30±2dBi High Gain WIFI Full-range Quadrifilar Helix Antenna

Quadrifilar helix structure: It adopts an advanced quadrifilar helix design, which is the key to achieving full - range coverage and high gain. The four helical arms are symmetrically distributed. Through precise parameter design, the antenna can radiate signals evenly in the horizontal direction, achieving 360° full - range coverage. This ensures that stable signals can be received in all directions and effectively solves the problem of limited coverage range of traditional directional antennas.

Optimized helix parameters: The parameters such as the diameter and pitch of the helix have been carefully calculated and optimized. This not only ensures the high - gain performance of the antenna but also reduces signal interference and improves the purity and stability of the signal. This optimized design enables the antenna to maintain a good working state in complex electromagnetic environments.

High - gain characteristic: It has a high gain of 30±2dBi. Compared with ordinary WiFi antennas, it can greatly enhance the transmitting and receiving capabilities of signals. High gain means that the antenna can concentrate more energy in the signal transmission direction, thus realizing longer - distance signal transmission, reducing the attenuation of signals during transmission, and improving communication quality.

Full - range coverage capability: Thanks to the advantage of the quadrifilar helix structure, it achieves true full - range signal coverage. In places that need large - area signal coverage such as homes, offices, and shopping malls, there is no need to combine multiple directional antennas. Only this full - range antenna can meet the signal needs of every corner, reducing the cost and complexity of equipment deployment.

Wide operating frequency band: It supports mainstream WiFi frequency bands and can be adapted to various WiFi standards, such as 802.11n, 802.11ac, etc. It ensures compatibility with various WiFi devices, whether it is mobile phones, computers, tablets, or smart home appliances, and can cooperate well with them to achieve efficient communication.

Low standing wave ratio: The standing wave ratio is an important indicator to measure the matching degree between the antenna and the transmission line. This antenna has a low standing wave ratio, usually ≤ 2.0. A low standing wave ratio means that the antenna can more efficiently transmit energy into the air, reduce energy reflection, improve signal transmission efficiency, and reduce equipment power consumption.

Good anti - interference capability: With special material and structural design, it has a certain anti - interference capability. It can effectively resist the impact of external electromagnetic interference on WiFi signals, ensure the stability and integrity of the signal, and has obvious advantages especially in industrial places and commercial areas with complex electromagnetic environments.

Selection of high - quality materials: The core components of the antenna are made of high - quality metal materials, which have good conductivity and stability to ensure efficient signal transmission. The exterior is made of weather - resistant plastic or rubber materials, which can resist the erosion of natural environments such as wind, sun, and rain, and prolong the service life of the antenna.

Precise manufacturing process: Advanced manufacturing processes are adopted to ensure that all parameters of the antenna meet the standards accurately. Every link from the forming of the helical arm to the assembly of components is subject to strict quality control to ensure the stable and reliable performance of the antenna.

Large - scale office places: In large - area office buildings, WiFi signals are easily attenuated by obstacles such as walls and partitions. This high - gain full - range antenna can effectively expand the signal coverage range, ensure that all offices and meeting rooms can receive stable WiFi signals, and meet the office communication needs of employees.

Commercial complexes: Shopping malls, shopping centers, and other commercial places have a large flow of people and a high demand for WiFi signals. This antenna can provide comprehensive WiFi coverage for the entire commercial complex, facilitating customers to use mobile phones for payment, information query, etc., and improving customers' shopping experience.

Smart homes: With the development of smart homes, more and more smart devices need to connect to WiFi. The high - gain full - range antenna can cover all rooms of the home, ensuring that smart speakers, smart cameras, smart door locks, and other devices can be stably connected to the network, and realizing the convenient control of smart homes.

Outdoor places: In outdoor places such as parks, squares, and scenic spots, it is necessary to provide free WiFi services for tourists. This antenna has certain weather resistance and can work stably in outdoor environments, providing good WiFi signals for the majority of tourists.

Industrial environments: In industrial workshops, factories, and other industrial environments, the communication between devices has high requirements for the stability and reliability of WiFi signals. This antenna can resist electromagnetic interference in industrial environments, ensure the normal communication between devices, and contribute to the development of industrial automation.