Li-Fi lands at the “Rosetta Rossi Institute” to bring a fast, safe, and sustainable connection.
Li-Fi, which stands for Light Fidelity, is a wireless technology transmitting data through LED light modulation. Li-Fi landed in Rome: the “IC Rosetta Rossi” Institute will be the first Italian school, and one of the first worldwide, to implement LI-Fi! This project represented another milestone achieved by To Be Srl. Others were the first Li-Fi Museum, Li-Fi ship, and Li-Fi smart office. For this specific project, we collaborated with industrial and strategic partners such as Signify (previously called Philips Lighting) and TecnoElectric Srl, to implement a Li-Fi system able to connect up to 20 computers and to guarantee modern, innovative, and safe wireless data transmission.
How Does Li-Fi Work?
Li-Fi is a technology working through signal modulation. This signal is emitted by every single LED source: a 0/1 sequence not detectable by the human eye that allows data transmission. Li-Fi falls within the so-called fifth-generation connections, reaching data transmission speed that can be compared to 5G speed, and with a more reliable performance. Using light as a tool for connectivity, in fact, guarantees an affordable and sustainable service.
Li-Fi Characteristics
Light has a spectrum 10'000 times wider than Wi-Fi. Thus, not only does it allow an extremely fast connection, but it also offers a band that is never saturated. Think about it: today light is an integral part of every indoor environment. It is indispensable, and, thanks to Li-Fi, it can also become a data transmitter without causing interferences in particular environments, hostile to radio waves, such as hospitals. In addition, not emitting radio waves, Li-Fi also represents a safer connection for human health. All these characteristics make Li-Fi a fast, green, and safe alternative to Wi-Fi. Another great feature of Li-Fi is that, by using light infrastructure for data transmission, this technology would drastically reduce energy consumption, particularly in the telecommunication and lightning engineering industries. Li-Fi would incentivize the use of cutting-edge LED lamps and would eliminate the energetic consumption related to radio wave emission.