The Role Of Fibre Optic Cables In Shaping Smart Cities


The Role Of Fibre Optic Cables In Shaping Smart Cities

Cities, all over the world, are rapidly changing into smart cities. In doing this, interconnected technologies play a crucial role in capturing, transferring and translating data into meaningful material which is required to develop and reinforce urban infrastructure.

All this is possible with high-speed fibre optic networks that provide the communications infrastructure to transport an enormous amount of data from one end to the other end, including the cloud-based systems.

Although there is a debate on the replacement of fibre optic network with 5G networks.

Some argument stated that both the networks will complement each other in the coming years.

Currently, as the fibre optic is leading in all sectors, smart cities will keep their focus on it.

The fibre optic expansion projects discussed ahead are evidence that shows fibre optic technology is sustaining the smart city developments around the world.

Highlighting The Existence Of Fibre Optic Cable Network

The advent of fibre optic cables opened the opportunities to have ultra-broadband and low latency communication in cities as opposed to the traditional copper cable network which had its own limitations.

Fibre optic made it possible to transfer data at speeds that also support the implementation of artificial intelligence in different infrastructure ecosystems.

Whether you need a surveillance system for crime prevention, or autonomous drones to survey lands, a smart traffic management system to tackle congestion and prevent accidents or smart buildings to support sustainable living, all this operates with the help of fibre optic in smart cities.

Broadly, fibre optic is a fundamental player in improving the quality of life in cities while helping them reshape into smart cities today.

To name the types of fibre optic networks, there are three:

-Fibre To The Home (FTTH), covering the entire distance from telecom operator’s central office to the user’s home;


-Fibre To The Cabinet (FTTC), covering the section from the central office to the street cabinets and from there using copper cables to connect to the homes;

-and Fibre To The Tower, connecting the primary telecommunications network to the cellular network towers.

Among all, FTTH is the most powerful and advanced fibre optic network currently operating in the world.