The Central Cyberspace Affairs Commission issued the "15th Five-Year Plan for National Informatization," proposing to improve advanced-process chip manufacturing capabilities

Just now! National Informatization "15th Five-Year Plan": Improve advanced process chip manufacturing capability Source: Ban Dao Zong Heng Published: 2026-10-23 19:21 Chip manufacturing photonic technology generate poster Cultivate internationally leading technology products in fields such as integrated circuits, new displays, and artificial intelligence blockchain.

The Central Cyberspace Affairs Commission issued the "National Informatization "15th Five-Year Plan", which mentions that by 2030, China's informatization will achieve major progress, and its role in advancing Chinese-style modernization will be more prominent. Information infrastructure will consolidate and expand its leading advantages, a three-dimensional network system spanning land, sea, air, and space will basically take shape, the new-generation communications network will be fully built, commercial use of sixth-generation mobile communications (6G) will be launched in due course, the national blockchain network will be basically completed, and the intelligent internet will accelerate its layout and development. Cybersecurity and informatization scientific and technological innovation capabilities will be significantly enhanced, the scientific and technological innovation system will be more complete, and breakthroughs will be made in key core technologies in key fields. The cybersecurity and informatization industry ecosystem will flourish and develop, digital technology and the real economy will be deeply integrated, and the comprehensive strength of cybersecurity and informatization enterprises will be significantly enhanced. The level of digital, networked, and intelligent application in the economy and society will reach a new level, and the ability to empower economic and social development and governance will be noticeably improved. Cybersecurity safeguards will be solid and strong, the system of laws and regulations and standards will be more complete, and the concept of a community with a shared future in cyberspace will be deeply rooted in people's hearts.

In building the cybersecurity and informatization scientific and technological innovation system, the plan mentions breaking through key core technologies. Refine and detail mature process chips, improve advanced process manufacturing capability, and advance breakthroughs and applications of technologies such as compute-in-memory, three-dimensional integration, and optoelectronic fusion. Promote the integrated development of operating systems, software development toolchains, and other areas with artificial intelligence. Promote research on artificial intelligence theories and algorithms such as foundation models, brain-inspired intelligence, and swarm intelligence. Strengthen research and development of new database architectures. Make forward-looking arrangements for communications technologies such as deep-space and deep-sea communications and new optical networks.

In building the cybersecurity and informatization industry ecosystem, the plan mentions cultivating new industries and new tracks. Consolidate advantages in industries such as mobile communications, intelligent connected vehicles, and drones, and cultivate internationally leading technology products in fields such as integrated circuits, new displays, and artificial intelligence blockchain. Build a full-chain cultivation system for future industries, accelerate the industrialization and application of technologies such as quantum technology, brain-computer interfaces, embodied intelligence, and 6G, and explore diverse technology routes, feasible business models for typical application scenarios, and market regulation rules. Improve the foundational systems for data elements, deepen the development and utilization of data resources, and strengthen, optimize, and expand the digital economy.

The plan also mentions supporting the Beijing-Tianjin-Hebei region, the Yangtze River Delta, and the Guangdong-Hong Kong-Macao Greater Bay Area in building highlands for informatization innovation and development. Beijing-Tianjin-Hebei: promote collaborative innovation in fields such as artificial intelligence and integrated circuits, and improve key industrial chains such as intelligent connected vehicles and robots. Optimize the layout of regional computing infrastructure and improve connectivity and utilization. Advance blockchain empowerment of scenarios such as the "dual aviation hubs" and smart logistics. Support Xiong'an in accelerating the development of industrial ecosystems such as aerospace information and RISC-V.

Yangtze River Delta: collaboratively promote technological innovation and industrial development in fields such as artificial intelligence, integrated circuits, quantum technology, and brain-computer interfaces. Advance the integrated application of 5G-A networks and 10-gigabit optical networks, and deepen blockchain empowerment of key fields such as trade and finance. Expand the Yangtze River Delta "cross-provincial handling list" and include more high-frequency services in the "one-stop online service" platform.

Guangdong-Hong Kong-Macao Greater Bay Area: strengthen advantageous industries such as integrated circuits, low-altitude economy, and drones (ships). Build international communications infrastructure that meets the needs of scientific and technological innovation. Accelerate innovative applications of blockchain. Promote the orderly cross-border flow of data and "cross-border handling" of government services. Host international events such as the World Internet Conference Asia-Pacific Summit well.

Chengdu-Chongqing region: accelerate the cluster development of industries such as integrated circuits, new displays, intelligent terminals, intelligent connected vehicles, and drones. Collaboratively advance the construction of "Digital Chongqing" and "Smart Chengdu" and promote the same-city, undifferentiated handling of more public services. Promote large-scale application of blockchain in fields such as commerce and trade circulation, manufacturing, and agricultural development.

This article is reposted from media reports or online platforms and represents the author's personal stance or views. Our reposting is solely for sharing and does not mean we approve of or endorse it. If the source attribution is incorrect or your lawful rights and interests are infringed, please contact customer service promptly, and we, as a neutral platform service provider, will promptly correct, delete, or handle it in accordance with law. Comments No user comments yet Latest News More Related Recommendations

Net profit up 148% year on year, Cambricon's latest results are here 2026-10-23 19:23

Bestechnic, Espressif, and Rockchip financial reports released, AIoT chip performance diverges 2026-10-23 19:19

Why are phones selling fewer but becoming more expensive? 2026-10-23 18:37