It mentioned that the ultra-high-definition video and new display industries should be cultivated and expanded. Accelerate the construction of a number of major projects such as TCL CSOT 9, Guangzhou Shiyuan, and Guangzhou Skyworth. Develop and expand the entire industry chain of ultra-high-definition video and new displays from front-end recording equipment to terminal display manufacturing and industry applications, continue to build the "World Display Capital", and create an ultra-high-definition video industry cluster with global core competitiveness.
Support the construction of special zones for electronic chemicals, accelerate the gathering of upstream equipment and materials in Guangzhou, support the layout of AR/VR and other ultra-high-definition mobile terminals and automotive display fields to expand mobile travel applications, support the construction of ultra-high-definition broadcast vehicles and other "Guangzhou solutions" to promote the development of digital content and industry applications, and support emerging industrial chains such as silicon-based displays and color electronic paper to seize market opportunities and accelerate their gathering in the three major development zones of Huangpu, Zengcheng, and Nansha.
In terms of enhancing digital technology innovation capabilities, the plan points out that we must adhere to innovation-driven, application-driven, and chain group development, enhance innovation source capabilities, cultivate new business formats and new models, lay out future industries, create internationally competitive digital industry clusters, and build a digital economy-leading city.
Strengthen research on key core technologies. Focusing on the core areas of the digital economy such as new generation information technology, semiconductors and integrated circuits, intelligent manufacturing, artificial intelligence, big data, and ultra-high-definition video technology, we will carry out unveiling and leadership actions, thoroughly implement research and development plans in key areas, strengthen the linkage between ministries, provinces, and cities, plan and build forward-looking, strategically oriented, and application-supporting major scientific and technological infrastructure, and strengthen the forward-looking, strategic, and systematic layout of basic research.
Strengthen the research and development of key core technologies, systematically solve the "stuck" problems such as core software, basic components, key basic materials, advanced basic processes and industrial basic technologies, strive to form a batch of leading technological achievements, and strive to create a source of original innovation in digital technology.
A new generation of communication technology. Support the "stuck neck" core technology research and R&D innovation of 5G radio frequency filters, and accelerate the innovation and development of the value chain of the 5G radio frequency front-end chip industry. Prospectively explore research on low-orbit Internet communications, mobile phone direct-connection satellite communications and 6G networks.
Cross-fusion technology of artificial intelligence and biomedicine. Support computational biology, artificial intelligence, intelligent diagnosis and treatment, and medicines
The cross-integration of key technologies such as design and R&D, genetic analysis, medical robots, and 3D bioprinting.
Use the Internet, Internet of Things, blockchain, cloud computing, big data and other technologies to strengthen the collection, storage, circulation and mining of medical big data, establish a medical big data center, and support the innovative application of artificial intelligence in medical big data analysis and diagnosis and treatment. Vigorously promote the use of blockchain technology to realize the sharing of electronic medical records and electronic prescriptions and the traceability of pharmaceutical products.
Key core application technologies in the new display industry. Strengthen horizontal collaboration in the industrial ecology and the R&D and transformation of basic technologies, break through key technologies such as curved surfaces, folding, and flexibility, and strengthen innovative R&D and mass production of key equipment for OLED panel manufacturing and 4K/8K ultra-high-definition video.
Accelerate the research on new technologies such as quantum dots, ultra-high-definition displays, printed displays, and flexible displays, and lay out new display technologies such as laser displays, 3D displays, and Micro LEDs in advance. Explore innovative integration of new displays with 5G, Internet of Things, Industrial Internet, artificial intelligence, etc., and expand new applications and markets such as automotive, medical, industrial control, wearables, and transparency.
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br> Strengthen collaborative innovation. Promote the layout and construction of national laboratory bases, national industrial innovation centers, national technological innovation centers, high-level scientific research institutions, and leading scientific and technological enterprises in the field of digital technology innovation, organize and carry out collaborative research on major scientific and technological issues, and form an open innovation ecosystem with global competitiveness.
Accelerate the construction of a number of high-level innovative R&D institutions such as the Provincial Artificial Intelligence and Digital Economy Laboratory, the Provincial Greater Bay Area Integrated Circuit and System Application Research Institute, and the Guangzhou Third Generation Semiconductor Innovation Center to support the development of original research and development activities and support industrial technological innovation. Strengthen the dominant position of enterprises in scientific and technological innovation and support the development of a number of enterprises with core technologies such as the National Printing and Flexible Display Innovation Center (Juhua Display).
Support "specialized, specialized and innovative" small and medium-sized enterprises to carry out digital technological transformation and build smart factories and smart workshops. Give full play to the leading and supporting role of technological backbone enterprises, rely on digital technologies such as blockchain to improve the capabilities of small and medium-sized enterprises in the upstream and downstream of the supply chain, and promote collaborative innovation between small and medium-sized enterprises and large enterprises.
Support the transformation of "high-precision and cutting-edge" innovation achievements. Optimize results transfer
Establish a market-oriented service system, improve the endogenous motivation for the transfer and transformation of results, and comprehensively enhance core technology supply and support capabilities.
Give full play to the radiation and driving role of Guangzhou (International) Scientific and Technological Achievements Transformation Tianhe Base and the Huangpu District Innovation Achievements Transformation Pilot Project, realize collaborative innovation of government, industry, academia and research in the field of digital economy, promote the transformation and application of a number of digital economy innovation achievements that are effective in the short and medium term and effectively promote the optimization and upgrading of industrial structure, promote the deep integration of the innovation chain, capital chain, and industrial chain, and explore the formation of new mechanisms and new models for the transformation of digital economic innovation achievements with Guangzhou characteristics. (Source: Guangzhou Municipal People’s Government)
ANNA