From space exploration to online shopping and taxis, the importance of computing power in production and life has become increasingly prominent, providing impetus for the digital development of various industries. As the physical carrier of computing power, data centers play the role of the "central brain" for receiving, processing, storing, and forwarding data streams, and are key information infrastructure related to digital development. The Central Committee of the Communist Party of China and the State Council recently issued the "Overall Layout Plan for the Construction of Digital China", which proposes to consolidate the foundation of digital China construction, systematically optimize the layout of computing power infrastructure, and overall improve the level of application infrastructure. Industry insiders say that the accelerated layout of the National Data Center will further consolidate the foundation of high-quality development of China's digital economy and contribute to the construction of a digital China. The construction of the National Computing Power Hub started with astronauts taking the "Space Ladder" directly to the space station, lunar rovers speeding through the crater, and fighter jets freely shuttling through meteorite debris... In the movie "Wandering Earth 2", the exquisite and stunning special effects scenes left a deep impression on the audience. It is reported that some of the special effects production work for "Wandering Earth 2" was completed at Guizhou Gui'an Supercomputing Center. Each frame in these special effects takes several hours to render to achieve the desired effect. Without the powerful computing power of the supercomputing center as support, it may take 10 years from the beginning of the movie rendering to the screen. According to data from the Ministry of Industry and Information Technology, the scale of China's computing power industry has grown rapidly in recent years, with an average annual growth rate of nearly 30%, ranking second in the world in terms of computing power scale. The continuous improvement of China's computing power level is closely related to the improvement and growth rate of national data center construction in recent years, especially the rapid growth of the scale of large and above data centers. The national "14th Five Year Plan" clearly proposes to "accelerate the construction of the national integrated big data center system, strengthen the overall intelligent scheduling of computing power, and build a number of national hub nodes and big data center clusters". The Ministry of Industry and Information Technology, the National Development and Reform Commission and other departments have also issued policy documents such as the Implementation Plan of the National Integrated Big Data Center Collaborative Innovation System Computing Hub to support and standardize the development of the data center industry. At present, the national computing power hub nodes in 8 regions, including Beijing Tianjin Hebei, Yangtze River Delta, Guangdong Hong Kong Macao Greater Bay Area, and Inner Mongolia Autonomous Region, have all started construction, and important computing power bases supporting the vigorous development of the digital economy are gradually taking shape. In the high-performance computing public service platform located in the Helinger New Area of Inner Mongolia, supporting the digital China "highway", server signal lights flicker, and various parameters in the central control room change rapidly. The supercomputer with the computing power of 100000 ordinary computers is fully operational, providing complex computing services for scientific research teams as far away as Beijing. How can the computing power of "invisible" and "untouchable" be transmitted from data centers in Inner Mongolia to users in Beijing in milliseconds? Xu Xinghai, the project leader of Inner Mongolia High Performance Computing Public Service Platform, introduced that the platform is located in Linger New Area, which achieves high-speed data direct connection with 18 major cities in China through a dedicated internet data channel. On the basis of direct connection of supercomputing data, the national supercomputing internet project is also steadily advancing. The so-called supercomputing internet refers to the use of the internet to connect various capabilities and resources such as computing power supply, users, and operational services in the industrial ecosystem, and to construct