Develop a Distinctive Integrated Circuit DesignIndustry: Focus on improving chip design in consumer electronics, developing industrial-grade and automotive-grade chips, and prioritizing chip design for artificial intelligence, power devices, MEMS sensors, high-speed communication, display drivers, and battery management (BMS).

Foster the Third-generation Semiconductor Sector: Focus on developing wide band gap compound semiconductors using silicon carbide, gallium nitride, and gallium oxide, and enhance production capabilities for RF chips, 5G filters, MOSFET power devices, and high-speed optical communication chips.

Strengthen Local Support and Service Capabilities for Integrated Circuit Materials and Equipment: Prioritize developing key raw materials such as photoresist, high-purity reagents, electronic specialty gases, and sputtering targets; develop chip-grade materials with a wider variety and higher purity; support projects for large silicon wafers, GaN and SiC substrates, deposition equipment, etching equipment, semiconductor inspection equipment, and core components.

Develop Various Display Technology Pathways: Simultaneously develop OLED, Mini-LED, Micro-LED, and other display technology supply chains, and focus on industrializing key technologies such as Micro LED chip epitaxy, array backplanes, mass transfer, and full-color display.

Predict Future Display Technology Applications: Accelerate R&D and industrial application for emerging display technologies such as color e-paper, quantum dot displays, 3D displays, laser displays, flexible displays, and micro-displays.

Strengthen Key Upstream Supply Chains: Introduce new-generation touch ICs, driver ICs, color filters, and related supporting electronic components and core materials.

Implement AI Computing Power Terminals: Seize opportunities by focusing on the application of AI, big data, IoT, cloud computing, and 5G, and support the development of AI computing boards/servers, computer peripherals, cloud storage devices, and 5G/5G+ micro base stations.

Diversify Current Terminal Products: Cultivate specialized smart terminal products for applications in smart homes, smart education, and health and elderly care by developing smart service robots, home control terminals, voice interaction devices, video conferencing devices, VR/AR devices, and smart wearable fitness devices, creating smart terminal brands with independent intellectual property and international influence.

Develop Information Technology Application Innovation (ITAI) products: Strengthen independent R&D and innovation in AI algorithms and operating systems, promote domestically produced computers and intelligent computing servers, and enhance the competitiveness of ITAI products.

Focus on Precision Optical Components: Prioritize the development of ultra-precision optical components and complex optomechanical assemblies, optoelectronic modules for efficient optical switches, highly integrated optoelectronic devices, automotive LiDAR, laser crystals, and related products.

Focus on Improving Reliability and Stability: Prioritize the development of new electronic enhanced components for aerospace, military, automotive, medical, and new energy sectors, featuring enhanced anti-interference capability, higher efficiency, and greater stability.

Focus on New Electronic Materials and Processes: Emphasize the research and application of cutting-edge new materials and processes such as graphene, perovskite, and flexible materials to pave new paths for enhancing the performance of electronic components.

Focus on the Safe Development of Lithium-ion Batteries: Develop long-life, high-safety lithium-ion energy storage batteries, improving battery capacity, power density, and full lifecycle safety to meet demands for higher energy density and longer range in EVs and grid storage.

Plan Next-generation Innovative New Energy Storage Technologies: Accelerate the R&D and large-scale production of new solutions such as sodium-ion batteries, solid-state batteries, semi-solid-state batteries, flow batteries, and hydrogen storage technology.