Chinese Chipmaker SMIC Increases Prices as Global Artificial Intelligence Demand Soars

China's top chipmaker SMIC increased prices for its computer chip production as huge demand for artificial intelligence tools creates factory shortages.
SMIC Company Logo

China’s top chipmaker SMIC raised prices on computer chips as huge demand for artificial intelligence tools creates global factory shortages.

China’s top computer chip manufacturer, Semiconductor Manufacturing International Corporation, commonly known as SMIC, announced on Friday, August 14, 2026, that it has raised prices for its most popular chip making services.

The price increase comes as artificial intelligence technology spreads rapidly across the globe, forcing technology companies, electronics builders, and smartphone makers to rush to secure vital computer chips.

During a major financial report presented from Beijing, company leaders confirmed that quarterly revenue crossed the $3 billion mark for the first time in history, while company profits more than tripled to reach $479.2 million.

This impressive surge in earnings beat expectations set by global financial experts and demonstrated how central computer chip production has become to the modern global economy.

The main reason behind the price hike is that chip-making factories around the world are running out of spare space to produce new electronic components.

To make computer chips, specialized factories use thin round plates of raw silicon known as wafers, printing tiny electronic pathways onto them through complex laser machines.

Because thousands of tech companies are building new artificial intelligence tools, mobile phone apps, and smart devices at the same time, the demand for these silicon wafers has completely overwhelmed existing factory capacity.

With factory machines running almost non-stop day and night, SMIC used its strong position in the market to negotiate higher payment rates from technology clients who need their orders fulfilled without long delays.

Explaining the price decision and the company’s strong market position during the official financial presentation, SMIC Co-Chief Executive Officer Zhao Haijun publicly stated, “We believe we’ve reached top-tier industry standards in these areas”.

He went on to justify charging higher fees for manufacturing silicon wafers, adding, “Since there’s still a big gap between industry-leading wafer prices and SMIC’s current prices, we need to negotiate with customers for fairer pricing”.

His comments confirmed that clients submitting orders for chip processing in the third quarter will pay higher rates than before as the firm works to match global industry standards.

The official financial results revealed that SMIC shipped 2.9 million silicon wafers over the past three months alone, representing a 14 percent jump from the previous quarter. At the same time, the average selling price for each wafer rose by 5.7 percent, showing how high demand is pushing costs upward across the global supply chain.

Company executives noted that 90 percent of their total sales came from domestic Chinese tech firms using artificial intelligence in smart appliances, security systems, and automobiles, while customers in the United States and other international markets made up the remaining share.

See Also: Apple Trains Custom AI Model for China Market with Alibaba Support

To address the growing shortage of computer components, SMIC announced plans to speed up construction on new manufacturing facilities while expanding existing production lines throughout the remainder of the year. By adding thousands of new silicon wafer units to its monthly capacity, the firm hopes to ease supply bottlenecks that currently prevent tech companies from delivering products to stores on time.

For everyday consumers, market traders, and smartphone users, the takeaway from this technology report is straightforward and clear: the physical parts that make smart gadgets work are becoming more expensive to produce.

As artificial intelligence becomes a standard feature in phones, cars, and home electronics, the factories making the inner microchips are working at maximum speed, driving up production costs and shaping the price of future technology worldwide.

About the Author

Jennifer Sakmufuwo Baba

Jennifer Sakmufuwo Baba is a tech analyst, senior staff, and writer covering artificial intelligence, cybersecurity , and emerging technologies at TechRegard. Based in Nigeria, she's passionate about translating complex tech developments into compelling, accessible stories for diverse audiences. Her work focuses on how technology shapes innovation across Africa and globally.