2026-03-17 19:18:26
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The integration of China's auxiliary equipment industry with 5G is accelerating its deep penetration into the medical, industrial, and rehabilitation fields, forming a new technological paradigm of 'low latency control+high bandwidth perception+intelligent collaboration'. In the medical field, 5G networks achieve ultra-low latency of less than 10ms, supporting domestic surgical robots to complete cross domain remote surgeries. For example, real-time transmission of 8K images and precise synchronization of robotic arms can be achieved between Xinjiang and Jiangsu, Zhejiang and the Xinjiang Production and Construction Corps, breaking geographical limitations and promoting the sinking of high-quality medical resources. In the industrial field, the 5G intelligent excavator HOTROD developed by Sany Group in conjunction with imperative science and technology, relying on 5G slicing and edge computing, has achieved over 10000 kilometers of transcontinental remote control, and centimeter level positioning and AI auxiliary operations have significantly improved construction safety and efficiency. In the field of rehabilitation aids, smart wheelchairs, exoskeletons, and other devices are connected to cloud based AI platforms through 5G, enabling behavior prediction and remote rehabilitation guidance, and upgrading adaptation services to 'personalization+intelligence'. The national '5G Scale Application 'Sail' Action Upgrade Plan' specifies that by 2027, the penetration rate of 5G applications in large and medium-sized industrial enterprises will reach 45%, and support the large-scale replication of medical, elderly care and other scenarios. At present, over 483 million 5G base stations have been deployed nationwide, forming over 100000 industry application cases. 5G is moving from auxiliary functions to core control links, reshaping the intelligent ecosystem of auxiliary equipment.
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