China Unveils Plan for Unified Computing Power Network

China Launches Plan to Connect Nation’s Computing Power

China’s Ministry of Industry and Information Technology has unveiled an ambitious plan to create a nationwide network that connects computing resources across the country. Announced on Friday, the initiative aims to make public computing power more accessible and user-friendly, regardless of who provides it or what technology is used.

Under the plan, China sets key targets for the coming years. By 2026, the nation intends to establish a comprehensive set of standards, identification systems, and regulations to link different computing systems seamlessly. The government also plans to implement new high-speed data transfer methods to enhance data movement between computing centers. This will involve building national, regional, and industry-level platforms to support the interconnected system.

These platforms are expected to allow users to share and utilize computing, storage, and networking services across various providers and locations. The goal is to enable more individuals and businesses to access computing power easily and affordably, fostering innovation and technological advancement.

Looking ahead to 2028, China anticipates having a fully connected national network of standardized public computing resources. This system will be capable of sensing available computing power in real time, allowing users to tap into resources whenever needed, much like accessing electricity from a power grid.

The plan encourages the widespread use of shared computing power in sectors such as artificial intelligence, scientific research, smart manufacturing, remote healthcare, video networks, autonomous vehicles, cloud gaming, cloud computing, and real-time rendering. By promoting shared resources, China aims to accelerate progress in cutting-edge technologies and support economic growth.

This initiative reflects China’s commitment to enhancing its technological infrastructure and positioning itself as a global leader in computing and innovation.

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