Best Wireless Router For Thick Walls

Best Wireless Router For Thick Walls- Complete Guide

best wireless router for thick walls

Solid concrete or brick walls Good for Building but not so good for Wi-Fi, That’s why we have researched and found many wireless routers then we tested and sort listed them to provide you guidance on the best wireless router for thick walls. 

Based on in-depth testing, the TP-Link Archer C2300 is the best Wi-Fi router overall due to its superb performance and extensive feature set. 

You also need a mesh router for larger homes and Netgear Orbi is the best mesh router in the market. Whether you need better coverage in an upper floor, through thick walls or in the backyard, the Orbi offers an expandable solution that is easy to set up and offers great coverage and performance. 

But if you want a less expensive option, then the reasonably priced TP-Link Archer A7 offers much better performance and long-range without skimping on features such as parental controls. 

See Our Pick of Wireless Routers For Thick Walls

Linksys Mesh WiFi Router (Tri-Band Router, Wireless...
Editor's Choice
NETGEAR Nighthawk X6S Smart WiFi Router (R8000P) -...
Mesh WiFi For Thick Walls
Amazon eero mesh WiFi system (3-pack) with Free Echo...
2200 Mbps
4000 Mbps
3000 Mbps

Features

  • 2,000 sq. ft Coverage
  • Tri-Band & MU-MIMO
  • Mesh Wi-Fi

Features

  • 3500 Sq-ft Coverage
  • MU-MIMO & Tri-Band
  • 1.8GHz CPU

Features

  • 5000 sq. ft WiFi Coverage
  • Setup in Minutes
  • w/ Free Echo Dot
Linksys Mesh WiFi Router (Tri-Band Router, Wireless...
2200 Mbps

Features

  • 2,000 sq. ft Coverage
  • Tri-Band & MU-MIMO
  • Mesh Wi-Fi
Editor's Choice
NETGEAR Nighthawk X6S Smart WiFi Router (R8000P) -...
4000 Mbps

Features

  • 3500 Sq-ft Coverage
  • MU-MIMO & Tri-Band
  • 1.8GHz CPU
Mesh WiFi For Thick Walls
Amazon eero mesh WiFi system (3-pack) with Free Echo...
3000 Mbps

Features

  • 5000 sq. ft WiFi Coverage
  • Setup in Minutes
  • w/ Free Echo Dot

How Do Thick Walls Affect Wifi Signal?

There are some more obvious issues to be examined when you call your internet service provider or run out to buy a new computer. You may be surprised when you’ll know that there are many everyday objects that can interfere with the strength of your Wi-Fi signal.

thick walls signal loss graph

Image Source 

Thick walls or Concrete can create a problem for wireless networks. Unfortunately, you can’t do much about the construction of your existing home, but you can plan ahead and position your router in an optimal spot.

Overly, thick walls can be problematic, but especially those which contain insulation material, water pipes, and air ducts. In addition to the wall material itself, these create additional obstacles to stymie your Wi-Fi signal.

Trouble causing materials include concrete, metal, bricks, stone, ceramic, and mirrors. Thinner partitions, such as those made of Gyprock, tend to be better for your Wi-Fi signal.

Placement of your router will be of greatest importance in making the most of your residential situation, but if you are still experiencing issues, you may want to try a Wi-Fi repeater that can expand your signal reach and multiply its strength. 

If all else fails, a wired connection may be your best bet for reliable internet access.

How To Boost Wifi Signals Through Thick Walls​

Now you’re well aware of which household objects can cause lag in your Wi-Fi signal, its time to get your home in quite Wi-Fi shape, Here are a few essential tips to boost the Wi-Fi signals.

1. Place your router in a central location

You can increase your Wi-Fi signals by making sure that your router should not be far from potential interferences, but ideally, it should be within line of sight during use. 

This will almost guarantee a reliable signal. A home office is a widely suggested point for your router. Avoid placing it directly next to walls or windows.

2. Update your router

Outdated equipment can be a serious Wi-Fi killer. If you’ve got a router from a few years ago, it might be operating with a bandwidth cap. 

This means your speeds can never reach where you’d like them to be. Updating to a modem router can make complex difference in your Wi-Fi performance.

3. Make your Wi-Fi more secure

If an unauthorised person is draining off your Wi-Fi network, this could be slowing it down for everyone in your home. You need a secure password for access to your wireless network. But you can also take steps to increase that security.

Hiding the network’s SSID is a good move. The SSID is the name of the Wi-Fi network, which usually appears to anyone within reach of the network. Within firmware settings of your router you can shut off the SSID broadcast option to hide the SSID. 

Anyone who wants to use your network will now need to type in both the network name and its security key manually.

4. Add an external antenna

A great way to boost Wi-Fi signals is with the antenna on your router. If your router has only an internal antenna consider installing an external one. These have a much better ability to boost your wireless signal. A directional antenna could be the solution if you’re experiencing Wi-Fi dead zones. You can also adjust the internal antenna, too. Simply rotate the router and see if that improves your Wi-Fi signal.

5. Invest a wireless repeater

If you’re facing constant problems with your Wi-Fi signal, you might want to think about buying a wireless repeater for your home. This could be an excellent solution for a building that is not well set up for Wi-Fi, for example, a home with many thick, concrete walls. 

Extra-large homes could also benefit from a wireless repeater, it serves to repeat or extend the wireless signal. Wireless repeaters, sometimes known as Wi-Fi expanders. 

Your wireless repeater does not need to be the same brand or make as your original router, but be sure it is compatible. A wireless range extender might be the solution to your signal issues.

Penetration of Wi-Fi Signals Through Walls

I am going to tell you how it is possible for Wi-Fi signals to pass straight through walls into your device? If you keep your access point in one room and you stay in other you can still use the internet through your device. 

Here the question arise that why can’t visible light also good for the walls since both of them have electromagnetic waves? I am also going to offer you a right thing is the best analogy I found and I am so confident that after reading this you will learn something new or something very interesting. 

I will tell you that why does a wave go through the wall and why it does not go through the wall refer to a size as a wavelink/wavelength which is defined as “ the distance between two successive crest in a wave ”. 

Now, the radio waves which are the biggest can easily pass straight through walls because they are so large that the wall is almost in visible. “Larger waves in wavelength are capable of passing walls because their size is way and how does this happen? Signals have different frequencies and thats make them have different sizes. 

Now i’m going to larger than the wall atoms”. The Wi-Fi waves are large but they are not as large as radio waves so they can pass through the wall but not completely and that explain why they get a little bit recover when you are in different rooms. here’s a list of wireless router for long range

Best Wireless Router For Thick Concrete Walls

The composition of materials used to construct a building can absolutely make a difference in the range, reliability, and performance of your wireless network. If your house, flat, or apartment is primarily make up of brick or concrete, 

You have more challenges than someone living in a building composed of traditional materials such as wood and drywall. This has to do with the fact that the Electromagnetic Waves of the Wi-Fi signal get absorbed or even reflected more or less by different materials in the environment.

In the case of brick or concrete, these materials absorb the signal much greater than wood does, resulting in decreased range and speed, and generally less reliability than the same Wi-Fi network in a wood environment. Most routers nowadays are dual-band routers, which is a good thing. 

However, in the case of EM-absorbing materials being present in the walls, ceilings, and floors of your residence, it is best to connect on a lower-frequency band if possible. Most routers can operate at both 2.4GHz and 5GHz means they are dual band Wifi router. Generally 5GHz is preferred because of the greater availability of dear channels and fewer devices and interference to compete with.

However, if you are dealing with brick or concrete, your primary concern is the ability for your Wi-Fi signal to penetrate the materials in your walls. But in case of brick or concrete, 2.4GHz band is preferred because lower frequencies can penetrate much better through thick walls.

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