Compatibility & ConnectionsThe 0.6m Dish High Performance antenna is designed for professional point-to-point microwave backhaul deployments using leading 5 GHz and 6 GHz connectorized radios. Connector TypeDual N-female connectors provide reliable RF connections for dual-polarized radio systems. Included Cables0.5 m N connector to RP-SMA jumper cables included. PolarizationThis antenna supports both: V/H polarization Slant-45 polarization This provides deployment flexibility for different radio platforms, link designs, and interference environments. Mounting CompatibilityThe antenna is designed for outdoor pole-mounted installations and includes mounting hardware suitable for professional backhaul deployments. Included AccessoriesDeep dish reflector Foam radome Dual-polarized feed assembly Pole-mounting hardware Dual N-female RF connectors Compatible RadiosBrand Compatible Radio Models Notes Ubiquiti airFiber AF5XHD 4.9-6.2 GHz PTP radio with two RP-SMA connectors Ubiquiti Wave MLO5 5.15-5.85 GHz PTP radio with two RP-SMA connectors and MLO radio compatibility Ubiquiti Wave MLO6 5.15-6.875 GHz PTP radio with two RP-SMA connectors with wideband MLO radio compatibility Mimosa B5c 4.9-6.2 GHz (5 GHz) 5 GHz PTP radio with two N connectors. Mimosa C5c 4.9-6.2 GHz (5 GHz) PtMP station or PTP radio with two RP-SMA connectors. Cambium Networks ePMP Force 4600c 5.7-7.1 GHz (6 GHz) PtMP station or PTP radio with two RP-SMA connectors. Cambium Networks ePMP Force 400c 4.9-6.2 GHz (5 GHz) PtMP station or PTP radio with two RP-SMA connectors. For best performance, use high-quality, low-loss RF cables and confirm radio frequency support, regional regulations, and link budget requirements before installation. Carrier-grade Microwave Backhaul AntennaCyber Antennas 0.6m Dish Ultra 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 ≤1.4 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. Deep Dish DesignThe deep dish design with an included foam 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. Typical Use CasesThe 0.6m Dish High Performance antenna is designed for long-range, high-capacity point-to-point wireless links across 4.9–7.125 GHz. It is ideal for professional outdoor deployments where high gain, strong noise rejection, and reliable backhaul performance are required. WISP Backhaul LinksIdeal for wireless internet service providers building high-capacity backhaul connections between towers, rooftops, and relay sites. The high-gain 0.6m dish supports long-distance links while helping maintain strong signal quality in congested RF environments. 5 GHz and 6 GHz Point-to-Point LinksDesigned for licensed and unlicensed microwave backhaul applications across 4.9 GHz public safety, 5 GHz, and 6 GHz bands. It can be used for high-throughput links between network sites, buildings, towers, and infrastructure locations. Public Safety NetworksThe 4.9 GHz support makes this antenna suitable for public safety communications, including police, fire, EMS, municipal networks, and emergency response infrastructure requiring reliable point-to-point connectivity. Rural Broadband ExpansionUseful for extending broadband service to rural and underserved areas where fiber is unavailable, costly, or difficult to deploy. The antenna can be used to connect remote access points, relay sites, and subscriber distribution locations. Enterprise and Campus ConnectivitySuitable for connecting buildings across campuses, industrial facilities, schools, hospitals, warehouses, and business parks. It enables high-capacity wireless bridges without the need for trenching fiber between locations. Tower-to-Tower BackhaulBuilt for carrier-grade tower deployments where long-range performance, high gain, and interference resistance are important. The deep dish design helps improve front-to-back ratio and side-lobe suppression for cleaner links. Video Surveillance BackhaulIdeal for transporting high-bandwidth video from remote camera locations, security sites, parking facilities, critical infrastructure, and municipal surveillance networks back to a central network. Temporary or Rapid-Deployment NetworksUseful for events, emergency response, construction sites, temporary facilities, and disaster recovery networks where high-capacity wireless connectivity must be deployed quickly without permanent fiber infrastructure. High-Interference RF EnvironmentsThe deep dish design and included radome help reduce unwanted noise and improve link reliability in crowded 5 GHz and 6 GHz environments, making it well suited for dense tower sites and frequency-reuse deployments. Target CustomersThe 0.6m Dish High Performance antenna is built for professional network operators, integrators, and organizations that need reliable high-capacity point-to-point wireless backhaul across 4.9–7.125 GHz. Wireless Internet Service ProvidersWISPs are a primary target customer for this product. The antenna is well suited for tower-to-tower backhaul, access point backhaul, relay links, and network expansion in rural, suburban, and underserved markets. Public Safety AgenciesPolice, fire, EMS, emergency management, and municipal public safety departments can use this antenna for reliable 4.9 GHz point-to-point links supporting mission-critical communications, video, and data transport. Municipal and Government NetworksCity, county, state, and local government IT teams can use the antenna to connect municipal buildings, traffic systems, utility infrastructure, public works sites, surveillance cameras, and emergency facilities. Network Integrators and Wireless InstallersProfessional installers, VARs, managed service providers, and wireless system integrators are strong-fit customers because they frequently design and deploy outdoor PTP links for commercial, government, industrial, and WISP clients. Enterprise IT DepartmentsEnterprises with multiple buildings or remote facilities can use this antenna for private wireless bridges between offices, warehouses, campuses, factories, hospitals, schools, parking facilities, and operations sites. Utilities and Critical Infrastructure OperatorsElectric, water, gas, transportation, oil and gas, and industrial operators can use this product for secure backhaul between substations, pump stations, control sites, monitoring locations, and remote assets. Security and Surveillance ProvidersSecurity integrators and surveillance network operators can use the antenna to transport high-bandwidth video from remote camera sites, parking lots, industrial facilities, city surveillance systems, and critical infrastructure locations. Telecom and Tower OperatorsTelecom contractors, tower owners, and infrastructure operators can use this antenna for high-gain microwave links, tower interconnects, temporary backhaul, and site-to-site connectivity where fiber is unavailable or cost-prohibitive. Education, Healthcare, and Campus NetworksSchools, universities, hospitals, and large campus environments can use the antenna to connect buildings, remote facilities, athletic fields, parking areas, and security systems without trenching fiber. Event, Construction, and Temporary Network ProvidersTemporary network providers can use this antenna for rapid-deployment broadband links at events, construction sites, disaster recovery locations, temporary offices, and remote job sites. Problems This Product SolvesThe 0.6m Dish High Performance antenna solves the challenge of building reliable, high-capacity point-to-point wireless links where fiber is unavailable, expensive, slow to deploy, or impractical. Expensive or Unavailable FiberMany towers, buildings, rural sites, and remote facilities do not have affordable fiber access. This antenna provides a wireless alternative for extending broadband and network connectivity without trenching, permitting delays, or costly construction. Long-Distance Backhaul RequirementsNetwork operators often need to connect sites across several kilometers while maintaining strong signal quality. The high-gain 0.6m dish helps deliver stable long-range backhaul performance for WISP, enterprise, municipal, and industrial networks. Congested 5 GHz and 6 GHz RF EnvironmentsCrowded tower sites and urban deployments can suffer from noise, interference, and poor signal-to-noise ratio. The deep dish design helps improve front-to-back ratio and side-lobe performance, reducing unwanted interference and improving link reliability. Poor Link StabilityLow-quality antennas can cause weak signals, inconsistent throughput, packet loss, and link drops. This antenna is designed for stronger signal focus, better isolation, and improved backhaul stability in demanding outdoor deployments. Limited Network CapacityModern networks need more bandwidth for video, cloud applications, voice, public safety data, and subscriber traffic. The antenna’s high gain and wide frequency range help support higher modulation rates and greater throughput when paired with compatible radios. Need for 4.9 GHz, 5 GHz, and 6 GHz FlexibilityOperators often need one antenna platform that can support multiple bands, radio types, and deployment scenarios. This antenna covers 4.9–7.125 GHz, making it suitable for public safety, 5 GHz unlicensed, and 6 GHz licensed or unlicensed backhaul applications. Difficult Tower and Rooftop DeploymentsOutdoor antennas must withstand wind, weather, and long-term exposure. The included radome and deep dish design help protect performance while improving aerodynamic behavior and reducing wind load compared with exposed dish designs. Radio Compatibility UncertaintyMany operators use connectorized radios from Ubiquiti, Mimosa, and Cambium. Dual N-female connectors and support for V/H and Slant-45 polarization make the antenna easier to integrate into common PTP radio deployments. Frequency Reuse ChallengesWISPs and network operators often need multiple links on the same tower or nearby sites. Better side-lobe suppression and front-to-back performance help reduce self-interference, making it easier to reuse frequencies and scale the network. Slow Emergency or Temporary Network DeploymentDuring public safety events, construction projects, disaster recovery, or temporary network builds, fiber may not be available in time. This antenna enables fast point-to-point wireless deployment for temporary or urgent connectivity needs. What Makes This Product DifferentThe 0.6m Dish High Performance antenna is not just another 2-foot microwave dish. It is designed to deliver high RF performance across an unusually wide 4.9–7.125 GHz frequency range, allowing operators to take full advantage of today’s low-cost, high-capacity connectorized Wi-Fi radios. Traditional microwave antennas are often optimized for a narrower band, which can limit flexibility as networks move between 4.9 GHz public safety, 5 GHz unlicensed, 6 GHz licensed, and 6 GHz unlicensed spectrum. This antenna gives operators one high-performance dish platform that can support multiple bands, multiple radio ecosystems, and modern wide-channel deployments. High Performance Across a Wide Frequency RangeThis antenna is engineered for strong performance from 4.9 GHz to 7.125 GHz, giving network operators the flexibility to deploy across public safety, 5 GHz, and 6 GHz backhaul bands without changing antenna platforms. That wideband performance is especially valuable for operators using modern Wi-Fi-based radios that can take advantage of wider channels for higher throughput. Built for Low-Cost, High-Capacity Wi-Fi RadiosOne of the biggest advantages of this antenna is that it helps operators get more performance out of affordable connectorized Wi-Fi radios. When paired with radios from platforms such as Ubiquiti, Mimosa, and Cambium Networks, the antenna enables high-capacity point-to-point backhaul without the cost structure of traditional licensed microwave systems. This makes it ideal for WISPs, municipalities, enterprises, and integrators who need more bandwidth while keeping equipment costs under control. Takes Advantage of Wide Channel AvailabilityModern 5 GHz and 6 GHz radios can use wide channel bandwidths to deliver higher throughput. This antenna is designed to support that opportunity by providing high gain, low VSWR, strong port isolation, and clean radiation performance across a broad operating range. The result is a practical path to faster links, higher modulation rates, and better cost-per-megabit performance. One Antenna for 4.9 GHz, 5 GHz, and 6 GHz DeploymentsInstead of stocking separate antennas for different frequency bands, operators can use one antenna platform across a wide range of deployment scenarios: 4.9 GHz public safety links 5 GHz unlicensed backhaul 6 GHz licensed backhaul 6 GHz unlicensed backhaul WISP tower-to-tower links Enterprise and campus wireless bridges Municipal and utility networks This reduces inventory complexity and gives installers more flexibility in the field. High Gain in a Compact 2-Foot Form FactorWith up to 31 dBi gain, the 0.6m Dish High Performance antenna provides strong long-range performance while remaining compact enough for many rooftop, tower, and pole-mounted deployments. It is a strong fit when operators need more link budget than a small panel or horn antenna can provide, but do not want the size, weight, and wind loading of a larger dish. Deep Dish Design for Cleaner LinksThe deep dish design helps improve front-to-back ratio and side-lobe performance, which is critical in noisy RF environments. Better pattern control helps reduce interference, improve frequency reuse, and maintain higher signal quality on crowded towers and rooftops. For WISPs and network operators managing multiple links at the same site, this can mean better spectrum efficiency and more reliable network performance. Supports V/H and Slant-45 PolarizationThe antenna supports both V/H polarization and Slant-45 polarization, giving operators flexibility when matching different radio platforms and deployment strategies. This makes it easier to integrate with a wide range of connectorized radios and optimize the link for the local RF environment. Compatible with Popular Connectorized RadiosDual N-female connectors make this antenna compatible with many leading low-cost, high-performance connectorized radio platforms, including: Brand Compatible Radio Models Ubiquiti AF5XHD, Wave MLO5, Wave MLO6 Mimosa B5c, C5c Cambium Networks ePMP Force 4600c, ePMP Force 400c Carrier-Grade Performance Without Carrier-Grade CostThis product gives operators a practical way to build high-capacity microwave backhaul using affordable Wi-Fi-based radio platforms. It combines the economics of low-cost radios with the RF performance of a professional wideband dish antenna. For networks that need more capacity, more spectrum flexibility, and better link performance without moving to expensive proprietary microwave systems, the 0.6m Dish High Performance antenna is a powerful fit. Frequently Asked QuestionsWhat is the 0.6m Dish High Performance antenna used for?The 0.6m Dish High Performance antenna is used for long-range point-to-point wireless backhaul links. It is ideal for WISP networks, public safety systems, municipal networks, enterprise campuses, rural broadband, tower-to-tower links, and high-capacity 5 GHz or 6 GHz wireless bridges. What frequency range does this antenna support?This antenna supports a wide frequency range from 4.9 GHz to 7.125 GHz, making it suitable for 4.9 GHz public safety, 5 GHz unlicensed, 6 GHz licensed, and 6 GHz unlicensed backhaul applications. What is the maximum gain of this antenna?The antenna provides up to 31 dBi gain, helping support long-distance, high-capacity point-to-point wireless links. What type of connectors does the antenna use?The antenna uses dual N-female connectors for connection to compatible connectorized radios. What polarization does this antenna support?The antenna supports both V/H polarization and Slant-45 polarization, giving installers flexibility when matching the antenna with different radio platforms and link designs. Which radios are compatible with this antenna?This antenna is compatible with many leading connectorized radios, including: Brand Compatible Radio Models Ubiquiti AF5XHD, Wave MLO5, Wave MLO6 Mimosa B5c, C5c Cambium Networks ePMP Force 4600c, ePMP Force 400c Always confirm the radio’s supported frequency range, connector type, and regional regulatory requirements before deployment. Is the foam radome included?Yes. The antenna includes a foam radome, which helps improve aerodynamic performance, reduce wind load, and protect the dish assembly in outdoor installations. What is the advantage of the deep dish design?The deep dish design helps improve front-to-back ratio and side-lobe performance. This helps reduce unwanted RF noise, improve frequency reuse, and increase link reliability in congested 5 GHz and 6 GHz environments. Can this antenna be used for 6 GHz backhaul?Yes. The antenna supports operation up to 7.125 GHz, making it suitable for 6 GHz licensed and unlicensed backhaul applications when paired with compatible radios and used in accordance with local regulations. Can this antenna be used for 4.9 GHz public safety networks?Yes. The antenna supports 4.9 GHz, making it suitable for public safety point-to-point wireless links, including police, fire, EMS, emergency response, and municipal network applications. What is the recommended link distance?The antenna is designed for long-range point-to-point links and is suitable for links up to approximately 0–10 kmdepending on radio selection, frequency, terrain, line of sight, interference, mounting height, and link budget. Does this antenna require line of sight?Yes. For best performance, point-to-point microwave backhaul links require clear line of sight between both antenna locations. Fresnel zone clearance is also important for maintaining strong signal quality and high throughput. Is this antenna suitable for noisy RF environments?Yes. The high-gain deep dish design, improved side-lobe performance, and strong front-to-back ratio help reduce the impact of interference, making it well suited for crowded tower sites and congested RF environments. What mounting hardware is included?The antenna includes outdoor pole-mounting hardware for professional backhaul installations. Confirm pole size, mounting structure, and wind loading requirements before installation. Can this antenna be used on rooftops and towers?Yes. The antenna is designed for outdoor tower and rooftop deployments. Proper mounting, grounding, alignment, and weatherproofing practices should be followed during installation. What accessories are included?Included accessories typically include: Deep dish reflector Foam radome Dual-polarized feed assembly Pole-mounting hardware Dual N-female RF connectors What cables should be used with this antenna?Use high-quality, low-loss RF cables with the correct connector type for your radio and installation. Keep cable runs as short as practical to minimize signal loss. Is this antenna weather-resistant?Yes. The antenna is designed for outdoor backhaul deployments and includes a foam radome to help protect the antenna assembly. Installers should still follow proper weatherproofing and grounding practices. What is the VSWR rating?The antenna provides excellent RF performance with VSWR ≤1.4 across its primary operating band. What is the port isolation rating?The antenna provides port isolation ≥40 dB, helping improve dual-polarized radio performance and link reliability. Is this antenna better than a standard 5 GHz dish?This antenna offers wider frequency coverage, high gain, deep dish noise rejection, support for both V/H and Slant-45 polarization, and compatibility with modern 5 GHz and 6 GHz connectorized radios. It is designed for professional microwave backhaul rather than basic wireless links. When should I choose the 0.6m dish instead of a larger dish?Choose the 0.6m dish when you need strong performance in a compact 2-foot form factor. Larger dishes may be better for longer links, lower signal margins, or more demanding link budgets, while the 0.6m dish is ideal for compact, high-capacity links where size and wind loading matter. Can this antenna be used for temporary networks?Yes. It can be used for rapid-deployment networks, emergency response, construction sites, events, temporary offices, and disaster recovery applications where high-capacity wireless backhaul is needed quickly. Is this antenna sold with a radio?No. This product is the antenna only. A compatible connectorized radio, RF cables, mounting structure, and network equipment are required for a complete wireless link. Do I need two antennas for a point-to-point link?Yes. A point-to-point wireless bridge typically requires one antenna and radio at each end of the link. Where can I download the datasheet?The product datasheet is available in the documentation section of the product page.