Wifi Concrete Walls

Hi, I've been using so far wireless equipment only between clients with minimum obstacles but now I have a need to connect two clients apart 40-50 meters, one is in the garage (one level underground)

One of the most common types of plaster walls is gypsum plaster walls. It’s a white type of cement that is made of the mineral gypsum. This composite is very bad at blocking wifi signals and radiation. The ultimate signal blocking material. Metal is the hardest material to penetrate because it’s. Netgear Nighthawk R6900P Wireless Router. Best Wireless Router For Penetrating. In theory, Wi-Fi signals are capable of passing through walls and other obstacles relatively easily. However, in reality, some walls are thicker or use reinforced concrete and may block some of the signals. Materials such as drywall, plywood, other kinds of wood.

and the other client is on a building across the street on the second floor.
If there would be no concrete of the garage/building structure of the first client, they would see each other.
Connecting them with UTP cable is not an option, only solution is to use Wi-Fi connection.
In your opinion would two panel antennas of 15-20 dBs establish some 'stable' connection between clients?
Any other suggestions?

Internet access at home has become almost as essential as water and electricity (and maybe more so for the most plugged-in of us). But problems getting Wi-Fi to every corner of a building aren’t uncommon. If you do have dead zones in your house, don’t despair. Whatever the size and shape of your building, you can take steps to remedy the problem.

Move your router

Wifi Concrete Walls

Shifting around the router provided by your internet service provider (ISP) might seem like a primitive solution to a technical problem, but it can make a significant difference. If you can, position your router somewhere in the middle of your house, or as near as possible to the devices that are going to need it.

Wi-Fi signals don’t like concrete or brick walls, so avoid these, and wireless devices such as microwaves and baby monitors can also interfere with Wi-Fi speeds, so bear this in mind when you’re scouting for a location. Science has shown large fish tanks (all that water) and Christmas tree lights (all that electromagnetic radiation) can also have a detrimental effect.

You’re going to be somewhat limited by the location of the internet feed coming into your home, but some creative router positioning is a quick and easy way to eliminate dead zones. Even just buying a longer connecting cable between the router and wall socket can give you more room to play with.

In terms of getting your kit positioned, you should also note that newer laptops, phones, tablets, and other devices will have Wi-Fi adapters that are more sensitive and powerful than those on older hardware, because the technology is improving all the time. So if you can, get your oldest computers and gear as close to the router as possible and let the newer devices sit farther away.

Get wired

We’ve all come to rely on Wi-Fi, but it’s also worth weighing the option of setting up a few cabled access points around the home. You’ll need some Ethernet cable, some pins to keep it in place, and some spare Ethernet ports on the back of your router.

Wired internet access is not as convenient as wireless (you can’t walk around with your laptop, for a start) but it comes with two key advantages: security and speed. With a wired connection, there’s nothing to interfere with the internet signal and much less chance of any of your neighbors snooping on your activities without physical access to the router.

You don’t need to hook up everything with wires, though. If you can run an Ethernet cable from the router up to an attic, for example, then you can attach a second router or a wireless access point to the other end, creating a second Wi-Fi network just for the attic or whatever room you’ve led the cable to.

There’s no one-size-fits-all solution, but don’t dismiss older wired connections when setting up your home network. There’s now such a variety of consumer networking kits to choose from that you can easily create a bespoke setup without too much cost.

Better Wi-Fi routers and repeaters

Some ISPs—check their support sites and forums for details—allow you to swap out the standard router they supply for different one. Manufacturers including D-Link, Netgear and others offer super-powered routers with extra antennas and more range, which could be a solution to your Wi-Fi woes.


More and more companies, including Google and Eero, are now offering mesh networking hardware, which replaces the traditional single router with several devices dotted around the home. By working together, these boxes provide a net of wireless signals, which, in theory, should eliminate all the dead zones in your house.

You’ll need to do some research first to make sure your chosen hardware is going to work nicely with your ISP, but if you’re starting from scratch in a new home (or want to start all over again in an old one) then a router replacement or mesh network could be the way to go. The good news is that the hardware is improving all the time, as manufacturers aim to make Wi-Fi networking as convenient and comprehensive as possible.

The other devices you need to be aware of are Wi-Fi repeaters, but we’d only suggest using these as a last resort: They simply repeat the original signal from your router, losing some speed and stability along the way. That said, they’re relatively cheap and a breeze to set up, so if high speeds aren’t an issue, you might want to consider them.

Wifi Through Concrete Walls

Powerline networking

Getting Wifi Through Concrete Walls

Powerline networking gear is perhaps the simplest way of getting internet access to all the rooms in your house—even if it’s not exactly the cheapest. These adapters use the electrical wiring in your home to transmit internet signals from your router to any room in the house. At the other end of the connection, you can then set up a wired or wireless connection, as required.

If you can plug an adapter into a wall, you can make use of powerline networking, and there’s no need to rip up floorboards or drill through walls. A lot of adapters now have sockets on the back too, so you don’t lose a power socket. These adapters should work in most modern homes, although there’s no guarantee. Do as much research as you can before spending hundreds of dollars on this system, or select a couple of adapters that can be returned, if necessary.

Wifi Extender Concrete Walls

Unlike Wi-Fi repeaters, powerline adapters can usually keep speeds consistently high, and are suitable for connections where speed is important (like Smart TVs or game consoles). There are a broad range of gadgets to choose from, so you should be able to find something that works with the layout of your building. You don’t have to rely on powerline adapters entirely, either—you can use them in conjunction with some of the other solutions we’ve mentioned.

Best Wifi For Concrete Walls