1.3~1.5GHz 14dBi Directional Antenan with 2 N Female Connectors.
This 1.3–1.5 GHz 14dBi panel dual-polarization directional antenna is a high-performance device designed for wireless communication applications. With a gain of 14dBi, the antenna effectively focuses signal energy, thereby significantly enhancing signal transmission and reception capabilities, extending communication coverage, and enabling stable long-distance communication.
The antenna incorporates a dual-polarization design that supports simultaneous signal transmission in two polarization modes. This feature not only enhances signal utilization efficiency but also significantly improves resistance to interference. Even in complex environments characterized by multipath interference and electromagnetic noise—such as densely built urban areas and industrial zones—the antenna ensures stable and reliable communication performance, making it suitable for a wide range of data and voice transmission applications.
Its versatility allows for deployment in various scenarios, including dedicated communication networks for public security and fire control systems, where it facilitates efficient information exchange during emergency command operations. It is also ideal for wireless monitoring applications, ensuring clear video transmission and real-time data delivery. Additionally, the antenna performs exceptionally well in wireless broadband access and point-to-point/point-to-multipoint communication setups, delivering a stable and high-speed wireless connection experience.
The antenna features a sleek panel design that combines excellent directionality with an elegant appearance. It is easy to install and adaptable to various deployment environments. The integration of high gain and dual-polarization technology enables superior signal transmission over extended distances with enhanced quality. Compared to other antennas operating within the same frequency band, this product demonstrates superior communication efficiency and reliability, providing robust and dependable signal support for wireless communication systems operating in the 1.3–1.5GHz frequency range, and facilitating the realization of long-distance, high-quality wireless connections.
