RFI Town & Country Pack, CDQ7199 9dBi Cellular Mobile + CDQ7194 Whip Antenna

CDQ7199 Key Features

Patented PCB based Meander™ collinear design offering the ultimate in pattern and gain stability
Ideal for all new 4G networks with true multi-band coverage
High gain across 4GX/4G+ band 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 purposes
Supplied with 5m low loss coaxial cable, with female FME connector.

As a rule of thumb, the higher the dBi, the flatter the angle the antenna can receive from
In hilly areas, cell towers are usually located at the peak of the hill, and if you've got a very high gain antenna (like 9dBi), chances are the antenna won't have a tall enough angle to receive from the tower
With a significantly higher gain than the CDQ7195 and CDQ7197, the CDQ7199 is the best performing antenna in flat outback and rural areas, where cell towers are few and far between
"Q-Fit™ removable whip system for fast and simple removal when entering low height areas, car washes or for antenna security." - read more on the RFI website
When travelling through different terrain, the removable antenna can be swapped over to a larger or smaller size and gain, ensuring the best performance in all geographic areas
The secret to this extraordinary performance lies in the use of two unique PCB radiators. These meander circuits are coupled together to deliver extraordinary consistency in gain and pattern
This latest design offers coverage across multiple networks – ideal for the latest requirements where network operators can switch calls between bands
With a 16mm stud mount on an heavy duty electropolished stainless steel spring, these antennas may be installed on a number of mounting brackets and are ideal for installations in commercial vehicles, four wheel drives and trucks.
The CDQ7000's fully ground-independent design results in true 9dBi gain regardless of mounting position.

Network Compatibility	CDQ7194 Gain	CDQ7199 Gain
Telstra 4GX (700MHz)	5dBi	8.5dBi
Optus 4G+ (700MHz)	5dBi	8.5dBi
Telstra Next-G™ (850MHz)	5dBi	8.5dBi
Vodafone 4G+ (850MHz)* *Please check Vodafone Coverage Map	5dBi	8.5dBi
Optus Regional 3G (900MHz)* *Please check Optus Coverage Map.	5dBi	8.5dBi
Vodafone Regional 3G (900MHz)* *Please check Vodafone Coverage Map.	5dBi	8.5dBi
Telstra/Optus/Voda 4G (1800MHz)	4.5dBi	4.5dBi
All Carriers - Urban/Metro 3G (2100MHz)	4.5dBi	4.5dBi
Optus 4G TDD (2300MHz)	5.5dBi	5.5dBi
Telstra 4GX (2600MHz)	5.5dBi	5.5dBi

Frequency Range: 698-960 / 1710-2170 / 2300-2700 MHz
Input Impedance: 50Ω
VSWR: <2.5:1
Polarisation: Vertical
Radiation: Omnidirectional
Vertical Beamwidth: 15° / 15° /20°
Maximum Power: 10Watts.
Construction: Fibreglass radome, PCB Radiator, electro-polished stainless steel spring
Cable: 5m Cellfoil 9006 low loss coaxial
Connector: FME Female
Length: 2080mm
Weight: 1.7kg.

Frequency Range: 698-960MHz / 1710-2170MHz / 2300-2700MHz
Input Impedance: 50Ω
VSWR: <2.5:1
Polarisation: Vertical
Radiation: Omnidirectional
Vertical Beamwidth: 30° / 40° / 25
Maximum Power: 10Watts
Construction: Fibreglass radome, PCB Radiator, black electro-polished stainless steel spring
Cable: 5m Cellfoil 9006 low loss coaxial
Connector: FME Female
Length: 735mm
Weight: 0.572kg

This antenna has a 5m cable that terminates with an FME Female connector
The FME Female connector is the most common type of connector for mobile antennas and mates with the FME Male connector found on patch leads and phone cradles.

female FME Connector

FME Female Connector [pictured]

Please contact us if you would like a shorter length of cable, or a different connector and we will customise this antenna for you.

over-size item symbol sign

This product is over 2m in length and must be sent by specialist freight companies
Understandably a 2m long cardboard tube can be easily damaged, so this product is shipped in a custom made PVC enclosure
Due to the costs incurred, shipping of this item is expensive, irrespective of whether we're shipping it to Sydney metro, or to Canada.

(CDQ719994-WHIP)