In this article, we will discuss the major differences between terrestrial and satellite microwave links and their advantages and disadvantages.
Terrestrial microwave is a wireless telecommunications technology that links two or more fixed locations on the earth. It uses the line of sight propagation to deliver high-capacity voice, data, and video services for business networks.
Terrestrial microwave remote sensing is a powerful tool for monitoring crop stress and predicting yield. This technology can help farmers make better irrigation, fertilization, and harvesting decisions. It’s also an excellent way to monitor the effects of climate change on agriculture.
Satellite microwave is a radio communication system in which signals are transmitted by an artificial satellite orbiting above Earth's atmosphere. This type of communication allows users to transmit information over long distances without relying on traditional wireline technologies like fiber optics or cable.
It has applications in many industries, including cellular phone networks, television broadcasting, internet service providers (ISPs), military applications, emergency services such as police and fire departments, and public safety organizations like the Coast Guard.
Satellite links provide communication services in areas where no other means of communication are available. On the other hand, terrestrial microwave systems are often used as a supplement to fiber-optic networks or for short-distance communications.
Terrestrial microwaves are used for point-to-point communication, while satellite microwaves use satellites in space as a medium of communication. The choice of one system over another depends on many factors such as cost, coverage area required, and availability of frequencies.
Satellite microwave systems cover large areas with fewer base stations than terrestrial systems. This makes them more cost-effective for covering wide areas such as rural regions or oceans, but it also means they have limited bandwidth capacity compared to terrestrial systems.
Visit our blog section to learn more about the uses of terrestrial and satellite microwaves.
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