14-Port, Hybrid Panel Split Beam Sector Antenna ( 698 - 2690 MHz )

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14-Port Hybrid Panel Split Beam Sector Antenna (698–2690 MHz)

Overview A versatile, high-performance sector antenna engineered for multi-carrier macro and small cell deployments across the full 700–2700 MHz range. The 14-port hybrid panel split beam design delivers precise sectorization, enhanced downlink and uplink isolation, and scalable MIMO configurations for dense urban, suburban, and rural networks.

Key Features :

  • Frequency range: 698–2690 MHz covering all major cellular bands in one compact unit

  • 14 RF ports arranged for flexible hybrid operation: multiple MIMO streams plus diversity/reference ports

  • Split-beam sectorization for improved azimuth control and reduced inter-sector interference

  • High gain across sub-bands to maximize coverage and link budget

  • Low amplitude and phase imbalance between ports for optimal MIMO performance

  • Integrated vertical and horizontal beam shaping to manage downtilt and coverage footprint

  • Wideband, low VSWR across the full band for efficient power transfer

  • Robust port-to-port isolation to support simultaneous multi-operator and multi-technology services

  • Compact, low-profile radome and corrosion-resistant radome materials for long-term outdoor deployment

  • Easy mounting and tilt adjustment hardware for rapid installation and alignment

  • Environmental ratings for outdoor operation: wind survivability, salt fog, and temperature extremes

14-Port Hybrid Panel Split Beam Sector Antenna (698–2690 MHz)

Overview A versatile, high-performance sector antenna engineered for multi-carrier macro and small cell deployments across the full 700–2700 MHz range. The 14-port hybrid panel split beam design delivers precise sectorization, enhanced downlink and uplink isolation, and scalable MIMO configurations for dense urban, suburban, and rural networks.

Key Features :

  • Frequency range: 698–2690 MHz covering all major cellular bands in one compact unit

  • 14 RF ports arranged for flexible hybrid operation: multiple MIMO streams plus diversity/reference ports

  • Split-beam sectorization for improved azimuth control and reduced inter-sector interference

  • High gain across sub-bands to maximize coverage and link budget

  • Low amplitude and phase imbalance between ports for optimal MIMO performance

  • Integrated vertical and horizontal beam shaping to manage downtilt and coverage footprint

  • Wideband, low VSWR across the full band for efficient power transfer

  • Robust port-to-port isolation to support simultaneous multi-operator and multi-technology services

  • Compact, low-profile radome and corrosion-resistant radome materials for long-term outdoor deployment

  • Easy mounting and tilt adjustment hardware for rapid installation and alignment

  • Environmental ratings for outdoor operation: wind survivability, salt fog, and temperature extremes

Antenna technical specifications for R1 and Y1/Y2/Y2/Y4/Y6 bands including frequency range, gain, beamwidth, electrical tilt, isolation, and power ratings.
Parameter Unit R1 (698–806) R1 (790–894) R1 (880–960) Y1/Y2 (1710–1880) Y1/Y2 (1920–2170) Y1/Y2 (2300–2400) Y1/Y2 (2500–2690) Y2/Y4/Y6 (1710–1880) Y2/Y4/Y6 (1920–2170) Y2/Y4/Y6 (2300–2400) Y2/Y4/Y6 (2500–2690)
Polarization ±45° ±45° ±45°
Gain (Mid Tilt) dBi 15.916.116.7 16.617.317.717.6 18.118.619.018.9
Gain (All Tilts) dBi 15.8±0.516.0±0.516.6±0.5 16.5±0.617.2±0.517.6±0.517.5±0.5 18.0±0.518.5±0.518.9±0.518.8±0.5
Horizontal Beamwidth ° 68±566±565±5 68±565±563±562±5 35±331±329±326±3
Azimuth Beam Direction ° ±30±28±25±23
Vertical Beamwidth ° 8.5±0.97.5±0.87.1±0.7 7.1±0.76.3±0.65.7±0.65.1±0.5 8.5±0.97.5±0.86.5±0.76.0±0.6
Electrical Downtilt ° 2–12 2–12 2–12
First Upper Side Lobe Suppression dB ≥ 15
Front-to-Back Ratio (Co-Pol ±30°) dB ≥23≥25≥25 ≥25≥25≥25≥25 ≥28≥28≥28≥28
Cross Polar Discrimination dB >18>18>18 >18>20>20>19 ≥18≥18≥18≥18
Isolation (Intraband) dB ≥25 ≥25 ≥25
Isolation (Beam-to-Beam) dB ≥17
Isolation (Interband) dB >28 ≥25 ≥25
Impedance Ohm 50 50 50
VSWR <1.5 <1.5 <1.5
Return Loss dB >14 >14 >14
PIM3 (2×43 dBm) dBc <-153 <-153 <-153
Lightning Protection DC Ground DC Ground DC Ground
Max Avg Input Power (50°C) W 300 200 200
Mechanical Specifications
Mechanical specifications including connectors, materials, dimensions, wind load, and operating temperature.
Parameter Details Unit
Connector Type (14x) 4.3/10 Female
Connector Position Bottom
Electrical Tilt Control Integrated RET
Radome Material Fiberglass
Antenna Dimensions (H × W × D) 2697 × 467 × 167 (106.2 × 18.4 × 6.6) mm (in)
Antenna Weight – Antenna Only 44.5 (98.1) kg (lbs)
Antenna Weight – With Clamps 52 (114.6) kg (lbs)
Maximum Wind Speed 200 (124.3) km/h (mph)
Wind Load at 150 km/h – Frontal 1165 (261.9) N (lbf)
Wind Load at 150 km/h – Rear 1300 (292.3) N (lbf)
Wind Load at 150 km/h – Lateral 515 (115.8) N (lbf)
Operating Temperature -40 to +60 (-40 to +140) °C (°F)