High-Gain 5G SISO Outdoor Directional Panel Antenna for Professional Cellular NetworksThis industry-leading outdoor directional panel antenna is designed for professional 4G LTE, 5G Sub-6 GHz, Fixed Wireless Access, rural broadband, private cellular networks, industrial IoT, DAS, IBS, cellular repeater, and remote communication applications. With wide 617-960 MHz, 1710-2700 MHz, and 3400-4000 MHz frequency coverage, it provides a powerful single-antenna solution for customers who need reliable cellular connectivity across multiple low-band, mid-band, and C-band frequency ranges. Combining 12-14 dBi directional gain with a carefully controlled radiation pattern, this high-gain cellular panel antenna helps concentrate RF energy toward the required base station, cellular tower, service area, or remote communication point. It is an excellent choice for installations where an omnidirectional antenna cannot provide sufficient signal strength or where the network requires more focused coverage. The antenna is engineered around professional RF performance, including VSWR of ≤1.5, 50-ohm impedance, vertical polarization, controlled horizontal and vertical beamwidth, and a front-to-back ratio of at least 12 dB. These characteristics make it suitable for demanding commercial, industrial, telecom, infrastructure, and outdoor wireless applications. Wide 617-4000 MHz Cellular Frequency CoverageOne of the most important advantages of this wideband cellular antenna is its ability to support multiple cellular technologies and operating bands without requiring several separate antennas. The antenna operates across three major frequency ranges: Frequency Range Typical Applications 617-960 MHz Low-band LTE, 5G NR, rural cellular coverage 1710-2700 MHz LTE, 4G, cellular broadband, mid-band services 3400-4000 MHz 5G Sub-6 GHz, C-band, private 5G, FWA This wide frequency range allows network operators, system integrators, WISPs, equipment manufacturers, installers, and industrial customers to simplify antenna selection and use one high-gain directional antenna across many cellular network deployments. Broad 5G NR SupportThe antenna provides broad support for modern 5G NR networks operating within its specified frequency ranges. It is suitable for many common low-band, mid-band, and Sub-6 GHz 5G applications. Typical supported 5G NR bands include n1, n2, n3, n5, n7, n8, n12, n13, n14, n18, n20, n25, n26, n28, n29, n30, n34, n38, n39, n40, n41, n48, n53, n65, n66, n67, n68, n71, n85 and n90, depending on the frequency allocation and network configuration. The 3400-4000 MHz range also provides coverage for important portions of n77 and n78 C-band spectrum, making the antenna particularly useful for 5G Fixed Wireless Access, private 5G networks, enterprise wireless systems, and outdoor 5G infrastructure. Extensive 4G LTE CompatibilityIn addition to 5G, this outdoor panel antenna supports a wide range of 4G LTE frequencies, allowing it to remain useful in existing LTE networks while supporting ongoing migration toward 5G. Typical LTE compatibility includes B1, B2, B3, B4, B5, B7, B8, B9, B10, B12, B13, B14, B17, B18, B19, B20, B22, B25, B26, B27, B28, B29, B30, B33, B34, B35, B36, B37, B38, B39, B40, B41, B42, B43, B44, B48, B49, B53, B65, B66, B67, B68, B69, B71 and B85 within the antenna's specified frequency coverage. This broad LTE and 5G compatibility makes the antenna suitable for mixed-generation networks where operators need to support existing 4G services while preparing infrastructure for 5G deployment. 12-14 dBi High-Gain Directional PerformanceThe antenna provides 12 dBi, 13 dBi, and 14 dBi gain across its different operating frequency sections. Higher directional gain is particularly valuable when the installation site is far from the cellular tower or when stronger signal concentration is required. Rather than distributing RF energy equally around the antenna, the directional panel structure focuses the signal toward the intended communication path. This can help improve received signal strength, increase communication reliability, stabilize broadband connections, and provide more predictable coverage compared with low-gain or omnidirectional solutions in suitable directional applications. For rural broadband, Fixed Wireless Access, industrial IoT, remote monitoring, outdoor CPE, and point-to-tower applications, this focused RF performance can provide a significant practical advantage. Controlled Horizontal and Vertical BeamwidthDirectional performance is further supported by carefully controlled horizontal and vertical half-power beamwidth. Parameter Specification Horizontal Beamwidth 75° / 65° / 55° Vertical Beamwidth 70° / 60° / 50° Front-to-Back Ratio ≥12 dB Polarization Vertical The beam becomes more focused across the operating frequency sections, helping installers direct RF energy toward a specific base station or coverage area. A controlled beam pattern is especially important in installations where the objective is not simply to receive more signal, but to improve the quality of the wanted signal while reducing exposure to unwanted signals arriving from other directions. Improved Performance in Weak-Signal LocationsWeak cellular coverage is a common problem in rural areas, industrial sites, remote facilities, farms, mining locations, utility installations, transportation infrastructure, and construction sites. This high-gain directional cellular antenna is designed to help address these challenges by allowing the antenna to be aimed toward the strongest available cellular tower. The combination of directional gain and broad frequency coverage makes it suitable for situations where customers experience: Weak 4G LTE or 5G reception Long distance from cellular towers Unstable cellular broadband connections Poor signal at remote sites Low signal strength for cellular routers Weak outdoor CPE connectivity Unreliable industrial IoT communications Coverage gaps in private cellular networks Poor donor signal for DAS or repeater systems Excessive unwanted signals from other directions By positioning and aligning the antenna correctly, installers can create a more focused cellular communication path between the network equipment and the desired base station. Optimized for Fixed Wireless AccessFixed Wireless Access is becoming increasingly important for residential broadband, enterprise connectivity, rural broadband, temporary networks, and locations where fiber installation is difficult or expensive. This 5G FWA antenna provides the high gain and directional characteristics needed for outdoor cellular broadband installations. It can be connected to compatible 4G routers, 5G routers, cellular gateways, outdoor CPE devices, industrial modems, and other 50-ohm RF equipment using the standard N-Female interface. For WISPs and FWA solution providers, its broad 617-4000 MHz coverage also helps reduce the number of antenna models required for networks operating across different LTE and 5G frequency bands. Reliable Rural Broadband ConnectivityRural broadband installations often face longer distances between the customer site and cellular base station. Trees, terrain, buildings, tower distance, network frequency, and installation height can all influence performance. A directional high-gain antenna gives installers the ability to aim the antenna toward the selected cellular tower and focus RF performance in that direction. This makes the antenna suitable for farms, rural homes, remote industrial locations, agricultural facilities, utility stations, energy sites, monitoring stations, and other areas where conventional indoor or low-gain antennas may not provide sufficient performance. Professional 4G and 5G CPE ApplicationsThe antenna is well suited for professional cellular CPE systems where the antenna is installed separately from the modem, router, gateway, or radio equipment. Outdoor installation allows the antenna to be positioned where cellular signal conditions are better, while the directional panel design allows precise orientation toward the desired network. Typical equipment integrations include: Cellular routers 4G LTE routers 5G routers Outdoor CPE Industrial cellular gateways Cellular modems IoT gateways Remote monitoring terminals SCADA communication devices Cellular backup systems The standard 50-ohm RF architecture and N-Female connector help simplify integration into professional wireless systems. Ideal for Industrial IoT and M2M NetworksIndustrial IoT and M2M applications require reliable connectivity because communication interruptions can affect monitoring, control, automation, data collection, alarms, telemetry, and remote maintenance. This wideband panel antenna is suitable for industrial IoT systems that rely on cellular networks to connect remote equipment. Typical applications include factory monitoring, industrial automation, utility metering, environmental monitoring, equipment telemetry, remote control systems, smart infrastructure, asset monitoring, and machine-to-machine communications. Its broad cellular frequency coverage allows equipment manufacturers and system integrators to design solutions capable of operating across multiple regions and network configurations. SCADA and Remote Monitoring ApplicationsSCADA systems often operate at remote locations where wired connectivity is unavailable or impractical. Cellular communication provides a practical alternative for connecting RTUs, gateways, controllers, monitoring equipment, and centralized management platforms. The directional gain of this antenna makes it particularly useful when the SCADA site is located far from the nearest cellular tower. Potential deployments include: Water treatment facilities Electrical substations Solar farms Wind farms Oil and gas sites Pipeline monitoring Remote pumping stations Environmental monitoring stations Agricultural systems Industrial facilities Smart Agriculture ConnectivityModern agriculture increasingly depends on connected devices for irrigation management, equipment monitoring, livestock monitoring, weather stations, crop sensors, CCTV, automated machinery, and remote farm management. Many agricultural sites are located outside dense urban cellular coverage areas. A high-gain outdoor directional antenna can help establish a stronger cellular connection by targeting the nearest available base station. Its wide LTE and 5G frequency support also gives agricultural system integrators greater flexibility when deploying equipment across different carrier networks. Private LTE and Private 5G NetworksPrivate cellular networks are increasingly used in factories, ports, warehouses, campuses, utilities, mining sites, energy facilities, logistics centers, transportation networks, and enterprise environments. This antenna can support directional coverage requirements within private LTE and private 5G network architecture where compatible operating frequencies fall within 617-4000 MHz. Its directional radiation pattern is useful when RF coverage needs to be concentrated toward a specific area, corridor, remote building, piece of equipment, or network sector. The 3400-4000 MHz operating range is particularly relevant to many private 5G and C-band applications. DAS and IBS Donor Antenna ApplicationsDistributed Antenna Systems and In-Building Systems often require a strong donor signal from an outdoor cellular base station. A directional donor antenna can be mounted outside the building and aimed toward the desired cellular tower. The 12-14 dBi gain and directional radiation characteristics make this antenna suitable for professional DAS and IBS donor-side applications where a strong, controlled external cellular signal is required. Its broad LTE and 5G frequency support also helps accommodate multi-band DAS deployments. Cellular Repeater and Signal Booster SystemsFor compatible professional cellular repeater and signal enhancement systems, the antenna can be used as an outdoor directional donor antenna. The directional pattern allows installers to aim toward the serving base station while the front-to-back ratio helps reduce unwanted radiation and reception from behind the antenna. Proper antenna placement, isolation, system gain, cable loss, local regulations, and repeater compatibility must always be considered when designing a complete signal booster system. ≥12 dB Front-to-Back RatioThe antenna provides a front-to-back ratio of at least 12 dB. This specification indicates that the antenna provides significantly stronger response in the forward direction than in the rear direction. For customers, this means the antenna is designed to concentrate performance toward the intended network direction rather than receiving or transmitting equally from all sides. This characteristic can be particularly valuable in directional cellular installations where unwanted signals or interference may originate from behind the antenna. Low VSWR ≤1.5Good impedance matching is important for efficient RF system performance. With VSWR of ≤1.5, this antenna is engineered to provide low reflected power within its specified operating ranges. For installers and RF engineers, low VSWR can help support efficient signal transfer between the antenna, feeder cable, and connected RF equipment. This is particularly important in professional installations using longer RF cable runs or higher transmit power. Standard 50-Ohm RF SystemThe antenna uses the industry-standard 50-ohm impedance commonly found in professional telecom, cellular, RF, wireless networking, DAS, repeater, router, gateway, and base station equipment. This makes the antenna straightforward to integrate with a broad range of RF cables, lightning protectors, adapters, splitters, filters, radios, routers, gateways, and other professional components. N-Female ConnectorA professional N-Female connector is used for the RF interface. The N-type connector is widely adopted for outdoor RF installations because of its strong mechanical connection and suitability for cellular and wireless infrastructure. The connector configuration also gives system designers flexibility when selecting feeder cable type and cable length according to installation requirements. Low-loss cable such as LMR-240, LMR-300, LMR-400, 5D-FB, 7D-FB, or other suitable 50-ohm coaxial cable can be selected according to frequency, distance, insertion loss, and project requirements. 100 W Maximum Input PowerThe antenna supports up to 100 W maximum RF input power. This gives the antenna additional flexibility for professional wireless infrastructure and RF applications where higher transmit power may be required. The 100 W power rating makes it suitable for more demanding professional systems compared with many low-power consumer cellular antennas. DC Ground Lightning ProtectionOutdoor antennas are frequently installed on rooftops, towers, poles, masts, industrial structures, and other exposed locations. The DC-ground design provides an additional RF grounding characteristic for professional outdoor installations. A complete outdoor installation should still use appropriate grounding, surge protection, lightning protection, waterproofing, and local electrical safety practices according to the project environment. Designed for Harsh Outdoor EnvironmentsThis antenna is engineered for permanent outdoor installations where temperature, wind, and environmental exposure must be considered. The specified operating temperature range is -40°C to +65°C, allowing the antenna to operate across cold and hot climate conditions. The antenna also has a rated wind velocity of 210 km/h, making it suitable for exposed rooftop, tower, mast, pole, rural, industrial, and infrastructure installations when installed correctly. 210 km/h Wind ResistanceOutdoor antennas must remain mechanically stable during severe weather. The rated wind velocity of 210 km/h makes this panel antenna particularly attractive for professional outdoor projects where wind loading is an important design consideration. This capability is valuable for telecom towers, rooftops, mountain installations, coastal environments, industrial sites, energy projects, remote monitoring stations, and exposed rural deployments. Durable ABS Antenna CoverThe antenna uses an ABS protective radome. The enclosure protects the antenna elements and provides a clean, professional panel design suitable for commercial and industrial installation. The white panel format integrates easily into telecom, enterprise, industrial, infrastructure, and outdoor wireless environments. Pole-Mount InstallationThe antenna supports installation on poles with a diameter of approximately Φ35-55 mm. This allows flexible deployment on: Telecom masts Rooftop poles Wall-mounted poles Tower structures Industrial support poles Temporary network masts Remote monitoring structures FWA installation poles The directional antenna can then be rotated and aligned toward the required cellular tower or service area during installation. Practical 550 × 280 × 80 mm Panel DesignThe antenna measures approximately 550 × 280 × 80 mm and weighs approximately 2.5 kg. This provides a practical balance between high directional gain and manageable outdoor installation size. The slim rectangular panel form factor also offers a professional appearance for commercial buildings, industrial facilities, telecom towers, rooftops, and enterprise deployments. Solving Real Cellular Connectivity ProblemsThis high-gain panel antenna is designed to solve real-world wireless communication challenges rather than simply provide another generic external antenna. It can help customers address weak cellular signal, unstable broadband, poor rural connectivity, long-distance tower connections, low signal levels at industrial sites, unreliable IoT communication, poor outdoor CPE performance, inadequate donor signals, and coverage gaps in private cellular networks. For installers, the directional format provides greater control over where the antenna receives and transmits energy. For system integrators, the wide operating frequency reduces the need for multiple separate antenna designs. For distributors, the broad application range creates one versatile antenna platform suitable for many customer segments. For network operators, the wideband architecture supports both established LTE infrastructure and newer 5G network deployments. Wide Range of Professional ApplicationsThis outdoor directional cellular antenna is suitable for a broad range of applications, including: 4G LTE network coverage 5G Sub-6 GHz networks Fixed Wireless Access Rural broadband Cellular router installations Outdoor CPE systems Point-to-tower connectivity Private LTE networks Private 5G networks DAS donor systems IBS donor systems Cellular repeaters Industrial IoT M2M communications SCADA systems Remote monitoring Utility communications Smart grid networks Smart agriculture Cellular CCTV Smart city infrastructure Mining communications Oil and gas sites Energy facilities Transportation infrastructure Construction sites Enterprise cellular networks Cellular backup links Remote telemetry systems Outdoor wireless infrastructure Designed for Telecom Operators and Professional IntegratorsThis antenna is particularly suitable for telecom operators, WISPs, wireless broadband providers, network integrators, RF engineering companies, antenna distributors, cellular equipment suppliers, DAS integrators, IBS integrators, private network providers, IoT solution companies, industrial automation companies, cellular router manufacturers, CPE manufacturers, system integrators, telecom contractors, and OEM or ODM customers. For professional buyers, its strongest advantage is the combination of wide frequency coverage, high directional gain, professional RF characteristics, outdoor mechanical performance, and standard RF connectivity within one antenna platform. Ideal for WISPs and FWA ProvidersWireless Internet Service Providers need antenna solutions that can adapt to different cellular frequencies, network operators, installation distances, and geographic conditions. The wide 617-4000 MHz coverage helps WISPs reduce product complexity while supporting a large selection of LTE and 5G network frequencies. For customers in rural or underserved locations, the high directional gain can be particularly valuable when the serving cellular tower is located several kilometers away. Suitable for Cellular Router and Gateway ManufacturersRouter, gateway, modem, and CPE manufacturers can integrate this antenna as an external directional antenna option for high-performance installations. The N-Female interface allows system designers to select appropriate feeder cable lengths and cable types while maintaining a professional RF connection. Its broad frequency range can also help equipment manufacturers support several regional cellular variants using a common antenna platform. Strong Choice for Industrial and Infrastructure ProjectsIndustrial networks often require antennas with stronger mechanical and RF specifications than standard consumer products. The combination of up to 14 dBi gain, 100 W power handling, -40°C to +65°C operating temperature, DC-ground protection, 210 km/h rated wind velocity, and pole-mount installation makes this antenna suitable for serious infrastructure deployments. These characteristics allow the antenna to serve applications ranging from remote industrial monitoring to private cellular networks and critical outdoor wireless communications. Why Choose This Wideband Directional Panel AntennaCustomers often need to choose between wideband frequency coverage and higher directional gain. This antenna combines both characteristics in one professional design. Its 617-4000 MHz operating coverage supports a large range of cellular applications. Its 12-14 dBi gain provides focused signal performance. Its directional radiation pattern helps target the desired cellular tower. Its ≤1.5 VSWR provides strong RF matching. Its N-Female connector simplifies professional installation. Its 100 W power rating expands system compatibility. Its environmental and wind specifications support demanding outdoor deployments. The result is a game-changing antenna platform for customers who need a versatile, high-gain, wideband outdoor cellular antenna instead of multiple narrow-band solutions. Key Technical SpecificationsSpecification Performance Antenna Type Outdoor Directional Panel Cellular Technology 4G LTE / 5G Sub-6 GHz Frequency Range 617-960 / 1710-2700 / 3400-4000 MHz Gain 12 / 13 / 14 dBi VSWR ≤1.5 Impedance 50 Ohm Polarization Vertical Front-to-Back Ratio ≥12 dB Horizontal Beamwidth 75° / 65° / 55° Vertical Beamwidth 70° / 60° / 50° Maximum Input Power 100 W Lightning Protection DC Ground Connector N-Female Operating Temperature -40°C to +65°C Pole Diameter Φ35-55 mm Antenna Size 550 × 280 × 80 mm Antenna Weight 2.5 kg Rated Wind Velocity 210 km/h Radome Material ABS A Future-Ready Antenna for 4G LTE and 5G NetworksCellular networks continue to evolve from traditional LTE toward 5G, private cellular, FWA, IoT, and increasingly connected industrial infrastructure. Selecting a broadband antenna capable of supporting multiple frequency ranges gives network designers greater flexibility for future system upgrades. With coverage from 617 MHz through key Sub-6 GHz frequencies up to 4000 MHz, this outdoor directional antenna is designed to support both existing and next-generation cellular applications. It provides a practical solution for organizations that want to deploy one professional antenna platform across 4G LTE, 5G, FWA, industrial IoT, private networks, rural broadband, DAS, IBS, cellular repeater, and remote communication applications. Professional High-Gain Connectivity for Demanding Outdoor NetworksWhether the requirement is stronger rural broadband, improved cellular router reception, a reliable industrial IoT connection, a private 5G deployment, a DAS donor antenna, or a professional Fixed Wireless Access installation, this high-gain outdoor panel antenna delivers the wide frequency coverage and directional RF performance needed for demanding cellular projects. Its combination of 617-4000 MHz wideband coverage, 12-14 dBi gain, low VSWR, controlled beamwidth, strong front-to-back performance, 100 W power handling, N-Female connectivity, wide operating temperature range, high wind resistance, and rugged outdoor construction makes it a powerful and versatile choice for modern cellular infrastructure.