The world is witnessing a significant increase in the usage of the internet, due to the surging arrival of various smartphones. This creates a mounting requirement for an antenna for mobile communication. Simply, the smartphones, Wi-Fi routers, or Bluetooth headphones people use so much would not work without an antenna.

When someone makes a call using their smartphone or connects to the internet, the signal has to travel over numerous networks and devices. This is done while also trying to avert interference from various other devices. It is an engineering marvel that people often take for granted, and antennas are at the core of it working behind the scenes to enable people to stay connected.

What are the Different Types of Mobile Communication Athena?

Linear Wire Antennas
The dipole and the monopole antennas both belong to the type of linear wire antennas, and they are perhaps the most extensively utilized antennas across the very high frequency/ ultra high frequency and lower-microwave bands. Dipole antennas are mainly utilized as base-station antennas in land-mobile systems.

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The monopole antennas and their other types are arguably the most used antennas for cordless telephones and cellular telephones. It includes several attractive features, for instance, simple construction, small dimensions at high frequencies, and sufficient broadband characteristics for voice communication.

Reflector Antenna
A reflector antenna is designed to reflect the arriving electromagnetic signals coming from a separate source. This antenna is primarily used to work at high frequencies of microwaves. It has the utmost popularity in spacecraft antenna systems because of its simple and lightweight structure. This antenna is manufactured with numerous reflectors whose surface is parabolic, hyperbolic, ellipsoid, or spheroid.

Lens Antenna
A lens antenna is a 3D electromagnetic device that is primarily used for applications of higher frequency. This antenna comprises an electromagnetic lens with feed and it is comparable to a glass lens which is utilized in the optical field. This antenna uses a curved surface for both reception and transmission. The frequency of the lens antenna ranges between 1000 MHz3000 MHz.

With the significant advancement in the wireless communication sector, the surging base of connected mobile subscribers, the mounting consumer base of wireless mobile devices, and rising investment in communication technologies across emerging economies, the requirement for mobile communication antenna will continue to surge in the years to come.