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5 min read
In the landscape of computer networking, understanding various types of networks is crucial. A common
term that surfaces
in this context is 'Wide Area Network' or 'WAN'. So, what is a WAN? A WAN, or Wide Area Network, is a
network that extends over a large geographical area. It's designed to connect smaller networks, like Local
(LANs) or Metropolitan Area Networks (MANs).
A WAN network encompasses a wide geographical area, often spanning cities, states, or even countries. It
located far apart to communicate with each other as if they were in the same place. Businesses and government
typically use WANs for long-distance communication, allowing employees or users to share information and resources
For instance, a multinational company might use a WAN to connect its offices across the globe. This
allows employees in
different locations to collaborate and share resources as if they were located in the same office.
When it comes to understanding networks, the distinction between a WAN vs LAN is important. While both
are types of
networks, they serve different purposes and cover different geographical scopes.
A LAN, or Local Area Network, is a network that connects devices in a relatively small area, such as a
home, office, or
school. A typical use case of a LAN would be a home network where all the devices (like computers, printers, and
smartphones) connect to the internet via a common router.
On the other hand, a WAN spans much larger geographical areas, connecting multiple LANs. It uses
leased telecommunication lines, satellite links, or fiber-optic cables to connect networks in different locations.
For instance, imagine a company with offices in New York, London, and Tokyo. Each office has its own LAN
computers, printers, and servers communicate with each other. To enable communication between these offices, a WAN
be set up, connecting each of these LANs.
In today's interconnected world, WANs play a critical role. They facilitate remote working, global
data sharing on a large scale. WANs are also the backbone of the internet, connecting millions of smaller networks
The future of WANs holds exciting possibilities. With advancements in technologies like 5G and
networking (SDN), WANs are set to become more efficient, reliable, and faster. As the demand for remote working and
global collaboration continues to grow, so will the importance of WANs.
In conclusion, a Wide Area Network or WAN is a crucial part of our global communication infrastructure.
large-scale, long-distance communication between devices and smaller networks. Understanding the distinction
WAN vs LAN is key to comprehending how data travels across the globe, making our interconnected world possible. As
technology continues to advance, we can look forward to more robust and faster WANs.
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