From a sourcing perspective, China’s semiconductor industry in 2026 is in an explosive but structurally lopsided upcycle driven by AI computing and the memory “super-cycle.” Export value has doubled, but volume has barely moved, and the profit is concentrated in memory. Design is growing, but manufacturing and equipment localization will determine how far the industry can actually go—and, for buyers, how reliable and how price-stable Chinese supply will be. Here is the picture across three layers: the overall landscape, the regional map, and the outlook.
1. The Overall Landscape: Export Value Is Booming, but Not on Volume
The 2026 numbers only make sense when you break them apart.
On the trade side, memory is the only real story. In the first quarter, chip exports totaled US$72.6 billion, up 77.3% year-on-year. By August, the year-on-year growth in IC export value had widened to 130.6%, with cumulative exports of US$256.751 billion in the first eight months, up 103.9%. But export volume rose just 4.1% over the same period. That enormous gap between value and volume tells you the growth came almost entirely from unit price appreciation, not from a large-scale release of capacity.
By category, memory exports reached US$45.99 billion in the first quarter, accounting for 63.3% of total chip exports and growing 174.2% year-on-year. Processor and controller exports were US$16.06 billion, growing just 4.9%. In other words, what is driving exports is the repricing of NAND and DRAM under AI computing demand, not a broad-based jump in competitiveness across all chip categories.
On the industry side, design is maturing while manufacturing and equipment play catch-up. China’s IC design revenue reached RMB 835.73 billion in 2025, up 29.4% year-on-year, accounting for 47.67% of the integrated circuit industry and holding the top spot among design, manufacturing, and packaging and testing. In the first half of 2026, domestic IC design revenue was RMB 236.5 billion, up 20.1%. On the manufacturing side, utilization rates at major foundries remain above 90%. On the equipment side, NAURA Technology’s first-half revenue grew 24.9%, and AMEC’s revenue grew 34.89% with profit tripling. Upstream momentum is now transmitting from memory into equipment and materials.
The weak spots are equally clear: advanced process nodes and high-end equipment remain the choke points. Mature-node capacity is concentrated in mainland China, but the rest of the world is accelerating advanced-node buildout, and that competitive window will not stay open forever.
2. The Regional Map: Three Poles in Coordination, but Each Pole Means Something Different
China’s chip industry has settled into a pattern of “Yangtze River Delta as the comprehensive hub, Greater Bay Area as the market vanguard, Beijing-Tianjin-Hebei as the foundational support,” with combined scale exceeding RMB 900 billion, 400 billion, and 300 billion respectively. But at the city level, the roles diverge sharply.
Shanghai: the full-stack “central hub.” Shanghai’s integrated circuit industry reached nearly RMB 580 billion in 2025, about 30% of the national total, with more than 1,200 companies and nearly 40% of the country’s industry talent. What sets Shanghai apart is balance across design, manufacturing, packaging and testing, and equipment and materials—it is the only city that can benchmark against international leaders across the entire chain. As a business manager, if you are building a full-process supply chain footprint or expanding customer coverage, Shanghai is unavoidable.
Shenzhen: the design and application-ecosystem “cash-out point.” Shenzhen’s IC revenue reached RMB 361.04 billion in 2025, among the top cities nationally, and it is moving away from a design-only profile toward a full-chain layout. Shenzhen’s core advantage is not manufacturing but end-market application scenarios—the massive chip demand from Huawei, BYD, DJI, and others keeps design firms naturally close to their customers. For chip business, Shenzhen is where demand is densest.
Beijing: the “source” of autonomous equipment and CPUs. In the first quarter, Beijing’s IC output growth exceeded 60%, leading the city’s industrial sectors. Beijing E-Town’s IC industry exceeded RMB 130 billion in 2025, with first-half output above RMB 90 billion and growth of 71%, hosting more than 400 companies and forming the strongest manufacturing process capabilities, the largest equipment cluster, and the most forward-looking high-end chip layout in the country. Beijing’s defining color is “autonomy and controllability,” with equipment and CPUs as its core labels.
Wuxi: the packaging-and-testing capital and the manufacturing “chassis.” Wuxi High-Tech District has ranked second nationally in comprehensive IC park strength for four consecutive years, with industry scale of RMB 180 billion in 2025 and an expected RMB 200 billion in 2026, having formed a six-in-one full chain of design, manufacturing, packaging and testing, equipment, materials, and support services. Packaging and testing is Wuxi’s traditional strength, but its depth in manufacturing and supporting infrastructure makes it the most important carrier in the Yangtze River Delta after Shanghai.
Wuhan and Hefei: the memory “twin champions,” extremely strong at single points but still thin on ecosystem. Wuhan, anchored by Yangtze Memory, has NAND flash technology at world-leading levels, with Yangtze Memory’s first-quarter revenue exceeding RMB 20 billion, doubling year-on-year. Hefei, anchored by ChangXin Memory, is the only Chinese company to achieve large-scale DRAM mass production, with first-half revenue above RMB 150 billion, up 8.7x year-on-year, and profit above RMB 77.6 billion. Both cities share a profile of extremely strong single-point breakthroughs, but design, equipment, and materials supporting segments are still catching up. Wuhan’s “5-minute collaboration circle” and the concentrated signing of equipment firms are positive signals, but a true cluster effect is still some distance away.
3. The Outlook: Three Judgments
First, the durability of the memory cycle determines the quality of near-term export data. The 2026 export surge depends heavily on AI computing investment pulling memory chips. If global AI infrastructure spending slows in stages around 2027, memory prices and export values will come under pressure in tandem. Wuhan and Hefei have outsized exposure to a single category and a single company, and that is the most direct risk.
Second, RISC-V is a realistic option for domestic compute to “change lanes,” but ecosystem maturity takes time. More than 450 exhibitors participated in the 2026 RISC-V China Summit, and the industry’s center of gravity is shifting from embedded controllers toward mid-to-high performance and even server-class chips, with nearly a third of exhibitors focused on AI integration. The V100 chip jointly released by XuanTie and the Institute of Computing Technology of the Chinese Academy of Sciences is the industry’s first RISC-V general-purpose compute chip fully compliant with the complete server specification set. The point of this path is to bypass traditional instruction-set licensing barriers, but software ecosystems, toolchains, and developer communities cannot mature in a year or two. As a business manager, RISC-V products deserve attention, but heavy short-term bets are not advisable.
Third, breakthroughs in the “deep water” of the supply chain determine the long-term ceiling. The 15th Five-Year Plan lists integrated circuits as a priority area, emphasizing full-chain efforts to achieve decisive breakthroughs in key core technologies. First-half data show the fastest R&D spending growth among compute and memory-related companies, with upstream equipment and manufacturing clearly outpacing packaging and testing. That is a positive signal: resources are shifting from “quick-turn” design and packaging toward the heavier, slower, but higher-barrier manufacturing and equipment segments. But there is no shortcut in advanced process nodes, and raising domestic localization rates in equipment, materials, and EDA will be the main narrative for the next five years.
The one-line summary: In 2026, China’s chip industry looks hot on paper, but the heat is in memory prices, not in broad-based competitiveness. For business decisions, read the memory cycle for short-term pacing, read equipment and manufacturing localization for medium- and long-term positioning, and read RISC-V as a hedge against technology-route risk. The three should not be conflated.