Bad weather can affect your internet speed and performance. Some types of broadband are hardly affected by bad weather, while some can stop working or slow down.
In this article, we will discuss how bad weather affects different types of broadband. Let’s have a look!
Fiber Internet
Fiber internet is a commonly used broadband known for its strength and stable connectivity. It uses fiber-optic cables to send data using light signals.
They are buried underground, so they are not easily affected by bad weather conditions like rain or snow.
However, very bad weather can cause problems in some cases. For example, the internet can stop or slow down if a cable breaks down due to a heavy storm.
Although this does not happen often, it is still possible.
Cable Internet
The next type of broadband is Cable internet. It uses coaxial cables, which are the same ones used for TV. Cable internet is usually stable.
But sometimes, heavy rain or snow can cause problems and interrupt your internet speed and performance.
Most people use the same cable line in one area, which can also impact the internet speed. You can test your internet speed connection to check its performance and functionality.
Satellite Internet
Satellite internet is the type of broadband most affected by bad weather. It has the most problems in bad weather.
Satellite internet sends signals from a satellite in space to a dish on your house. People in far areas use satellite internet as other types of broadband are not available there.
But if the signals are blocked, the internet will not work well.
Moreover, heavy rain, snow, or storms can block the signal. In some cases, even light rain can cause issues. Also, snow or ice on the dish can stop the signal.
If you are experiencing issues with your satellite internet, check your internet speed to see if it is meeting your expectations. You can use tools like the TPG Internet Speed Test at speed.is/au/tpg to get an idea of your current speeds.
5G Internet
5G internet is an advanced type of broadband. It uses wireless signals from towers. Some 5G signals are high-speed but do not travel far.
If you are close to a tower, the signals are strong. But if you are far from the tower, you may face issues like poor connectivity.
They are also easily affected by rain, fog, or other bad weather conditions. Walls, buildings, and other obstacles can also block 5 G signals.
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