2J 2J4804P Multiband Cellular Adhesive Antenna

Product Code

2J4804P

Polarisation

Design Type

Application Category

IoT/M2M

RF Category

The 2J4804P multiband adhesive mount antenna is a durable cellular antenna with high efficiency across 2G/3G/4G cellular bands between 824 and 2170 MHz. The antenna has a compact design permitting unobtrusive and convenient installation in automotive vehicles, its stable radiation and omni-directional gain across all bands ensures consistent and reliable reception and transmission.

2J4804P has impressive performance characteristics considering its compact design of only 83 x 35 x 13.3 mm.

  • Ground plane independent
  • High efficiency
  • Multiband covering cellular bands between 824 and 2170 MHz
  • Low profile adhesive mounted for easy installation
  • 3 metre LMR-100 cable with SMA Male connector
  • Fully customizable cable length and connector
Antenna Technical Data
2J 2j4804P multiband cellular antenna 3D radiation
Physical Characteristics
Construction Material RF Connections
1
Radome Colour Environmental Rating No Data
Dimensions
83 x 35 x 13.3 mm (L x W x H)
Operating Temperature -40 °C to 85 °C
Weight No Data Mounting
Adhesive
Cellular Microstrip Element
Electrical Specifications Mechanical Specifications
Input Impedance 50 Ω Input Connector
Polarisation Input Connector Gender
Max. Input Power 25 W Cable Series
PIM, 3rd Order - Cable Length 3000 mm
Range: 824 to 960 MHz
Peak Gain 3.60 dBi Azimuth Beamwidth 360°
VSWR < 1.5:1 Elevation Beamwidth No Data
Radiation Efficiency 50% Electrical Tilt
Front-to-Back Ratio - Inter-Port Isolation -
Cross-Polar Discrimination -
Range: 1710 to 2170 MHz
Peak Gain 2.10 dBi Azimuth Beamwidth 360°
VSWR < 1.5:1 Elevation Beamwidth No Data
Radiation Efficiency 45% Electrical Tilt
Front-to-Back Ratio - Inter-Port Isolation -
Cross-Polar Discrimination -

2J

2J Antenna Logo

2J is a worldwide supplier of antenna solutions for Automotive, Marine, Telematic, Automation and M2M markets. 2J utilise a plethora of modern engineering tools, from network analysers and anechoic chambers, to simulation software and 3D printers. These tools help reduce design phases, and enable us to react to customers’ needs promptly and efficiently.

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