Microcombs Unlock 112 Gbps Wireless Link at 560 GHz for 6G
Researchers used soliton microcombs to stabilize the terahertz signal, a step they say could support higher-capacity 6G backhaul links.
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6G is a key technology for the development of multiple industries, and different countries are already testing the speed limits that it could reach in a perfect context. In Japan, they have recently reached data speeds that exceed 110 Gbps per second in the 560 GHz band. We tell you all the details that are known so far. When many operators are still developing their 5G networks with the aim of providing better connectivity to all their users, 6…
Chip Smaller Than Fingernail Could Be Key to 6G's Blinding Speed
The ring is barely visible to the naked eye. A loop of silicon nitride perhaps a fraction of a millimetre across, sitting on a chip the size of a shirt button, in a laboratory at Tokushima University in southwestern Japan. Pump enough light into it at the right frequency and something strange happens: the ring starts producing dozens of new light frequencies simultaneously, spaced out in a precise, comb-like pattern across the infrared spectrum.…
Soliton Microcombs Enable Photonic Wireless Transmission at 112 Gbps Over
In a remarkable breakthrough poised to redefine the future of wireless communications, researchers at Tokushima University have developed a microcomb-driven terahertz wireless transmission system capable of unprecedented data rates surpassing 100 gigabits per second in the 560 GHz band. This pioneering achievement not only shatters the conventional 350 GHz barrier but also establishes a new […]
Researchers Achieve 112 Gbps Wireless Transmission in Major 6G Breakthrough
Researchers from Tokushima University have achieved a major milestone in next-generation wireless communications after successfully demonstrating photonic wireless transmission speeds of 112 Gbps at 560 GHz, paving the way for future 6G networks. The breakthrough relies on “soliton microcombs,” an advanced photonic technology capable of generating highly stable terahertz signals with significantly lower noise levels […] The post Researchers Achi…
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