Massively ScalableThe T3 Horn 6 is designed as a third-tier station in Cyber Antennas' 3-tier topology, allowing network operators to scale with cutting-edge Wi-Fi 7 technology to maximize spectral efficiency, throughput, and network reliability. 320 MHz Channel SupportProvides significantly higher bandwidth compared to narrower channel widths used by competing platforms. Spectral Efficient HornCyber Antennas' T3 Horn 6 enables fast, reliable installations with minimal alignment effort, making it easy to deploy at scale. Its optimized radiation pattern offers strong noise immunity, reducing interference in dense environments. Combined with stable performance and fewer service calls, Cyber Antennas is built for rapid, large-scale WISP expansion. Multi-gigabit speedsCyber Antennas delivers faster speeds than Ubiquiti AirMAX, LTU, and Cambium ePMP 4500 & ePMP 4600 by utilizing Wi-Fi 7 technologies and design innovations to maximize throughput and spectral efficiency. 320 MHz Channel WidthsProvides significantly higher bandwidth compared to narrower channel widths used by Cambium ePMP and Ubiquiti AirMAX platforms. 4K QAM ModulationAchieves up to 50% more data throughput per symbol under optimal conditions compared to older QAM technologies. Modular Horn AntennaThe T3 Horn antenna's narrow beam width and low side lobes minimize interference and improve performance, making it ideal for high-density deployments. Simple to Install and ManageCyber Antennas is easier to install than Ubiquiti AirMAX, LTU, Wave, and Cambium ePMP 4500 & ePMP 4600 thanks to advanced features that simplify alignment, adapt to environmental changes, and streamline provisioning. Plug-and-Play DeploymentAutomatic AP detection, QR code cloud adoption, and a preferred access point list make setup fast and seamless. Easy QR Code Cloud AdoptionScan a QR code from your phone and automatically adopt into ISPApp cloud management software. Modular 20 dBi hornCyber Antennas wide beam width horn simplifies installation with less need for precise alignment, enabling faster, more reliable setups. Its optimized pattern balances ease of aiming with excellent noise immunity, reducing interference from nearby signals. The result is stable, high-performance links with fewer service calls, ideal for scaling WISP networks.