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13-Port , TDD Hybrid Panel Antenna ( 1710 - 3800 MHz )

₹0.00

13-Port TDD Hybrid Panel Antenna (1710–3800 MHz)

Overview A high-performance 13-port TDD hybrid panel antenna engineered for multi-band, multi-operator deployments across 1710–3800 MHz. Designed for dense urban and suburban macrocell sites, this antenna supports TDD spectrum aggregation, MIMO configurations, and low-profile installations while delivering optimized gain, pattern control, and inter-port isolation for seamless carrier co-location.

Key Features

  • Frequency range: 1710–3800 MHz covering mid-band LTE and 5G TDD allocations.

  • 13 ports: Flexible allocation for multiple carriers, operators, and MIMO (supports up to 8x8 MIMO combinations through port grouping).

  • Hybrid design: Combines broadband panel elements with internal combiners and splitters to support diverse deployment scenarios (single-operator high-capacity or multi-operator shared sites).

  • TDD-optimized: Timing-synchronous port architecture minimizes self-interference and supports TDD synchronization across carriers.

  • High isolation: >30 dB inter-port isolation typical between adjacent ports; tailored isolation between grouped ports to ensure minimal cross-talk in dense carrier setups.

  • Gain: Broadband gain typical of 8–16 dBi depending on frequency and port configuration.

  • Beamwidth: Configurable azimuth beamwidth options via port mapping—narrow sectors for high gain or wider sectors for coverage—elevation beam shaping for downtilt optimization.

  • Low profile, rugged radome: Designed for aesthetic rooftop and tower mounts with UV-resistant materials, IP65/IP67 environmental sealing, and corrosion-resistant fixtures for coastal environments.

  • Lightning and surge protection: Integrated DC shorting and external surge protector support to meet site safety requirements.

  • Mounting: Universal pole and wall mounting brackets with tilt adjustment and azimuth locking for fast site alignment.

  • Weight and dimensions: Optimized for manageable tower handling and simplified logistics (exact dimensions vary by model).

  • Compliance: Meets relevant industry standards for performance, safety, and electromagnetic compatibility.

13-Port TDD Hybrid Panel Antenna (1710–3800 MHz)

Overview A high-performance 13-port TDD hybrid panel antenna engineered for multi-band, multi-operator deployments across 1710–3800 MHz. Designed for dense urban and suburban macrocell sites, this antenna supports TDD spectrum aggregation, MIMO configurations, and low-profile installations while delivering optimized gain, pattern control, and inter-port isolation for seamless carrier co-location.

Key Features

  • Frequency range: 1710–3800 MHz covering mid-band LTE and 5G TDD allocations.

  • 13 ports: Flexible allocation for multiple carriers, operators, and MIMO (supports up to 8x8 MIMO combinations through port grouping).

  • Hybrid design: Combines broadband panel elements with internal combiners and splitters to support diverse deployment scenarios (single-operator high-capacity or multi-operator shared sites).

  • TDD-optimized: Timing-synchronous port architecture minimizes self-interference and supports TDD synchronization across carriers.

  • High isolation: >30 dB inter-port isolation typical between adjacent ports; tailored isolation between grouped ports to ensure minimal cross-talk in dense carrier setups.

  • Gain: Broadband gain typical of 8–16 dBi depending on frequency and port configuration.

  • Beamwidth: Configurable azimuth beamwidth options via port mapping—narrow sectors for high gain or wider sectors for coverage—elevation beam shaping for downtilt optimization.

  • Low profile, rugged radome: Designed for aesthetic rooftop and tower mounts with UV-resistant materials, IP65/IP67 environmental sealing, and corrosion-resistant fixtures for coastal environments.

  • Lightning and surge protection: Integrated DC shorting and external surge protector support to meet site safety requirements.

  • Mounting: Universal pole and wall mounting brackets with tilt adjustment and azimuth locking for fast site alignment.

  • Weight and dimensions: Optimized for manageable tower handling and simplified logistics (exact dimensions vary by model).

  • Compliance: Meets relevant industry standards for performance, safety, and electromagnetic compatibility.

Electrical Specifications
Electrical specifications for Y1 / Y2 configuration covering 1710–2690 MHz bands
Parameter Sub-Parameter Unit 1710–1880 1850–1990 1920–2170 2300–2400 2490–2690
Frequency Range Y1 / Y2 MHz 1710–2690
Polarization — — ±45°
Gain At Mid Tilt dBi 17.1 17.3 17.5 17.9 17.7
Over All Tilts dBi 17.0 ± 0.5 17.2 ± 0.5 17.4 ± 0.5 17.8 ± 0.5 17.6 ± 0.6
Horizontal Beamwidth — degree 67 ± 5 65 ± 5 63 ± 5 61 ± 5 58 ± 5
Vertical Beamwidth — degree 7.0 ± 0.7 6.7 ± 0.6 6.3 ± 0.6 5.4 ± 0.5 5.0 ± 0.4
Electrical Downtilt, Continuously Adjustable — degree 0–10
First Upper Side Lobe Suppression — dB > 16 > 16 > 16 > 16 > 16
Front-To-Back Ratio, ±30° — dB > 25 > 25 > 25 > 25 > 25
Cross Polar Discrimination At Boresight dB > 20 > 20 > 20 > 20 > 20
Over Sector dB > 10 > 10 > 10 > 9 > 8
Isolation Cross-Polar dB > 28
Port-to-Port dB > 28
Impedance — Ohm 50
VSWR — — < 1.5
Return Loss — dB > 14
PIM3 (2x43 dBm Carrier) — dBc < -150
Lightning Protection — — DC Ground
Maximum Average Input Power per Port, at 50° C Ambient Temperature — Watts 200
TDD LTE Electrical Specifications - P1
Category Parameter Sub-Parameter Unit Value (P1)
TDD LTE Electrical Specifications — P1
General Frequency Range MHz 3300–3800
General Polarization — ±45°
General Electrical Downtilt (Continuously Adjustable) degree 2–12
Single Column Beam
Gain dBi 17
Horizontal Beamwidth degree 75
Vertical Beamwidth (3 dB) degree 5.8
Cross-Polar Discrimination At Boresight (0°) dB ≥ 15
Cross-Polar Discrimination Over Sector dB ≥ 8
First Upper Side Lobe Suppression dB ≥ 15
Front-To-Back Ratio dB ≥ 23
65° Broadcast Beam
Gain dB 18
Horizontal Beamwidth degree 65
Vertical Beamwidth (3 dB) degree 5.8
Cross-Polar Discrimination (0°) dB ≥ 15
First Upper Side Lobe Suppression dB ≥ 15
Front-To-Back Ratio dB ≥ 25
Service Beam
0° Direct Beam Gain dBi 21.5
0° Direct Beam Horizontal 3 dB Beamwidth degree 26
0° Direct Beam Cross-Polar Ratio at Beampeak dB ≥ 16
0° Direct Beam Front-To-Back Ratio dB ≥ 27
0° Direct Beam Horizontal Sidelobe dB 12
±30° Direction Beam Gain dBi 20
±30° Direction Beam Horizontal 3 dB Beamwidth degree 31
±30° Direction Beam Front-To-Back Ratio dB ≥ 25
Soft Split Multi-Beam
Gain dBi 20
Horizontal Beamwidth (3 dB) degree 31
Front-To-Back Ratio dB ≥ 25
Calibration & Electrical Parameters
Coupling Factor Between Calibration and Each Antenna Port dB -26 ± 2
Maximum Amplitude Tolerance From Calibration Port to Input Ports dB ≤ 1.0
Maximum Phase Tolerance From Calibration Port to Input Ports degree ≤ 9
Ports VSWR — < 1.5
Average Power Capacity W 25
Co-Polar Isolation Between Ports dB ≥ 23
Inter-band Isolation dB ≥ 23
General Impedance Ohms 50
General Lightning Protection DC Ground
5G NR Electrical Specifications - P1
Category Parameter Sub-Parameter Unit Value (P1)
5G NR Electrical Specifications — P1
General Frequency Range MHz 3300–3800
Single Column Beam
Gain dBi 17
Horizontal Beamwidth degree 75
Vertical Beamwidth (3 dB) degree 5.8
Cross-Polar Discrimination At Boresight (0°) dB ≥ 15
Cross-Polar Discrimination Over Sector dB ≥ 8
First Upper Side Lobe Suppression dB ≥ 15
NR Broadcast Beam (±13°, ±43° Service Beam)
Gain dB 21
Horizontal Beamwidth (10 dB) degree 120
Vertical Beamwidth degree 5.8
First Upper Side Lobe Suppression dB ≥ 15
Front-To-Back Ratio dB ≥ 25
NR Service Beam
0° Direct Beam Gain dBi 21.5
0° Direct Beam Horizontal 3 dB Beamwidth degree 26
0° Direct Beam Cross-Polar Ratio At Beampeak dB ≥ 16
0° Direct Beam Front-To-Back Ratio dB ≥ 27
0° Direct Beam Horizontal Sidelobe dB 12
Mechanical Specifications
Parameter Sub-Parameter Unit Value
Mechanical Specifications
Connector Type — (13x) 4.3/10 Female
Connector Position — Bottom
Electrical Tilt Control — FDD: Integrated RET, Each Band Individually Controlled
TDD: Integrated RET, Single Internal RET Control For All Four Antenna Arrays
Radome Material — UPVC
Antenna Dimensions (H × W × D) mm (in) 2497 × 277 × 167 (98.3 × 10.9 × 6.6)
Antenna Weight Antenna Only kg (lbs) 22.5 (49.6)
With Clamps kg (lbs) 26.5 (58.4)
Maximum Wind Speed km/h (mph) 200 (124.3)
Wind Load at 150 km/h Frontal N (lbf) 640 (143.9)
Rear N (lbf) 715 (160.7)
Lateral N (lbf) 475 (106.8)
Operating Temperature °C (°F) -40 to +60 (-40 to +140)