The number of devices and appliances connected to WiFi in our home continues to grow: computers, cell phones, tablets, refrigerators, washing machines, light bulbs, thermostats and more. Each of them requires a stable and fast connection, which will allow a smooth use that the 'router' alone cannot always offer.

This is a problem that has been going on for a long time, and while there are many techniques, plugins and ways to try to improve the connection and make it as strong and stable as possible, they are far from perfect.

In many cases, the problem is that the router is placed in an inconspicuous and inconspicuous place, such as in a corner or behind some decoration that blocks the waves and prevents a good connection.

To improve the range, it is advisable to place the router somewhere in the middle of the house, and if possible, in a high place, with fewer obstacles around that limit the signal. Another option is to install WiFi repeaters to increase the coverage area.

However, for a stable Internet connection at home, you can use Mesh WiFi, a type of next-generation home network that connects multiple access points within a dense network.

This tool allows for seamless connectivity in your home, since by having several individual access points, it ensures that each of your devices is connected to the one with the highest coverage at all times. Something that is beneficial, for example, if the user moves from his home while a call is being made.

To ensure better WiFi performance, this type of network automatically switches between the 2.4GHz and 5GHz frequency bands, depending on which is best for data connections, and ensures optimal speed by providing more connection time for faster devices, while slower devices and preventing less important applications from slowing down data transmission.

When it comes to improving the home Wi-Fi network, we have different options on the market, using PLCs, amplifiers or neutral or stronger routers and with all of them, the greatest future and the latest arrival, such as Wifi Mesh or Networks at Level.

Wi-Fi networks and reaching every part of the house can be a nightmare and that's what this type of network aims to solve. That's why we're now going to tell you everything you need to know about how they work, so you can decide whether it's an interesting option to bring your Wi-Fi signal coverage to every part of your home.

Coverage: It is normal at home to have all kinds of devices connected to the Wi-Fi network. There are more and more devices that add new generation elements to mobile phones, TVs and computers, such as light bulbs, thermostats, electrical appliances and more... that's why it's important to have good network coverage in every room.

And poor signal coverage can cause cuts or drops in speed that can affect our user experience, such as skipping playback of streaming services or some devices not even connecting directly. Especially something hidden in big houses.

Over time, network systems have democratized prices, offering more options to the consumer market and making WiFi network systems a highly recommended alternative to using traditional routers and repeaters.

The secret to a tiered Wi-Fi network is based on the use of a system consisting of a central router or device and satellites or access points that work and communicate with each other to create a Wi-Fi network. Fi using the same SSID and password.

At this point we can think of this operation as compared to that offered by a router with several repeaters. The difference here is clear, and that is, while in WiFi Mesh networks all the satellites communicate with each other, in a system of a router with repeaters, they only communicate with the central device, the router, but not with each other.

With a mesh Wi-Fi network, the user can completely forget about the device they are connecting to. It is a system that is responsible for automatically managing the best distribution in real time and connecting your phone, laptop or any item to the node that best suits you.

In addition, a WiFi Mesh system allows better management of the Wi-Fi signal, redirecting traffic in the most appropriate way according to the needs of each area. This is possible because what a network does is determine which is the most interesting for us to connect to at a given time and directs more signal power. Thus, the user does not have to worry about which node ar connects to at any given time.