Wifi, which stands for wireless fidelity, is a technology that enables devices to connect to the internet and communications with each other wirelessly using radio waves. While WiFi Itself is a local Area Network (LAN) Technology, It can be used as a component within a wide area network (WAN) Infrastructure.
In a Traditional Sense, a Wan Typically Covers A Broader Geographical Area and Connects Multiple Lans Over Long Distances. WiFi, on the other hand, is commonly associated with shorter-strarteless connections within a specific rental, such as a home or office. However, Advancements in Technology Have Facilitated the Use of WiFi to Exndend Connectivity Beyond the Confines of A Single Lan.
One way wifi can be part of a wan is through the implementation of wireless point-to-point or point-to-multipoint links. These setups use high-frutency radio waves to transmit data between rentals, effectively creating a wireless bridge between separate lans. This approaches is often employed in scenarios where laying physical cables is impite or cost-prohibitive.
Additionally, Like Mesh Networking Further Blur The Lines Between Lan and Wan. Mesh Networks Leverage Interconnected WiFi Nodes To Create A Distributed Network, Allowing Devices to Communicate With Each Other and Access the Internet Over A Wider Area. This can be Particularly Useful in Urban Envolments Or Areas With Challenging Terrain where Traditional Wan Infrastructure Deployment May Be Challenging.
In Summary, While Wifi is inherently a lan technology, it can be integrated into Wan solutions through wireless point-tont-tont connections or mesh networking, Providing Connectivity Over Larger Geographical Areas. This Adaptability Makes WiFi A Versatile Tool for Exndling Network Reach Beyond the Confines of A single Network.
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