Six departments including the Ministry of Industry and Information Technology: The target is to have the computing power scale exceed 300 EFLOPS and the total storage capacity exceed 1800EB by 2025

According to news from this site on October 9, six departments including the Ministry of Industry and Information Technology, the Cyberspace Administration of China, the Ministry of Education, the National Health Commission, the People's Bank of China, and the State-owned Assets Supervision and Administration Commission of the State Council jointly issued the "High Quality Computing Infrastructure" Development Action Plan" (hereinafter referred to as the "Action Plan"), proposes that by 2025, in terms of computing power, the scale of computing power will exceed 300 EFLOPS, the proportion of intelligent computing power will reach 35%, and the computing power of the east and west will develop in a balanced and coordinated manner.

In terms of carrying capacity, direct network transmission between national hub node data center clusters is basically achieved with a latency no higher than 1.5 times the theoretical delay, with key applications The coverage rate of optical transport network (OTN) in venues reaches 80%, the backbone network and metropolitan area network fully support IPv6, and the use of innovative technologies such as SRv6 accounts for 40%.

In terms of storage capacity, the total storage capacity exceeds 1800EB, the advanced storage capacity accounts for more than 30%, and the disaster recovery coverage rate of core data and important data in key industries reaches 100%.

In terms of application empowerment, a number of new computing power businesses, new models, and new formats have been created. The penetration rate of computing power in industry, finance and other fields has increased significantly. Applications in medical care, transportation and other fields have been replicated and promoted on a large scale. The scope of applications in energy, education and other fields has been further expanded. Create more than 30 application benchmarks in each key area.

This site has compiled the "Action Plan", and a total of 25 key tasks have been deployed

• In terms of improving the comprehensive supply system of computing power, we need to build layout, computing Deployment in terms of power structure, heterogeneous collaboration, standard system, etc.

• In terms of improving the efficient carrying capacity of computing power, deployment is carried out from the aspects of carrying quality, access network, computing power scheduling, etc.;

• In terms of strengthening the efficient and flexible guarantee of storage capacity, we will deploy from the aspects of storage technology, storage industry and storage and computing network collaboration;

• In terms of promoting the application of computing power in the industry, we focus on the fields of industry, education, finance, transportation, medical care and energy, and have made corresponding work arrangements

• In promoting In terms of the development of green and low-carbon computing power, deployments have been made from aspects such as improving the carbon efficiency of computing power, guiding market applications, and empowering industry development;

• In terms of strengthening security assurance capacity building, We will work on improving network security, strengthening data security, and promoting supply chain security.

The "Action Plan" comprehensively considers the construction of computing power supply from various aspects, starting from computing power facilities Provide guidance in terms of layout, computing power structure configuration, edge computing power deployment, and standard system construction to improve the comprehensive supply capacity of computing power.

• #First, optimize the construction layout of computing power facilities. Promote the efficient complementarity and collaborative linkage of computing power in the eastern and western regions; strengthen the monitoring of indicators such as data center availability rates, and guide new regional planning projects with an overall availability rate below 50% to strengthen demonstration; support Chinese enterprises to "go global", Focus on the deployment of overseas computing power facilities in countries along the “Belt and Road”.

• #The second is to promote the diversified configuration of computing power structure. Promote the diversified development of computing resources and gradually increase the proportion of intelligent computing power; promote the collaboration of intelligent computing power and general computing power to meet the needs of different types of computing power business.

• #The third is to accelerate the collaborative deployment of edge computing power. Promote the ubiquitous distribution and coordinated development of "cloud-edge-device" computing power to support low-latency business applications; accelerate the construction and layout of industry computing power to support the digital transformation of traditional industries.

• The fourth is to build a computing power standard system. Accelerate the development of basic common standards oriented to computing power business needs, improve relevant requirements and technical methods, and simultaneously explore the construction of standards to support the industrialization development of computing network integration.

• #The fifth is to carry out actions to improve the supply of computing power. Carry out the selection of typical cases of the National Computing Power Center, hold the China Computing Power Conference, and release the "China Comprehensive Computing Power Index".

The "Action Plan" takes network-supported computing power applications as the core, and provides guidance from the aspects of network innovation technology, computing power access network, hub network transmission, collaborative scheduling mechanism, etc., to improve computing power. Highly efficient carrying capacity.

• #The first is to optimize computing power and efficient transportation quality. Explore and build a computing power Internet with reasonable layout, ubiquitous connectivity, flexibility and efficiency. Enhance the integration capabilities of heterogeneous computing power and networks to achieve efficient applications of computing and storage; promote the development and application of data processors (DPUs), lossless networks and other technologies.

• #The second is to strengthen the ability of computing power to access the network. Gradually realize that the delay between important computing power infrastructure in urban areas is no higher than 1ms, and vigorously improve the flexible and efficient computing capabilities of edge nodes.

• The third is to improve the hub network transmission efficiency. Promote the direct connection of the national hub nodes of the computing power network to the backbone nodes of the network, and gradually build one-hop direct links between clusters. The delay between important computing power infrastructure in the national hub nodes shall not exceed 5ms.

• The fourth is to explore the computing power collaborative scheduling mechanism. Encourage all parties to explore the creation of a multi-level computing power scheduling framework system and explore the implementation of integrated scheduling applications of computing power.

• The fifth is to carry out computing and network integration development actions. Explore the construction of a multi-level computing power dispatching platform, create a benchmark for computing network cities, and implement "the strong computing power base to lead the list".

The "Action Plan" deploys to strengthen the efficient and flexible guarantee of storage capacity from the aspects of storage technology, storage industry and storage and computing network collaboration.

• #First, accelerate the research and development and application of power storage technology. Promote the innovative development of storage technologies such as all-flash memory and blue-ray storage, seize the opportunity of flash storage upgrades, and achieve the common development of computing power center storage and the storage industry.

• The second is to continue to improve the storage industry capabilities. Through the improvement of independent research and development capabilities of key storage components, we will promote the coordinated development of the upstream and downstream storage industry and support the storage construction of computing power centers.

• #The third is to promote the coordinated development of storage and computing networks. Technically, we will promote the research and development of relevant technologies for the storage and computing network collaboration, rationally allocate storage and computing ratios in the construction of computing centers, and support the efficient flow of data within and between computing centers in terms of applications.

• #The fourth is to carry out coordinated development actions in banking and computing. Conduct a study on the maturity of data center storage capabilities, encourage the use of independent storage equipment, and publish the "China Storage Capacity Development Report".

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