Validation of Transmission Power for Different IEEE 802.11 Standards

Abstract

Wi-Fi is become a need in today’s culture. Everyone expects it to be available everywhere, regardless of whether they are at a school, a hotel, or a restaurant, just as they do with power and running water. The absence of wires and cables provides access to regions that were previously inaccessible. This minimizes network deployment costs because trenching and drilling are no longer required to construct physical connections. Wi-Fi is one of the greatest technological triumphs of the modern era. A wireless access point enables internet connectivity for Wi-Fienabled devices (AP). According to a Wi-Fi Alliance-commissioned study (WFA). It is anticipated that global mobile traffic would increase from around 51 exabytes (51 billion gigabytes) per month by the end of 2020 to 226 exabytes per month by the end of 2026. Historically, operators have utilized Wi-Fi networks to scale capacity to meet the ever-increasing bandwidth demands of their consumers. The decision by regulatory authorities throughout the world to make large portions of spectrum available without a license has been one of the most crucial reasons in Wi-widespread acceptance. This deregulatory environment allowed the industry to create novel wireless communication protocols for a number of applications, including computer-to-computer communication.