RFI 5G LTE 7.5dBi Collinear Antenna 5m SMA(M) – Black
$343.37 Inc. GST
It is RFI’s flagship product and is designed for the harsh Australian conditions. Includes an integrated spring with threaded stud/nut for easy installation on vehicles. The CDQ8100 Series whips can be removed via the integrated N male connector in the whip and N female connector on the spring assembly.
Key Features:
– Patented PCB based collinear design offering the ultimate in pattern and gain stability.
– Ideal for new 5G/LTE networks with true multi-band coverage.
– High gain across all bands making it suiting fringe and rural applications.
– Q-Fit® removable whip system for ease of removal in low height environments such as multi-story car parks, car washes or for security.
Available on back-order
The new CDQ8100 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).
It is ideal for use with cellular modems & active repeaters, especially when signal is poor.
The outstanding performance of the CDQ8100 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.
8100 Series Specifications Matrix
CD8100, CRD8100 & CDQ8100 Installation Sheet
| Cable And Connector | 5m of 9006 low loss cable terminated with SMA male connector |
| Frequency Range | 1710 – 2170, 2300 – 2700, 698 – 960 |
| Power w | 10 |
| Nominal Gain Dbi | 7.5 / 4.5 / 5.5 |
| VSWR | <2.5:1 |
| Radome Diameter Mm | 22.5 – 15.6 Tapered |
| Tuned bandwidth | Full |
| Frequency MHz | 698-960, 1710-2170 & 2300-2700MHz |
| Length [mm] | 1210 |
| Mounting | 16mm mounting hole |
| Weight | 1.5 kg |
|---|---|
| Dimensions | 130 × 15 × 10 cm |
Related products
-
5G LTE 6.5dBi Collinear Antenna 5m SMA(M)
Select options This product has multiple variants. The options may be chosen on the product pageIt is RFI’s flagship product and is designed for the harsh Australian conditions. includes an integrated spring with threaded stud/nut for easy installation on vehicles. The CDQ8100 Series whips can be removed via the integrated N male connector in the whip and N female connector on the spring assembly.
Key Features:
– Patented PCB based collinear design offering the ultimate in pattern and gain stability.
– Ideal for new 5G/LTE networks with true multi-band coverage.
– High gain across all bands making it suiting fringe and rural applications.
– Q-Fit® removable whip system for ease of removal in low height environments such as multi-story car parks, car washes or for security. -
Sale!
RFI UHF 1/4 Wave Whip (470-490 MHz) Black – Blue Dot
Original price was: $26.00.$19.95Current price is: $19.95. Inc. GSTAdd to cartThe SW120 series is a range of low profile, flexible ¼ wave whips which provide excellent omnidirectional performance when mounted high on a vehicle. They make an ideal roof mount antenna when coupled with either an MB10/MB12 or on to a CD90/900 Series elevated feed choke for other mounting locations. By the nature of their …
RFI UHF 1/4 Wave Whip (470-490 MHz) Black – Blue DotRead More
-
RFI UHF CB 4dBi 477MHz Antenna With Base and Lead
$95.00 Inc. GSTAdd to cartThe CD34 Series Mopole antenna is specifically designed to be used in a variety of mounting positions such as a vehicle mirror, gutter or roof rack. Mounting in such positions, the CD34 is the ideal substitute for an antenna which would normally need to be mounted in the centre of a metal roof to obtain maximum efficiency.
-
RFI 5G LTE Peel-And-Stick Antenna
$61.47 Inc. GSTAdd to cartThe T5 Series brings exceptional signal strength and quality in a 360-degree radiation pattern due to its omnidirectional design while maintaining high peak gains and efficiencies. This antenna is designed with CAT-M technology taking LTE into the next generation of IoT applications making it fully compatible with existing LTE networks and reducing implementation costs for …
