617–4000 MHz 5G Wideband Indoor Ceiling Antenna for DAS, 4G LTE, 5G NR, CBRS and Private NetworksThe 617–4000 MHz 5G Wideband Indoor Ceiling Antenna is an industry-leading solution for modern in-building wireless coverage, designed for customers who need reliable 4G LTE, 5G NR, DAS, IBS, signal booster, repeater, CBRS, private LTE, private 5G and neutral-host network performance from one compact indoor antenna platform. With exceptionally broad 617–4000 MHz frequency coverage, this best-in-class indoor ceiling antenna supports low-band, mid-band and Sub-6 GHz cellular frequencies through a single antenna. It is designed for professional Distributed Antenna Systems, In-Building Solutions, cellular signal enhancement systems and enterprise wireless infrastructure where network flexibility, low PIM performance and dependable 360-degree indoor signal distribution are critical. Unlike conventional indoor cellular antennas that are limited to frequency ranges such as 698–2700 MHz, this revolutionary wideband ceiling antenna extends coverage down to 617 MHz and up to 4000 MHz. This allows system integrators to support important low-band cellular spectrum, traditional LTE frequencies, CBRS, C-band and modern 5G Sub-6 GHz networks without deploying multiple narrowband antennas. For telecom contractors, DAS integrators, mobile network operators, private network providers and commercial property owners, this antenna provides a game-changing way to simplify indoor wireless infrastructure while preparing buildings for both current and future cellular technologies. One Wideband Antenna for 4G LTE and 5G Indoor CoverageModern buildings rarely rely on a single cellular frequency. Mobile operators may use 600 MHz, 700 MHz, 800 MHz, 900 MHz, 1800 MHz, 2100 MHz, 2300 MHz, 2600 MHz, 3500 MHz and other spectrum depending on the network and country. Using separate antennas for each frequency range increases installation complexity, inventory requirements and maintenance costs. The 617–4000 MHz wideband architecture solves this problem by allowing many commonly deployed cellular frequency bands to share one antenna platform. This makes the antenna particularly valuable for: 4G LTE indoor coverage 5G NR Sub-6 GHz coverage Distributed Antenna Systems In-Building Wireless Systems Cellular signal booster systems Cellular repeater systems Neutral-host DAS networks Multi-carrier cellular systems Private LTE networks Private 5G networks CBRS networks Enterprise wireless infrastructure Commercial building cellular enhancement 617–4000 MHz Ultra-Wideband Frequency CoverageOne of the strongest advantages of this product is its exceptionally broad frequency range. Many traditional indoor ceiling antennas begin at approximately 698 MHz and stop around 2700 MHz. This antenna operates from 617 MHz to 4000 MHz, giving network designers significantly greater flexibility. The lower 617 MHz frequency limit provides access to important low-band cellular spectrum, while the upper 4000 MHz limit supports modern mid-band 5G, CBRS and C-band applications. Frequency Range Typical Applications 617–698 MHz Low-band LTE and 5G 698–960 MHz 700, 800 and 900 MHz cellular 1427–1518 MHz Supplemental cellular spectrum 1710–2200 MHz LTE and 5G cellular networks 2300–2400 MHz LTE TDD and private networks 2496–2690 MHz LTE Band 41 and 5G n41 3300–3800 MHz 5G n78 and mid-band networks 3550–3700 MHz CBRS 3300–4000 MHz 5G C-band and supported n77 spectrum This wide operating range makes the antenna ideal for telecom professionals who want to reduce the number of different antenna models required across multiple projects. Extensive 5G NR Band CompatibilityThe antenna supports a wide range of 5G NR FR1 frequencies within its 617–4000 MHz operating range. Commercially important supported 5G bands include: n1 n2 n3 n5 n7 n8 n12 n13 n14 n20 n25 n26 n28 n30 n34 n38 n39 n40 n41 n48 n65 n66 n70 n71 n74 n78 The antenna also covers 3300–4000 MHz of the wider n77 frequency range. This makes the product highly suitable for indoor 5G network deployments requiring both low-band coverage and high-capacity mid-band spectrum. Comprehensive 4G LTE SupportThe antenna is also designed for extensive LTE compatibility across the 617–4000 MHz range. Commonly used LTE bands supported within this frequency range include: B1 B2 B3 B4 B5 B7 B8 B12 B13 B14 B17 B18 B19 B20 B25 B26 B28 B29 B30 B32 B38 B39 B40 B41 B42 B43 B44 B48 B65 B66 B67 B68 B70 B71 B74 B75 B76 B85 This broad LTE compatibility allows the antenna to support existing cellular infrastructure while giving building owners and network operators a clear migration path toward 5G. Low-Band Coverage Starting at 617 MHzSupport beginning at 617 MHz is a major differentiator compared with many conventional ceiling antennas. Low-band cellular spectrum is valuable for indoor networks because lower frequencies generally provide stronger building penetration and broader coverage. By supporting frequencies down to 617 MHz, this antenna can accommodate important low-band cellular services including LTE Band 71 and 5G n71. This is particularly valuable for indoor coverage projects in North America where 600 MHz cellular services are increasingly important. 5G Mid-Band and C-Band ReadyMany older DAS antennas were designed primarily for legacy 2G, 3G and LTE networks and stop below 2700 MHz. This antenna extends to 4000 MHz, enabling support for modern 5G mid-band deployments. This includes: 5G n78 at 3300–3800 MHz CBRS at 3550–3700 MHz LTE B42 LTE B43 LTE B48 Private LTE spectrum Private 5G spectrum C-band indoor wireless applications 3300–4000 MHz portion of n77 For building owners and integrators planning long-term wireless infrastructure, this frequency range provides substantially more future-ready performance than traditional 698–2700 MHz designs. Low PIM Performance for Professional DAS SystemsPassive Intermodulation can significantly affect cellular network performance, particularly when multiple carriers and frequency bands are transmitted through the same passive RF infrastructure. This antenna provides low-PIM performance of up to ≤ -140 dBc @ 2 W, making it suitable for professional multi-band and multi-carrier installations. Low PIM helps system designers reduce the risk of unwanted intermodulation products that can degrade: Receiver sensitivity Uplink performance Signal quality Network capacity Multi-carrier performance Overall DAS efficiency For operators and DAS integrators working with demanding commercial installations, low PIM is a critical component of maintaining high-quality RF infrastructure. 360-Degree Omnidirectional Indoor CoverageThe antenna provides a 360-degree horizontal radiation pattern that distributes cellular RF signals around the installation point. This makes it an excellent choice for centrally located ceiling installations where coverage is required in multiple directions. Typical installation locations include: Office floors Hotel corridors Conference areas Retail spaces Hospital floors Shopping centers Warehouses Airports Universities Public buildings Commercial lobbies Transportation terminals The omnidirectional pattern helps create balanced coverage around the antenna and reduces the need for precise directional alignment. Designed for Distributed Antenna SystemsThis antenna is particularly well suited for Distributed Antenna Systems where cellular signals must be distributed throughout large buildings or multiple floors. It can be connected through compatible coaxial cable, splitters, couplers, tappers and other passive DAS components to create an engineered in-building RF network. Typical DAS projects include: Office towers Hospitals Hotels Shopping malls Airports Railway stations Universities Convention centers Warehouses Industrial facilities High-rise residential buildings Underground parking structures For DAS integrators, the wide frequency coverage can reduce the number of antenna models required for different carrier and frequency configurations. Ideal for In-Building Wireless SystemsModern commercial buildings frequently experience indoor signal degradation due to reinforced concrete, steel, Low-E glass, elevators and other construction materials. These materials can significantly attenuate signals from outdoor cellular base stations. The antenna is designed to serve as an indoor RF distribution point within an In-Building Solution, helping provide reliable cellular coverage throughout the building. This makes it suitable for new construction projects as well as upgrades to existing buildings with poor cellular reception. Signal Booster and Cellular Repeater ApplicationsThe antenna can also be used as an indoor service antenna in compatible cellular signal booster and repeater systems. In a typical repeater system, an outdoor donor antenna receives the cellular signal, the repeater amplifies it and indoor antennas redistribute the amplified signal throughout the building. The 617–4000 MHz wideband coverage allows one antenna model to support many different cellular booster frequency configurations. This makes it particularly attractive to professional booster installers and telecom distributors. CBRS Ready for Enterprise and Private NetworksThe antenna fully covers the 3550–3700 MHz Citizens Broadband Radio Service spectrum used in the United States. CBRS is increasingly used for private LTE and private 5G networks in: Manufacturing plants Warehouses Logistics centers Universities Healthcare facilities Enterprise campuses Energy facilities Smart factories Transportation infrastructure Because this antenna covers CBRS along with traditional commercial cellular bands, integrators can use the same antenna platform across public cellular and private network deployments. Private LTE and Private 5G ApplicationsPrivate cellular networks are increasingly being deployed in industrial and enterprise environments where organizations need greater control, reliability and coverage than conventional Wi-Fi alone can provide. This antenna is well suited for compatible private LTE and private 5G systems operating within the 617–4000 MHz range. Potential applications include: Industrial automation Warehouse connectivity Logistics operations Smart manufacturing Enterprise communications Campus networks Connected equipment IoT gateways Operational technology networks Private enterprise mobility The wideband design allows customers to select appropriate cellular spectrum without being restricted by a narrow-frequency antenna. Multi-Carrier and Neutral-Host Network SupportLarge commercial buildings often need to support several mobile operators simultaneously. A narrowband antenna may be suitable for one carrier or one spectrum range but become unsuitable when additional operators are added. The 617–4000 MHz design gives neutral-host providers and multi-carrier DAS integrators much greater flexibility. One common antenna platform can support many cellular frequencies, simplifying infrastructure across multi-operator networks. This is particularly valuable in: Airports Stadiums Hospitals Hotels Shopping malls Convention centers Corporate towers Government buildings Transportation hubs Solves Weak Indoor Cellular SignalOne of the main problems this antenna helps solve is poor cellular coverage inside buildings. Indoor signal loss can cause: Dropped calls Failed calls Slow mobile data Weak 4G LTE reception Unstable 5G connections Poor voice quality Interrupted video calls Delayed mobile applications Cellular dead zones When properly integrated into a DAS, IBS, repeater or booster system, the antenna helps redistribute cellular RF signals to areas where outdoor macro network coverage is insufficient. Helps Eliminate Cellular Dead ZonesCellular dead zones are common in large or heavily constructed buildings. Typical problem areas include: Basements Underground parking Interior offices Warehouses Stairwells Corridors Conference rooms High-rise floors Interior retail spaces Installing multiple ceiling antennas throughout the building can help create a more controlled and uniform indoor coverage environment. Reduces the Need for Multiple Narrowband AntennasOne of the most important customer benefits is infrastructure consolidation. Instead of installing separate antennas for 700 MHz, 800 MHz, 900 MHz, 1800 MHz, 2100 MHz, 2600 MHz and 3500 MHz networks, customers can use one 617–4000 MHz antenna platform for many compatible bands. This can reduce: Hardware requirements Installation time Ceiling penetrations Cable complexity Spare-parts inventory Procurement complexity Maintenance requirements Future replacement costs Simplifies LTE to 5G Network UpgradesMany commercial buildings were originally equipped with indoor cellular infrastructure designed for LTE frequencies below 2700 MHz. As operators add 5G mid-band services, legacy antennas may become a limitation. The extended 4000 MHz upper frequency allows this antenna to support modern 5G and CBRS applications while continuing to support existing LTE services. This makes it an excellent choice for customers upgrading from LTE-only indoor wireless systems to multi-generation LTE and 5G networks. Future-Ready Network InfrastructureReplacing ceiling antennas after a building has been completed can be expensive and disruptive. A wideband antenna allows building owners and network operators to install broader-frequency infrastructure from the beginning. This can reduce the need for future antenna replacement when: New cellular bands are activated Operators deploy additional LTE spectrum 5G networks are expanded CBRS is introduced Private cellular networks are added Multi-carrier services are upgraded This makes the antenna a smart long-term investment for modern buildings. Professional 50 Ohm RF ArchitectureThe antenna uses standard 50-ohm impedance, allowing straightforward integration with professional RF and cellular infrastructure. It can be incorporated into systems using compatible: 50-ohm coaxial cable RF splitters Directional couplers Tappers Repeaters Signal boosters DAS equipment Small-cell RF systems Private cellular equipment This professional RF architecture makes the antenna suitable for engineered commercial telecom deployments. N-Female Connector for Commercial InstallationsThe N-Female RF connector is widely used throughout professional cellular and DAS infrastructure. N-type connections provide a robust interface for fixed RF installations and are commonly paired with low-loss coaxial cables used in commercial indoor cellular networks. For system integrators, this makes the antenna easy to integrate into standard DAS architecture without requiring specialized connector systems. RG141 Pigtail for Installation FlexibilityThe RG141 pigtail provides a flexible RF connection between the antenna and the building's coaxial distribution system. This can make installation easier in ceiling spaces where rigid connector positioning may be inconvenient. The pigtail design also provides additional flexibility when connecting the antenna to feeder cable, jumper cable or other passive DAS components. Up to 100 W Power HandlingThe antenna supports up to 100 W maximum input power, providing substantial RF power handling capability for professional indoor distribution networks. This gives system engineers additional design flexibility when working with multi-carrier and higher-power RF systems. Actual operating power should always be calculated according to system architecture, carrier count, feeder losses and passive component specifications. Durable UV-Resistant ABS RadomeThe antenna is protected by a durable UV-resistant ABS radome designed for long-term installation. Although the antenna is primarily intended for indoor use, UV-resistant material provides added durability in areas where the antenna may receive sunlight through: Windows Glass atriums Skylights Building entrances Semi-exposed indoor areas The compact radome also helps protect the internal antenna elements while maintaining a clean commercial appearance. Discreet Ceiling-Mount DesignCommercial buildings often require wireless infrastructure that delivers strong RF performance without negatively affecting interior appearance. The ceiling-mount design allows the antenna to blend naturally into modern indoor environments. This makes it particularly suitable for: Hotels Offices Hospitals Retail stores Airports Corporate buildings Universities Conference centers High-end commercial properties Compared with large wall-mounted or outdoor-style antennas, the ceiling form factor provides a cleaner and more professional installation. Ideal ApplicationsThe antenna is designed for a wide variety of professional indoor wireless environments. Commercial OfficesImprove cellular service in offices, meeting rooms, corridors, reception areas and large corporate buildings. Hotels and ResortsProvide stronger indoor 4G and 5G coverage across guest rooms, conference areas, lobbies, restaurants and common areas. Hospitals and Healthcare FacilitiesSupport reliable cellular connectivity throughout medical buildings, administrative areas and healthcare campuses. Shopping Malls and Retail CentersDeliver better indoor cellular coverage for customers, employees, mobile applications and connected retail systems. Airports and Transportation FacilitiesSupport high-traffic indoor areas including passenger terminals, waiting areas and transportation infrastructure. Warehouses and Logistics CentersHelp overcome cellular signal attenuation caused by metal shelving, concrete structures and large indoor floor areas. Factories and Industrial FacilitiesSupport public cellular, private LTE and private 5G connectivity for industrial operations and smart manufacturing. Universities and CampusesProvide consistent cellular coverage across classrooms, laboratories, libraries, offices and student facilities. Parking Garages and Underground AreasExtend cellular coverage into underground and enclosed areas where outdoor signals are weak or unavailable. High-Rise BuildingsDeploy antennas floor by floor as part of an engineered DAS or repeater network. Stadiums and Convention CentersSupport large indoor public venues where broad multi-band cellular infrastructure is required. Target CustomersThis product is designed for professional B2B customers including: DAS system integrators In-building wireless contractors Cellular signal booster installers RF engineering companies Telecom infrastructure contractors Mobile network operators Neutral-host providers Private LTE integrators Private 5G integrators CBRS solution providers Telecom distributors RF wholesalers Cellular equipment resellers OEM and ODM telecom brands Commercial building developers Property management companies Facility operators Industrial wireless solution providers Low-voltage contractors MEP contractors Enterprise network providers Key Customer Problems SolvedThis wideband indoor ceiling antenna helps customers address a broad range of real-world network challenges. Customer Problem How This Antenna Helps Weak indoor cellular coverage Distributes compatible cellular signals throughout buildings Cellular dead zones Enables additional indoor RF coverage points Dropped calls Supports stronger indoor RF distribution Slow mobile data Improves access to available LTE and 5G signals Limited indoor 5G Extends coverage up to 4000 MHz No 600 MHz support Frequency coverage begins at 617 MHz Legacy DAS bandwidth limitations Supports both LTE and modern 5G frequencies Multiple antenna models required One wideband antenna covers many bands Multi-carrier complexity Supports broad multi-band DAS architectures CBRS network requirements Covers 3550–3700 MHz Private LTE requirements Supports compatible private cellular spectrum Private 5G requirements Supports compatible Sub-6 GHz frequencies Excessive installation complexity Consolidates multiple bands into one antenna platform Future upgrade costs Wideband design supports evolving networks High SKU inventory One broadband model can serve multiple project types PIM concerns Low-PIM construction supports professional DAS applications Why This Antenna Is DifferentThe strongest competitive advantage of this product is the combination of ultra-wideband cellular coverage and commercial-grade RF performance in one indoor ceiling antenna. Wider Frequency Coverage Than Traditional DAS AntennasMany conventional models cover approximately 698–2700 MHz. This antenna covers 617–4000 MHz. That means it adds important frequency capability at both ends of the spectrum. At the low end, it supports newer 600 MHz cellular services. At the high end, it supports CBRS, 5G mid-band, n78 and other frequencies approaching 4 GHz. Built for Modern LTE and 5G NetworksThis antenna is not limited to legacy LTE coverage. It is designed for modern multi-generation wireless infrastructure where existing LTE networks must coexist with 5G NR and private network technologies. Supports Both Coverage and Capacity SpectrumLow-band cellular spectrum is useful for broad coverage and building penetration. Mid-band spectrum is increasingly used for higher-capacity 5G services. Because this antenna supports both, network designers can build more flexible systems using one antenna architecture. Professional Low-PIM PerformanceLow-PIM capability makes this product a better fit for commercial DAS and multi-carrier networks than generic consumer indoor antennas. CBRS and Private Network ReadyFull 3550–3700 MHz CBRS coverage expands the product beyond traditional carrier DAS applications into enterprise private wireless networks. Reduces Infrastructure ComplexityOne wideband ceiling antenna can replace several narrowband models in many network designs. This provides meaningful benefits for installers, distributors and building owners. Easier Standardization Across ProjectsSystem integrators can standardize on one antenna model for multiple customer projects, which can simplify: Procurement Inventory Installation training Spare parts Project design Product selection Maintenance Technical SpecificationsSpecification Value Product Type Indoor Wideband Ceiling Antenna Frequency Range 617–4000 MHz Gain 2–5 dBi Polarization Vertical Horizontal Beamwidth 360° VSWR ≤ 1.8 PIM ≤ -140 dBc @ 2 W Maximum Input Power 100 W Impedance 50 Ω Connector N-Female Pigtail Cable RG141 Radome Material UV-Resistant ABS Installation Indoor Ceiling Mount Network Support 4G LTE, 5G NR, DAS, IBS, CBRS, Private LTE, Private 5G Radiation Type Omnidirectional Key Features and BenefitsUltra-wide 617–4000 MHz coverage Supports 4G LTE and 5G NR Full 3550–3700 MHz CBRS coverage Supports 5G n78 Supports low-band n71 and B71 Low-PIM performance 360-degree omnidirectional coverage Up to 100 W power handling Professional N-Female connector Standard 50-ohm impedance Flexible RG141 pigtail Durable ABS radome Ceiling-mount installation Multi-carrier compatibility Neutral-host DAS ready Private LTE ready Private 5G ready LTE to 5G upgrade friendly Reduced antenna SKU requirements Future-ready broadband infrastructure A Best-in-Class Choice for Modern Indoor Cellular InfrastructureThe 617–4000 MHz 5G Wideband Indoor Ceiling Antenna represents a major step forward from conventional narrowband and legacy DAS antennas. Its combination of wideband cellular coverage, 5G Sub-6 GHz capability, low-band support, CBRS compatibility, low-PIM performance, 360-degree omnidirectional radiation, professional N-Female connectivity and high RF power handling creates a versatile antenna platform for today's most demanding indoor wireless environments. For DAS integrators, telecom contractors and private network providers, this antenna can simplify network design while reducing the number of different antenna models required. For building owners and facility operators, it provides a future-ready infrastructure platform capable of supporting current LTE networks while preparing indoor systems for continued 5G expansion. For distributors and OEM brands, it offers a highly versatile product that addresses a broad range of indoor cellular applications using one standardized antenna platform. Whether the objective is eliminating cellular dead zones in an office tower, deploying a neutral-host DAS in an airport, upgrading a hotel from LTE to 5G, installing a CBRS private network in a warehouse or building a multi-carrier indoor cellular system, this industry-leading 617–4000 MHz ceiling antenna delivers the wideband flexibility, professional RF performance and long-term network compatibility required for modern in-building wireless infrastructure.