Next stop after EUV! ASML Holding NV ADR (ASML.US) sketches blueprint for post lithography era, doubling down on advanced packaging for AI chips.

An executive at ASML Holding NV ADR (ASML.US) stated that the company is ambitiously planning to expand its chip manufacturing equipment product line to multiple new products in order to capture a larger share of the rapidly growing artificial intelligence chip market. After more than ten years of development, ASML Holding NV ADR is the sole manufacturer of extreme ultraviolet lithography equipment, which is crucial for Taiwan Semiconductor Manufacturing Co., Ltd. Sponsored ADR (TSM.US) and Intel Corporation (INTC.US) to manufacture the most advanced artificial intelligence chips in the world. ASML Holding NV ADR has invested billions of dollars in developing EUV systems, with its next generation product set to start production soon, and is currently researching potential third generation products. The Dutch company is seeking growth beyond its EUV foundation, planning to enter the tool market that helps bond and connect multiple specialized chips, specifically in the advanced packaging field - a key building block for artificial intelligence chips and their required advanced memory. As part of these plans, the company will deploy artificial intelligence in both its future and traditional businesses. "We are not only looking at the next five years, we are looking at the next ten years, even fifteen years," said Marco Peters, Chief Technology Officer at ASML Holding NV ADR. "(We are focused on) what the potential directions of the industry are and what is needed in terms of packaging, bonding, etc.?" EUV lithography machines manufactured by ASML Holding NV ADR are used in the lithography process of chip manufacturing, which involves using light to print complex circuit patterns on silicon wafers. The company also plans to determine if it can expand the maximum printable chip size beyond the current postage stamp size, which currently limits chip speed. New Chief Technology Officer In October last year, the company promoted Peters to the position of Chief Technology Officer, replacing Martin van den Brink, who had been leading the technology department for about 40 years. ASML Holding NV ADR also stated in January that it has restructured its technology business, prioritizing engineering positions over management positions. Investors have factored the company's leading position in the EUV field into the stock price and have high hopes for Peters and Chief Executive Officer Christophe Fouquet, who took office in 2024. The company's price-to-earnings ratio is around 40 times, compared to NVIDIA Corporation's ratio of around 22 times. The company, with a market capitalization of $56 billion, has seen its stock price rise by over 30% this year. ASML Holding NV ADR is accelerating its plans to manufacture equipment that helps package chips and is beginning to develop chip manufacturing tools that can help build new generations of advanced artificial intelligence processors. "We are actually looking at - how can we engage, or add value in terms of business," Peters said. With a background in ASML Holding NV ADR software development, Peters stated that as the company's equipment speeds increase, its engineers will be able to use artificial intelligence to accelerate equipment control software and detection tools in the chip manufacturing process. Chips as skyscrapers Until a few years ago, chips manufactured by chip design companies like NVIDIA Corporation (NVDA.US) and Advanced Micro Devices (AMD.US) were essentially flat, like single-story houses. Now, chips are becoming more like skyscrapers, with multi-layer structures connected through nanoscale interconnects. Due to the limitations of postage size, designers can increase chip speed for building large artificial intelligence models or running complex calculations required for applications like OpenAI ChatGPT by stacking or side-by-side joining chips vertically. The complexity and precision required to build skyscraper-like chips have made packaging, a once low-margin bulk business, a more profitable part of the manufacturing process for companies like ASML Holding NV ADR. Taiwan Semiconductor Manufacturing Co., Ltd. Sponsored ADR has used advanced packaging technology to manufacture NVIDIA Corporation's most advanced artificial intelligence chips. "But we see more advanced packaging coming to the front," Peters said in reference to Taiwan Semiconductor Manufacturing Co., Ltd. Sponsored ADR and other companies' practices. "Precision is becoming more and more important." As Peters studies the plans of chip manufacturers (including memory manufacturers such as SK Hynix), it is clear that additional equipment is needed to help companies manufacture products such as chip stacks. Last year, ASML Holding NV ADR unveiled a detection tool called the XT:260, specifically designed to help manufacture advanced memory chips for artificial intelligence and artificial intelligence processors themselves. Peters stated that company engineers are "exploring more equipment" while they are having conversations. "One thing I'm doing is looking at possible product combinations in that direction," Peters said. The size of artificial intelligence chips has significantly increased, and the company is researching more scanning systems and flat printing tools to make chips larger. Peters stated that the use of optical expertise in scanning devices and techniques for handling silicon wafers in a complex manner will give ASML Holding NV ADR an advantage in future equipment manufacturing. "This will coexist with the work we have done in the past 40 years," he said.