Vubiq Networks has introduced its Intelligent Articulating Antenna (IAA), a patented antenna technology designed to address alignment and maintenance challenges in millimeter wave point-to-point wireless links. The technology is being integrated into the company’s HaulPass Fiber radio platform, a software-defined networking (SDN) millimeter wave radio front end.
Millimeter wave backhaul links typically require precise manual antenna alignment during installation and periodic realignment over time, often resulting in higher operational costs and repeated site visits. Vubiq’s IAA is designed to automate this process by making continuous, autonomous alignment adjustments using AI-driven geolocation algorithms based on received signal strength indicator (RSSI) and signal-to-noise ratio (SNR) measurements. The system maintains optimal beam alignment to support stable, high-capacity millimeter wave links.
The IAA is available with either an integrated internal flat antenna or an optional 0.3-meter external antenna. The design is intended for deployment on street-level infrastructure such as light poles, utility poles, and monopole towers, where environmental factors such as pole sway, vibration, and weather can affect link performance. By enabling automated alignment, the antenna reduces the need for manual intervention in these conditions.
The technology is developed to address several challenges inherent to millimeter wave systems, including narrow beamwidth requirements, sensitivity to weather-related attenuation, structural movement, installation complexity, and ongoing maintenance demands. The technology is designed to continuously monitor link quality and adjust antenna positioning to compensate for environmental and structural changes over time.
By reducing the need for manual alignment and repeated site visits, the Intelligent Articulating Antenna is intended to simplify installation, reduce human error, and lower long-term operational costs. The technology is suited for applications such as wireless backhaul, campus connectivity, 5G infrastructure, and broadband access networks that rely on millimeter wave links.
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