6G Communications needs graphene. 6G will initially launch at a few hundred GHz where several diode and transistor technologies are available in the laboratory but things get tough when second-generation 6G operates at around 1THz to get the ultimate response time, data capacity, data transfer and other promised advances.
An ultra-small silicon chip called a multiplexer will manage terahertz waves which are an integral part of 6G, the next generation of communications, and beyond.
In an interview with Prof. Wolfgang Kellerer by TUM staff on the next wireless communications generation, he talks about the future of 6G and what it means for devices - and us all.
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