Superior Gain Across Multiple Bands
This antenna is engineered for peak performance with a gain of 5 dBi across the lower bands (698 to 960 MHz) and 6 dBi across the mid-to-high bands (1695 to 2700 MHz). These specifications make it ideal for ensuring strong and consistent cellular connectivity in a variety of conditions. Its collinear design and microwave-grade components help to maximise efficiency while minimising signal degradation.
Durability for Harsh Conditions
Built to withstand tough Australian conditions, the Powertec 4G Omni Antenna features ruggedised construction with UV-stable PVC and stainless steel components. The antenna is pole-mountable with the included L-bracket and is capable of withstanding operating temperatures ranging from -40 °C to 65 °C, ensuring reliable performance in extreme climates.
Easy Integration with Standard Connectors
The antenna is equipped with an N Female connector, making it easy to integrate into most existing setups. It also comes with a 10-metre PTL-240 coaxial cable with N Male to SMA Male connectors, offering versatility for various installations. This makes it a go-to solution for improving signal reception in mobile and stationary environments alike.
Optimised for Moving Equipment
This antenna’s omnidirectional design allows it to maintain strong connectivity even on moving machinery. Its vertical polarisation and wide vertical beam width ensure that the antenna can compensate for tilting and pitching as equipment moves over uneven ground, providing reliable performance in all directions.
Efficient and Stable Radiation Patterns
With 360° azimuthal coverage and stable radiation patterns, this antenna provides excellent horizontal coverage while maintaining strong vertical gain. This combination is perfect for environments where signal consistency is critical, ensuring no significant loss in performance across various angles.
Perfect for Cel-Fi Repeater Systems
The Powertec 4G Omni Antenna is an ideal choice for extending the range of Cel-Fi repeater systems, enhancing cellular reception in both urban and rural settings. Its wideband coverage and high gain make it an essential tool for improving network performance across long distances.
