How to Connect Multiple TVs to One Antenna?
An antenna is always better as compared to a cable. If you have multiple TVs in your home, as most of the people have, and you cannot attach a separate antenna with every TV so there is a way that you can establish the connection of multiple TVs with the same outdoor antenna.
Using an antenna splitter seems to be an easy way to establish a connection of multiple TVs with a single antenna. But running down a single coaxial cable from an external antenna to your TV is not a simple task. Plus, if you are using low-quality coaxial cable, there is a loss of signals in the way as the coaxial cable runs down your house.
Stepwise process for establishing a connection
Choosing a coaxial cable
Choosing the right type of coaxial cable is important while you are establishing a connection of multiple TVs with a single antenna. So if you want to choose a coaxial cable, it is always better to go with the copper based cables as they ensure that there is low signal loss as compared to other cables.
A wiring cable is already given with the antenna. You can also use that cable for establishing the connection, but the picture quality is not promised with it. Using a proper coaxial cable would help you attain good quality signals even if you use a single antenna for connecting the TVs of your entire house.
Choosing the proper kind of antenna
The choice of the indoor and outdoor antenna depends upon the rules and regulations of your area. If you are allowed to have an outdoor antenna, then it is better to get a multi-directional outdoor antenna for establishing a connection throughout your house.
It is due to the reason that outdoor antennas are often mounted have above the ground as the signals are spread in space, so it is better that your antenna is present in space for better reception of two signals.
But it does not mean that you cannot have an indoor antenna. A powerful indoor antenna can also be a source of signal supply for your TVs. You can also attach one or two degrees with the single indoor antenna and get another antenna for the other TV, respectively.
Now we are ready with the proper antenna and coaxial cable. The next step is to establish a connection of the antenna with all the TVs around your house.
Installation of antenna
Suppose you are installing an outdoor antenna that the position of the antenna should be kept into consideration. For this purpose, you can use a compass for aiming your antenna in the direction of the transmission tower. It is often said that you can place the multi-directional outdoor antenna in any position and direction that you like. Still, even multi-directional outdoor antennas work the best if you have placed them in the proper orientation of the transmission channel.
As your TV antenna has been installed, you need to perform a manual scan on your TV to check how many channels you can access from a specific direction of the antenna. Using an amplifier helps to access more TV channels, but it is advisable to perform a channel scan without using an amplifier first.
Choosing the right kind of amplifier
An indoor antenna has an amplifier present to boost the signals; however, with an outdoor antenna, you need an amplifier to improve its working. Exclusively there are two types of amplifiers these are pre-amplifiers and distribution amplifiers.
Pre-amplifiers are connected between the coaxial cable and the antenna. It is installed to enhance the signals caught by the antenna before it is received by the TV. Distribution amplifiers are used if we are connecting multiple devices with a single antenna. It improves the signal strength while dividing the signal equally for all the devices. In our case, we would be using a distribution amplifier.
Choosing the signal splitter
You can use a two way or three way splitter. 2 way splitter is a balanced splitter and allows the connection at both ends. It has two ports for connecting the coaxial cables with it. A three way splitter is generally unbalanced and has three ports for attaching the coaxial cables. The signal loss occurs through all the connections of the three way splitter.
A balanced three way splitter is also available, which shows that the signal loss is decreased from each of the coaxial ports. So, the choice of splitter that you are going to buy depends upon the number of connections that you want to establish using the splitter.
A splitter divides the signal equally throughout your TVs. So once you have attached the sweater to your TV, it is advisable to perform a manual channel scan on your TV to check that how many signals is your signal splitter dropping.
This is how multiple TVs are connected to a single antenna using a coaxial cable, an outdoor antenna, an amplifier, and signal splitters.
Quick procedure to connect multiple TV's with a single antenna
Manual tuning should be done on each television set to search for required TV channels. If you have to connect all the TV is throughout the building, then it is advisable to use more than one splitter. But the quality of coaxial cable should be perfect; otherwise, the picture quality is not guaranteed with every television set.
What is the most important component to making multiple connections?
The most important component of the TV and antenna connection is the signal splitter. As the coaxial cable used in fitting is important, the signal splitter is more important. It is a device used for distributing the signals coming from the antenna throughout your devices with the help of a coaxial cable. It consists of many resistances that enhance the signals coming from antenna feeders and moving towards TV receptors.
There is a fixed frequency range that a signal splitter allows to pass through it. So, before purchasing a signal splitter, you should check its frequency regarding your antenna. A signal splitter is made up of aluminum makes it more durable and light.
So you can connect multiple TVs with a single antenna using a good quality coaxial cable and a signal splitter. It is advisable to use a directional amplifier to increase signal strength coming from the antenna.