LiFi Installation in the Research Lab
TU Munich Lab Integrates LiFi Technology for 6G Research
At the Technical University of Munich, a research lab focused on next-generation communication networks has been equipped with LiFi technology as part of the 6G-life project. This lab is exploring how LiFi can work alongside cellular communication to develop faster, more reliable, and highly secure wireless networks.
By integrating optical wireless communication into their research, the team aims to build advanced hybrid systems that will support the future of 6G connectivity.
Evolution of 6G Networks: New Ideas, New Technologies, New Possibilities
Can Light Replace WiFi and Become the Foundation of Our Next-Generation Wireless Networks?
In this video, we visited the research lab at and spoke with Postdoctoral Researcher Hansini Vijayaraghavan, who gave us an inside look at how LiFi is being used to build the next generation of wireless networks. She explains how LiFi was installed, how it compares to traditional RF technology, and why combining both could be key to developing faster and more secure 6G systems.
Curious about the future of connectivity? Hit play and see it for yourself.
What will Wireless Communication Look Like in the Future and Where does LiFi Fit in?
In this conversation with Professor Dr. Wolfgang Kellerer at TU Munich, we explore the real impact LiFi could have on the future of wireless networks. From enhanced security to EMF-free connectivity, we reflect on the unique advantages of LiFi and discuss which sectors could benefit most from its application from schools to aviation and beyond.
If you’re curious about what’s next in wireless tech, this is a conversation you don’t want to miss.
Let's make a revolution in researching together with LiFi!
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