This technology provides a more reliable and efficient connection than traditional wireless networks such as Wi-Fi or Bluetooth.
One of the main features of mesh networks is their ability to independently organize and optimize communication between nodes. This means that if one of the nodes fails or loses communication, the other nodes can redistribute traffic and provide a continuous connection. Thus, mesh networks have high fault tolerance and can operate even in conditions of high load or interference.
Another advantage of mesh networks is their ability to expand and scale. New nodes can be easily added to an existing network, allowing you to expand coverage and improve performance without having to completely replace equipment.
Mesh networks also offer higher data transfer rates and lower latency than traditional wireless networks. This makes them an ideal choice for applications that require fast and stable communication, such as online games, video streaming or the Internet of Things.
However, despite all their advantages, mesh networks have some disadvantages. For example, they may be more expensive to install and maintain than traditional wireless networks. In addition, they can consume more power, which can be a problem for portable devices.
In general, mesh networks represent an innovative communication technology that offers high fault tolerance, scalability and performance. They can be used in various fields, from home networks to industrial systems, and represent a potentially promising direction for the development of wireless communications.

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