ASML Holding vs NVIDIA: Founders, CEOs and History

Company facts

Founders

CEOs and their tenures

Timeline: ASML Holding and NVIDIA side by side

1. 1984ASML Holding

   Founded as ASM Lithography in Eindhoven

   ASM Lithography starts operations on April 1, 1984 as a joint venture between Philips and ASM International, with the mandate to commercialize the PAS 2000 wafer stepper developed inside Philips.

2. 1986ASML Holding

   PAS 2500 stepper and the Carl Zeiss partnership

   ASML brings the PAS 2500 stepper to market with a new wafer alignment system developed by first chief scientist Steef Wittekoek, and establishes the optics partnership with Carl Zeiss that still supplies every ASML lithography system.

3. 1988ASML Holding

   ASM International withdraws and Philips funds a rescue

   With few customers and heavy cash consumption, ASM International decides to stop funding the joint venture while Philips launches a company-wide cost-cutting program.

4. 1991ASML Holding

   PAS 5500 platform turns the company around

   ASML launches the PAS 5500 platform, whose productivity and resolution win the first large orders from Intel and IBM under chief executive Willem Maris and take the company to profitability. PAS 5500 systems are still running in customer fabs decades later.

5. 1993NVIDIA

   Founding in Santa Clara

   Jensen Huang, Chris Malachowsky, and Curtis Priem founded NVIDIA on April 5, 1993, with a focus on 3D graphics for gaming and multimedia. The founding set the company on a parallel-processing path long before AI infrastructure became the main market.

6. 1995ASML Holding

   IPO in Amsterdam and on Nasdaq

   ASML becomes a fully independent public company with a dual listing on the Amsterdam Stock Exchange and Nasdaq. Philips sells half of its shares at the IPO and divests the remainder over the following years.

7. 1999NVIDIA

   GPU Category Defined

   NVIDIA introduced the graphics processing unit concept in 1999. The milestone mattered because it framed graphics hardware as a specialized processor, a technical idea that later carried into accelerated computing and AI workloads.

8. 2001ASML Holding

   TWINSCAN platform launched and Silicon Valley Group acquired

   ASML introduces the TWINSCAN dual-stage architecture, which exposes one wafer while the next is measured and aligned, lifting throughput and overlay accuracy above competing systems.

9. 2003ASML Holding

   First immersion lithography system

   The TWINSCAN AT:1150i debuts as ASML's first immersion machine, projecting 193 nanometer light through a layer of ultrapure water between the lens and the wafer to raise resolution.

10. 2006NVIDIA

    CUDA Opens GPUs to General Computing

    CUDA opened GPU parallel processing to scientists, researchers, and developers outside graphics. It became the software foundation that made NVIDIA hardware useful for machine learning, simulation, and other compute-heavy workloads.

11. 2010ASML Holding

    First EUV prototype shipped

    ASML ships the TWINSCAN NXE:3100, its first extreme ultraviolet lithography tool, to the research facility of an Asian chipmaker.

12. 2012ASML Holding

    Customer Co-Investment Program with Intel, TSMC and Samsung

    Intel, TSMC and Samsung acquire newly issued ASML shares equal to an aggregate 23 percent minority stake for ~$4.35 billion (3.85 billion euros) in cash, and separately commit ~$1.56 billion (1.38 billion euros) of R&D funding over five years dedicated to EUV…

13. 2012NVIDIA

    AlexNet Shows GPU Value for Deep Learning

    The AlexNet breakthrough used NVIDIA GPUs to win the ImageNet competition. The event helped convince researchers and engineers that GPUs could accelerate neural-network training at a scale CPUs could not match.

14. 2013ASML Holding

    Cymer acquisition completed and second-generation EUV shipped

    ASML completes the acquisition of Cymer, the San Diego supplier of the light sources used in its lithography systems, in a cash-and-stock deal valued at ~$2.2 billion (1.95 billion euros) when it was agreed in October 2012.

15. 2016NVIDIA

    DGX-1 AI Supercomputer

    Nvidia introduced the DGX-1 deep-learning supercomputer in 2016, its first system built specifically for artificial intelligence.

16. 2017ASML Holding

    EUV enters high-volume manufacturing

    ASML begins shipping the production-ready TWINSCAN NXE:3400B after customers started ordering the NXE:3400 generation in batches in 2016, roughly two decades after EUV research began.

17. 2018NVIDIA

    RTX Brings Real-Time Ray Tracing to Graphics

    NVIDIA RTX brought real-time ray tracing into the company's graphics roadmap. The product line kept gaming and professional visualization tied to AI-enhanced rendering while Data Center was becoming more important.

18. 2019ASML Holding

    Dutch government stops EUV exports to China

    The Netherlands does not renew ASML's export licence for EUV systems to China, the start of a widening export control regime.

19. 2020NVIDIA

    Mellanox Acquisition Adds Networking

    NVIDIA completed the Mellanox acquisition for about $7 billion. The deal mattered because large AI and high-performance-computing clusters depend on fast networking between accelerators, not only on individual GPU speed.

20. 2022NVIDIA

    Arm Acquisition Terminated

    NVIDIA and SoftBank terminated the proposed Arm acquisition because of significant regulatory challenges. The failed deal showed how closely governments watch control points in semiconductor architecture.

21. 2022NVIDIA

    Hopper H100 Announced

    Nvidia announced the Hopper-architecture H100 data-center GPU in March 2022.

22. 2023ASML Holding

    First High-NA EUV system shipped

    ASML ships the first of its next-generation EUV systems with a numerical aperture of 0.55, the TWINSCAN EXE:5000, to Intel in Hillsboro, Oregon.

23. 2023NVIDIA

    Grace CPU Enters Data Center Roadmap

    NVIDIA introduced its first data-center CPU, Grace, for large-scale AI and high-performance computing. The milestone expanded the platform from GPUs and networking into CPU-GPU system design.

24. 2024ASML Holding

    Christophe Fouquet becomes chief executive

    Peter Wennink and Martin van den Brink step down as presidents of ASML on April 24, 2024 and Christophe Fouquet becomes president, chief executive officer and chair of the Board of Management.

25. 2024NVIDIA

    Blackwell Architecture Launched

    NVIDIA launched Blackwell as a data-center-scale architecture combining GPUs, CPUs, DPUs, interconnects, switch chips, systems, and networking adapters. The architecture became central to FY2026 Data Center demand.

26. 2025ASML Holding

    Record year, first EXE:5200B and Mistral AI investment

    ASML reports total net sales of ~$37 billion (32.7 billion euros), up 15.6 percent, net income of ~$10.8 billion (9.6 billion euros), a gross margin of 52.8 percent and 535 systems sold, and closes the year with a backlog of ~$43.8 billion (38.8 billion euros)…

27. 2026NVIDIA

    $215.9B FY2026 Revenue

    NVIDIA reported $215.9 billion of FY2026 revenue, $193.7 billion of Data Center revenue, and $120.1 billion of net income. The result showed how far AI infrastructure had moved the company beyond its original PC graphics market.

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