The 3,000P Supercomputing Center in Shijingshan District, Beijing, Launches, Ushering in a New Era of Intelligent Computing Power in North China

Tech 2025-03-05 20:34:07 Source: Network

The 3,000P Supercomputing Center in Shijingshan District, Beijing, Launches, Ushering in a New Era of Intelligent Computing Power in North ChinaOn March 3rd, the launch ceremony for the 3,000P intelligent computing power center in Beijing's Shijingshan District was grandly held. Representatives from companies including SuperComputing (Beijing) Technology Co

On March 3rd, the launch ceremony for the 3,000P intelligent computing power center in Beijing's Shijingshan District was grandly held. Representatives from companies including SuperComputing (Beijing) Technology Co., Ltd. (hereinafter referred to as "SuperComputing Technology"), SuperComputing Guoxing (Beijing) Technology Co., Ltd., and TuSimple Technology Group Co., Ltd., along with industry experts, witnessed the launch of this landmark project. Upon completion, this project will become the leading intelligent computing power hub in North China, providing core support for artificial intelligence technological innovation and industrial upgrading. This marks a crucial step for China in the global computing power competition and lays a solid digital foundation for the construction of a smart society.

3,000P Computing Power: Defining a New Benchmark for Next-Generation Intelligent Computing Infrastructure

Computing power scale is a core indicator for measuring the computing capacity of digital infrastructure. 3,000P (3,000 PetaFLOPS) means it can perform 3,000 quadrillion floating-point operations per second, equivalent to the combined computing power of millions of high-performance computers. Currently, only a few regions in China have deployed PetaFLOPS-level computing centers. The completion of the 3,000P Supercomputing Center is expected to not only place it among the international leaders but also, through its unique "supercomputing + intelligent computing" integrated architecture, break through the limitations of traditional computing centers' single-performance framework. The center's intelligent computing module can support the autonomous learning and dynamic optimization of AI models, significantly improving computing efficiency in complex scenarios. This provides strong underlying support for computing-intensive fields such as autonomous driving, biomedicine, financial modeling, and intelligent manufacturing, promoting technological innovation and industrial upgrading in these areas.

Dual Drivers: Market Demand and Technological Trends Fuel Industry Development

In the global computing power market landscape, China's computing power market is expanding at an even faster rate. According to IDC, a leading global market intelligence firm, the Chinese computing center service market will continue to grow at a compound annual growth rate of 18.9% over the next five years, reaching a market size of 307.5 billion yuan (approximately $42 billion USD) in 2027. Behind this rapid growth is the rise of intelligent computing power as a core engine. The "China Computing Center Service Provider Analysis Report (2024)" released by the China Academy of Information and Communications Technology (CAICT) shows that with the rapid development of large AI models, the demand for intelligent computing power is experiencing explosive growth, and is estimated to reach 35% by 2025. Intelligent computing power has surpassed basic computing power, becoming the main driver of computing power growth in China.

Yan Yi, co-founder and vice general manager of SuperComputing Technology, emphasized in his speech at the launch ceremony that there is a significant gap between the current supply of computing power and industry demand. Traditional computing power is insufficient to meet the needs of scenarios such as AI large model training and multi-modal data processing. The construction of the 3,000P center is a key measure to respond to market demand for supercomputing and intelligent computing, and to solve the supply bottleneck. This layout is also highly consistent with national strategies. The "14th Five-Year Plan" and the 2035 Long-Range Goals Outline clearly propose "accelerating the construction of a nationwide integrated big data center system and strengthening the intelligent scheduling of computing power." SuperComputing Technology will build a new generation of artificial intelligence public computing power open innovation platform to achieve cross-regional resource scheduling, while providing low-cost and highly elastic computing power services to small and medium-sized enterprises, lowering the threshold for AI technology research and development, promoting "ubiquitous computing power," and allowing more enterprises and individuals to enjoy the convenience and advantages brought by computing power.

Technology as the Foundation: SuperComputing Builds a Holistic Vision of Ecosystem Empowerment

SuperComputing Technology brings together top experts and think tanks in the AI field from the Chinese Academy of Sciences, Tsinghua University, SenseTime, and Zhipu AI, aiming to build a full-stack artificial intelligence service ecosystem. Its strategic layout is reflected in three dimensions:

The 3,000P Supercomputing Center in Shijingshan District, Beijing, Launches, Ushering in a New Era of Intelligent Computing Power in North China

First, it adopts domestically produced computing chips and an independently controllable computing power scheduling system to fully ensure data security and computing power stability. This is of great significance to national information security and technological autonomous innovation.

Second, by building an integrated intelligent computing platform of "computing power + algorithm + data," it supports full-chain services from model training to scenario implementation, providing comprehensive support for the research and development and deployment of AI applications.

Third, through ecosystem co-prosperity and co-construction, it integrates upstream and downstream resources, and has already reached strategic cooperation with over 200 AI companies, jointly creating a new landscape for the AI industry, forming a cluster effect, and jointly promoting the prosperous development of the AI industry.

SuperComputing will focus on improving its four core capabilities: "electricity," "computing power," "intelligence," and "attraction," striving to build a "green computing" guarantee area, an "intelligent computing" supply area, a "data computing" circulation area, and a "shared computing" selection area, providing a new engine for the rapid development of the artificial intelligence industry and the digital transformation of traditional industries. SuperComputing will help build a core industrial ecosystem for artificial intelligence, promote the implementation of industry-wide large models, accelerate the cluster development of the artificial intelligence industry, and comprehensively promote the construction of a nationwide integrated computing power network.

Yan Yi stated, "Computing centers are not just a pile of hardware; they are incubators of new productive forces." In the future, SuperComputing Technology will use Shijingshan as its core hub to promote the construction of national computing power network nodes, achieve the refined implementation of the "East Data, West Computing" strategy, and promote coordinated regional development.

20,000P Computing Center Expansion: Building the "One Corridor, Four Poles" Jingxi Pole of Beijing's Computing Power

Shijingshan District, as the "Jingxi Pole" in the layout plan of the capital's computing power supply system, is positioned as an important development pole in western Beijing. In recent years, it has continuously increased investment in the digital economy ecosystem layout. SuperComputing Technology, as a key incubated enterprise in Shijingshan, participates in the investment planning and construction of a 20,000P computing center in Shijingshan District, which is expected to commence construction soon. The 3,000P computing center, as the first pilot project, is being implemented and put into construction, laying a solid foundation for future larger-scale computing power deployment.

The planned construction of the 20,000P computing center is not only an important support for the regional digital economy but also a key engine for promoting industrial transformation and technological innovation. Upon completion, the project will significantly enhance the region's computing power supply capacity, providing strong computing support for cutting-edge technologies such as artificial intelligence, big data, and cloud computing. It is expected to attract and drive the aggregation of thousands of industrial chain enterprises, building a complete ecosystem covering chip research and development, algorithm optimization, and industry applications, promoting the synergistic development of the digital economy industrial chain, and forming a virtuous cycle.

The 3,000P Supercomputing Center in Shijingshan District, Beijing, Launches, Ushering in a New Era of Intelligent Computing Power in North China

In fact, the digital economy already plays a significant role in Shijingshan's economy. In the past year, Shijingshan District achieved a double increase in the quality and quantity of economic development. Its regional GDP reached 131.29 billion yuan, general public budget revenue reached 8.83 billion yuan, and the number of national high-tech enterprises reached nearly 1,000, indicating a strong momentum in the development of the digital economy, accounting for more than 50% of its GDP.

In the face of a new round of technological revolution and industrial transformation, SuperComputing Technology will deeply integrate into Shijingshan District's computing power planning blueprint, relying on the 20,000P computing center to help promote digital technology innovation empowerment, breakthroughs in digital governance capabilities, the release of digital ecosystem vitality, and the improvement of digital industry capabilities, accelerating the construction of a nationwide integrated computing power network.

"Let every bit of computing power unleash intelligent energy"this vision is moving from blueprint to reality. With the completion of the 3,000P and future 20,000P computing centers, China will make another key move in the global computing power competition, laying a solid digital foundation for a smart society and contributing to the development of the national digital economy.

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