SMIC H1 2025: Net Profit Surges 35.6%, 7nm Capacity Set to Double in 2026

SMIC reports H1 2025 revenue of US$4.456B and net profit up 35.6%. Plans to double 7nm capacity in 2026 and support China’s AI chip expansion signal a new era in semiconductor competition.

Introduction

China’s leading semiconductor foundry, SMIC (Semiconductor Manufacturing International Corporation), has delivered a strong start to H1 2025, demonstrating both financial growth and technological ambition.

Despite global chip shortages, geopolitical tensions, and U.S. tariffs, the company’s performance signals that China’s semiconductor industry is entering a new phase of expansion and competitiveness.

Key Takeaways

Revenue Growth: SMIC H1 2025 revenue hit US$4.456 billion, up 22% YoY.

Profit Surge: Net profit increased 35.6% to US$321 million, outperforming peers.

Wafer Business Strength: Core wafer foundry revenue reached US$4.229 billion, reflecting strong supply-demand dynamics.

7nm Expansion: Production capacity is set to double in 2026, strengthening China’s high-end chip capabilities.

AI Market Push: China aims to triple AI processor output, providing growth opportunities for smaller domestic chipmakers.

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H1 2025 Financial Highlights: Growth That Commands Attention

According to Commercial Times, SMIC posted US$4.456 billion in revenue in H1 of 2025, marking a 22% increase year-on-year

. Net profit attributable to shareholders surged 35.6% to US$321 million, highlighting the company’s operational efficiency and ability to capitalize on strong market demand.

The wafer foundry segment, the backbone of SMIC’s business, contributed US$4.229 billion, up 24.6% year-on-year. This robust growth reflects two key factors:

  1. Accelerated procurement by downstream customers, as supply chains adjust to global shortages.
  2. Proactive inventory management, ensuring timely shipments despite fluctuating demand patterns.

As reported by the Economic Daily News, this positive momentum is expected to continue into the third quarter of 2025. Even though the fourth quarter traditionally experiences slower wafer demand due to seasonal adjustments, SMIC emphasizes that overall capacity shortages will keep utilization rates high, mitigating the typical slowdown in business.

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Navigating Challenges in a Complex Market

While SMIC’s first-half results are impressive, the company remains cautious about potential headwinds. U.S. tariff policies, ongoing geopolitical tensions, and seasonal demand fluctuations in downstream markets are expected to create uncertainties in the second half of 2025.

However, the localization of China’s semiconductor supply chain is creating new opportunities. More wafer demand is shifting back to domestic manufacturers, supporting SMIC’s growth trajectory.

The company has publicly stated that its goal for 2025 is to outperform the global industry average, signaling confidence in its strategy and operational capabilities.

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7nm Expansion: Pushing China’s Advanced Chip Boundaries

One of the most notable aspects of SMIC’s roadmap is its plan to double its 7-nanometer production capacity in 2026. The 7nm process is the most advanced mass-production node currently available in China and is critical for high-performance computing, AI, and advanced consumer electronics.

Doubling 7nm capacity will allow SMIC to meet the growing domestic demand for high-end chips while also strengthening its competitive position against global foundries. The move aligns with China’s broader strategic goal of reducing dependence on foreign semiconductor technology and building a robust domestic ecosystem.

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China’s AI Chip Push and Market Expansion

Beyond 7nm, China is aggressively targeting AI processor production. The Financial Times reports that China aims to triple AI chip output by 2026.

A fab dedicated to manufacturing Huawei’s AI chips is expected to begin production by the end of 2025, with two additional facilities coming online in 2026.

Once fully operational, the combined capacity of these three plants could surpass SMIC’s current output, allowing smaller Chinese chipmakers such as Cambricon, MetaX, and Biren to secure larger shares of advanced wafer capacity.

This expansion is expected to intensify competition within China’s AI semiconductor market while accelerating technological innovation.

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Why SMIC’s Growth Matters Globally

SMIC’s financial and technological achievements have implications far beyond China’s borders.

  • For investors, the 35.6% net profit surge demonstrates operational resilience in a challenging global market.
  • For the global semiconductor industry, SMIC’s 7nm expansion and AI chip production increase the stakes in the race for advanced manufacturing leadership.
  • For China, SMIC’s trajectory signals a strategic push toward self-reliance in high-performance chip technology, aligning with government initiatives to localize semiconductor supply chains and boost AI capabilities.

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Conclusion: SMIC at the Heart of China’s Semiconductor Revolution

SMIC is not just achieving short-term financial success—it is strategically positioning itself to reshape China’s semiconductor future. By expanding 7nm capacity, supporting AI chip growth, and leveraging a strengthening domestic supply chain, the company is building capabilities that will challenge global tech giants.

As local competitors gain access to advanced manufacturing and global observers watch closely, the next 12–18 months will be critical. SMIC’s trajectory could define not only China’s leadership in semiconductors but also the competitive dynamics of the global chip race. The world will be watching as China’s most advanced foundry sets its sights on higher performance, higher capacity, and a bigger role in the next generation of technology.

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Kumar Priyadarshi
Kumar Priyadarshi

Kumar Joined IISER Pune after qualifying IIT-JEE in 2012. In his 5th year, he travelled to Singapore for his master’s thesis which yielded a Research Paper in ACS Nano. Kumar Joined Global Foundries as a process Engineer in Singapore working at 40 nm Process node. Working as a scientist at IIT Bombay as Senior Scientist, Kumar Led the team which built India’s 1st Memory Chip with Semiconductor Lab (SCL).

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