China’s Chip Industry in 2026: From “Passive Substitution” to “Aggressive Global Expansion”

In March 2026, China’s General Administration of Customs released a striking data point: integrated circuit (IC) exports in the first two months of the year reached $43.3 billion, a staggering 72.6% year-on-year increase (in USD terms). This surge is not merely a reflection of a global semiconductor cycle rebound. It signals a fundamental reshaping of the industry—driven by AI infrastructure, massive mature-node capacity, and a dramatic revaluation of memory chips.

While the global spotlight remains fixed on NVIDIA’s latest GPUs and ASML’s EUV lithography machines, China’s semiconductor industry has quietly completed a transition from low-cost, high-volume manufacturing to a global player commanding pricing power and high-value exports. Based on the latest data from IDC, TrendForce, SEMI, and Bernstein Research, this article analyzes the leading companies, core segments, competitive strengths, and market share of China’s chip industry in 2026.

1. Design: From “Blooming Flowers” to a “Coming-of-Age” Market

In 2026, China’s IC design sector has matured into a globally competitive force. According to IDC, mainland China’s share of the global IC design market has officially surpassed that of Taiwan, China, and is expected to reach approximately 45% in 2026, making it the world’s second-largest IC design hub .

1.1 AI Chips: Huawei Ascend Captures Half the Market

The landscape of AI chips in China is undergoing a dramatic shift. According to Bernstein Research, 2026 marks a historic turning point: Huawei’s market share in China’s AI chip market is projected to surge to 50%, becoming the undisputed leader. Meanwhile, NVIDIA’s share is expected to plummet from 40% in 2025 to just 8% .

• Key Players: Huawei’s Ascend series (910B, 910C) have become the de facto standard for domestic AI computing clusters. Meanwhile, emerging companies like Moore Threads, Enflame, and Iluvatar CoreX are accelerating their IPO processes. For instance, Iluvatar CoreX reported a staggering 4074.52% compound annual growth rate in revenue from 2022 to 2024, reflecting the high market tolerance for the “high-investment, long-cycle” nature of domestic GPU development .
• IPO Wave: The trend of major tech giants spinning off their chip units is accelerating. In early 2026, Baidu announced its plan to spin off Kunlunxin for a Hong Kong IPO, while Alibaba is pushing T-Head towards an independent listing. T-Head’s “Yitian 710” server CPU and “Hanguang 800” inference chip are now deployed at scale in Alibaba Cloud and China Unicom’s AI computing centers, proving their commercial viability .

1.2 Specialized Leaders: The “Invisible Champions” of Analog and Interconnect

In the crucial supporting chips for AI, Chinese companies have achieved global pricing power.

• Montage Technology: In PCIe Retimer and memory interface chips, Montage forms a global oligopoly alongside US-based Rambus and Japan’s Renesas. The explosive global demand for DDR5 in AI servers has made these high-value interconnect chips a key driver of China’s soaring export value .
• Analog ICs: Companies like SG Micro, Joulwatt, and Novosense have leveraged the massive scale of China’s domestic data centers to validate their power management ICs (PMICs) and digital isolators. Having achieved technical parity with international giants, they are now being exported globally via original design manufacturers (ODMs) like Foxconn and Quanta .

2. Manufacturing: The “Vast Ocean” of Mature Nodes

If design is the brain, manufacturing is the skeleton. China’s core competitive advantage lies in building the world’s most formidable capacity for mature-node chips.

2.1 Capacity Data: On Track to Command Half the Global Market by 2028

Data from SEMI and TrendForce reveals exponential growth in China’s mainstream nodes (22nm-40nm):

• Current Capacity: As of 2025, China’s share of global mature-node (legacy chip) capacity surpassed 30% .
• Future Forecast: By 2028, China is expected to account for 42% of global capacity in mainstream nodes. By 2030, this figure is projected to exceed 52%. In contrast, Taiwan, China’s share of mature-node capacity is forecast to shrink from 54% in 2021 to just 26% by 2030 .

2.2 The Rise of Top Foundries

• SMIC: Has risen to become the world’s third-largest wafer foundry. In 2025, SMIC not only maintained high utilization rates but also initiated price hikes for its 8-inch BCD process technology, demonstrating its growing pricing power in specialized analog and power ICs .
• Hua Hong Semiconductor: Specializing in power devices and embedded memory, Hua Hong dominates the IGBT and MCU foundry market, becoming a critical link in the global EV supply chain.

2.3 The Strategic Logic: Capitalizing on TSMC’s “Vacuum”

TSMC has allocated over 80% of its capital expenditure to advanced nodes (3nm/2nm) and CoWoS advanced packaging to serve Apple and NVIDIA. This has created a massive global supply vacuum for mature nodes (28nm to 90nm). Chinese fabs have perfectly positioned themselves to fill this gap, absorbing spillover orders from the global consumer electronics and industrial control markets. The 55.6% surge in average selling price (ASP) of China’s chip exports in early 2026 is a direct testament to this shift toward higher-value manufacturing .

3. Memory Chips: From “Filling the Gap” to “Technological Breakthrough”

In 2026, memory chips have become the most powerful engine driving China’s export growth. The AI boom’s insatiable demand for HBM (High Bandwidth Memory) has forced Samsung, SK Hynix, and Micron to divert over 70% of new capacity to premium products, creating a severe supply shortage for standard DRAM and NAND Flash. Chinese memory makers have seized this opportunity.

3.1 Market Position

• CXMT (ChangXin Memory Technologies): Has become the world’s fourth-largest DRAM manufacturer, with a market share of approximately 4%. Its standard DRAM is rapidly filling the supply gap in the global consumer electronics market .
• YMTC (Yangtze Memory Technologies Corp.): With its unique “Xtacking” architecture, YMTC has not only achieved technical parity but is also influencing the global 3D NAND technology roadmap.

3.2 Advanced Packaging Synergy

The memory boom has also fueled advanced packaging. JCET (Jiangsu Changjiang Electronics Technology) has successfully mass-produced HBM3e packaging using its XDFOI Chiplet technology, achieving yields above 70% and becoming a key supplier to CXMT . The advanced packaging market is projected to reach $38 billion in 2026, a 72% year-on-year increase, making it one of the most certain growth areas in China’s semiconductor supply chain .

4. Packaging, Testing, and Equipment: The “Invisible Moat”

China’s ability to collect “tolls” on global chip flows is underpinned by a strong backend ecosystem.

4.1 OSAT: Two of the Top Three Global Players

China’s Outsourced Semiconductor Assembly and Test (OSAT) industry has formed a formidable group. JCET ranks third globally, while Tongfu Microelectronics and Huatian Technology rank fourth and sixth, respectively . These companies’ investments in Chiplet and 3D packaging are partially compensating for the lack of advanced EUV lithography tools, enhancing chip value through packaging innovation.

4.2 Equipment: NAURA Enters the Global Top Ten

On the equipment front, NAURA Technology Group has made history by becoming the first Chinese company to rank among the world’s top ten semiconductor equipment suppliers . While gaps remain in lithography, China is rapidly advancing self-sufficiency in key segments like etching, deposition, and cleaning tools.

5. Challenges Ahead: Avoiding the “Low-Level Involution”

Despite the impressive data, the industry faces significant structural challenges, as highlighted by senior academics and industry leaders .

5.1 Fragmentation and Homogeneous Competition

China has over 3,600 IC design companies, but nearly half have annual sales below $1.5 million. This fragmentation leads to “low-level involution”—fierce competition on price rather than innovation. Similarly, the industry has over 100 EDA firms and hundreds of equipment makers, but lacks the integrated, large-scale combat power of a company like NVIDIA.

5.2 Shortage of High-Quality Capacity

While there are concerns about overcapacity, the more pressing issue is a shortage of high-quality capacity. According to Stone Partners, much of the new capacity being built in China is for low-end, uncompetitive products. There remains a significant gap in the supply of chips that meet stringent automotive and industrial-grade standards.

5.3 Escalating Trade Barriers

The US and the EU are increasingly concerned about China’s dominance in “legacy chips.” Both are currently conducting supply chain investigations and are likely to impose tariffs or other “de-risking” measures aimed at curbing the influx of Chinese-made mature-node chips. This could become a major headwind for China’s export ambitions.

Conclusion

The $43.3 billion in IC exports during the first two months of 2026 marks a watershed moment for China’s semiconductor industry. It signifies a successful transition from a fragile importer dependent on global supply chains to a robust exporter with pricing power in mature nodes and specific high-value segments.

While challenges remain—including the “glass ceiling” of advanced nodes (7nm and below) and the risk of protectionist trade policies—the groundwork for a self-reliant and globally competitive industry has been laid. Companies like Huawei (Ascend) in AI chips, SMIC in foundry, Montage in interconnect, CXMT/YMTC in memory, and JCET in advanced packaging have emerged as global contenders. By leveraging its massive mature-node capacity and a complete supply chain, China’s semiconductor industry is no longer just a follower. It is becoming a shaper of the new global semiconductor order.

Appendix: Key Players in China’s Semiconductor Industry (2026)