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13-Port, TDD Hybrid Panel Antenna ( 2300 - 2400 MHz )

₹0.00

13-Port TDD Hybrid Panel Antenna Frequency: 2300–2400 MHz

A high-performance 13-port TDD hybrid panel antenna engineered for dense urban and suburban deployments within the 2300–2400 MHz TDD band. Combines multi-sector coverage with flexible MIMO and cross-polarization support to maximize capacity, spectral efficiency, and user experience in 4G/5G non-standalone and private network applications.

Key Features :

  • Frequency range: 2300–2400 MHz (TDD)

  • 13 active RF ports: optimized for multi-antenna operation and sector aggregation

  • Hybrid design: integrated panel sectors with centralized RF distribution for simplified installation

  • MIMO support: up to 8x8 MIMO capability (depending on configuration) plus additional ports for diversity/backhaul

  • Polarization: dual linear polarization with precise cross-polar isolation for improved interference rejection

  • Beam pattern: sectorized horizontal coverage with selectable vertical beamwidth options

  • Gain: nominal gain optimized for targeted coverage and capacity (typical 7–12 dBi per element depending on port and configuration)

  • Low passive intermodulation (PIM) construction to preserve link quality in high-power environments

  • Weatherproof radome and ruggedized mounting hardware rated to industry standards for outdoor telecom equipment

  • Lightning and surge protection options available

  • Compact form factor reduces tower load and windage versus multiple individual panels

13-Port TDD Hybrid Panel Antenna Frequency: 2300–2400 MHz

A high-performance 13-port TDD hybrid panel antenna engineered for dense urban and suburban deployments within the 2300–2400 MHz TDD band. Combines multi-sector coverage with flexible MIMO and cross-polarization support to maximize capacity, spectral efficiency, and user experience in 4G/5G non-standalone and private network applications.

Key Features :

  • Frequency range: 2300–2400 MHz (TDD)

  • 13 active RF ports: optimized for multi-antenna operation and sector aggregation

  • Hybrid design: integrated panel sectors with centralized RF distribution for simplified installation

  • MIMO support: up to 8x8 MIMO capability (depending on configuration) plus additional ports for diversity/backhaul

  • Polarization: dual linear polarization with precise cross-polar isolation for improved interference rejection

  • Beam pattern: sectorized horizontal coverage with selectable vertical beamwidth options

  • Gain: nominal gain optimized for targeted coverage and capacity (typical 7–12 dBi per element depending on port and configuration)

  • Low passive intermodulation (PIM) construction to preserve link quality in high-power environments

  • Weatherproof radome and ruggedized mounting hardware rated to industry standards for outdoor telecom equipment

  • Lightning and surge protection options available

  • Compact form factor reduces tower load and windage versus multiple individual panels

Electrical Specifications
Parameter Detail Unit Value (Y1 / Y2)
Frequency Range — MHz 2300–2400
Polarization — — ±45°
Gain At Mid Tilt dBi 17.6
Gain Over All Tilts dBi 17.5 ± 0.5
Horizontal Beamwidth — degree 62 ± 5
Vertical Beamwidth — degree 5.9 ± 0.6
Electrical Downtilt, Continuously Adjustable — degree 0–10
First Upper Side Lobe Suppression — dB > 16
Front-To-Back Ratio Co-Pol, ±30° — dB > 26
Cross Polar Discrimination At Boresight dB > 20
Cross Polar Discrimination Over Sector dB > 8
Isolation Cross-Polar dB > 28
Isolation Intraband dB > 28
Isolation Interband dB > 28
Impedance — Ohm 50
VSWR — — < 1.5
Return Loss — dB > 14
PIM3 (2×43 dBm Carrier) — dBc < -150
Lightning Protection — — DC Ground
Maximum Average Input Power Per Port,
At 50° C Ambient Temperature		 — Watts 250
Electrical Specifications (P1)
Category Parameter Unit Value
Frequency Range — MHz 3400–3600
Polarization — — ±45°
Electrical Downtilt — degree 2–12
Single Column Beam
Gain dBi 15.6 ± 1
Horizontal Beamwidth degree 75 ± 10
Vertical Beamwidth (3 dB) degree 5.6 ± 0.6
Cross Polar Discrimination At Boresight dB ≥ 15
First Upper Side Lobe Suppression dB ≥ 15
Front-To-Back Ratio dB ≥ 25
Broadcast Beam (65°)
Gain of Broadcasting Pattern (Typical) dBi 17.1 ± 0.6
Horizontal Beamwidth degree 65
Vertical Beamwidth (3 dB) degree 5.6 ± 0.6
Cross Polar Discrimination At Boresight dB ≥ 15
First Upper Side Lobe Suppression dB ≥ 15
Front-To-Back Ratio dB ≥ 27
Service Beam (0°)
0° Direct Beam Gain dBi 21.1 ± 0.5
0° Direct Beam Horizontal 3 dB Beamwidth degree < 25
±30° Direct Beam Gain dBi 18.1
±30° Direct Beam Horizontal 3 dB Beamwidth degree < 30
0° Direct Beam Cross Polar Ratio dB ≥ 18
0° Direct Beam Front-To-Back Ratio dB ≥ 30
Calibration & Electrical Parameters
Coupling Factor Between Calibration And Each Antenna Port dB -26 ± 2
Max. Amplitude Tolerance From Calibration Port To Input Ports dB ≤ 0.7
Max. Phase Tolerance From Calibration Port To Input Ports degree ≤ 9
Average Power Per Port W 25
Isolation Co-Polar Isolation Between Ports dB ≥ 20
Cross-Polar Isolation Between Ports dB ≥ 25
Impedance — Ohm 50
VSWR — — < 1.5
Return Loss — dB > 14
Lightning Protection — — DC Ground
Mechanical Specifications
Parameter Detail Unit Value
Connector Type — — (13×) 4.3/10 Female
Connector Position — — Bottom
Electrical Tilt Control — — Integrated RET
Radome Material — — Fiberglass
Antenna Dimensions (H × W × D) — mm (in) 1297 × 497 × 127 (51.1 × 19.6 × 5.0)
Antenna Weight Antenna Only kg (lbs) 23.5 (51.8)
Antenna Weight With Clamps kg (lbs) 29 (63.9)
Maximum Wind Speed — km/h (mph) 200 (124.3)
Wind Load at 150 km/h Frontal N (lbf) 595 (133.8)
Wind Load at 150 km/h Rear N (lbf) 665 (149.5)
Wind Load at 150 km/h Lateral N (lbf) 190 (42.7)