A mesh WiFi system use a group of interconnected WiFi router to provide internet coverage to every room in a home. A single router can sometimes fail to provide internet coverage to every room in a home due to the way walls and floor can block the WiFi signal. The use of a mesh WiFi system solve this problem for homes, as the mesh WiFi nodes can communicate with one another to ensure that the WiFi signal remains constant throughout the home.
For many peoples, there are dead zones in there homes where there is no WiFi signal. A mesh WiFi system eliminate these dead zones in a home by placing the mesh nodes in various locations throughout the home. The coverage area of a mesh WiFi system are determined by the number of nodes in the system and the layout of the home that the system is to cover.
Mesh WiFi: How It Works and How to Choose One
If a person owns a small apartment or small home, one node may be sufficient for they needs. However, if the individual owns a home with multiple floor or many thick walls, they will likely need to purchase more mesh nodes for their system. Thick walls can reduce the strength of the WiFi signal, so placing the nodes in the home to allow for the signal to travel easy between nodes will increase the effectiveness of the system.
In homes with two stories, one node can be placed on each floor to ensure that each floor of the home receive the same internet speeds from the mesh WiFi system. The way in which the nodes of a mesh WiFi system communicate with one another is referred to as the backhaul of the system. The backhaul can have a significant effect on the speed of the mesh WiFi system.
Wireless backhaul use the same WiFi signal to allow the nodes to communicate with one another. However, this choice reduces the amount of speed that can be provided to the devices that connect to the mesh system. Tri-band mesh systems dedicate one of the wireless bands for backhaul communication between the nodes.
This dedicated wireless band allow the nodes of the mesh system to communicate without reducing the amount of bandwidth for the users devices. Wired backhaul connect the mesh nodes using an Ethernet cable. This option provides the most stable and fastest connection between the nodes of a mesh system.
The features that are included in a mesh WiFi system can vary from brand to brand. Some brands offers mesh WiFi systems with parental controls. Parental controls allow a person to set a schedule for when the internet signal will be unavailable for specific device in the home.
Other brands offer Quality of Service for their mesh systems. Quality of Service allow a person to prioritize certain types of data signals over other types of data signals from the mesh network. Additionally, many mesh systems offer smart home device integration.
This feature allow the mesh system to act as a hub for smart devices in a home, such as smart lights or locks. The process for setting up a mesh WiFi system will vary according to the model of the system that is purchased. Many beginning models are easy to set up and use mobile application to assist in the setup of the system.
Intermediate or advanced models provides manual controls for users to adjust settings for their system. For example, these settings can control IP addresses for each node in the system. The complexity of a mesh system determine which level of technical control is required from the individual who will use the system.
When purchasing a mesh WiFi system, there are different values of the brands and models. A budget model with multiple nodes may offer better value for a medium-sized home than an expensive model with only a single node. A premium model with high speeds and multiple bands may be better for an individual with many device or high speed requirements for applications like online gaming.
Before purchasing a mesh WiFi system, individuals should of measure their homes square footage and the number of devices that will connect to the system. Finally, those who purchase a mesh WiFi system should also check the speed of their Internet Service Provider because purchasing a system with a high data transfer rate will not provide them with faster internet if their Internet Service Provider have a slow internet connection.