As well as guaranteeing exceptional performances in the everyday tasks like distance learning and smart working.
Since it is a state of the art and advanced technology, fibre optic has a rather complex operating mechanism, however we can investigate the salient aspects together. Using simple words without too much technical jargon.
First of all fibre optic gets its name because it consists of a series of filaments divided into an inner transparent section and an external opaque one capable of reflecting light. The fibre optic cables are made of silicon or plastic polymers.
The transparent filaments of the fibre optic are very thin, slightly thicker than a hair, and for this reason are extremely delicate, so much so that they are often interwoven with wires of other materials.
Thanks to a complex system of refractions, the fibre optic cables manage to transport the data through light signals that rebound quickly for long distances to reach the devices we have in our pockets or on the desk.
FTTH technology connections allow us to achieve connection performances of up to 1 Gigabit per second, both in upload and download, guaranteed up to the modem.
If you connect in WiFi, in order to be able to exploit the maximum transmission capacity wherever you are in your house, it is recommended that you follow some simple tips:
These operations will guarantee a better quality in the use of the services in each room of the house.
However, if you connect from your PC/Mac using a LAN cable, you are reminded that high speed data exchange can only be achieved with latest generation devices because high calculation potential and speed of data processing is required, for instance:
If you are restructuring/building your home, it might be worthwhile carrying out some modifications to improve performance quality when using streaming services and in general in order to exploit all the advanced connection services:
