Internet of the Future: TDC NET is launching 10 gigabit fibre across Denmark



Curious for more?
We collected some nerdy background knowledge about the internet of the future.
Curious for more?
We collected some nerdy background knowledge about the internet of the future.
- What characterizes the fibre network?
A fibre network is characterized by the internet signal that is transported through light which creates a huge potential for higher speeds. When we roll out the next generation’s fibre, we use a technology which makes it possible to draw much higher speeds through the existing fibre network. Besides the fibre network, there are other ways to deliver your internet. For instance, through coax cables via the antenna plug or through the copper network which some refer to as the telephone socket.
- Is the technology behind the internet of the future new?
The new faster fibre network is based on a network technology which is relatively new in Denmark. The technology is an enhancement of former network technologies where it is now technically possible to obtain a symmetric optic transmission on 10 Gbit/s.
- How does the new technology affect the speeds?
The new technology increases the capacity in the fibre network and minimizes the effect of the simultaneity factor where several users make use of the fiber network simultaneously. It means that on a 10 Gbit fibre connection, you may experience speeds as high as 8,5/6 Gbit/s. It is a radical increase of the speed in the existing fibre network. The increased speed is primarily due to improved technologies within laser and optics. The fibre infrastructure itself is the same as before.
- Which type of equipment must be used for the high speeds?
Many users will presumably need to change their old router with a newer one to benefit from the higher speeds. If your equipment needs to utilize the capacity of the high speeds, for instance through WiFi or LAN gates, you must use a router or HGW that supports the purchased speed. Your provider of internet services can guide you further.