Key Highlights
- ASML’s $400 million High-NA EUV systems have successfully processed 500,000 wafers and achieved technical readiness, with chipmakers requiring 2–3 additional years for full-scale production deployment.
- The company aims to enter the advanced chip packaging sector, focusing on a critical growth segment within AI hardware manufacturing.
- ASML’s EUV light source technology promises to increase chip production capacity by up to 50% before 2030, advancing toward 2,000 watts of power output.
- Annual 2025 net sales reached $39.16 billion alongside net income of $11.5 billion; order backlog totals $46.47 billion.
- ASML shares have climbed over 30% year-to-date and surged more than 106% across the trailing 12-month period.
ASML Holding continues to expand its semiconductor equipment portfolio, venturing into advanced chip packaging technologies that serve the rapidly growing AI manufacturing sector.
The Netherlands-based company holds a unique position as the sole provider of commercial EUV lithography systems worldwide. ASML now dedicates research resources toward developing tools for sophisticated chip packaging — an increasingly vital component of AI hardware infrastructure.
Marco Pieters, who assumed the Chief Technology Officer position in October, outlined the company’s strategic direction during a March 2 conversation with Reuters.
“We look, not just for the next five years, we look at the next 10, maybe 15 years,” Pieters said.
This packaging initiative responds to evolving chip architecture from manufacturers like Nvidia and AMD, who increasingly favor designs featuring vertical stacking and horizontal connectivity — architectural approaches resembling multi-level structures rather than traditional flat layouts. These developments have elevated packaging from a commodity service to a premium manufacturing capability.
TSMC currently employs advanced packaging methods to manufacture Nvidia’s highest-performance AI processors, creating opportunities for ASML to provide specialized equipment for these production workflows.
High-NA EUV Systems Approach Production Readiness
ASML’s advanced High-NA EUV platforms, carrying a price tag near $400 million per unit — approximately double the cost of earlier EUV generations — have successfully processed 500,000 silicon wafers through their systems.
These machines currently achieve roughly 80% operational uptime, with ASML targeting 90% reliability by year-end 2025. According to Pieters, semiconductor manufacturers will require an additional two to three years for integration processes before deploying the systems at full production scale.
ASML reported advances in its EUV light source capabilities, now consistently delivering 1,000 watts under actual customer operating conditions. The engineering roadmap envisions progression to 1,500 watts and ultimately 2,000 watts — enhancements projected to elevate wafer throughput from approximately 220 units per hour currently to roughly 330 per hour by decade’s end, representing a potential 50% productivity gain.
The company introduced its XT:260 scanning platform last year, designed specifically for advanced AI memory semiconductor production. Additional specialized tools remain in development, Pieters confirmed.
Strong 2025 Financial Performance Supports Growth Strategy
ASML delivered robust 2025 financial results that underpin its expansion initiatives. Annual net sales totaled $39.16 billion, generating net income of $11.5 billion.
Fourth-quarter revenue reached $11.62 billion. Net bookings during the quarter amounted to $16.77 billion, with EUV systems accounting for more than half of total orders.
The company closed the year with an order backlog valued at $46.47 billion.
Looking ahead to 2026, ASML forecasts net sales ranging from $40.72 billion to $46.7 billion. Management authorized a share buyback program valued at up to $14.37 billion extending through 2028.
The stock currently trades at approximately 40 times forward earnings — a premium compared to Nvidia’s roughly 22 times multiple. ASML commands a market capitalization near $560 billion.
ASML shares have appreciated more than 30% during the current year and climbed over 106% across the past 12 months, surpassing the PHLX Semiconductor Index’s 75% advance over the comparable timeframe.
During January, the company restructured its technology division to prioritize engineering positions over management hierarchy — an organizational change reflecting Pieters’ commitment to research-and-development-driven expansion.
Pieters, whose professional background centers on software engineering, indicated AI technologies will enhance internal operations by accelerating control software performance within ASML’s equipment and refining chip inspection capabilities throughout production cycles.
