17-Port, TDD Hybrid Panel Antenna ( 698 - 3800 MHz )

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17-Port TDD Hybrid Panel Antenna (698–3800 MHz)

Overview The 17-Port TDD Hybrid Panel Antenna delivers high-capacity, multi-band TDD performance across 698–3800 MHz in a compact, deployment-friendly form factor. Engineered for dense urban sites, indoor DAS hubs, and small cell clusters, this antenna supports flexible sectorization and MIMO configurations for modern TDD networks.

Key Features

Wideband coverage: Single unit supports 698–3800 MHz — includes low-band, mid-band, and upper mid-band TDD spectrum for LTE and 5G NR.
17 independent ports: Multiple ports enable hybrid configurations for sectorization, carrier aggregation, and multiple TDD MIMO streams.
Hybrid TDD design: Optimized for time-division duplexing; isolates transmit and receive paths to maximize throughput and reduce self-interference in high-traffic environments.
High isolation and low inter-port coupling: Preserves MIMO performance and minimizes cross-talk between sectors and carriers.
Compact, low-profile housing: Designed for rooftop, macro, micro, and indoor DAS mounting where aesthetics and space matter.
Robust environmental protection: IP65-rated housing and corrosion-resistant materials for long-term outdoor reliability.
Wide operating temperature: Engineered to maintain performance across extreme climates and temperature swings.
Easy installation: Multiple mechanical mounting options, accessible connectors, and clear port labeling for fast integration and maintenance.

Performance Highlights

Frequency range: 698–3800 MHz
Multi-port capability: 17 RF ports supporting simultaneous TDD carriers and MIMO streams
High port isolation: Designed to meet stringent MIMO and coexistence requirements
Low VSWR: Optimized across the full operating band to minimize insertion loss and maximize link budget
Pattern control: Sectorized radiation patterns tailored for dense urban and indoor use — configurable for panel tilt and azimuth alignment

Applications

Urban macro cells and small cell sites requiring dense capacity
Indoor distributed antenna systems (DAS) for campuses, malls, and transit hubs
Multi-operator shared sites and neutral host deployments
5G NR TDD networks leveraging mid-band aggregation and TDD-only carriers
Network densification projects where multiple sectors and MIMO streams are needed from a compact footprint

Mechanical & Electrical

Connectors: Robust RF connectors with weatherproofing; port labeling for straightforward cabling
Mounting: Universal mounting bracket options for pole, wall, and rooftop installations
Cabling: Compatible with common low-loss feeders and jumper assemblies; consider cable lengths for optimal loss budgets
Customization: Options for tailored port mapping, azimuth/tilt patterns, and paint/color to meet site requirements

Why Choose This Antenna This 17-Port TDD Hybrid Panel Antenna combines broad frequency coverage with multiple independent ports in a compact package, enabling operators and system integrators to deploy high-capacity TDD networks with fewer antennas, simplified site logistics, and superior spectral efficiency. Its hybrid design minimizes interference while maximizing MIMO throughput, making it ideal for next-generation mobile networks and dense, multi-operator environments.

Ordering Information & Support Specify desired port mapping, mounting kit, and cable/connector options when ordering. Technical datasheets, mechanical drawings, and integration support are available from your MTT sales contact.

17-Port TDD Hybrid Panel Antenna (698–3800 MHz)

Key Features

Wideband coverage: Single unit supports 698–3800 MHz — includes low-band, mid-band, and upper mid-band TDD spectrum for LTE and 5G NR.
17 independent ports: Multiple ports enable hybrid configurations for sectorization, carrier aggregation, and multiple TDD MIMO streams.
Hybrid TDD design: Optimized for time-division duplexing; isolates transmit and receive paths to maximize throughput and reduce self-interference in high-traffic environments.
High isolation and low inter-port coupling: Preserves MIMO performance and minimizes cross-talk between sectors and carriers.
Compact, low-profile housing: Designed for rooftop, macro, micro, and indoor DAS mounting where aesthetics and space matter.
Robust environmental protection: IP65-rated housing and corrosion-resistant materials for long-term outdoor reliability.
Wide operating temperature: Engineered to maintain performance across extreme climates and temperature swings.
Easy installation: Multiple mechanical mounting options, accessible connectors, and clear port labeling for fast integration and maintenance.

Performance Highlights

Frequency range: 698–3800 MHz
Multi-port capability: 17 RF ports supporting simultaneous TDD carriers and MIMO streams
High port isolation: Designed to meet stringent MIMO and coexistence requirements
Low VSWR: Optimized across the full operating band to minimize insertion loss and maximize link budget
Pattern control: Sectorized radiation patterns tailored for dense urban and indoor use — configurable for panel tilt and azimuth alignment

Applications

Urban macro cells and small cell sites requiring dense capacity
Indoor distributed antenna systems (DAS) for campuses, malls, and transit hubs
Multi-operator shared sites and neutral host deployments
5G NR TDD networks leveraging mid-band aggregation and TDD-only carriers
Network densification projects where multiple sectors and MIMO streams are needed from a compact footprint

Mechanical & Electrical

Connectors: Robust RF connectors with weatherproofing; port labeling for straightforward cabling
Mounting: Universal mounting bracket options for pole, wall, and rooftop installations
Cabling: Compatible with common low-loss feeders and jumper assemblies; consider cable lengths for optimal loss budgets
Customization: Options for tailored port mapping, azimuth/tilt patterns, and paint/color to meet site requirements

Electrical Specifications

  
    Electrical specifications for R1/R2 and Y1/Y2 antenna frequency bands including gain, beamwidth, isolation, and power ratings.
    
        Parameter
        Unit
        698–806
        790–894
        880–960
        1710–1880
        1850–1990
        1920–2170
        2300–2400
        2490–2690
      

    
        Frequency Range
        MHz
        698–960 (R1 / R2)
        1695–2690 (Y1 / Y2)
      

        Polarization
        ---
        ±45°
        ±45°
      

        Gain (Mid Tilt)
        dBi
        16.0
        16.4
        16.8
        16.8
        17.1
        17.5
        17.7
        17.7
      

        Gain (Overall Tilts)
        dBi
        15.4 ± 0.6
        15.8 ± 0.6
        16.2 ± 0.6
        16.2 ± 0.6
        16.6 ± 0.5
        17.0 ± 0.5
        17.2 ± 0.5
        17.2 ± 0.5
      

        Horizontal Beamwidth
        degree
        68 ± 4.5
        65 ± 4.5
        62 ± 4.1
        66 ± 6.5
        66 ± 6.5
        64 ± 8.1
        64 ± 6.5
        57 ± 9.5
      

        Vertical Beamwidth
        degree
        8.8 ± 0.9
        7.8 ± 0.7
        7.2 ± 0.6
        6.8 ± 0.8
        6.4 ± 0.6
        6.0 ± 0.6
        5.2 ± 0.6
        4.8 ± 0.6
      

        Electrical Downtilt (Continuous)
        degree
        2–12
        2–12
      

        Tilt Accuracy
        degree
        < 1
        < 1
        < 1
        < 1
        < 1
        < 1
        < 1
        < 1
      

        Upper Side Lobe (First)
        dB
        > 16
        > 16
        > 16
        > 15
        > 15
        > 15
        > 15
        > 15
      

        Upper Side Lobe (Peak to 20°)
        dB
        > 15
        > 15
        > 15
        > 15
        > 15
        > 15
        > 15
        > 15
      

        Front-To-Back Ratio ±30°
        dB
        > 22
        > 24
        > 25
        ≥ 23
        ≥ 23
        > 24
        ≥ 25
        ≥ 24
      

        Cross Polar Discrimination (Boresight)
        dB
        ≥ 17
        ≥ 18
        ≥ 17
        ≥ 16
        ≥ 16
        ≥ 17
        ≥ 17
        ≥ 17
      

        Cross Polar Discrimination (Sector)
        dB
        > 7.0
        > 8.0
        > 8.0
        > 7
        > 8
        > 8
        > 4
        > 2
      

        Isolation (Cross-Polar)
        dB
        > 26
        > 26
      

        Isolation (Port-to-Port)
        dB
        > 25 (R1//R2); > 28 (R1//Y1,Y2,Y3)
        > 28
      

        Impedance
        Ohm
        50
        50
      

        VSWR
        ---
        < 1.5
        < 1.5
      

        Return Loss
        dB
        > 14
        > 14
      

        PIM3 (2x43 dBm Carrier)
        dBc
        < -150
        < -150
      

        Lightning Protection
        ---
        DC Ground
        DC Ground
      

        Max Avg Input Power per Port @50°C
        Watts
        250
        200
      

  

Electrical Specifications

  
    P1 antenna electrical specifications including single column, broadcast, service beams, calibration, isolation, and RF parameters.
    
        Parameter
        Unit
        3300–3600 MHz
        3600–3800 MHz
      

    
        Frequency Range
        MHz
        3300–3800
      

        Polarization
        ---
        ±45°
      

        Electrical Downtilt (Continuous)
        degree
        2–12
      

        Single Column Beam
      

        Gain
        dBi
        15.5 ± 1
        15.7 ± 1
      

        Horizontal Beamwidth
        degree
        75 ± 10
        65 ± 10
      

        Vertical Beamwidth (3 dB)
        degree
        5.8 ± 0.6
        5.5 ± 0.6
      

        Cross-Polar Discrimination (0°)
        dB
        ≥ 15
        ≥ 15
      

        First Upper Side Lobe Suppression
        dB
        ≥ 15
        ≥ 15
      

        Front-To-Back Ratio
        dB
        ≥ 25
        ≥ 25
      

        Broadcast Beam (65°)
      

        Gain (Typical)
        dBi
        17.0 ± 0.6
        17.2 ± 0.6
      

        Horizontal Beamwidth
        degree
        65
        65
      

        Vertical Beamwidth
        degree
        5.8 ± 0.6
        5.5 ± 0.6
      

        Cross-Polar Discrimination (0°)
        dB
        ≥ 15
        ≥ 15
      

        First Upper Side Lobe Suppression
        dB
        ≥ 15
        ≥ 15
      

        Front-To-Back Ratio
        dB
        ≥ 27
        ≥ 27
      

        Service Beam – 0° Direct Beam
      

        Gain
        dBi
        21 ± 0.5
        21.2 ± 0.5
      

        3 dB Horizontal Beamwidth
        degree
        < 25
        < 25
      

        Cross Polar Ratio
        dB
        ≥ 18
        ≥ 18
      

        Front-To-Back Ratio
        dB
        ≥ 30
        ≥ 30
      

        Service Beam – ±30° Direct Beam
      

        Gain
        dBi
        18
        18.2
      

        3 dB Horizontal Beamwidth
        degree
        < 30
        < 30
      

        Calibration & Electrical Parameters
      

        Coupling Factor (Calibration to Port)
        dB
        -26 ± 2
      

        Max Amplitude Tolerance
        dB
        ≤ 0.7
      

        Max Phase Tolerance
        dB
        ≤ 9
      

        Average Power per Port
        W
        25
      

        RF Characteristics
      

        Co-Polar Isolation Between Ports
        dB
        ≥ 20
      

        Cross-Polar Isolation Between Ports
        dB
        ≥ 25
      

        Impedance
        Ohm
        50
      

        VSWR
        ---
        < 1.5
      

        Return Loss
        dB
        > 14
      

        PIM3 (2x43 dBm carrier)
        dBc
        < -143
      

        Lightning Protection
        ---
        DC Ground
      

  

  Values based on NGMN-P-BASTA V11.1

Mechanical Specifications

  
    Mechanical specifications including connectors, dimensions, weight, wind load, and environmental operating conditions.
    
        Parameter
        Sub-Parameter
        Unit
        Specification
      

    
        Connector Type
        ---
        ---
        (8x) 4.3/10 Female and (1x) MQ5 Male & (1x) MQ4 Male
      

        Connector Position
        ---
        ---
        Bottom
      

        Electrical Tilt Control
        ---
        ---
        Integrated RET
      

        Radome Material
        ---
        ---
        Fiberglass
      

        Antenna Dimensions (H × W × D)
        ---
        mm (in)
        2497 × 497 × 197 (98.3 × 19.6 × 7.8)
      

        Antenna Weight
      

        Antenna Only
        ---
        kg (lbs)
        50 (110.2)
      

        With Clamps
        ---
        kg (lbs)
        57.5 (126.8)
      

        Maximum Wind Speed
        ---
        km/h (mph)
        200 (124.3)
      

        Wind Load at 150 km/h
      

        Frontal
        ---
        N (lbf)
        1145 (257.4)
      

        Rear
        ---
        N (lbf)
        1280 (287.8)
      

        Lateral
        ---
        N (lbf)
        560 (125.9)
      

        Operating Temperature
        ---
        °C (°F)
        -40 to +60 (-40 to 140)
      

  

17-Port, TDD Hybrid Panel Antenna ( 698 - 3800 MHz )

MTT INNOVATIONS PVT. LTD.

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17-Port, TDD Hybrid Panel Antenna ( 698 - 3800 MHz )

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MTT INNOVATIONS PVT. LTD.

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