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AI Computing Bottleneck Shift: From Packaging to EUV Equipment and Memory Supply Chain Crisis
Abstract:The AI investment frenzy is reshaping the semiconductor supply chain. As demand for compute outpaces capacity, bottlenecks are shifting from CoWoS packaging to expensive EUV lithography equipment and memory components.

The AI investment frenzy is reshaping the semiconductor supply chain. As demand for compute outpaces capacity, bottlenecks are shifting from CoWoS packaging to expensive EUV lithography equipment and memory components.
EUV Lithography: The Ultimate Threshold for Compute Expansion
According to Dylan Patel, the fundamental bottleneck is ASML's EUV machines. Supply rigidity remains extreme, with global delivery expected to remain under 100 units by 2030.
- 1 GW data center CAPEX: approx. $50 billion
- Core reliance: 3.5 EUV machines valued at $1.2 billion
Memory: The Capital Expenditure Black Hole
Market focus for 2026 involves a severe storage crisis impacting both enterprise and consumer electronics.
- CAPEX allocation: 30% of tech giants' spend directed to memory.
- HBM wafer consumption: 4x that of standard DDR memory.
Disclaimer:
The views in this article only represent the author's personal views, and do not constitute investment advice on this platform. This platform does not guarantee the accuracy, completeness and timeliness of the information in the article, and will not be liable for any loss caused by the use of or reliance on the information in the article.
