 GHz radios. This simplifies inventory management and provides flexibility when upgrading networks to Wi-Fi 6E and Wi-Fi 7 technologies. Enterprise and Mission-Critical Wireless Infrastructure The antenna is also suitable for enterprise networks, public safety systems, utilities, and other mission-critical applications that require high-capacity, highly reliable wireless links between facilities, campuses, and infrastructure sites. Who Is the 12M-DISH-HP Designed For?The 12M-DISH-HP is ideal for: • Wireless Internet Service Providers (WISPs) • Fixed wireless broadband operators deploying long-range PtP backhaul links • Network operators building high-capacity backbone and aggregation networks • Service providers expanding broadband coverage into rural and remote areas • Operators upgrading to 6 GHz, Wi-Fi 6E, and Wi-Fi 7 technologies • Enterprise, utility, and public safety organizations requiring reliable wireless infrastructure • Tower owners and system integrators deploying medium- to long-distance wireless links • Service providers using Ubiquiti, Cambium, Mimosa, MikroTik, and other compatible connectorized radio platforms • Operators requiring a single antenna platform for 4.9 GHz, 5 GHz, and 6 GHz deployments • Networks requiring carrier-grade performance in congested RF environments What Sets the 12M-DISH-HP Apart from Similar Products in the IndustryTrue Wideband 4.9-7.125 GHz Coverage Many high-gain dish antennas are optimized primarily for the 5 GHz band and do not fully support modern 6 GHz deployments. The 12M-DISH-HP provides continuous operation across the entire 4.9-7.125 GHz frequency range, allowing a single antenna platform to support 4.9 GHz, 5 GHz, and 6 GHz networks. Optimized for Current and Future Radio Platforms The 12M-DISH-HP is designed to work with both legacy and next-generation wireless technologies. Operators can deploy the antenna with existing 5 GHz equipment and transition to Wi-Fi 6E and Wi-Fi 7 radios without replacing the antenna, protecting long-term infrastructure investments. High Gain for Medium- and Long-Distance Links The 1.2-meter reflector provides the high gain needed to support medium- to long-distance PtP links. Higher antenna gain helps maintain stronger signal levels, improves fade margin, and supports higher modulation rates for increased throughput and link reliability. Excellent Interference Rejection The large, highly directional reflector concentrates RF energy into a narrow beam while minimizing reception and transmission outside the intended path. This helps reduce the impact of nearby wireless systems and makes the antenna well suited for congested RF environments. Single Antenna Platform for Multiple Applications Many dish antennas are deployed only for specific link types or frequency bands. The 12M-DISH-HP can be used for backbone networks, aggregation links, relay sites, rural broadband expansion, and enterprise infrastructure, providing greater deployment flexibility and simplifying inventory management. Carrier-Grade Performance for Critical Networks The 12M-DISH-HP is engineered for operators that require highly reliable, high-capacity wireless infrastructure. Its combination of wideband operation, high gain, and focused beam performance makes it suitable for WISP backbones, enterprise networks, utilities, public safety systems, and other mission-critical applications. Reduced Inventory and Simplified Network Planning Because one antenna can support multiple frequency bands and a wide range of compatible radios, operators can standardize on a single platform for numerous deployments. This reduces inventory requirements, simplifies spare parts management, and makes future network upgrades easier and more cost-effective. Frequently Asked QuestionsWhat is the 12M-DISH-HP designed for? The 12M-DISH-HP is designed for high-capacity point-to-point (PtP) wireless backhaul links, WISP backbone networks, network aggregation links, relay sites, and other medium- to long-distance wireless infrastructure applications. What frequency range does the 12M-DISH-HP support? The antenna operates across the entire 4.9-7.125 GHz frequency range, supporting 4.9 GHz, 5 GHz, and 6 GHz deployments. Is the 12M-DISH-HP suitable for 6 GHz, Wi-Fi 6E, and Wi-Fi 7 deployments? Yes. The wideband design supports modern 6 GHz radios and is suitable for Wi-Fi 6E and Wi-Fi 7 deployments, including future network upgrades. What types of wireless links is this antenna intended for? The 12M-DISH-HP is primarily intended for medium- to long-distance point-to-point (PtP) wireless links that require high gain, high throughput, and excellent reliability. What link distances can the 12M-DISH-HP support? Actual link distance depends on factors such as radio output power, channel width, modulation rate, regulatory limits, and environmental conditions. The antenna is designed for medium- to long-distance wireless links where high gain and additional fade margin are required. Can the 12M-DISH-HP be used in congested RF environments? Yes. Its highly directional beam and low sidelobe characteristics help reduce interference from nearby wireless systems and improve overall link performance. Can I use the same antenna for both 5 GHz and 6 GHz radios? Yes. The 12M-DISH-HP is designed as a single antenna platform that supports both legacy 5 GHz equipment and newer 6 GHz radios. Which radios are compatible with the 12M-DISH-HP? The antenna is compatible with many connectorized radios operating within the supported frequency range, including products from Ubiquiti, Cambium, Mimosa, MikroTik, and other manufacturers. Does the antenna help improve link reliability? Yes. The antenna's high gain helps maintain stronger signal levels and increased fade margin, which can support higher modulation rates and more reliable wireless links. Is the 12M-DISH-HP a good alternative to deploying fiber? For many applications, yes. The antenna enables operators to build high-capacity wireless backhaul links where fiber installation is difficult, time-consuming, or cost-prohibitive. Can the 12M-DISH-HP be used for backbone and aggregation networks? Yes. The antenna is well suited for carrying traffic between towers, POPs, aggregation sites, and relay locations where high-capacity transport links are required. Why would I choose the 12M-DISH-HP instead of a smaller dish? The larger 1.2-meter reflector provides higher gain and additional fade margin, making it better suited for longer links, higher-capacity networks, and more challenging RF environments where maximum link performance is important.