ASML’s $400 Million EUV Machines Ready as Intel Plans Multi-Year Integration
ASML’s $400 million high-NA EUV lithography systems have processed 500,000 wafers at 80% uptime and are now ready for mass production, promising 50% more EUV light source power and throughput of 330 wafers per hour by 2030. Intel estimates two to three years of testing before integrating these tools into its advanced chip fabs.
1. ASML Deploys High-NA EUV Machines
ASML has completed development of its high-NA EUV lithography platform, each unit costing about $400 million. The machines have run 500,000 silicon wafers with limited downtime, achieving roughly 80% uptime and targeting 90% by year-end to simplify manufacturing of next-generation chip circuits.
2. Enhanced Light Source and Throughput Gains
The new EUV light source delivers 1,000 watts under customer conditions with a roadmap to 1,500–2,000 watts, potentially raising wafer output by up to 50%. Throughput is projected to climb from today’s 220 wafers per hour to about 330 per hour by the end of the decade.
3. Implications for Intel’s Advanced Chips
Intel, a key customer, plans extensive validation of the high-NA tools over the next two to three years before full-scale deployment. Successful integration is expected to enable more powerful, energy-efficient processors for AI and high-performance computing applications.
4. Long-Term Manufacturing Outlook
With ASML’s backlog above $46 billion, these machines represent a strategic leap for leading chipmakers. Intel’s timeline for adoption will influence its roadmap for EUV-dependent nodes and competitiveness against peers in high-end semiconductor production.