CD8195-B_media-1-RFI 5G LTE 6 5dBi Collinear Antenna 698 3800 MHz 5m SMA M Black
CD8195-B_media-2-RFI 5G LTE 6 5dBi Collinear Antenna 698 3800 MHz 5m SMA M BlackCD8195-B_media-4-RFI 5G LTE 6 5dBi Collinear Antenna 698 3800 MHz 5m SMA M Black.jpg

RFI 5G Cellular 6.5dBi PRO SERIES Antenna (698-3800 MHz); 5m SMA(M) – Black

Designed and Manufactured in Australia, Pro-Series antennas feature RFI’s Patented PCB-based collinear design offering the ultimate in pattern and gaining stability.

Call or email RFI to place an order at (330) 486-0706 or [email protected]
SKU: CD8195 Category:

RFI PRO SERIES 5G Cellular 6.5dBi Collinear Antenna (698-3800 MHz)

 

Black Whip
Spring base with integrated 5m x low-loss flexible cable
SMA male plug connector

Proudly designed and manufactured in Australia

 


The CD8100 Series 5G LTE antennas not only cover the 4G LTE bands (698-960 MHz, 1710-2170 MHz, and 2300-2700 MHz) but now the new 5G LTE band (3400-3800 MHz) and are ideal for use with cellular modems & active repeaters, especially when signal is poor.

The outstanding performance of the CD8100 Series lies in the use of the patented Meander radiating elements. These Meander circuits are coupled together to deliver extraordinary consistency in gain, coverage pattern and bandwidth. The result is a unique antenna able to operate across all mobile phone networks globally, housed in the one unit.

The CD8100 Series Includes an integrated spring with threaded stud/nut for easy installation on vehicles


Check out the range of RFI PRO SERIES Antennas

Height [mm] 920
Brand RFI
Frequency MHz 698-960 / 1710-2170 / 2300-2700 / 3400-3800 MHz
Horizontal Beamwidth Omni-Directional
Mounting Area 13-16mm diameter hole
VSWR <2.5:1
Polarisation Vertical
Power [W] 10
Cable And Connector 5m RG58 low loss cable (9006) terminated with SMA male connector
Whip Material Fibreglass
Packaging Retail Hang Sell Bag
Colour Black
Antenna Type Collinears, Ground Independent, Meander, Spring Mount, Vehicle
Antenna Application Vehicle Antenna
Family PRO SERIES
Antenna Configuration SISO
in else