A New Method of Optical Spectrum Analysis for Advanced Wireless Communications

Prospective 5th (5G) telecommunication has very good expectations for service quality in areas include bandwidth utilization, congestion, power efficiency, and number of nodes. More significantly, IoT is needed for extensive network infrastructure. Short wavelength transmission, light authenticity, optical image transmission, and free storage photonic are all examples of coherent optical communication (OWC) technologies that may be beneficial in easing the widespread adoption of 5G and the Internet of Things. Applications of OWC connections to 5G and IoT solutions are explained in detail in this article. High - speed wireless services like videoconference, mobile devices, greater Internet access, etc. need relatively high upcoming wireless modern communications. Current signal repeaters only handle a measly few thousand megabits per second (Mbps) of data transmission. Recently, large implementations in semiconductor devices lighting technology have fueled renewed interest in optical wired (OW), a potential complimentary solution for RF technology. The objective of this study was to analyze and synthesize key generation in OW communication, with just a focus on the merits that optical wireless systems would provide to the future era of wireless networks.