The mesh network is net interconnected routers, called knots or dots. These nodes work with each other to provide coatings networks Internet over a wide area, which a traditional home network cannot provide.

In a typical home network setup, there is one router that provides network/internet coverage as far as it can reach, through walls, out, up stairs, etc. A mesh network consists of multiple routers, each providing coverage, but still a single network, since each of them also communicates with other neighboring nodes.

The result is one network that has much better coverage than a single router can provide. A mesh network can provide access to the Internet wherever nodes can reach, such as through a three-story house or even several city blocks.

Mesh network illustration
Developed by Starline

Types of mesh networks

A home mesh network is not the only network that can be configured in a mesh topology . Some wireless mesh networks connect more than just devices in your home, others are fully connected.

The wireless mesh network is most applicable to the average consumer. There are several types:

Special Mesh Networks

Operational mesh networks are often created to allow devices to communicate with each other when no existing infrastructure exists.

FireChat is one example of a mobile application that uses bluetooth, to allow users to send messages to each other without access to the Internet, transferring data through nearby devices to contact other users.

Some smart home products such as Samsung SmartThings can communicate with other components of the entire system (such as sensors and alarms) to perform certain tasks without the need to connect to the main hub.

Home networks

A mesh network designed for home users provides WiFi in a home or small office using multiple routers. Several home mesh network systems are available, such as Google WiFi and Orbi from NETGEAR.

Municipal networks

public or municipal mesh networks very similar to those created in houses, except that instead of containing a network within a single building, it spans an entire neighborhood or city, connecting large areas.

fabfi is one example of a citywide mesh network system.

How Wi-Fi Mesh works

You can think of a home mesh network as a chain of links. Each link (node ​​of the mesh network) is connected to the others, so the whole chain (network) can reach a great distance — much further than any one link (node) can reach — but they are still connected to each other. no matter how many there are.

So, to turn your standard Wi-Fi into a mesh network, you need a setup that includes more than one node. This works by connecting the master node to modem like a regular router, and then connecting another node to the main one.

From there, you can have a third or fourth node or even more connected to each other so that each node can communicate with other neighboring nodes to provide Wi-Fi further and further away from the main one where your modem is located.

Mesh network systems are designed specifically for this purpose of creating a chain of routers. Devices work in tandem by default, so you don’t need special knowledge on how to set up routers to make them work this way.

As an example, consider a home network where the connection from internet provider carried out through the basement. The line originating from the ISP is connected to the modem, and one modem from the mesh system is connected to the modem. Another node can be connected in a couple of rooms to extend the Wi-Fi signal through those two rooms.

Another node can be installed upstairs, within range of either of the other two, so that once it’s connected and working properly, a full signal can be reached upstairs even if the router is in the basement.

Home Grid Pros and Cons

The mesh network has both advantages and disadvantages. In short, if you’re comfortable with the price and need Wi-Fi to cover your entire home, a mesh network is a good idea.

  • Designed for any room with strong Wi-Fi to solve problems with WiFi connection .

  • Provides Internet access in areas where there is no Ethernet- connections or that are too far from the main router.

  • If a node stops working or is blocked by interference, the network will remain active as long as another neighboring node is working.

  • Anything that runs on a LAN can run more smoothly because the nodes can communicate with each other rather than with a central router.

  • The installation and management of most mesh networks is very easy as they are controlled by an accompanying mobile phone. applications .

  • Expanding a network with more nodes is as easy as plugging the nodes into an electrical outlet and updating the app.

  • Installation can cost less than a traditional network when you consider the ease of adding nodes and the fact that it requires very little installation (you don’t need to use any network cables).

  • Most mesh network nodes are small and sleek and do not have external antennas.

  • A mesh network usually costs more than a traditional router.

  • Several nodes should be located throughout your home.

  • Installing a mesh network is probably overkill if your home is under 1,500 square feet.

What a Wi-Fi Mesh Network Isn’t

It may seem obvious that if you install multiple nodes in your home, each one will be able to run at full speed. If you pay for 30 Mbps with your ISP and you have three nodes, then one of them can be used at maximum speed, sucking 30 Mbps every second, and that the other two can do the same.

Unfortunately, this is not how a mesh network works. All three nodes in this example, if used at their maximum bandwidth, should share the 30Mbps allocated to your home, resulting in each download at only 10Mbps.

throughput, coming into your home is installed at a certain rate, regardless of how your local network works. You can have a single router, a mesh network of four nodes, or 15 nodes distributed throughout your property—when working together through your modem, they can only use as much bandwidth as was purchased.

If you plan on using a mesh network, you can expect even more of your network devices to have full coverage and end up using the majority of your bandwidth. look, how much bandwidth are you getting now, to predict if you need more to support your mesh network.

So if you are using a grid?

There are a few questions you can ask yourself to decide if you should use a mesh network:

Have you tried to improve your existing Wi-Fi signal?

It’s tempting to jump straight into a mesh network given its amazing benefits and ease of use, but you might not even need something that advanced if your existing network can be improved at minimal cost.

For example, if you can move your router to the center of your home, it will likely provide better Wi-Fi in all rooms. If your router is old, you can buy new . You can even upgrade its antennas, if you think it might help.

If you haven’t considered wifi extender you can look at him because he often much cheaper than cellular system. you can compare Mesh Network with Range Extender and decide what is right for you.

Is your home big enough to need a mesh network?

Houses with multiple rooms, and especially multi-storey ones, benefit from the use of a mesh network. Strategically placed nodes can fill any space you need with Wi-Fi coverage, so you’ll never be out of range of your router.

However, anyone who lives in a one-room apartment or two-bedroom house can probably stick with a regular router.

Is your Wi-Fi connection blocking?

Wi-Fi interference matters a lot. If you have concrete walls, a few large electronic devices, or other large objects that block wireless signals, a mesh network is one solution, as you can place nodes anywhere you want to bypass these obstacles.

How much do you know about network setup?

Another way to determine if you need mesh networks is if you are not very tech savvy. Setting up a Wi-Fi network is very easy. For example, on Google Wifi, all you have to do is scan QR code at the bottom of each node to connect them together and start the network.

It will take no more than a few minutes to set up a mesh network. In fact, most of the setup time involves deciding where to place the nodes.

Похожие записи