Key Points:
- China’s Ministry of Industry and Information Technology issued its 15th Five-Year Plan (2026–2030) for the communications industry.
- The plan targets full deployment of a new-generation communications network with global performance by 2030.
- China aims to expand its total 5G base stations past 5 million while advancing 5G-Advanced and 6G research.
- The strategy prioritizes a secure, domestic technology supply chain across chips, optical components, and industrial software.
China’s Ministry of Industry and Information Technology released a comprehensive five-year development plan for the information and communications technology sector, setting clear targets to build a world-leading digital infrastructure network by 2030. The policy blueprint covers the 15th Five-Year Plan period spanning 2026 through 2030, aiming to foster high-quality economic growth, accelerate industrial digitalization, and establish a technologically independent communications ecosystem.
Under the strategic roadmap, government authorities expect to fully deploy a new-generation communications network featuring comprehensive national coverage and cutting-edge performance before the end of the decade. The plan prioritizes the commercial expansion of 5G-Advanced networks, the rollout of ultra-fast 10-gigabit optical broadband, and early research into commercial 6G mobile standards. Policymakers emphasize that advanced digital infrastructure forms the backbone of modern industrial competitiveness.
Achieving technological self-reliance represents the primary objective of the new industrial initiative. The roadmap directs state research institutes, telecom operators, and private hardware manufacturers to build a secure and controllable technology stack. The initiative focuses on replacing foreign technology with domestic alternatives across essential components, including high-frequency radio frequency chips, optical transceivers, core routing equipment, and open-source operating software.
China already operates the world’s largest high-speed mobile network, deploying more than 4 million 5G base stations nationwide. Under the new five-year plan, state-owned telecom carriers will upgrade existing infrastructure to 5G-Advanced technology while adding hundreds of thousands of new cellular towers to bring total base stations past 5 million by 2030. These network upgrades will deliver tenfold increases in wireless transmission speeds, reduce latency to under 1 millisecond, and support massive industrial device connections.
Integrating satellite telecommunications with terrestrial mobile networks forms another critical priority of the 2030 vision. China is expanding its low-Earth orbit satellite internet constellations to provide seamless broadband coverage across maritime shipping lanes, remote mountainous territories, and international transport corridors. By combining orbiting satellite links directly with ground-based cellular networks, telecommunications operators aim to deliver direct-to-cell satellite messaging and emergency voice services across the entire nation.
The communications development plan directly aligns with China’s multi-billion-dollar national computing power strategy, known as the East-to-West Computing project. The government is constructing high-speed optical transmission corridors to link energy-rich data center hubs in western provinces with high-demand industrial centers along the eastern coast. Standardizing data center networks and deploying high-bandwidth optical cables will allow artificial intelligence developers to process massive machine learning training workloads with maximum energy efficiency.
Industrial digitalization and smart manufacturing integration will receive massive state backing throughout the five-year cycle. The Ministry of Industry and Information Technology plans to accelerate the deployment of private 5G networks across more than 10,000 industrial factories, mining operations, shipping ports, and power plants. Connecting factory floor sensors, autonomous robotic arms, and automated guided vehicles to high-speed networks enables manufacturing enterprises to automate quality inspections, predict equipment failures, and cut operating costs by up to 25%.
Software independence and open-source technology development form a crucial defensive layer of the strategy. The plan encourages Chinese technology companies to develop open-source microprocessor architectures based on RISC-V standards to circumvent Western semiconductor licensing restrictions. Government agencies will also expand adoption of domestic operating systems, cloud software platforms, and industrial design applications across government bureaus and state-owned commercial enterprises.
The ambitious telecommunications roadmap comes amid intensifying technological competition between China and Western economies. As the United States and the European Union enact stricter trade controls on semiconductor manufacturing equipment and artificial intelligence microchips, Beijing is channeling hundreds of billions of yuan into domestic research consortia. Establishing self-sufficient manufacturing lines for advanced telecommunications equipment ensures that China’s domestic digital economy can continue expanding without relying on foreign intellectual property.
As government ministries and telecommunications carriers begin executing the 15th Five-Year Plan, the strategy establishes a decisive framework for the future of global telecommunications. By uniting massive infrastructure investments, 5G-Advanced commercialization, and deep industrial automation, China is building a resilient, high-speed digital foundation designed to power national economic development and technological leadership through 2030 and beyond.
