HB High Gain 3.5 GHz 5G 2x2 MIMO Parabolic Antenna

Product Code

2XPAR-3338-28

Polarisation

Design Type

Application Category

User Equipment

RF Category

The 2XPAR-3338-28 is a 3 ft high gain 3.5 GHz dish antenna, suitable for long range wireless applications such as n78 (3500 MHz) 5G. The model has been designed as an economical, entry-level system for ultra-long range high capacity wireless networks, such as 5G fixed wireless.

Antenna Technical Data
Physical Characteristics
Construction Material
Aluminium
RF Connections
2
Radome Colour
Other - White
Environmental Rating No Data
Dimensions
900 mm (⌀)
Operating Temperature -40 °C to 65 °C
Weight
13.5000 kg
Mounting
Pole, bracket included
3.5 GHz MIMO-1 Element
Electrical Specifications Mechanical Specifications
Input Impedance 50 Ω Input Connector
Polarisation Input Connector Gender
Female
Max. Input Power 100 W Cable Series -
PIM, 3rd Order - Cable Length -
Range: 3300 to 3800 MHz
Peak Gain 28.00 dBi Azimuth Beamwidth
VSWR < 1.8:1 Elevation Beamwidth
Radiation Efficiency No Data Electrical Tilt
Front-to-Back Ratio - Inter-Port Isolation > 28 dB
Cross-Polar Discrimination - Cross-Polar Isolation -
3.5 GHz MIMO-2 Element
Electrical Specifications Mechanical Specifications
Input Impedance 50 Ω Input Connector
Polarisation Input Connector Gender
Female
Max. Input Power 100 W Cable Series -
PIM, 3rd Order - Cable Length -
Range: 3300 to 3800 MHz
Peak Gain 28.00 dBi Azimuth Beamwidth
VSWR < 1.8:1 Elevation Beamwidth
Radiation Efficiency No Data Electrical Tilt
Front-to-Back Ratio - Inter-Port Isolation > 28 dB
Cross-Polar Discrimination - Cross-Polar Isolation -

HB Radiofrequency

HB Radiofrequency Engineering

HB Radiofrequency forms an essential part of the Halberd Bastion enterprise. Clients requiring OEM manufacturing and custom designed components not available through existing manufacturers can leverage the HB Radiofrequency brand. This service allows clients to manufacture without undertaking the arduous process of marketing their own brand, and protecting confidential manufacturing information.

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