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NTT Docomo and Keio University achieved stable, high-fidelity robot teleoperation over 5G using low-latency slicing and Configured Grant, enabling real-time touch feedback.
NTT Docomo and Keio University have achieved the world’s first stable, high-fidelity robot teleoperation using a commercial 5G network with low-latency slicing and Configured Grant technology.
The system enables real-time transmission of touch sensations like resistance and texture, reducing latency and jitter by pre-allocating network resources.
This breakthrough allows precise, reliable remote control of robots even under congestion, overcoming past wireless limitations.
The demonstration confirms practical viability for applications in surgery, disaster response, and industry.
Results will be shown at MWC Barcelona 2026, with plans to further develop the technology for real-world use.
NTT Docomo y la Universidad Keio lograron una teleoperación robótica estable y de alta fidelidad a través de 5G utilizando corte de baja latencia y Configured Grant, lo que permite una retroalimentación táctil en tiempo real.