TSMC Expands CoWoS Capacity as AI Chip Orders Spill Over to ASE and Amkor
Explosive growth in global artificial intelligence infrastructure demand has put CoWoS advanced packaging, an essential technology for high-performance computing chips, in the spotlight. As the world’s leading semiconductor manufacturer, TSMC’s CoWoS capacity directly determines the pace of AI chip shipments from technology giants including Nvidia and AMD. Changes in that capacity have become a key indicator of the global AI industry’s development.
TSMC is aggressively expanding production and is expected to reach monthly CoWoS capacity of at least 200,000 wafers in 2027. However, Nvidia is projected to secure more than half of that capacity, forcing major customers such as AMD to seek alternatives. Some advanced-packaging orders are consequently spilling over to outsourced semiconductor assembly and test providers including ASE Technology Holding and U.S.-based Amkor, fueling an order boom outside TSMC’s supply chain.
All Coverage
1 original reportsThe Backstory
The history behind this eventMizuho Securities Raises TSMC Advanced Packaging and Process Capacity Forecasts
TSMC’s advanced process technology and CoWoS advanced packaging have positioned it to capture demand from AI servers and custom chips developed by major technology companies. CoWoS is a key technology for integrating high-performance computing chips with high-bandwidth memory. The pace of its capacity expansion affects global AI chip supplies as well as order momentum for packaging, testing and equipment suppliers.
Mizuho Securities recently raised its forecasts substantially for TSMC’s CoWoS packaging and advanced process capacity in 2026 and 2027, reflecting continued growth in demand for AI servers and custom chips. The benefits of the expansion are expected to spill over to packaging and testing providers such as ASE Technology Holding and to semiconductor equipment makers. The available event data did not disclose exact capacity figures, financial amounts or the report’s publication date.
Subscribe to Mark Radar Weekly
Every Friday, the week's strongest signals in your inbox. Unsubscribe anytime.