Description: Mesh Wi-Fi is a type of network that uses multiple interconnected access points to provide continuous and uniform coverage over a larger area. Unlike traditional Wi-Fi networks, which rely on a single router to distribute the signal, mesh networks allow multiple devices to work together to extend coverage and improve connection quality. Each node in the mesh network communicates with other nodes, meaning that if one node fails or is out of range, the network can automatically reroute traffic through other available nodes. This self-healing feature and the ability to easily scale the network make mesh Wi-Fi ideal for environments where the signal may be weak or intermittent, such as large homes, offices, or public spaces. Additionally, setting up a mesh network is often simpler, as many modern systems allow installation and management through mobile apps, making it user-friendly even for those without advanced technical knowledge.
History: The concept of mesh networks began to gain popularity in the 2000s when technologies were developed that allowed the interconnection of multiple access points. However, it was from 2010 that the term ‘mesh Wi-Fi’ became popular with the launch of specific products designed for this purpose, such as Google’s mesh system, Google WiFi, in 2016. Since then, the technology has rapidly evolved, with improvements in speed, security, and ease of use.
Uses: Mesh Wi-Fi is primarily used in environments where wide and reliable coverage is needed, such as large homes, offices, university campuses, and public spaces. It is also common in temporary installations, such as outdoor events, where a robust and flexible network is required. Additionally, it is ideal for smart homes, where multiple connected devices require a stable signal.
Examples: Examples of mesh Wi-Fi systems include Google Nest WiFi, Amazon’s Eero, and Netgear Orbi. These devices allow users to easily create a mesh network, providing coverage throughout the home and eliminating dead zones. They are also used in businesses to ensure constant connectivity in large areas.
