At present, high-end computers with imported processor chips account for more than 90% of the domestic market. Influenced by the security of information industry and supply chain, it is increasingly important to develop high-end computers based on domestic processors.
At present, domestic processor chips are relatively mature, and the main architectures are X86, MIPS, ARM and so on. Processor chips with different architectures have their own applicable scenarios and application advantages, which are suitable for multi-head development and collaborative development.
This project develops high-end computer series products based on domestic processor chips with different architectures such as X86, MIPS and ARM. In order to meet the needs of different scenarios in the process of localization of high-end computers, break the technological monopoly of foreign manufacturers on China's computer industry and promote the sustained and healthy development of China's information industry. After the project is put into production, it can not only provide China industry users with a more cost-effective choice, but also ensure the security and controllability of key information systems, which has broad market development space and prospects.
2. Necessity of project implementation
(1) Guarantee information security and industrial security.
Mastering the design and manufacturing technology of high-end computers based on domestic processor chips is the premise of ensuring national network and information security. According to the data of the Ministry of Industry and Information Technology, the import volume of integrated circuits in China ranks first among all kinds of imported products; The Yellow Book of G20 Countries' Innovation Competitiveness issued by the State Council Development Research Center also points out that China's key core technologies are highly dependent on foreign countries, and 80% of its chips are imported. In the field of high-end computers, core components including processor chips are almost completely imported from abroad, which makes high-end computers in China have great security risks in the supply of industrial chain.
In the past few years, domestic processor chip technology has made great progress, and a number of domestic processor chips with different architectures, such as X86, MIPS and ARM, have appeared successively. Next, it is urgent to promote the construction of industrial ecological environment based on domestic processor chips. Research and development of high-end computer series products based on domestic processor chips can ensure the security and controllability of key information systems, break the technological monopoly and security threats of foreign manufacturers in the integrated circuit industry, reverse the passive situation of information technology in China, and promote the sustained and healthy development of China's information industry.
(2) Promote the innovation of information technology application and the construction of industrial ecological environment.
At present, the global high-end integrated circuit industry is in a monopoly competition pattern. Processor chip giants in western countries such as Intel and AMD have established strong patent barriers, technical standard systems and industrial ecosystems through decades of continuous technological innovation and huge investment, and firmly controlled most of the global markets. Although China has made some innovations and breakthroughs in this field, its industrial base in this field is very weak, and resources such as technical talents and funds are insufficient.
To promote the industrialization of domestic processor chips, it is necessary to build a complete innovation chain and industrial chain of "chip design and manufacturing, whole machine system, software ecology and application services" to ensure the sustained and healthy development of related industries. The development of the whole machine system based on domestic processors is to promote the development of domestic high-end computer industry, which faces the main battlefield of the national economy and belongs to the basic guarantee facilities for the development of information industry. Only by developing high-end computers based on domestic processor chips can we continue to promote the industrial ecological environment construction of information technology application innovation and promote the application and industrial development of domestic processors in various industries; The second is to eliminate potential hidden dangers for the development of other related industries. The technology research and development and operation of many industries in China depend on high-end computers to some extent. If the core chip supply chain is affected for various reasons, it may have a huge adverse impact on some domestic industries and industries that rely on cloud computing, big data, artificial intelligence and high-end computer platforms.
(3) Enhance the competitiveness and sustainable development ability of enterprises.
For a long time, the price dominance of high-end computer processor chips has been controlled by a few foreign enterprises, and the profit space and profitability of domestic high-end computer enterprises have been greatly restricted and restricted. By developing high-end computers based on domestic chips with different architectures, the company will pay more attention to the research and development of independent core products, further strengthen its technical advantages in this field, and continuously introduce a series of high-end computer products that are easily accepted by different markets, which will not only improve the profitability of China's complete machine enterprises, but also greatly reduce the cost of informationization and intelligence in China, and promote the safe and high-quality development of China's digital economy and smart society. Therefore, the implementation of the project will ensure that the company's products maintain the leading edge in technical specifications, continuously meet the needs of a wide range of industry users and applications, further improve the market competitiveness of the company's products, and obtain better economic and social benefits.
3. Feasibility of project implementation
(1) The research and development of the project conforms to the national policy direction.
The essence of the "new infrastructure" policy is to promote the construction of information infrastructure that supports the development of traditional industries in the direction of networking, digitalization and intelligence, accelerate the digital transformation of the whole industry, promote the integration of modern information technology and industrial economy, and make the economy produce new qualitative changes with the assistance of digitalization.
In recent years, the national level has continuously promoted the application and innovation development strategy of information technology, guided Chinese enterprises to develop products with independent intellectual property rights and international competitiveness, and improved the level of information technology and the reliability and security of the information industry in China. On the other hand, the high-end computer based on domestic processing chips developed by this project also has important strategic significance in supporting the development of China's modern service industry, enhancing the competitiveness of traditional industries, and promoting the intelligent manufacturing capability of domestic information products to reach the international advanced level. The project belongs to the strategic emerging industry that is the key development of the country and conforms to the industrial policy orientation such as the national "Thirteenth Five-Year Plan".
(2) The company has the technology and R&D foundation needed to implement this project.
The company is one of the earliest manufacturers engaged in high-end computer business in China, mainly involving the research and development, design, production and sales of high-performance computers and general-purpose server products. The company has profound technical accumulation in high-performance computer architecture, high-performance computing system, high-speed interconnection technology, liquid cooling technology, high-end computer management and operation and maintenance software, advanced computing service platform software and so on. In recent years, in view of the changes in the market situation, the company has intensified the pre-research of high-end computer products based on domestic processors and overcome various technical problems in the research and development of high-end computer products based on domestic processors. The pre-research samples have reached the domestic leading level in terms of product specifications, product quality and product usability.
As a core manufacturer in the domestic high-end computer field, the company has a complete R&D talent pool and technical service system. The company's R&D center is a nationally recognized enterprise technology center approved by the National Development and Reform Commission and other six ministries, and has been approved to build a national advanced computing industry innovation center. The R&D team has a reasonable knowledge structure and age structure, and has a strong system-level R&D strength. It has accumulated a lot in system architecture design, hardware development, operating system development, industry application software customization and optimization. The company's mature manufacturing system and technical service system are also an important guarantee and successful foundation for the industrialization of project achievements.
(3) The company has the foundation of project-related solution support and sales channels.
Over the years, the company has made a comprehensive layout in the field of independent innovation, and built a full chain layout from chip hardware and system solutions to advanced computing and cloud computing services. The customers of the company's products are all over the government agencies, enterprises, electric power, education, medical care, scientific research institutions and many other industries. At present, the company has started to build a solution center and industrial ecological platform based on domestic processor chips, and attracted a large number of peripheral solution providers to join the product ecological circle based on domestic chips, and promoted the scale of general industrial solutions for domestic chips through platform ecological cooperation. It is expected that in the next five years, a fully localized industrial ecosystem will be realized in many technical and industrial fields. During the development and industrialization of high-end computer products, the company has accumulated a lot of technical support experience and solution resources, which is helpful to ensure the successful promotion and large-scale sales of the products to be developed in this project.
4. Project construction planning
(1) Project implementer
The main body of this project is Zhongke Shuguang.
(2) Project investment
The project has a total investment of 2 million yuan, and it is planned to use the raised funds to invest 2 million yuan for R&D equipment procurement, intellectual property procurement, production equipment procurement, R&D personnel expenditure, and R&D materials and parts expenditure.
(3) Content of project construction
Based on domestic processor chips with X86, MIPS and ARM architectures, this project develops high-end computer systems, designs high-end computer products with international advanced level, such as high-performance workstations, edge servers, artificial intelligence servers, storage servers and multi-node servers, and realizes comprehensive solutions for domestic high-end computers with different architectures, specifications, forms and wide coverage.
1)X86 architecture high-end computer products: This project develops five high-end computer products based on X86 architecture domestic processors, including:
① High-performance workstation: Develop high-performance workstation products based on domestic X86 processors. Provide high-performance workstations to meet the business needs of special applications, power, finance and other industries; Provide high-performance workstations supporting high-end graphics cards and large-capacity memory for manufacturing design simulation, film special effects production and scientific research and development;
② Edge server: Develop edge server products based on domestic X86 processors. In the edge computing scenario, a large number of field data near the terminal are processed in real time to reduce the impact and direct dependence on the data center; Greatly shorten the data transmission distance, reduce network transmission and delay problems, improve the efficiency and reliability of applications and services, and reduce costs;
③ Artificial intelligence server: Develop an artificial intelligence server based on dual-channel high-performance domestic X86 processor. Providing a variety of GPU connection topologies can provide different optimization schemes for different deep learning applications and provide powerful computing power for artificial intelligence training and reasoning learning;
④ Storage server: Develop a high-performance storage server based on domestic X86 processor. It has high-density storage space, provides powerful computing performance and rich IO expansion, and is suitable for finance, transportation, telecommunications, energy, Internet and other industries. , which has strict requirements on storage capacity, server performance, scalability and reliability.
⑤ Multi-node server: Develop a multi-node server based on domestic X86 processor. Modular design, with excellent computing performance and strong IO scalability, provides a cluster server system for enterprise users, cloud computing centers, big data, high-performance computing and other services.
2)MIPS architecture high-end computer products: This project develops three high-end computer products based on domestic MIPS architecture processors, including:
① Office Workstation: Develop an office workstation based on domestic MIPS processor. Provide business office terminals for government agencies, special applications and other scenarios, and provide unique security design to eliminate security risks in many strategic areas such as e-government;
② Document server: Develop a document server based on domestic MIPS processor. Facing the demand of e-government information service, it provides the storage, backup and retrieval functions of important documents of government departments; Compatible with domestic mainstream operating systems and database software; Eliminate security risks in many strategic areas such as e-government;
③ Storage server: Develop a storage server based on domestic MIPS processor. According to different usage scenarios of cloud data platform, the basic storage server products based on MIPS architecture processor are provided, which are suitable for low-cost near-line storage systems in large-scale cloud computing environment.
3) High-end computer products based on ARM architecture: The project will develop three high-end computer products based on domestic ARM architecture processors, including:
① Office Workstation: Develop an office workstation based on domestic ARM processor. Provide business office terminals for government agencies, special applications and other scenarios, and provide unique security design to eliminate security risks in many strategic areas such as e-government;
② Document server: Develop a document server based on domestic ARM processor. Facing the demand of e-government information service, it provides the storage, backup and retrieval functions of important documents of government departments; Compatible with domestic mainstream operating systems and database software; Eliminate security risks in many strategic areas such as e-government;
③ Storage server: Develop a storage server based on domestic ARM processor. According to different usage scenarios of cloud data platform, the basic storage server products based on ARM architecture processor are provided, which are suitable for low-cost near-line storage systems in large-scale cloud computing environment.
(4) Project construction cycle
The construction period of this project is 3 years.
5. Expected benefits of the project
According to the calculation, the after-tax financial internal rate of return of this project is 12.54%, and the after-tax investment payback period (including the construction period) is 6.22 years, with good economic benefits.
6, project approval documents
This project does not involve plant construction and new land. As of the announcement date of this report, the project is still in the process of filing and EIA.
7. Introduction of compilation unit
Shenzhen Hans Management Consulting Co., Ltd. is a professional industrial planning research service organization, mainly providing feasibility study report, business plan, industry research report, concept planning, preliminary planning, architectural planning, industrial planning, park planning, IPO listing consulting and other related businesses.
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