SDMA: Creates parallel optical pipes
How spatial separation can be used to increase the data rate of Li-Fi Imagine a cocktail party, there are multiple friends and couples who want to talk to each other…
SDMA: Creates parallel optical pipes
How spatial separation can be used to increase the data rate of Li-Fi Imagine a cocktail party, there are multiple friends and couples who want to talk to each other…
Li-Fi Access Nodes Networking Technology – its Inherent Programmable Features
Li-Fi communication and networking researchers at the University of Edinburgh are inspired by quantum mechanics to develop systems to control the number of photons in light emitted from a simple…
Li-Fi Access Nodes Networking Technology – its Inherent Programmable Features
Li-Fi communication and networking researchers at the University of Edinburgh are inspired by quantum mechanics to develop systems to control the number of photons in light emitted from a simple…
Li-Fi for smart cities
Li-Fi has been featured in El Pais, the national daily newspaper of Spain, and in the interview, the pioneer of Li-Fi, Harald Haas, explains the simplicity of the li-fi technology using…
Li-Fi technology is a true enabler of internet of things and everything
Research at the Li-Fi Centre, University of Edinburgh A Li-Fi node is built on strong communication and networking capabilities of optical wireless physical and above TCP/IP layers with a clear…
In the future, topology matters the most
Research at the Li-Fi Centre, University of Edinburgh Consumer market research published worldwide indicates that future networks will be faster but capacity problems could still remain [1]. It further reveals…