An overview of the frequency range used by 5G, including its advantages and challenges.
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What is the next generation of mobile technology?
The deployment of 5G will accelerate the realization of smart cities, smart agriculture, and…
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Introduction
5G signals are transmitted using ultra-high frequencies, as high as 39GHz or more. In contrast, 4G uses 700 MHz to 2500 MHz to transfer data. Such high frequencies make 5G vulnerable…
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Tracking the Location of Modern Devices
Many modern devices feature location-based services that use real-time geographical data to track their physical position. Technologies such as GPS, Wi…
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Synchronizing the 5G Network The 5G (5th Generation) mobile network connects machines and devices at higher data speeds, and with ultra-low latency when compared with its predecessor, 4G. In order…
Introduction Wireless technology has emerged as the primary medium of communication for connected devices. To enable such widespread wireless communication, a wireless transceiver circuit with an appropriately selected and placed antenna is necessary…
Take the Poll | Join our Discussion sponsored by Introduction 5G, or fifth-generation wireless technology, is the next evolution of cellular technology, delivering higher speeds, lower latency, and a greater amount of simultaneous connections of multiple…
