Industry-Leading 617–960 MHz and 2700–4000 MHz Indoor 5G Ceiling AntennaThe 617–960 MHz and 2700–4000 MHz Dual-Port Indoor Ceiling Antenna is an industry-leading solution engineered for professional 4G LTE, 5G NR, Distributed Antenna System, In-Building System, Neutral Host, Private LTE, Private 5G, CBRS, cellular repeater, signal booster, and enterprise wireless infrastructure. Designed for modern buildings that require reliable low-band cellular coverage and high-capacity 5G mid-band performance, this revolutionary ceiling antenna combines two dedicated RF frequency paths inside one compact indoor housing. Port 1 operates from 617–960 MHz for low-band LTE and 5G services. Port 2 operates from 2700–4000 MHz for 5G mid-band, C-Band, CBRS, Private 5G, n48, n78, and applicable n77 deployments. Unlike conventional dual-port ceiling antennas where both RF ports often operate across the same frequency range, this best-in-class design separates low-band and mid-band services into dedicated RF paths. This gives DAS system integrators, IBS integrators, RF engineers, Neutral Host providers, telecom contractors, and Private 5G solution providers greater flexibility when designing complex indoor cellular networks. The result is a game-changing professional ceiling antenna that helps customers improve indoor coverage, support modern 5G capacity requirements, reduce antenna clutter, simplify installation, and prepare buildings for next-generation cellular infrastructure. Dual-Port Architecture Designed for Modern Cellular NetworksThe defining advantage of this indoor cellular antenna is its dedicated dual-port architecture. RF Port Frequency Range Primary Applications Port 1 617–960 MHz Low-band 4G LTE, low-band 5G NR, DAS, IBS, cellular coverage Port 2 2700–4000 MHz 5G mid-band, C-Band, CBRS, Private 5G, n48, n78, partial n77 Port 1 provides coverage across important 600 MHz, 700 MHz, 800 MHz, 850 MHz, and 900 MHz cellular frequencies. These low-band frequencies are particularly valuable for indoor cellular coverage because they generally provide favorable propagation characteristics and better penetration through walls, floors, and other building materials. Port 2 is optimized for modern high-capacity cellular infrastructure. Its 2700–4000 MHz operating range supports key 5G mid-band spectrum used for commercial 5G, enterprise Private 5G, CBRS, industrial networks, smart factories, warehouses, campuses, transportation facilities, and modern indoor DAS systems. This dedicated architecture allows low-band coverage and 5G mid-band capacity to coexist within one professional ceiling-mounted platform. Comprehensive 5G NR Band SupportThe antenna provides excellent support for important global 5G NR frequency bands. 5G NR Band Frequency Range Coverage n71 617–698 MHz Full n28 703–803 MHz Full n20 791–862 MHz Full n5 824–894 MHz Full n8 880–960 MHz Full n48 3550–3700 MHz Full n78 3300–3800 MHz Full n77 3300–4200 MHz Partial coverage from 3300–4000 MHz This combination makes the antenna particularly attractive for customers looking for a low-band 5G ceiling antenna, n71 ceiling antenna, n28 indoor antenna, n48 CBRS antenna, n78 ceiling antenna, Private 5G antenna, C-Band indoor antenna, or professional 5G DAS antenna. Full n78 CoverageThe 2700–4000 MHz RF path fully covers 3300–3800 MHz 5G NR n78. This makes the antenna exceptionally well suited to international 5G infrastructure, indoor 5G systems, Private 5G deployments, enterprise wireless networks, smart factories, industrial facilities, warehouses, logistics centers, universities, airports, hospitals, and commercial buildings. Full n48 and CBRS CoverageThe antenna fully supports 3550–3700 MHz n48 and CBRS spectrum. CBRS has become increasingly important for enterprise cellular networks, Private LTE, Private 5G, industrial connectivity, campus networks, smart manufacturing, warehouse automation, logistics facilities, healthcare networks, and commercial buildings. For CBRS system integrators and Private 5G solution providers, this antenna provides a professional indoor RF distribution solution designed specifically for modern enterprise cellular infrastructure. Partial n77 CoverageThe high-frequency port supports 3300–4000 MHz within the broader n77 frequency range. This makes it suitable for n77 networks operating below 4000 MHz. Full n77 extends to 4200 MHz, so systems requiring operation between 4000 and 4200 MHz should use an antenna specifically designed for that upper frequency range. Extensive LTE Frequency CompatibilityThe low-band RF path supports a wide range of LTE frequencies used in indoor DAS, IBS, signal booster, repeater, and enterprise wireless systems. Compatible LTE bands within the operating range include: LTE Band 5 LTE Band 8 LTE Band 12 LTE Band 13 LTE Band 14 LTE Band 17 LTE Band 18 LTE Band 19 LTE Band 20 LTE Band 26 LTE Band 28 LTE Band 29 LTE Band 44 LTE Band 67 LTE Band 68 LTE Band 71 LTE Band 85 LTE Band 42 LTE Band 43 LTE Band 48 LTE Band 52 This broad compatibility allows the antenna to support numerous commercial and private cellular network architectures across different regions and operators. Designed for Indoor DAS ApplicationsDistributed Antenna Systems require reliable, professional-grade RF components that can distribute cellular signals throughout large or complex buildings. This antenna is ideally suited for indoor DAS systems because it combines: 617–960 MHz low-band cellular coverage 2700–4000 MHz 5G mid-band coverage 360-degree horizontal omnidirectional radiation Horizontal and vertical polarization Low-PIM-oriented RF design Dual N-Female connectors 50-ohm impedance Professional RG141 pigtails Up to 100 W maximum input power Compact indoor ceiling mounting For DAS system integrators, this combination provides a highly versatile antenna platform for office buildings, hotels, hospitals, airports, universities, transportation hubs, shopping malls, factories, warehouses, convention centers, and other large facilities. Professional In-Building System AntennaModern buildings often suffer from weak indoor cellular signals because exterior macro-network signals must pass through concrete, reinforced steel, low-emissivity glass, insulation, walls, floors, and other structural materials. An In-Building System places RF distribution equipment closer to the users inside the building. This antenna functions as a professional indoor service antenna within compatible IBS infrastructure, helping system designers distribute LTE and 5G signals throughout: Offices Hotels Shopping malls Hospitals Airports Railway stations Universities Warehouses Logistics centers Factories Convention centers Commercial buildings Government facilities Transportation hubs Its ceiling-mounted omnidirectional configuration is particularly useful for creating broad surrounding coverage from centrally located installation points. Neutral Host and Multi-Operator Network ReadyLarge commercial and public facilities frequently need to support multiple mobile operators through shared indoor infrastructure. This antenna is designed for use in professionally engineered Neutral Host and multi-operator cellular systems where the required frequencies fall within its specified operating ranges. Its broad low-band coverage and strong 5G mid-band support allow system integrators to incorporate several cellular services into one indoor RF infrastructure. The low-PIM-oriented construction is especially important in multi-carrier systems where multiple RF signals may operate simultaneously. Revolutionary Private 5G Antenna PlatformPrivate 5G is transforming enterprise and industrial connectivity. Factories, warehouses, ports, logistics centers, universities, hospitals, transportation facilities, energy companies, corporate campuses, and large enterprises increasingly require private cellular networks that provide controlled coverage, mobility, security, reliability, and scalable connectivity. The 2700–4000 MHz RF path makes this antenna an outstanding option for compatible Private 5G systems. It provides full support for n48 and n78, along with applicable n77 frequencies below 4000 MHz. This makes the antenna suitable for Private 5G applications such as: Smart manufacturing Industrial automation Warehouse connectivity Logistics operations Enterprise mobility Connected handheld terminals Automated guided vehicle communications Mobile workforce connectivity Campus communications Industrial IoT infrastructure Best-in-Class CBRS Indoor AntennaFor CBRS network designers, full 3550–3700 MHz coverage is a major advantage. The antenna can be deployed as part of indoor CBRS systems serving: Enterprise offices Manufacturing facilities Warehouses Distribution centers Universities Hospitals Commercial properties Hospitality facilities Transportation facilities Private wireless networks This makes it an excellent CBRS ceiling antenna, Private LTE antenna, Private 5G antenna, enterprise cellular antenna, and indoor cellular infrastructure component. 360-Degree Omnidirectional Indoor CoverageThe antenna provides a 360-degree horizontal omnidirectional radiation pattern. This enables RF energy to be distributed around the antenna installation point rather than concentrated in only one direction. The result is an efficient solution for ceiling-mounted installations in open office environments, hotel corridors, retail spaces, public buildings, warehouse areas, hospital floors, airport terminals, campus buildings, and other indoor environments requiring broad surrounding cellular coverage. Compared with directional panel antennas, an omnidirectional ceiling antenna can simplify RF planning in environments where users are distributed around the antenna rather than concentrated in one specific direction. Horizontal and Vertical PolarizationThe antenna incorporates horizontal and vertical polarization. This professional polarization architecture makes the product suitable for sophisticated indoor RF infrastructure where polarization characteristics form part of the overall system design. It provides greater design flexibility for: DAS systems IBS systems Neutral Host networks Multi-operator systems Enterprise cellular networks Private LTE Private 5G CBRS Cellular repeater systems Low-PIM Design for Professional Cellular InfrastructurePassive Intermodulation is an important consideration in modern multi-carrier cellular networks. When multiple high-power RF signals pass through an RF system, nonlinear junctions can generate unwanted intermodulation products. These unwanted signals can interfere with receiver performance and reduce overall network quality. This antenna is designed for low-PIM applications, making it more appropriate for professional DAS, IBS, Neutral Host, multi-operator, and cellular infrastructure projects than ordinary consumer-grade antennas. For projects with specific PIM acceptance requirements, the required PIM level and testing conditions should be confirmed during the project specification process. Professional Dual N-Female RF InterfacesThe antenna uses two N-Female connectors. N-type connectors are widely used in professional RF and telecom infrastructure because they integrate easily with common feeder cables, coaxial cables, splitters, couplers, repeaters, boosters, DAS components, and RF distribution equipment. Each N-Female connector corresponds to one dedicated RF frequency path, allowing installers to maintain clear separation between the low-band and 5G mid-band sections of the network. This is particularly valuable for system integrators working with complex multi-band indoor cellular designs. RG141 RF Pigtails for Reliable IntegrationThe antenna includes two RG141 RF pigtails, approximately 35 cm in length. RG141 provides a professional RF connection solution suitable for infrastructure applications where reliable signal performance and robust installation are important. The use of RG141 further separates this antenna from basic consumer-oriented indoor antennas using lightweight Wi-Fi-grade cables. 100 W Maximum Input PowerWith up to 100 W maximum input power, this antenna is designed for professional RF infrastructure. The high power-handling capability provides system designers with greater flexibility when integrating the antenna into properly engineered: DAS networks IBS networks Signal booster systems Cellular repeaters RF distribution systems Enterprise cellular networks Private LTE systems Private 5G networks CBRS infrastructure Standard 50-Ohm RF ArchitectureThe antenna operates with standard 50-ohm impedance. This ensures compatibility with professional telecom equipment and RF infrastructure, including: 50-ohm coaxial cables DAS components RF splitters Directional couplers Repeaters Signal boosters Private cellular equipment RF distribution networks The standard impedance simplifies integration and reduces the need for unusual impedance-matching components. DC Ground ProtectionDC Ground protection provides another professional RF system feature. This contributes to the antenna's suitability for commercial and infrastructure-grade cellular networks and further differentiates it from basic indoor consumer antennas. One Housing for Low-Band and Mid-Band Cellular InfrastructureOne of the biggest customer advantages is physical consolidation. Traditional deployments may require one ceiling antenna for low-band cellular frequencies and another antenna for modern 5G mid-band frequencies. This dual-port antenna integrates both frequency groups into one housing. For compatible system architectures, this can provide several important benefits: Fewer physical antenna housings Reduced ceiling clutter Cleaner commercial installation More efficient use of ceiling space Fewer mounting locations Easier coordination with interior designers Improved appearance in customer-facing environments Simplified network modernization More efficient retrofit installations Better support for future 5G upgrades This is particularly important in luxury hotels, corporate offices, hospitals, airports, shopping malls, convention centers, universities, premium commercial buildings, and other environments where aesthetics matter. Solves Poor Indoor Cellular CoverageOne of the primary problems this product addresses is poor indoor cellular connectivity. Outdoor cellular signals can be significantly attenuated when passing through: Concrete walls Reinforced steel structures Multiple floors Metal roofing Coated glass Interior partitions Industrial equipment Warehouse shelving Dense building materials When incorporated into a properly engineered DAS, IBS, repeater, or signal booster system, this indoor ceiling antenna helps bring cellular RF coverage closer to end users. This can improve cellular availability in building areas that would otherwise suffer from weak macro-network penetration. Helps Eliminate Indoor Cellular Dead ZonesLarge buildings frequently contain areas with inconsistent or insufficient cellular signal. Potential problem areas include: Interior offices Meeting rooms Corridors Lower floors Underground areas Warehouses Factory floors Deep interior rooms Large public spaces Areas shielded by structural materials Strategically deployed ceiling antennas can form part of a professional coverage solution designed to improve RF distribution across these difficult areas. Coverage Plus Capacity in One PlatformModern cellular networks must solve two different challenges. The first challenge is coverage. The second challenge is capacity. The 617–960 MHz port addresses important low-band frequencies that are commonly used for coverage-oriented services. The 2700–4000 MHz port addresses important 5G mid-band spectrum used for high-capacity cellular services. This makes the antenna an excellent platform for modern indoor networks that need both broad cellular coverage and next-generation 5G capacity. Ideal for Cellular Signal Booster SystemsThe antenna can be used as an indoor distribution antenna in properly engineered cellular signal booster systems. In this type of installation, compatible cellular signals are received, amplified, and redistributed inside the building. The ceiling-mounted omnidirectional design allows RF signals to be distributed around the antenna location, making it suitable for commercial booster installations. Typical applications include: Offices Hotels Warehouses Retail buildings Industrial facilities Hospitals Universities Public buildings Ideal for Cellular Repeater SystemsThe antenna can also be integrated into compatible indoor cellular repeater infrastructure. Its professional connectors, 50-ohm impedance, frequency coverage, and ceiling-mounted form factor make it well suited to commercial repeater systems designed to improve indoor LTE and 5G connectivity. Built for Enterprise Cellular NetworksEnterprise customers increasingly depend on mobile devices, smartphones, tablets, handheld scanners, connected terminals, and industrial communication equipment. Reliable indoor cellular connectivity is therefore becoming a core infrastructure requirement. This antenna can support enterprise cellular networks used in: Corporate offices Warehouses Logistics centers Factories Universities Healthcare facilities Retail environments Transportation facilities Hospitality properties Optimized for Industrial and Warehouse ConnectivityIndustrial environments can be particularly challenging for RF performance. Metal structures, machinery, high shelving, walls, large open spaces, and constantly moving equipment can create complicated wireless environments. Private LTE, Private 5G, and CBRS networks are increasingly used to provide reliable connectivity in these facilities. This antenna is particularly suitable for industrial network integrators serving: Smart factories Warehouses Distribution centers Logistics hubs Manufacturing plants Industrial campuses Automated facilities Ideal for Hotels and Hospitality FacilitiesHotels require strong indoor cellular service while maintaining a clean interior appearance. The compact white ceiling-mounted housing provides a discreet antenna solution for: Guest rooms Corridors Lobbies Conference areas Restaurants Event spaces Public areas Staff areas By combining low-band and 5G mid-band infrastructure into one physical antenna platform, suitable designs can reduce the number of visible telecom devices mounted throughout the property. Ideal for Airports and Transportation HubsAirports and major transportation facilities require high-capacity indoor cellular networks serving large numbers of users. This antenna can be used in professional DAS and Neutral Host infrastructure across: Terminals Gates Lounges Baggage areas Waiting areas Operational buildings Railway stations Metro stations Bus terminals Transportation centers Its combination of low-band coverage and 5G mid-band support is particularly valuable in environments requiring both wide-area indoor connectivity and modern 5G capacity. Ideal for Hospitals and Healthcare FacilitiesHealthcare facilities depend increasingly on reliable mobile connectivity for staff, patients, visitors, and enterprise operations. The discreet ceiling-mounted design can be incorporated into professional indoor cellular systems across: Patient areas Administrative offices Corridors Waiting rooms Public spaces Clinical buildings Healthcare campuses Professional DAS and Neutral Host systems can use antennas like this to improve cellular availability across large healthcare environments. Ideal for Shopping Malls and Retail BuildingsShopping centers often require indoor cellular coverage across large multi-floor areas. This omnidirectional ceiling antenna can be deployed throughout: Retail floors Corridors Food courts Common areas Entertainment spaces Service areas Public zones Its professional appearance and broad cellular frequency support make it well suited to commercial retail infrastructure. Ideal for University and Campus NetworksUniversities and educational campuses increasingly require a combination of commercial cellular coverage and private wireless infrastructure. This antenna can support: Campus DAS Indoor 4G LTE Indoor 5G Private LTE Private 5G CBRS Enterprise cellular networks Typical installation environments include classrooms, laboratories, libraries, offices, common areas, student facilities, and campus buildings. Target CustomersThis antenna is designed specifically for professional B2B customers, including: Target Customer Typical Requirement DAS System Integrators Indoor multi-band cellular coverage IBS Integrators Professional in-building wireless systems RF Engineering Companies RF coverage and network design Telecom System Integrators Cellular infrastructure projects 5G Network Integrators Indoor 5G and C-Band deployments Neutral Host Providers Shared multi-operator infrastructure Private 5G Providers Enterprise and industrial private networks CBRS Solution Providers 3550–3700 MHz enterprise networks Private LTE Providers Enterprise private cellular systems Cellular Booster Companies Indoor signal distribution Repeater Providers Indoor cellular coverage extension Telecom Contractors RF installation and deployment RF Distributors Professional antenna portfolios Telecom Distributors Cellular infrastructure supply Enterprise Wireless Providers Corporate connectivity projects Industrial 5G Integrators Smart factories and automation Building Developers New-building wireless infrastructure Property Management Companies Cellular coverage upgrades OEM Customers Customized antenna solutions ODM Customers Product development and customization Private Label Brands Branded professional antenna products What Makes This Antenna DifferentMany indoor ceiling antennas are designed simply as broad-frequency passive antennas. This product takes a more specialized approach. Dedicated Low-Band and Mid-Band RF PathsInstead of providing two identical same-band RF ports, the antenna separates the cellular spectrum into two dedicated paths. This provides greater flexibility for system designers who need to manage low-band and 5G mid-band infrastructure independently. Full n48 and n78 CoverageThe antenna fully supports both n48 and n78, making it particularly relevant to modern Private 5G, CBRS, enterprise cellular, and international 5G infrastructure. Strong Low-Band SupportThe 617–960 MHz port supports key low-band 5G and LTE spectrum, giving the antenna strong coverage-oriented capability. Professional Low-PIM ConstructionThe low-PIM-oriented design makes the antenna suitable for professional multi-carrier cellular infrastructure rather than general consumer wireless applications. High Power CapabilityUp to 100 W input power supports professional RF distribution applications. Professional RF ConnectivityDual N-Female connectors and RG141 pigtails provide a robust interface for commercial telecom systems. Compact Ceiling InstallationOne physical antenna housing can support two distinct frequency groups, helping customers reduce visible equipment and achieve a cleaner installation. Problems This Product SolvesThis industry-leading ceiling antenna is designed to solve the most common challenges faced by professional indoor cellular network designers. It helps address: Poor indoor cellular coverage Weak low-band LTE and 5G signals Poor building penetration Cellular dead zones Insufficient indoor 5G coverage Need for n48 CBRS coverage Need for n78 5G coverage Need for applicable n77 coverage Private 5G deployment challenges Private LTE deployment challenges Complex DAS installations Complex IBS installations Multi-operator RF requirements Neutral Host infrastructure requirements Excessive numbers of ceiling antennas Limited installation space Visual ceiling clutter Difficulty separating low-band and mid-band RF paths Cellular network modernization 5G infrastructure upgrades Enterprise cellular connectivity requirements Industrial wireless coverage challenges Warehouse connectivity challenges High-density building connectivity Professional low-PIM requirements Key Product AdvantagesDedicated 617–960 MHz low-band RF port Dedicated 2700–4000 MHz 5G mid-band RF port Full 5G n48 coverage Full 5G n78 coverage Partial n77 coverage to 4000 MHz Support for important low-band 5G frequencies Broad LTE frequency compatibility 360-degree horizontal omnidirectional coverage Horizontal and vertical polarization Low-PIM-oriented professional design Two N-Female RF connectors Two RG141 RF pigtails Up to 100 W input power 50-ohm system compatibility DC Ground protection Professional ceiling-mounted design DAS and IBS compatibility Neutral Host compatibility Private LTE and Private 5G compatibility CBRS-ready frequency coverage Reduced ceiling antenna clutter Suitable for new installations and network upgrades Professional B2B telecom infrastructure design OEM and ODM customization potential Technical OverviewSpecification Description Product Type Dual-Port Indoor Ceiling Cellular Antenna Low-Band Frequency 617–960 MHz Mid-Band Frequency 2700–4000 MHz RF Ports 2 Polarization Horizontal / Vertical Radiation Pattern Horizontal Omnidirectional Horizontal Coverage 360° Impedance 50 Ω Maximum Input Power 100 W Connectors 2 × N-Female Cable 2 × RG141 Cable Length Approx. 35 cm PIM Low-PIM-oriented design Protection DC Ground Radome ABS Installation Indoor Ceiling Mount Applications DAS, IBS, 4G LTE, 5G NR, Private LTE, Private 5G, CBRS, Neutral Host ApplicationsThe antenna is ideal for: Distributed Antenna Systems In-Building Systems Indoor 4G LTE coverage Indoor 5G NR coverage Cellular signal booster systems Cellular repeater systems Private LTE Private 5G CBRS C-Band cellular systems Neutral Host networks Multi-operator networks Enterprise cellular systems Industrial wireless networks Smart factories Warehouses Logistics centers Corporate offices Commercial buildings Hotels Hospitals Airports Railway stations Universities Shopping malls Convention centers Transportation hubs Government facilities Public buildings A Future-Ready Indoor Cellular AntennaThe transition from traditional cellular networks to 5G requires indoor RF infrastructure that can support both established spectrum and new high-capacity frequency bands. This antenna was designed around that requirement. Its 617–960 MHz low-band path supports important legacy and modern cellular services, while its 2700–4000 MHz path addresses some of the most important frequencies used by current Private 5G, CBRS, n48, n78, C-Band, and enterprise cellular systems. For customers modernizing an existing DAS or IBS network, building a new enterprise cellular network, deploying Private 5G, implementing CBRS, or improving indoor LTE and 5G coverage, this antenna provides a powerful and flexible foundation. Best-in-Class Choice for Professional Indoor 4G and 5G CoverageThe 617–960 MHz and 2700–4000 MHz Dual-Port Indoor Ceiling Antenna represents a new generation of professional indoor cellular infrastructure. By combining low-band LTE and 5G coverage, modern 5G mid-band capability, full n48 support, full n78 support, applicable n77 coverage, professional low-PIM-oriented construction, dual N-Female interfaces, high power handling, H/V polarization, and discreet ceiling installation, it delivers an exceptional combination of RF flexibility, professional integration, and deployment efficiency. For DAS system integrators, IBS integrators, RF engineering companies, Neutral Host providers, CBRS solution providers, Private 5G integrators, telecom contractors, enterprise wireless companies, and OEM/ODM customers, this game-changing indoor cellular antenna provides the performance, flexibility, and future-ready spectrum support required for today's most demanding professional wireless networks.