Although there has been a development in a positive direction when it comes to the design of wireless routers, most of us can agree that routers are not exactly a sight for gods. Nevertheless, it is foolish of you to hide the router in a cupboard, behind a sofa or in another place that is not easily accessible. This is what you need to know about broadband. The router should be placed high above the ground and with a clear view in all directions. As far as possible, it should also be located in the middle of your home, so that the router has a radius that reaches as much of your home as possible.

Which of the networks should you choose?

The vast majority of newer routers are supplied with what is called a duo band. You may have noticed that when connecting to a network you can choose between one called 2.4 ghz (or 2g) at the end of the name and one called 5 ghz (or 5g)? It is precisely an example of the network being set up on two different bands. Internet via fiber is a future-proof solution. Read what fiber broadband is, see the price of fiber and check whether you can get fiber where you live. With fiber you get an internet connection for the future, ready for use today.

Fiber broadband copes with all challenges, whether it’s streaming 4k in several rooms, or home office and gaming, even if this happens at the same time.

What is a fiber network?

The fiber network is the new fixed network, and replaces the old copper network that previously delivered broadband throughout norway. It’s called a landline because it’s a large cable network, and requires a physical connection to your home to work. You therefore have to dig a cable into your house if you want to access the fiber network where you live.

Fiber cables are optical, which means they send digital signals as light signals through thin glass strands. When using fiber cables, data is thus sent at the speed of light, which opens up enormous internet speeds.

Compared to electrical signals, on which the old copper lines were based, fiber technology is better suited to delivering broadband. This applies to both capacity and speed, but also stability, as it is less prone to signal interference. This is much of the reason why fiber broadband is often referred to as broadband for the future.