QW246

The QW246 RF antenna is an ideal choice for a variety of applications such as Wi-Fi, 4G/LTE, satellite communication, and other microwave equipment, thanks to its compact size and omnidirectional capabilities. Its design utilizes a seamlessly integrated three-engined patch-like structure that offers excellent radiation efficiency and an exceptionally wideband gain.

This antenna is composed of three separate radiating elements, each with a unique polarisation and phase that enable a perfectly balanced and broadband gain pattern. Therefore, it is able to perform omnidirectional antenna coverage with high performance over a broad frequency bandwidth. It is also able to provide high gain in the 2.4GHz and 5GHz frequency bands, making it suitable for a variety of wireless systems.

The working principle of the QW246 is based on its ULOS (Ultra-Low-Side Radiation) technology. This technology allows the antenna to perform with high radiation efficiency and coverage by optimizing the patch structure and exploiting its physical properties. The antenna material is ultra-thin but highly resilient, allowing it to be able to withstand a wide range of media conditions. Its radiation pattern is also optimized to give perfect synchronization with the system.

Not only is the QW246 RF antenna beneficial for its highly efficient operations and excellent gain patterns, but it also facilitates a much lower overall installation cost. This antenna is designed to be highly efficient and compact, and therefore requires less vegetation clearance. Compared to traditional large antennas that require a large surface area to install, the QW246 can be easily mounted in both outdoor and indoor spaces, leading to reduced installation costs and faster deployments.

The QW246 RF antenna is an ideal choice for a variety of wireless applications. It is highly efficient, requires minimal installation, and has a wideband gain pattern that can cover a broad range of frequencies. This antenna is ideal for use in Wi-Fi, 4G/LTE, satellite communication, and other microwave equipment. It also offers significantly lower installation costs compared to traditional antennas.