We will continue to adhere to the strategy of giving priority to the development of the information industry, build broadband, ubiquitous, integrated and secure information network facilities, accelerate the integrated development of informationization and industrialization, strive to enhance the independent development capability of the information industry, vigorously develop a new generation of information technology industries, and strive to promote the transformation and development of the electronic information industry. First, focus on the development of integrated circuits, communications and networks, new displays, automotive electronics, software and information services, strive to form a relatively complete industrial chain, and constantly improve the scale and energy level of the industry. Second, relying on major national science and technology projects, we will break through bottlenecks such as core electronic devices, high-end chips, basic software, equipment, processes and materials, and strive to enhance industrial technological innovation capabilities. The third is to promote business model innovation through demonstration and application traction around the next generation information technology such as Internet of Things, cloud computing and semiconductor lighting. Fourth, accelerate the implementation of major projects such as 12 inch chip production line and new display production line, promote the integration and reorganization of electronic information industry enterprises, and cultivate a number of leading backbone enterprises.
1 Column: Roadmap for the Development of Software and Information Service Industry
Development goals
By 20 15, the operating income of Shanghai's software and information service industry will reach 600 billion yuan, becoming the industrial highland of domestic software and information service industry.
Key areas
1. Software industry
(1) Basic software: operating system, database, middleware, office suite, language processing software, virtualization technology, mass data storage and mining, programming software and development tools, etc.
(2) Industry application software: professional software such as industry, intelligent urban management, science and education, and finance. (3) Embedded software: embedded operating system and Chinese environment, embedded database, standard application interface and software, embedded software of various electronic devices and terminal products, etc.
(4) Management software: government affairs, finance, statistics, enterprise management and personal information management software.
(5) Tool software: media production software, auxiliary software, collaborative design and simulation software, file processing software, etc.
(6) Internet software: a new generation of search engines and browsers, network platform software, positioning mapping software, online payment and credit authentication software, network communication software, etc.
(7) Information security and evaluation software: security protocols, security standards, security authentication, encryption and decryption, anti-virus killing software, etc.
2. Information service industry
(1) information technology services
(2) Information outsourcing services
(3) information security service
(4) E-commerce
(5) Financial information service
(6) Digital content service
(7) New generation Internet services
(8) Telecom value-added services
(9) Cloud computing, Internet of Things and mobile Internet application services
Main platform construction
Focus on promoting the construction of software testing platform, network security testing and certification platform, cloud computing joint laboratory, e-government and public service cloud platform.
Space Layout
Focus on Pudong, Changning, Xuhui, Putuo, Yangpu, Jiading, Minhang, Zhabei, Baoshan, Hongkou and other areas with developed software and information services, and promote the industry to become bigger and stronger. At the same time, actively cultivating potential areas has become a new growth point.
Box 2: Roadmap for the Development of New Generation Information Technology Manufacturing Industry
Development goals
By 20 15, Shanghai will maintain its position as an important R&D and manufacturing base for the new generation of information technology in China, continue to play a leading role in technology and industrial layout, and strive to reach the output value of the new generation of information technology manufacturing industry of 300 billion yuan.
Key areas
1. integrated circuit
(1) Chip design: Focus on developing system-on-a-chip (SoC), and form a number of key products with independent intellectual property rights and realize industrialization in the application fields of mobile communication, automotive electronics, digital audio and video, power management, new display, information security, aerospace, green energy and so on. (2) Chip manufacturing: build an integrated circuit production line with energy level of 90~65~45~32 nm, develop a complete set of characteristic process modules suitable for processing various integrated circuit products and realize industrialization, basically keeping up with the international mainstream process level.
(3) Equipment and materials: accelerate the research and development and industrialization of mask aligner, dielectric etching machine, film thickness measuring equipment, cleaning equipment, packaging equipment, polishing equipment, silicon-based materials, ultra-pure reagents and other products; Actively introduce leading teams at home and abroad to expand the layout of our city in the field of equipment and materials.
(4) Packaging test: Vigorously develop advanced packaging technology and testing technology such as wafer-level packaging, system-level packaging and three-dimensional packaging, as well as special IGBT packaging technology to form large-scale packaging test capability.
2. New display
(1) Flat panel display: focus on developing and industrializing small and medium-sized LCD panels and other products, vigorously develop key technologies, processes and materials in the fields of TFT, organic light-emitting diode, OTFT and LCOS, support the research and development and industrialization of new touch panel, laser display, three-dimensional display and other application technologies, and promote the industrialization of LCOS chips and modules.
(2) Semiconductor lighting: focusing on the R&D and industrialization of power-type and high-performance LED epitaxy, chips, devices, high-performance LED backlights, lighting systems and other products above 100lm/W; Vigorously support the research and development and industrialization of key equipment such as MOCVD.
3. Communications and networks
(1) Next generation mobile communication: Focus on developing TD-SCDMA and TD-LTE technologies, and speed up the research and development and industrialization of system equipment, terminal key chips, multimode integrated terminals and comprehensive test instruments.
(2) Next-generation basic network: Focus on promoting the research, development and industrialization of optical line terminals, optical network units, high-end routers, carrier-grade Ethernet, Internet gateways, multimedia subsystem equipment and other products supporting IPv6 specifications. Build a 3Tnet demonstration network and promote the industrialization of key equipment such as T-bit optical transmission, optical switching, routing and set-top boxes.
(3) Intelligent information terminal: Focus on supporting the research and development and industrialization of enhanced third generation and above mobile communication terminal equipment, contactless core chips, mobile phones and other products.
4. Internet of Things
(1) Advanced sensors: Focus on supporting the design, manufacture and packaging of various physical, chemical and biological information sensors to realize industrialization.
(2) Core control chip: Focus on supporting the research and development and industrialization of MCU, protocol chip, micro-power management chip, DSP, ADC, interface control chip and integrated chip.
(3) Short-range wireless communication technology: Focus on supporting core technologies such as WLAN, UWB, Zigbee, NFC and high-frequency RFID, develop related interfaces and access gateway devices, focus on forming short-range wireless communication modular products and industrialization, and promote standardization of interfaces and designs.
(4) Networking and collaborative processing: Focus on the technologies of network architecture, network and information security, communication and networking between nodes, collaborative detection and data processing, study the address coding technology of the Internet of Things, promote the establishment of relevant protocols and technical standards, and form China's independent patents.
(5) System integration and open platform: Focus on developing technologies such as network integration, multi-functional integration, software and hardware operation interface foundation, system software, middleware software, and form a number of independent products.
(6) Mass data management and mining: Focus on intelligent technologies such as mass data storage, cloud computing and fuzzy identification, and form a number of independent products.
5. Automotive Electronics
Focus on supporting the research, development and industrialization of powertrain electronic systems such as diesel engine control system, chassis electronic modules and systems such as automatic transmission electronic control module and system (AMT/DCT), electric power steering system and vehicle electronic stability control system, vehicle-mounted multimedia electronic terminal equipment and systems based on bus technology, body control system, intelligent lighting control system, digital instrument and other body electronic modules and systems, and key automotive electronic chips and sensors.
Main platform construction
Focus on supporting state-level integrated circuit R&D centers to cooperate with manufacturing enterprises, design enterprises and equipment and materials enterprises, cooperate with Chinese Academy of Sciences to build Shanghai Internet of Things Center, cooperate with Ministry of Industry and Information Technology to build public service platforms for R&D and 3G mobile communication terminal testing, and promote the construction of light source engineering, supercomputer center and TFT-LCD national engineering laboratory.
Space Layout
Focus on the development of national microelectronics industrial bases focusing on "One Belt and Two Districts (Pudong Microelectronics Industrial Belt, Xuhui caohejing and Songjiang Microelectronics Industrial Cluster)", communication manufacturing clusters focusing on Pudong Jinqiao, Zhangjiang and Xuhui caohejing, and new display industrial bases focusing on Pudong Zhangjiang, Minhang and Songjiang. 2. High-end equipment manufacturing
Efforts will be made to improve the independent design, manufacturing and general contracting capabilities of advanced major equipment, actively develop intelligent manufacturing equipment with digitalization, flexibility and system integration technology as the core, and accelerate the development of clean and efficient coal-fired power equipment, gas turbines, rail transit equipment, key basic components, testing equipment and other equipment. Facing the development of marine resources, we will vigorously develop marine engineering equipment. Relying on the major national projects of large passenger aircraft, we will focus on the development of trunk and regional aircraft, engines, avionics and other equipment to promote the development of satellite and application industries.
Column 3: Roadmap for the Development of High-end Equipment Manufacturing Industry
Development goals
By 20 15, Shanghai will become a leading domestic high-end equipment R&D and manufacturing base with strong comprehensive strength, with an output value of 300 billion yuan.
Key areas
1 civil aviation
(1) Overall Design and Manufacture of Aircraft
(2) R&D and power system industrialization
(3) R&D and the industrialization of avionics system
(4) Industrialization of R&D and other airborne systems, such as flight control, environmental control and lighting.
(5) R&D and the industrialization of aircraft parts
(6) R&D and the industrialization of aviation assembly equipment
(seven) aviation services such as aviation test verification, aviation leasing, maintenance and modification.
2. Satellite and applications
(1) Design and manufacture of satellites and launch vehicles
(2) R&D and the industrialization of satellite navigation equipment
(3) R&D and the industrialization of satellite communication equipment
(4) Design and manufacture of satellite remote sensing equipment.
3. Direct railway transportation
(1) intelligent train technology research and development and industrialization
(2) R&D and industrialization of key equipment and parts of urban rail transit.
(3) Research and development of maglev train.
(4) Urban Rail Transit Testing Service
(5) Rail Transit Maintenance Service
4. Offshore engineering equipment
(1) R&D and the industrialization of offshore oil and gas exploration and development equipment
(2) R&D and high-end ship industrialization
(3) R&D and the industrialization of special engineering ships
(4) Industrialization of R&D and key systems and supporting equipment.
(5) Research and development and industrialization of seawater desalination equipment.
5. Smart devices
(1) R&D and industrialization of large thermal power units, key supporting equipment and transmission and distribution equipment.
(2) Industrialization of R&D, intelligent instruments and automatic control systems.
(3) Industrialization of R&D and high-grade CNC machine tools and functional parts.
(4) Industrialization of R&D and intelligent special equipment such as industrial robots and photoelectric ultra-precision machining.
(5) Industrialization of R&D and high-end construction machinery and construction equipment, automatic port machinery and large metallurgical complete sets of equipment.
Main platform construction
We will promote the construction of the National Submarine Long-term Scientific Observation System, the Civil Aviation Shanghai Airworthiness Certification Center, the National Civil Aircraft Complete Machine and Engine Testing Technology Basic Platform, and the Marine Science and Technology Research Center.
Space Layout
Focus on developing two major equipment manufacturing bases in Lingang and Minhang, and promote the development of high-end equipment such as Baoshan, Songjiang, Fengxian, Qingpu and Jinshan; Strive to build marine engineering equipment and supporting industrial bases focusing on Changxing Island, Waigaoqiao, Lingang and Chongming; Accelerate the formation of the spatial layout of Shanghai's civil aviation manufacturing industry with Zhangjiang Civil Aircraft R&D Center, Minhang Commercial Aviation Engine and Avionics System R&D Base, Pudong Airport South Assembly Manufacturing Center and Lingang Civil Aviation Industry Supporting Base as the core.
3. Biological industry
Facing the huge demand of national healthy life, keeping up with the forefront of international life science development, focusing on key technological innovation and industrialization, focusing on the fields of biomedicine and medical devices to achieve leap-forward development, accelerating the support of a number of potential backbone enterprises to become bigger and stronger, and initially building a domestic research and development center for biological innovation products. First, give full play to the supporting role of national scientific facilities and R&D institutions, actively connect with major national science and technology projects, and accelerate breakthroughs in key technologies such as antibody drugs, minimally invasive instruments, active digital large-scale diagnosis and treatment equipment, and biological breeding. Second, we will vigorously develop innovative drugs such as biotechnological drugs, new vaccines and diagnostic reagents, new preparations, chemical drugs and modern Chinese medicine to prevent and treat major diseases, accelerate the industrialization of biomedical engineering products, and actively promote green agricultural biological products.
Box 4: Roadmap of Bio-industry Development
Development goals
By 20 15, Shanghai will become an important base for biotechnology innovation in China and establish a leading position in the biomedical industry. The output value of bio-industry will reach120 billion yuan, and the service outsourcing income will reach 30 billion yuan.
Key areas
1. biomedicine
(1) biopharmaceuticals: promote the research and development and industrialization of antibody drugs, new vaccines, recombinant protein drugs, blood products, nucleic acid drugs, biochips and polypeptide drugs; Develop gene therapy, stem cells and biotherapy.
(2) Innovative drugs and preparations: promote the research and development and industrialization of chemical innovative drugs, new Chinese medicines, major generic drugs, new pharmaceutical preparations and new pharmaceutical excipients.
(3) Medical devices: promote the research, development and industrialization of medical imaging diagnosis and treatment equipment, electrophysiological and intelligent rehabilitation equipment, medical implanted interventional instruments, new biomedical materials, biological diagnostic reagents and instruments, medical information and products, new emergency monitoring and surgical instruments, and tissue engineering products.
2. Biological agriculture
(1) Biological Breeding: Promote the cultivation and industrialization of new crop varieties, edible fungi, livestock and poultry, aquatic products and flowers.
(2) Agricultural biological products: promote the research and development and industrialization of veterinary drugs, animal vaccines, biological pesticides and biological fertilizers.
3. Bio-manufacturing
Focus on the development of microecological preparations, biodegradable materials, non-edible biodiesel, non-edible biodiesel, biotransformation, enzyme preparation and enzyme engineering.
4. Biological services
Promote the development of chemical, biological and clinical research and development (CRO) services and pilot processing and production (CMO) services.
Main platform construction
Promote the construction of scientific research facilities such as protein, National Liver Cancer Science Center and National Engineering Research Center for Antibody Drugs; Construction of Shanghai biological sample bank, Shanghai translational medicine research center, the second phase of public service platform for experimental animals, pilot incubation base for biomedical innovative products, modern agricultural technology innovation service base, etc.
Space Layout
Focus on the development of six national bio-industrial bases, build biomedical R&D, service outsourcing and industrialization bases in Zhangjiang-Zhou Kang, Minhang and Xuhui in Pudong, and build biomedical industrialization bases in Fengxian, Jinshan and Qingpu. At the same time, we will vigorously build modern agricultural parks such as Chongming Ecological Island.
4. New energy industry
Adhere to the demonstration and application of new energy to promote industrial development, focus on wind power, solar energy, nuclear power, smart grid and other fields, vigorously promote the research and development and industrialization of high-end new energy equipment, build a national new energy testing and innovation platform, and strive to improve the level of new energy technology. First, strengthen the research on nuclear power safety technology, accelerate the digestion, absorption and re-innovation of the third generation nuclear power technology, and break through key technologies such as main pump, large castings and forgings, internals and control rod drive mechanism. The second is to improve the level of wind power technology and equipment, and enhance the independent development capability of key components such as large wind turbines, gearboxes, spindle bearings and converters. Third, actively develop high-end thin-film solar equipment and production line construction, promote the development of crystalline silicon solar cell technology and improve conversion efficiency, and accelerate the popularization and application of solar photovoltaic and photothermal technologies. The fourth is to accelerate the development and demonstration application of smart grid industry.
Box 5: Roadmap of New Energy Industry Development
Development goals
By 20 15, Shanghai will become the main base with leading new energy technologies, leading applications and high-end industries in China, with an output value of120 billion yuan.
Key areas
1. nuclear energy industry
Breakthrough the new generation of nuclear power technology, focusing on the development of key equipment and systems such as large castings and forgings, main pumps, digital instrument control systems of nuclear power plants, internals and control rod drive mechanisms, pressure vessels, steam generators, etc.
2. Wind power industry
Focus on the development of large offshore wind turbines and key components, and develop the research and production of wind turbines of 3 MW and above and key components such as main shaft bearings, yaw bearings, pitch bearings, gear boxes, electric control systems, converters, blades and generators.
3. Solar energy industry
Focus on the development of key equipment and production lines of silicon-based thin-film solar cells, such as plasma chemical vapor deposition (PECVD), other types of thin-film solar cells, high-efficiency crystalline silicon solar cells and production lines, and solar thermal power generation.
4. Smart grid
Promote the demonstration application of smart grid, focusing on the research and development and industrialization of new energy access systems, large-capacity energy storage devices, intelligent substations, intelligent terminals, high-temperature superconducting technology and UHV power transmission and transformation equipment.
Main platform construction
Promote the construction of smart grid client product testing service platform and national energy smart grid R&D center, and strive to establish national offshore wind power product testing platform and photovoltaic product testing platform.
Space Layout
Focus on promoting the development of new energy industries in Pudong, Minhang, Lingang, Fengxian and Songjiang.
5. New material industry
Further give full play to the technological and scale advantages of leading enterprises, cultivate emerging enterprises with innovative vitality, face up to key new materials that restrict the development of strategic emerging industries, step up research and industrialization of key technologies, and strive to increase the share of key new materials that support the development of strategic emerging industries with high added value and little environmental impact. First, accelerate the industrialization of advanced functional materials such as high-performance electronic materials, membrane materials and new ceramic materials, and improve the technical level and industrialization ability of high-performance fibers such as carbon fiber, aramid fiber and ultra-high molecular weight polyethylene fiber; Second, actively develop advanced structural materials such as high-quality special steel, superalloys and high-performance engineering plastics; Third, actively develop a new integrated preparation process of high-performance composite materials with super-large specifications and special structures, and promote the development of composite materials in the direction of high performance, low cost and environmental friendliness; Fourth, combined with the emerging demand, we will carry out research and development of basic materials such as nano, superconductivity and intelligence and their application technologies to promote their industrialization.
Box 6: Roadmap for the Development of New Materials Industry
Development goals
By 20 15, Shanghai will become the leading R&D and industrialization base of key new materials in strategic emerging industries in China, and the output value of new materials industry will reach more than180 billion yuan, of which the output value of key new materials industries supporting strategic emerging industries will reach 60 billion yuan.
Key areas
1. Advanced functional materials
(1) New metal functional materials: high-performance rare earth materials, shape memory alloys, superconducting materials, new electronic materials, etc.
(2) Polymer functional materials: functional membrane materials, high-performance fiber materials, new optical/electrical/magnetic materials, etc.
(3) Inorganic nonmetallic functional materials: high-performance semiconductor materials, new functional ceramics, artificial crystals, new carbon materials, special glasses, etc.
2. Advanced structural materials
(1) Advanced metal structural materials: high-quality special steel, high-strength light alloy, high-temperature alloy, etc.
(2) Polymer structural materials: special engineering plastics and alloys, degradable polymer materials, etc.
(3) Inorganic nonmetallic structural materials: high-performance structural ceramics, etc.
3. High performance composites
Actively develop high-performance resin-based, metal-based and ceramic-based composite materials, and actively develop new high-performance composite materials, especially the integrated preparation process of composite structural parts with super-large specifications and special structures.
Main platform construction
Promote the construction of national engineering research centers such as nanotechnology and application, precision molding of light alloys, ultrafine powder, and national key laboratories such as advanced materials, metal matrix composites, fiber material modification, high-performance ceramics, and ultrastructure, and accelerate the construction and formation of civil aviation composite materials research capabilities.
Space Layout
Relying on Baoshan, Jinshan, Pudong, Qingpu, Minhang, Fengxian, Jiading and other counties, we will build the R&D and industrialization capabilities of key new materials and build an O-type key new material base. 1. Energy conservation and environmental protection industry
Based on the national energy conservation and emission reduction strategy, strengthen the driving mechanism and leading role of policies and standards, break through key core technologies such as efficient energy utilization, environmental pollution prevention and recycling, vigorously develop new equipment and products with high efficiency, advanced environmental protection and resource recycling, and develop energy conservation and environmental protection services. First, develop new technologies and products such as high-efficiency and energy-saving motors and drive systems, industrial frequency conversion equipment, waste heat and pressure utilization equipment, and strengthen popularization and application. The second is to intensify technological innovation and integrated application, and develop technologies and equipment such as water pollution prevention, carbon capture, flue gas dust removal, desulfurization and denitrification, and garbage disposal. The third is to speed up the research and development of key technologies for resource recycling and develop the comprehensive utilization of bulk solid waste. Fourth, vigorously promote contract energy management, develop environmental service industry, and promote the construction of market-oriented energy-saving and environmental protection service system. By 20 15, Shanghai will become an area with obvious advantages in research and development of key energy-saving and environmental protection products and perfect service chain. The output value of energy-saving and environmental protection industry reached 50 billion yuan, which promoted the development of energy-saving and environmental protection products and equipment enterprises in Minhang, Baoshan, Songjiang, Qingpu, Fengxian and other counties, and developed energy-saving and environmental protection service industries focusing on high efficiency, advanced environmental protection and resource recycling in Pudong, Minhang, Xuhui, Yangpu and Hongkou.
2. New energy automobile industry
Carry out the national pilot of private purchase of new energy vehicles and the public pilot of "ten cities and thousands of vehicles", and build national platforms such as power systems, automotive electronics and testing centers for new energy vehicles to provide technical support for industrial development. Focus on the development of plug-in hybrid vehicles, pure electric vehicles and other passenger cars, battery capacitors and other pure electric buses, continue to carry out research and development of fuel cell vehicles, and strive to break through key core technologies such as "battery, motor and electronic control". Accelerate the construction of charging infrastructure for new energy vehicles, formulate the Interim Measures for the Implementation of Pilot Subsidies for Private Purchase of New Energy Vehicles in Shanghai, encourage private purchase of new energy vehicles, promote the development of vehicle and battery leasing models, accelerate the application of new energy vehicles in private and public fields, drive the vehicle industry to accelerate the scale expansion, and cultivate leading enterprises in parts and components. By 20 15, Shanghai will become a new energy vehicle base with leading technology, industrial agglomeration and initial application in China, and new energy vehicles will be industrialized, forming a production capacity of about 200,000 vehicles and an output value of 50 billion yuan. Focus on promoting the construction of Jiading new energy vehicle production demonstration base and Pudong Lingang new energy vehicle production demonstration application base. Accelerate the construction of an international demonstration city for electric vehicles in Shanghai.