The traditional Wi-Fi setup has many limitations such as dead-spotting, interferences, and irregular signal strength that impact the experience. This is where mesh networks come into play and change the face of Wi-Fi while providing excellent, reliable, and extensive coverage. Let's discuss the role of mesh networks in improving your Wi-Fi!
What Is Mesh Networks?
Conventional Wi-Fi configurations involve the use of a single router to broadcast the signal within a given area. However, when the workspace gets large, or there are barriers such as walls or floors, connectivity gets weak, leading to slow Internet speed. On the other hand, mesh networks are made of several nodes placed at various locations in the area. These nodes, or access points, are connected, and they transfer data to one another, which minimizes or even eliminates dead zones and guarantees equal coverage.
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Improved Coverage and Reliability
One of the biggest benefits of mesh networks is that they provide coverage across large areas within a single network. Through multiple access points, mesh networks ensure that every area in the space is covered with strong signals. This helps the users navigate through the network seamlessly without feeling any interruptions or slow connection. Moreover, you should often check your Internet speed to guarantee its optimal performance.
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Improving the Performance through Dynamic Routing
While most Wi-Fi systems rely on a fixed router to cope with the traffic load, mesh networks use dynamic algorithms. These algorithms continuously monitor the network conditions and then select the right channel for transmission. If a node is busy or has an issue with traffic interference, the traffic is redirected through other nodes to avoid overcrowding.
Roaming and Unified Network
Typically, in conventional Wi-Fi systems, users have difficulty moving across different access points, which leads to interface drops or long reconnect times when connecting to the next point. However, mesh networks make it easier to respond to this challenge since users can roam from one part of the network to another.
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Self-Healing Architecture
Other aspects of mesh networks include scalability and self-healing. In conventional systems, the failure of a router or a single device leads to the breakdown of the whole system. On the other hand, the mesh networks are highly resistant and designed to be so. If one node develops problems or becomes a point of failure, the adjacent nodes will also efficiently redirect the traffic.
Scalability and Flexibility
Mesh networks provide one of the highest levels of scalability, which is beneficial for extending the Wi-Fi range as users deem fit. Whether extending coverage to a bigger home or even an office space, adding more nodes allows them to be added to the already existing network easily.
