B[Qualcomm: Continue to promote 6G for the AI era and prepare for commercial use in 2029] On September 11, reporters learned from Qualcomm that Qualcomm is continuing to promote the research and development of 6G technology for the AI era. In Qualcomm’s view, the evolution towards “AI native 6G” will not only occur in the connection itself, but will also further expand to computing and perception. In terms of connectivity, Qualcomm focuses on new frequency bands, larger bandwidths and ultra-large-scale MIMO (Giga-MIMO) to significantly improve network capacity and uplink capabilities; in terms of computing, Qualcomm joins hands with the industry to further extend energy-efficient computing from the cloud to the edge of the network, allowing the network itself to participate more in AI computing and intelligent collaboration; in terms of perception, Qualcomm uses large bandwidth to achieve radio frequency sensing and integrates it with cameras and other modes to build a digital twin of the physical world to provide support for scenarios such as smart cities and autonomous driving. It is reported that for future connections, Qualcomm has reached a 6G development consensus with nearly 60 leading companies around the world, nearly one-third of which are Chinese companies, to jointly promote 6G technology research and development and industry collaboration to prepare for commercial use in 2029. B[Ministry of Industry and Information Technology: Promote the use of low-power chips and modular energy-saving equipment in communication base stations and computer rooms, and guide computing power facilities to adopt advanced technologies such as high-efficiency energy-saving equipment and liquid cooling] On September 7, the Ministry of Industry and Information Technology issued the "15th Five-Year Plan for the Development of the Information and Communications Industry". It is mentioned in it that we should accelerate the development of intelligent Internet networks and create a new generation of Internet infrastructure that integrates intelligent networks. Promote the intelligent upgrading of information infrastructure, build an intelligent network infrastructure with global awareness, independent decision-making, efficient and advanced, and enhance the intelligent capabilities of all aspects of infrastructure construction and operation. Promote the green transformation of information infrastructure, promote the use of low-power chips and modular energy-saving equipment in communication base stations and computer rooms, guide computing facilities to adopt advanced technologies such as high-efficiency energy-saving equipment and liquid cooling, and increase the use of clean energy. Accelerate the energy-saving and carbon-reducing transformation of existing information infrastructure, and increase the level of renewable energy consumption and waste heat resource recycling. Deepen the co-construction and sharing of telecommunications infrastructure, and explore the co-construction and sharing of satellite Internet, computing power, submarine cables and other facilities.
Promote the integrated development of information infrastructure and traditional infrastructure. Build industrial Internet infrastructure, continue to create an upgraded version of "5G + Industrial Internet", build high-level 5G factories, carry out the construction of industrial 5G independent private networks, promote the expansion and capacity upgrade of national top nodes for identification analysis, optimize the layout of secondary nodes, and promote the access of key platforms to the identification analysis system. Continue to strengthen the "professional, industry-based, collaborative" industrial Internet platform system and develop new business formats such as platform + large model, platform + digital twin. Strengthen the construction of the industrial Internet big data center system and build a number of regional and industry high-quality data sets. Continue to implement the "vehicle-road-cloud integration" pilot, promote cellular vehicle-to-everything (C-V2X) coverage in urban intersections, highway ramps and other areas according to local conditions, and improve 5G network coverage along urban roads and highways. Help promote the renewal and digital transformation of traditional infrastructure such as energy, water conservancy, and municipal administration. Strengthen the co-construction and sharing of information infrastructure and municipal, transportation, power and other facilities. A[Seven departments: Explore the 800V high-voltage DC power supply architecture for computing power facilities and promote the deployment of single cabinets exceeding 100 kilowatts] On September 4, seven departments including the Central Cyberspace Administration of China jointly issued the "Implementation Plan for Promoting Digital Green Collaborative Transformation and Development (2026-2030)". It is mentioned that the green and low-carbon development of computing power facilities. Strengthen the green design of computing power facilities, support the innovation and promotion of technological innovations such as liquid cooling, waste heat recovery, and low-power chips, explore the 800V high-voltage DC power supply architecture for computing power facilities, and promote the deployment of single cabinets exceeding 100 kilowatts. Optimize the green operation model of computing facilities, focus on key technologies such as digital twin simulation and multi-modal perception, deepen the innovative application of artificial intelligence algorithms in green operation scenarios, build an intelligent management system covering the entire life cycle of computing facilities, and achieve real-time monitoring, prediction, and dynamic adjustment of energy efficiency, as well as intelligent operation and maintenance of computer rooms. Promote the coordinated development of computing power and electricity, coordinate the green power demand of computing power facilities and the consumption of new energy, guide the concentration of computing power resources in clean energy-rich areas such as wind, solar and water, research on technologies and standards such as coordinated dispatching of computing power and power, green power direct connection, and efficient, long-lasting, large-capacity new energy storage, carry out green certificates and green power transactions, and strive to increase the proportion of green power usage in computing power facilities. Accelerate the renovation and renovation of "old and scattered" computing power facilities and equipment, promote advanced and applicable energy-saving and carbon-reducing technology and equipment, organize and carry out energy-saving monitoring and energy-saving and carbon-reducing diagnostic services, and guide the energy-saving renovation and upgrading of computing power facilities.
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