RFI CD8294 5G LTE 5.5dBi Collinear Antenna
RFI CD8294 5G LTE 5.5dBi Collinear Antenna
$154.00
RFI CD8294 5G 5.5dBi Collinear Antenna is ideal for use with cellular modems & active repeaters, especially in marginal to poor signal areas.
In stock
In stock
Additional information
Weight | 1 kg |
---|---|
Dimensions | 60 × 11 × 11 cm |
The RFI CD8294 5G LTE 5.5dBi Collinear Antenna covers the 4G LTE bands from 698Mhz to 2700 MHz and now also covers the new 5G LTE bands from 3400Mhz to 3800 MHz.
It is ideal for use with cellular modems & active repeaters, especially when the signal is poor.
The outstanding performance of the CD8200 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 globally across all mobile phone networks.
The RFI CD8294 5G LTE 6.5dBi Collinear Antenna is designed for fixed mounting applications using the ½” 26TPI threaded stud & nut.
RFI CD8294 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 suitable for fringe and rural applications.
Brand | RFI |
IP Rating | IP65 |
Frequency MHz | 698-960 / 1710-2170 / 2300-2700 / 3400-3800 |
Horizontal Beamwidth | Omni-directional |
Vertical Beamwidth | 30 / 30 / 20 / 15 |
Tuned Bandwidth | Full |
Mounting Area | 13-16mm diameter hole |
Radome Diameter Mm | 15.6 |
VSWR | <2.5:1 |
Polarization | Vertical |
Nominal Gain [dBi] | 5.5 / 4.5 / 5.5 / 6.5 |
Power [W] | 10 |
Frequency Range [MHz] | 1710 – 2170, 2300 – 2700, 3400 – 3800, 698 – 960 |
Connector | SMA(M) |
Cable And Connector | 5m of RG58 (9006) cable terminated with SMA male connector. |
Whip Length mm | 571 |
Whip Material | Fiberglass |
Packaging | Poly Bag |
Antenna Type | Omni |
Antenna Application | Terminal Antenna |
Frequency Band | Multi-Band 700 to 3800 |
Antenna Configuration | SISO |