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5GHz parabolic dish antennas are directional devices designed for long-range data transmission in the 5GHz band. They are used in a variety of applications, including:
Internet access: Providing internet to homes and businesses in rural and suburban areas where access to fiber optic or coaxial cables is limited.
Wireless links: Creating point-to-point and point-to-multipoint wireless links to transmit data between buildings, towers, or other locations.
Wireless bridges: Transmitting video, audio, or data signals between two points.
Surveillance: Monitoring objects and areas from a long distance.
Key Features of 5GHz Parabolic Dish Antennas
High gain: Parabolic dish antennas have high gain, which allows them to focus the radio signal into a narrow beam, increasing the range and signal strength.
Directionality: These antennas are directional, which means they are effective only in transmitting the signal in a specific direction. This helps to minimize interference from other radio sources.
Various sizes and shapes: They are available in various sizes and shapes to suit different needs and applications.
Weather resistance: They are made of weatherproof materials, allowing them to be used outdoors in all weather conditions.
Factors to Consider When Choosing a 5GHz Parabolic Dish Antenna
Range: How far does the antenna need to transmit the signal?
Frequency: In what 5GHz frequency band will the antenna operate?
Gain: What level of gain is needed for the application?
Beamwidth: How wide should the antenna's beam be?
Polarization: What polarization is required (vertical, horizontal, or slant)?
Mounting: How will the antenna be mounted (on a mast, on a wall, etc.)?
