In a world as civilized as the one we live in, it may seem not easy to justify why one would want to get wired internet in another room in his home. After all, one could easily opt for a wireless internet connection through WIFI.
However, despite the convenience WiFi offers, it may not be the best form of internet distribution for your home. For example, if your house has multiple walls and obstacles between you and your WIFI router, you may suffer significant signal loss.
For this reason, the wired connection may be the best for you. In this article, you will get some guides that can make the wired internet installation process easy.
There are three ways to get wired internet in another room in your home:
Method 1: Running Ethernet Cables
The easiest way to get wired internet in another room in your home is to run Ethernet cables from your router to the devices in other rooms. Even though this method is simple, running Ethernet cables may be stressful.
In addition, having wires all around the place will make your home look messy. To prevent a messy appearance, you can run them behind furniture or tape them up along the baseboards.
Method 2: Using Powerline Adapters
If you don’t want to deal with the mess of wires, you can use powerline adapters. All you need to do is plug the powerline adapters into your electrical outlets, and they will use the existing electric lines in your home to transmit data.
Method 3: Using MoCA (Multimedia over Coax)
This is like a mixture of the two previously mentioned methods. It involves cabling that has already been run through the house.
Here’s how to get wired internet in another room in your home by running Ethernet cables through walls:
STEP 1: Create A Distribution Point
Before running Ethernet cables through your walls, you need to create an Ethernet distribution point. We recommend that you shut OFF your home’s power source before creating your distribution point.
This will guarantee your safety when you start drilling into the walls to create space for your distribution point.
If it’s your first time running Ethernet cables through walls, get the correct studs to build your wiring panel. Once the studs are in place, drill an inspection hole that’s about 4″ by 4″ inch in size.
Use the inspection hole to confirm that there isn’t any obstruction in the wall you’ve chosen to be your distribution point. If there’s nothing behind the walls, use your drywall saw to cut away the drywall to your distribution point.
Let the stud points you created guide you so you can get a perfect cutout. Then, use a structured wiring panel to keep your cables organized when you are done.
STEP 2: Create Holes for Ethernet Cable
Identify the rooms that require cabling. After that, you need to determine the best spots through which the Ethernet cables can easily pass through to connect to the distribution point.
Once you’ve located these spots, you can begin to cut holes through your walls, floors, or ceilings if there is a need to. After cutting all the necessary holes, run the cables through them.
STEP 3: Label Your Ethernet Cables
If you plan to run multiple cables through different walls into different rooms, you need to label the cables. You need to label the cables according to the walls they will go through.
For instance, you can label them “bedroom”, “Guest room”, or “office” – if you have one in your home.
When you are done with that, run the cables through the walls. Pull them through the required length until they get to the needed spot. Now let’s see how to get wired internet in another room without a router.
First of all, you need to check both routers for compatibility. Both of them should support either AP Client Mode or WDS Bridge mode.
Also, ensure that you have proper access to the router settings to configure them.
STEP 1: Access the Router (Through WiFi)
You will need to type the WiFi router IP address to access the router.
Check the back of your router to get the IP address. If the router’s IP address is not there, check its manual. In most cases, a WiFi router’s default IP address is usually 192.168.0.1, so you might as well try using it.
STEP 2: Configure the First Router for Wireless Bridge
You will need to configure the routers one by one. Starting with the first one, you will need Access Point (AP) mode.
You will also need to change its channel, wireless name, and password. To do these, follow the steps below:
- Go to “Operation mode” or “Working mode“
- On the next page select the “Access Point” and press the save button. The connected wired network will change to a wireless one
- Now, go to “Wireless Setting“
- In the “Wireless Network Name” textbox, type a name of your choice
- In the “Region” dropdown box, select your country
- For “Channel“, select a channel number between 1-13 (You can use the wireless analyzer to check the interference level for every channel)
- Click on the “Save” button to apply the settings
- Now, go to the “Wireless Security” section. To get there, navigate from “Wireless” to “Wireless Security“
- In this section, select the WPA/WPA2- Personal (Recommended) security option
- Enter your preferred wireless password
- Click on the “Save” button to apply your settings
At this point, you are done with the first router setup. Leave it ON while you move on to the second router.
STEP 3: Configuring the Second Router
First, you must configure the second router as client mode to connect wirelessly to the first WIFI router. After that, reset its IP address to the default value.
It is essential to change the IP Address to avoid network conflict.
Follow these steps to configure the second router.
- Log in to the second router. The details for logging in to the router and its IP address are on its back.
- The next step is for you to go to “Network“, then “LAN“
- Enter the IP Address of your router. The default IP Address of a TPLink router is 192.168.0.254
- Click on the “Save” button
- Restart the device to allow the new IP Address can take effect
- Next, you need to change the operation mode of the second router to client mode. You can do this by going to “Operation mode” or “Working mode” and then selecting the “Client mode” option
- Click on “Save” when you are done
STEP 4: Scanning the Devices and Connecting to it
- Go to “Wireless settings“
- Press the “Survey” button
- You will find all the listed devices on your network when the survey is done
- Find your first Router WIFI name
- Click on the “Connect” button
- Enter the password of the first WIFI router you configured as Access Point mode
- Click on the “Save” button
- To fully apply the settings, you will need to reboot your device
How to Hardwire the Internet
Here’s how to install a hardwired internet:
- STEP 1: Determine the kind of internet setup you want
- STEP 2: Turn OFF your WiFi
- STEP 3: Determine the number of ports you need
- STEP 4: Get an Ethernet switch
- STEP 5: Set up a base station for your internet connection
- STEP 6: Run your Ethernet cables
There could be a situation where you will be unable to get wired internet in another room in your home because of short Ethernet cables. You can adopt one out of five ways to extend your ethernet cable in cases like this.
You can extend your ethernet cable with the inline couplers. You need to wire both ends of the Ethernet cables you want to connect with RJ45 male connectors.
After doing that, you can now use inline ethernet couplers with the female /female RJ45 connectors.
Another method you can use is the Network switch. A network switch is a device that helps provide additional ethernet connections to your network.
It switches packets to receive and forward data to your device. They are handy for creating additional ethernet connections.
By placing the device between two cables, you can use the network switches to cover distances smaller than 200 meters.
Coaxial Cable Extenders
With the legacy coax cabling, coaxial extenders can extend your Ethernet connection by 1000 meters.
Coaxial Extenders can be an even better solution when you pair them with coaxial switches. The unit can house up to 8 networking devices, provided you use coaxial links.
Cellular Extension (Cellular Data Networking)
Cellular wireless routers provide wireless Ethernet extensions similar to wireless bridges. However, unlike wireless bridges, cellular extension transmits signals through a network of cell towers.
With cellular routers, you can extend Ethernet signals to any location that has cell phone signal reception.
Wireless Ethernet extension (Radio Wireless Extension)
You can create a Wireless Ethernet extension by using two wireless access points (WAPs) to form a wireless bridge. To deploy this network, you will need two WAPs.
Amongst the two WAPs, you need to configure one as an SDS AP (source). As for the second one, you will configure it as SDS Client (destination) modes.
The Wireless Ethernet extension offers the privilege of getting rid of network cables. Moreover, this kind of network can span several miles long, provided large structures don’t obstruct it.
Note, however, that they are susceptible to electromagnetic interference such as obstructive power lines.
Follow these steps to set up a wired connection on your Xbox One.
- STEP 1: Connect an ethernet cable to the console’s Ethernet port
- STEP 2: Connect the other end of the ethernet cable to the ethernet port on your router
- STEP 3: At this stage, the console would have automatically detected your network
- STEP 4: To verify the connection, go to “Home“
- STEP 5: Select “Settings” and then go to “All settings“
- STEP 6: Click on “Network” and go to the “Network settings” on the console dashboard. You will see your “Current Network Status” being displayed as “Wired“
- STEP 7: Select “Test network connection” to connect to Xbox Live
If your TV doesn’t have an Ethernet port, you will have to opt for a wireless internet connection for your TV. You can connect your TV to the internet with Powerline connectors.
Using WiFi compatible HomePlug kit and the Powerline adapter, you can follow this procedure to connect your TV internet.
- STEP 1: Plug in one Homeplug adapter to an electrical outlet that’s close to your router
- STEP 2: Connect with an Ethernet cable
- STEP 3: Plug in the WiFi-compatible Powerline adapter to an electrical outlet that’s close to your TV
- STEP 4: Go to the “wireless network settings” on your TV
- STEP 5: Find the appropriate wireless SSID and enter the password. The login details are often be found on the Powerline
Read also: How to Connect PS5 & PS4 To Hotel WIFI
You can use ethernet over a power line adapter. Simply plug the powerline adapter into an outlet close to your router and connect it to the router through an Ethernet cable.
In the room from which you are using your PC, plug the powerline adapter into an outlet near your PC and connect it to your PC with an Ethernet cable.
What Is the Best Location for Wireless Router, Upstairs or Downstairs?
It doesn’t necessarily matter if the router is placed upstairs or downstairs. The WiFi signal emits in a sphere-like manner around the router.
This means that the best place to place the router would be on the ceiling if you are installing it downstairs. On the other hand, if you are installing it upstairs, place it near the floor.
In other words, the router must be in a central location to emit a strong WiFi signal.
Can you Get Wired Internet in Another Room Without A Router? – is it even possible?
You cannot get wired internet in another room without using a router. All the methods you can use to run a wired internet into another room will require the use of a router.
Considering the health implications of constantly using a wireless internet connection, you may as well be better off with a wired connection. However, if you make up your mind to go for a wired internet connection, you can use the methods highlighted in this article.
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I am Ola, a tech writer with a passion for breaking down complex technical concepts into easy-to-understand language. With over five years of experience in the tech industry, I have a wealth of knowledge on a variety of topics, from software development to cybersecurity. My writing style is clear, concise and engaging, making it easy for readers to grasp even the most complex technical concepts. Learn more about tekpip and the team here on our about us page.