Four-port single-polarized directional antenna, 0.9-2.4-5.1-5.8G (customizable).

I. Multi-Frequency Coverage: One Antenna Meets Multiple Standards

This product is a four-port single-polarization directional antenna, operating in frequency bands of 0.9GHz, 2.4GHz, 5.1GHz, and 5.8GHz, simultaneously supporting multiple wireless communication standards and application scenarios. A single antenna can meet both low-frequency long-range coverage and high-frequency high-capacity transmission needs, making it widely applicable to IoT, wireless data transmission, private network communication, and multi-frequency fusion system deployments, effectively reducing system complexity and construction costs.

II. Product Parameters Overview

III. Directional Coverage, Reduced Co-channel Interference

The antenna adopts a directional radiation design, concentrating energy in the target coverage area, effectively suppressing signal radiation from ineffective directions. By precisely controlling the beam direction and width, co-channel interference and system noise can be significantly reduced, improving link quality and network stability, making it particularly suitable for interference-sensitive or finely detailed coverage applications.

IV. High Consistency Mass Production, Stable Quality

The product design and manufacturing stages fully consider batch consistency, employing mature antenna structures and standardized production processes. Each batch undergoes rigorous RF performance and environmental reliability testing to ensure stable electrical performance and consistent parameters, meeting the requirements of engineering-grade and long-term operation.

V. Multiple Installation Methods, Adaptable to Different Brackets

The antenna structure design is flexible, supporting multiple installation methods and adaptable to common poles, crossarms, walls, and custom brackets. Installation is simple and adjustments are flexible, enabling rapid deployment according to the site environment, suitable for wireless system construction under different height, orientation, and spatial conditions.