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The THz technology supports significantly higher data transmission rates than current 4G and 5G mobile wireless technologies.

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This was the first time this technology was successfully realized in a real-time experiment. Requirements placed on transmission capacities in communication networks are continuously growing, driven by new applications such as Industry 4. Today it is already evident that the next generation of mobile sandra technology 5G and the underlying fiber optical network will teenmodel be able to cover requirements indefinitely.

Bottlenecks will be unavoidable, especially in rural areas where the cost of installing fiber optical networks is significantly higher than in metropolitan areas.

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Fraunhofer HHI, as one of the world's leading research institutes in the development of innovative telecommunication systems, is therefore conducting intensive research into Mude technology as a possible solution. This means increasing transmission capacities by five to ten times the levels of existing wireless technologies. The Fraunhofer HHI researchers have been able to succeed in demonstrating real-time operation of Terahertz data transmission with a high data rate for the first time.

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This is a significant milestone for wireless Terahertz technology. The transmission used a carrier frequency of GHz across a distance of 60 cm. Colja Schubert, head of the responsible research group "Submarine and Core Systems" at Fraunhofer HHI, is confident that the rate bbw blonde porn distance of transmission can be increased even further: Using optimized antennas we'll be able to span distances of up to 1 km.

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Further reports about: Researchers demonstrate three-dimensional quantum hall effect for the first time A laser for penetrating waves