Scientists just broke a wireless speed record that could shape the future of 6G
A team from Tokushima University has achieved a wireless speed record of 112Gbps in the 560GHz band, which is significant for future 6G networks. This breakthrough focuses on enhancing the infrastructure that supports data transmission rather than consumer devices. While the technology is promising, further advancements are needed before it can be implemented in real-world networks.
- ▪The 112Gbps connection was achieved using soliton microcombs to generate a stable terahertz signal.
- ▪This speed surpasses previous communication systems that typically operated at a few to several dozen gigabits per second.
- ▪The researchers need to address issues like phase noise and improve antenna design before real networks can utilize this technology.
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Scientists have pushed wireless speed into territory that current mobile networks can’t touch. A Tokushima University team demonstrated a 112Gbps wireless connection in the 560GHz band, using soliton microcombs to generate a more stable terahertz signal for future 6G systems. The near-term prize isn’t a faster handset. It’s the hidden infrastructure that carries traffic between network sites, where backhaul capacity can decide whether future 6G speeds feel real or get trapped behind crowded network pipes. That makes this a useful 6G speed breakthrough to watch, even if consumers won’t see it on a spec sheet anytime soon. Why does this record carry weight The 560GHz band gives the 112Gbps result its edge.
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