Cisco Visual Networking Index: Global mobile data traffic forecast update, 2013–2018

Visible light communication using OFDM

Spatial modulation for generalized MIMO: Challenges, opportunities and implementation

Avoiding Spectral Efficiency Loss in Unipolar OFDM for Optical Wireless Communication

A 3-Gb/s single-LED OFDM-based wireless VLC link using a gallium nitride μLED

High-speed wireless networking using visible light

Li-Fi Research and Development Centre

Zer gertatuko litzateke foku gori guztiek datuak igorriko balituzte? TEDGlobal-en Harald Haas-ek erakusten du, lehenengo aldiz, hori egin dezaken gailu batek. LED arrunta batetik argia kliska egitean, gizakiaren begirako oso aldaketa azkarregia eta antzemanezina gertatzen da, gailuak  telekomunikazio dorreak baino datu gehiago igor ditzake -- eta oso era eraginkor, ziur eta zabalean egiten du.

Harald Haas: haririk gabeko datuak foku gori bakoitzetik

By harnessing the power of LED light bulbs, data can be transmitted using visible light, offering an alternative to crowded and inefficient radio waves. With 14 billion light bulbs already installed worldwide, this approach accesses a spectrum 10,000 times larger than what is currently used for wireless communication. A single LED lamp, modulated faster than the human eye can detect, can stream high-definition video and provide fast, secure connectivity. This method dramatically increases capacity, slashes energy waste, and protects privacy by confining data to illuminated spaces.