617–4000 MHz Wideband Indoor Omnidirectional Ceiling Antenna for 4G LTE, 5G, DAS and Private NetworksDeliver reliable indoor cellular coverage with an industry-leading wideband ceiling antenna engineered for professional 4G LTE, 5G, Distributed Antenna System, cellular repeater, private LTE, private 5G, CBRS and indoor wireless infrastructure applications. Covering 617–960 MHz, 1710–2700 MHz and 3400–4000 MHz, this best-in-class indoor omnidirectional antenna brings multiple cellular frequency ranges together in one compact ceiling-mounted solution. It is designed for system integrators, telecom contractors, wireless infrastructure providers, DAS installers, repeater specialists, private network operators, RF distributors and OEM customers that need a flexible antenna platform for modern indoor connectivity projects. The wideband architecture helps simplify antenna selection across multi-band installations. Instead of deploying separate indoor antennas for low-band cellular, mid-band LTE and higher-frequency private network applications, installers can standardize around one professional ceiling antenna across many supported networks. With 3 dBi gain, 360° horizontal coverage, an 85° vertical beamwidth, 50-ohm impedance, vertical polarization, VSWR of 1.8 or less and up to 50 W input power, the antenna is engineered for dependable indoor RF distribution in commercial, industrial and enterprise environments. One Wideband Antenna for Modern Indoor Cellular NetworksIndoor wireless networks are becoming increasingly complex. A single building may need to support traditional LTE services, newer 5G deployments, private cellular networks, cellular IoT gateways and enterprise wireless infrastructure. This revolutionary wideband ceiling antenna is designed to reduce that complexity. Its broad 617–4000 MHz operating capability allows system designers to use one antenna platform across a wide variety of supported cellular frequencies. This makes it especially valuable for projects where network requirements may evolve over time. For building owners and network integrators, this means easier system planning, fewer antenna types, simplified inventory management and greater flexibility when upgrading indoor cellular infrastructure. For distributors and resellers, the wide frequency range can also reduce SKU complexity by allowing a single antenna design to address multiple project requirements. Key Customer BenefitsBroad 617–4000 MHz Frequency CoverageThe antenna operates across 617–960 MHz, 1710–2700 MHz and 3400–4000 MHz according to the electrical specification, providing broad coverage across low-band, mid-band and higher-frequency wireless applications. This wideband performance makes it suitable for many 4G LTE, 5G, DAS, repeater, private cellular and CBRS-oriented indoor systems operating within the supported frequencies. 360° Omnidirectional Indoor CoverageA 360° horizontal half-power beamwidth allows RF energy to be distributed around the antenna in every horizontal direction. This makes the antenna especially suitable for central ceiling installation in offices, hotels, shopping centers, hospitals, warehouses and other indoor environments where users and wireless devices may be located in multiple directions around the antenna. Wide 85° Vertical BeamwidthThe 85° vertical half-power beamwidth supports broad indoor signal distribution from a ceiling-mounted position. Combined with 360° horizontal coverage, this radiation pattern makes the antenna highly practical for open indoor areas, commercial spaces, corridors, technical facilities and other environments requiring broad rather than highly directional coverage. Professional 3 dBi Omnidirectional GainThe antenna provides 3 dBi gain across its specified design. This gain level is optimized for indoor omnidirectional distribution where the objective is balanced coverage around the installation point instead of concentrating RF energy into a narrow directional beam. Reliable VSWR PerformanceWith a specified VSWR of 1.8 or less, the antenna is engineered to provide effective impedance matching across its supported frequency ranges. Good impedance matching helps reduce reflected RF energy and supports efficient signal transfer when the antenna is correctly integrated with compatible indoor RF equipment. Standard 50-Ohm RF ArchitectureThe antenna uses a standard 50-ohm input impedance, making it compatible with professional telecommunications and RF infrastructure designed around 50-ohm systems. This helps simplify integration with DAS components, repeaters, RF distribution equipment, coaxial cable assemblies and other professional wireless infrastructure. Professional N-Female ConnectivityAn N-female RF interface provides a robust connection commonly used throughout professional telecommunications, DAS and RF infrastructure. Compared with small consumer connectors, the N-type interface is well suited to permanent indoor infrastructure installations and professional coaxial cable systems. Integrated RG58U CableThe antenna includes a 0.3 m white RG58U cable, providing a convenient connection lead between the antenna and the wider RF distribution system. This integrated cable configuration can help simplify ceiling installation and connection to nearby RF cabling or system components. Up to 50 W Input PowerWith a maximum input power rating of 50 W, the antenna is suitable for a wide range of professional indoor RF distribution applications. This makes it appropriate for commercial systems where greater RF power handling may be required than in typical consumer wireless equipment. Designed for 4G LTE Indoor CoverageThe antenna's 617–4000 MHz operating range makes it a versatile solution for indoor 4G LTE infrastructure operating within supported frequencies. It can be deployed as the indoor radiating element of a DAS or cellular repeater system to distribute LTE signals throughout buildings where outdoor macro-network coverage is insufficient. Typical applications include office buildings, hotels, shopping centers, hospitals, universities, warehouses, factories, underground areas, transportation facilities and other locations where building materials or physical layout can weaken cellular signals. Its wideband design is particularly attractive for integrators managing multiple LTE frequency ranges because it reduces dependence on separate narrowband antennas. Ready for 5G Indoor CoverageAs mobile networks continue evolving toward 5G, indoor infrastructure must accommodate a broader range of spectrum. The antenna's frequency coverage extends into commonly used sub-6 GHz cellular spectrum, allowing it to support compatible 5G network deployments within its specified operating ranges. This makes the antenna a powerful option for indoor 5G coverage projects, network modernization, building upgrades and hybrid installations that need to support both established LTE infrastructure and newer cellular technologies. For system designers, this broad spectrum capability can provide greater deployment flexibility and help reduce the need to replace antennas solely because additional supported frequency bands are introduced. Optimized for Distributed Antenna SystemsIndoor DAS ApplicationsDistributed Antenna Systems are frequently used to improve cellular coverage inside buildings where outdoor network signals cannot adequately penetrate the structure. This ceiling antenna can act as an indoor RF distribution point within a properly engineered DAS. Its 360° omnidirectional pattern helps distribute RF signals around the antenna, while the broad frequency range allows the same antenna platform to support multiple compatible cellular services. Typical DAS environments include: Commercial office buildings Hotels and resorts Shopping malls Hospitals Universities Convention centers Transportation terminals Industrial facilities Warehouses Public buildings Parking structures Enterprise campuses Ideal for Cellular Repeater and Signal Booster SystemsLarge buildings often contain cellular dead zones caused by concrete walls, metal structures, insulated glass, underground locations and distance from outdoor base stations. When incorporated into a correctly designed cellular repeater or signal booster system, this antenna can serve as the indoor distribution antenna that rebroadcasts amplified cellular signals throughout the coverage area. Its ceiling-mounted omnidirectional design makes it particularly suitable for commercial installations where users may be positioned in multiple directions around the antenna. Private LTE and Private 5G NetworksPrivate cellular networks are increasingly used by enterprises that need controlled wireless connectivity for operational equipment, employees, machines and IoT devices. The wide 617–4000 MHz architecture makes this antenna suitable for compatible private LTE and private 5G networks operating within its supported frequency ranges. Potential environments include: Smart factories Manufacturing facilities Distribution centers Logistics hubs Enterprise campuses Utilities Industrial automation facilities Warehouses Research facilities Smart buildings The antenna can help provide a common RF distribution platform for installations where network requirements may change as private cellular infrastructure develops. CBRS Indoor Network ApplicationsThe upper 3400–4000 MHz range includes spectrum used by compatible CBRS-oriented indoor systems. This makes the antenna particularly relevant to private wireless integrators and enterprise connectivity providers deploying indoor systems around the 3.5 GHz spectrum. CBRS applications can include private enterprise connectivity, industrial wireless networks, logistics operations, smart buildings and campus communication systems. Cellular IoT and M2M ConnectivityCellular IoT networks depend on reliable RF coverage for connected gateways, monitoring equipment, sensors, industrial routers and machine-to-machine communication devices. The antenna's broad spectrum coverage makes it suitable for compatible cellular IoT applications operating within the supported LTE and 5G frequency ranges. Possible cellular IoT applications include: Smart building gateways Industrial monitoring systems Remote equipment monitoring Logistics tracking infrastructure Smart utility systems Cellular routers M2M communications Building automation Asset monitoring Enterprise IoT networks Solving Weak Indoor Cellular CoverageOutdoor cellular networks are not always capable of delivering strong signals throughout an entire building. Walls, reinforced concrete, metal surfaces, low-emissivity glass, underground rooms and large internal spaces can attenuate RF signals and create unreliable cellular coverage. This wideband indoor antenna helps address that challenge when used as part of a properly designed indoor wireless system. Rather than relying solely on outdoor signals to penetrate deep into a building, the antenna allows RF energy to be distributed closer to end users and connected devices. Helping Eliminate Indoor Dead ZonesCoverage dead zones can occur in: Basements Interior offices Corridors Large warehouses Parking structures Elevator lobby areas Commercial floors Industrial facilities Underground spaces Areas surrounded by dense construction materials The omnidirectional ceiling architecture is designed to provide broad local coverage around each antenna installation point. Multiple antennas can also be incorporated into a professionally engineered RF distribution system to extend coverage across larger facilities. Reduce Multi-Antenna ComplexityOne of the most powerful advantages of the product is its wide operating spectrum. Traditional installations may require different antennas for low-band cellular frequencies, traditional LTE frequencies and higher-frequency wireless networks. A 617–4000 MHz antenna can help consolidate many of those requirements into a single antenna platform. This can help system integrators reduce: Antenna SKU count Inventory complexity Installation planning complexity Frequency-specific antenna selection Spare-part requirements Procurement complexity Upgrade complexity For distributors, installers and OEM partners, this simplified platform can provide significant operational value. Future-Ready Indoor Wireless InfrastructureTelecommunication networks continue to evolve. A building designed only around a narrow set of frequencies may require additional antenna replacement as operators introduce new network technologies or supported spectrum. A wideband ceiling antenna gives installers greater flexibility to accommodate current and future wireless systems operating inside its supported frequency ranges. This makes it an excellent choice for customers looking for a more flexible and upgrade-friendly indoor cellular infrastructure solution. Compact and Professional Ceiling-Mount DesignThe antenna measures approximately Φ185 × 85 mm and weighs approximately 0.27 kg. Its compact profile helps it blend naturally into commercial indoor spaces while still delivering professional RF functionality. The white ABS enclosure makes the antenna suitable for environments where visual appearance matters, including hotels, offices, hospitals, retail spaces, schools and commercial buildings. Built for Demanding InstallationsThe antenna is specified for operation from -40°C to +65°C, providing a wide temperature tolerance for indoor and sheltered technical installations. Its DC-ground design adds another professional RF system characteristic for compatible installations. These characteristics make the antenna suitable not only for standard commercial interiors but also for demanding industrial, warehouse and infrastructure environments. Key Technical SpecificationsSpecification Value Product Type Indoor Omnidirectional Ceiling Antenna Frequency Range 617–960 / 1710–2700 / 3400–4000 MHz Gain 3 dBi VSWR ≤1.8 Input Impedance 50 Ω Polarization Vertical Horizontal Beamwidth 360° Vertical Beamwidth 85° Maximum Input Power 50 W Lightning Protection DC Ground Connector N-Female Cable Type RG58U Cable Length 0.3 m Operating Temperature -40°C to +65°C Antenna Weight 0.27 kg Dimensions Φ185 × 85 mm Radome Material ABS Color White The electrical and mechanical values above are taken from the product specification. Typical ApplicationsThis best-in-class indoor ceiling antenna is designed for a broad range of professional applications, including: 4G LTE indoor coverage 5G indoor coverage Distributed Antenna Systems Cellular repeater systems Signal booster systems Private LTE networks Private 5G networks CBRS indoor networks Enterprise cellular infrastructure Small cell support environments Cellular IoT networks M2M connectivity Smart building systems Industrial wireless networks Warehouse connectivity Commercial building coverage Transportation facilities Hospitality wireless infrastructure Healthcare communication systems Campus cellular networks Ideal Deployment LocationsOffice BuildingsImprove indoor cellular connectivity across working areas, meeting rooms, corridors and common spaces. Hotels and ResortsSupport more consistent cellular coverage in guest areas, conference facilities, reception areas and shared indoor spaces. Shopping Malls and Retail CentersProvide indoor cellular distribution across large commercial environments where dense construction and large floor areas may affect outdoor network coverage. Hospitals and Healthcare FacilitiesSupport professional indoor cellular infrastructure across treatment areas, administrative spaces and common areas where reliable connectivity is increasingly important. Schools and UniversitiesProvide indoor cellular coverage across classrooms, administrative buildings, libraries, laboratories and campus facilities. Warehouses and Distribution CentersSupport cellular connectivity for employees, handheld equipment, gateways, routers and connected logistics systems. Factories and Industrial FacilitiesEnable private cellular networks, industrial IoT connectivity and general indoor mobile coverage across production environments. Airports and Transportation FacilitiesSupport indoor cellular infrastructure across terminals, waiting areas and other large public spaces. Parking Garages and Basement AreasHelp address weak cellular coverage in locations where outdoor network signals are heavily attenuated by surrounding building materials. Designed for Professional System IntegratorsThis antenna is particularly valuable for professional integrators because it combines broad spectrum coverage with a familiar RF architecture. The N-female connector, 50-ohm impedance, wideband coverage and ceiling-mounted omnidirectional design allow the antenna to be integrated into many professional RF distribution systems. Instead of managing many narrowband indoor antenna models, integrators can use this platform across multiple supported network configurations. Built for Telecom Distributors and ResellersTelecom distributors often need to carry antennas for several frequency ranges and customer applications. A broad-frequency ceiling antenna can simplify inventory by addressing multiple wireless network requirements with a single product. This makes it particularly attractive for: Telecom distributors RF component wholesalers Antenna resellers Wireless equipment dealers DAS equipment suppliers Repeater system suppliers Enterprise network distributors Industrial connectivity suppliers OEM and ODM Friendly Product PlatformFor OEM and ODM customers, the wideband architecture provides a flexible basis for indoor cellular product portfolios. A single broad-frequency antenna platform can be positioned across multiple telecommunications, private network, enterprise and industrial applications. This is particularly useful for companies seeking to build a streamlined indoor antenna product line without maintaining large numbers of frequency-specific variants. Why Choose This 617–4000 MHz Ceiling AntennaOne Antenna for Multiple Frequency GroupsThe wide operating spectrum allows customers to address many indoor cellular requirements through one flexible platform. Wide Omnidirectional CoverageThe 360° horizontal radiation pattern is optimized for broad indoor distribution around the antenna. Professional RF PerformanceVSWR ≤1.8, 50-ohm impedance and 50 W maximum input power support professional indoor wireless infrastructure. Compact Ceiling InstallationThe Φ185 × 85 mm form factor provides a practical balance between RF performance and discreet indoor installation. Professional N-Female ConnectionThe N-type RF interface integrates easily into professional DAS, repeater and RF distribution environments. Reduced SKU ComplexityBroad frequency coverage can reduce the number of separate antenna models required for different projects. Upgrade-Friendly DesignThe wideband architecture provides greater flexibility when indoor networks are expanded or modernized within supported frequency ranges. Suitable for Commercial and Industrial ProjectsThe compact ABS enclosure, wide operating temperature range and professional RF configuration make the antenna suitable for a broad range of indoor environments. A Smarter Approach to Indoor Cellular CoverageThe 617–4000 MHz indoor omnidirectional ceiling antenna delivers a game-changing combination of wideband RF coverage, professional system compatibility, compact installation and multi-application flexibility. For DAS integrators, repeater installers, private network providers, telecom distributors and enterprise wireless specialists, it provides a practical way to standardize indoor antenna infrastructure across a wide range of cellular technologies. Its broad frequency coverage helps reduce the limitations of narrowband antennas. Its omnidirectional radiation pattern provides effective indoor signal distribution. Its professional N-female interface supports integration into commercial RF systems. Its compact ceiling-mounted design allows it to fit naturally into modern buildings. Whether the requirement is 4G LTE coverage, 5G indoor connectivity, DAS deployment, a cellular repeater system, private LTE, private 5G, CBRS, cellular IoT or enterprise wireless infrastructure, this industry-leading wideband ceiling antenna provides a versatile and future-ready foundation for professional indoor connectivity.