During a wireless network design, a customer requires wireless coverage on the perimeter of a building but also wants to minimize signal leakage from the wireless network.
Which antenna should be used to accomplish this design?
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When designing a wireless network, a customer may have specific requirements that need to be considered, such as wireless coverage on the perimeter of a building while minimizing signal leakage. One way to achieve this is by selecting the appropriate antenna.
An omnidirectional antenna radiates signals in all directions, which makes it ideal for providing coverage in all directions from the antenna. However, if the goal is to minimize signal leakage from the wireless network, then an omnidirectional antenna may not be the best choice, as it would radiate signals in all directions, including outside of the desired coverage area.
A patch antenna is a type of directional antenna that radiates signals in a specific direction. This makes it a good choice for providing coverage in a specific direction, such as along the perimeter of a building, while minimizing signal leakage in other directions.
A monopole antenna is another type of omnidirectional antenna that radiates signals in a 360-degree pattern, similar to an omnidirectional antenna. As such, it may not be the best choice if the goal is to minimize signal leakage.
A dipole antenna is a type of omnidirectional antenna that radiates signals in a donut-shaped pattern. Like the monopole antenna, it may not be the best choice if the goal is to minimize signal leakage.
Therefore, the best option for this design would be a patch antenna. It provides directional coverage, minimizing signal leakage in other directions, while providing coverage along the perimeter of the building.