The symmetrical 30° beamwidth with high gain of 18 dBi ensures precise signal direction and exceptionally stable performance even in busy wireless networks. By eliminating side lobes, it concentrates energy solely on the main beam, significantly reducing noise levels and improving data transmission quality. The optimized radiation pattern provides consistent coverage across a wide frequency range of 5100–6775 MHz, allowing for effective use even in high client density environments.
The new generation of antennas features a enhanced UBR mount with greater mechanical strength and improved corrosion protection, ensuring long life even in extreme outdoor conditions. Thanks to the innovated body made of extruded aluminum and high-quality materials like stainless steel and ABS plastic, it has been possible to reduce weight while maintaining maximum durability. This combination makes the antenna an ideal solution for professional wireless networks where stability and long-term reliability are crucial.
The innovative TwistPort connector brings a new level of efficiency – eliminating traditional RF cables and connectors that typically cause signal losses. The connection is nearly lossless, and its simple rotating mechanism allows for easy connection even with one hand. This system not only provides top performance but also speeds up installation and simplifies maintenance. Additionally, it is fully compatible with third-party products like MikroTik, Ubiquiti, and Cambium through practical adapters.
Thanks to its symmetrical beam shape, the antenna offers uniform coverage without dead zones, ensuring that even clients located directly below the access point receive a strong and stable signal. The unique design with minimal back radiation allows for the deployment of multiple antennas in one location without mutual interference, significantly increasing the capacity and efficiency of the entire network. The result is a professional solution with a perfect balance between performance, durability, and easy integration into modern wireless systems.