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ASML (ASML Holding N.V.) is a world-leading semiconductor equipment manufacturer based in the Netherlands, specializing in the production of lithography machines for chip fabrication. Its EUV (Extreme Ultraviolet Lithography) technology is currently an indispensable core technology for advanced semiconductor manufacturing processes globally. ASML's equipment is extensively utilized in wafer fabrication and delivers advanced production capabilities to major semiconductor companies worldwide, including Apple, NVIDIA, TSMC, Samsung, and Intel.

ASML (ASML Holding N.V.) stands as the global leader in semiconductor lithography equipment manufacturing. Its EUV (Extreme Ultraviolet Lithography) technology is fundamental to the production of advanced AI chips and high-performance processors. ASML's lithography systems are employed by leading wafer fabs around the world to fabricate cutting-edge logic chips, positioning ASML as a crucial bridge between chip design and manufacturing within the AI semiconductor supply chain.

KLAC, or KLA Corporation, and ASML are both among the world’s most important semiconductor equipment companies, but their positions in the chip manufacturing supply chain are not the same. Put simply, KLAC mainly focuses on semiconductor inspection and metrology systems, while ASML dominates the global lithography machine market. Although both companies serve advanced process nodes and AI chip manufacturing, they solve completely different technical problems.

EUV lithography technology (Extreme Ultraviolet Lithography, 极紫外光刻) is a core process used in advanced semiconductor manufacturing. By employing extreme ultraviolet light with a wavelength of 13.5 nm, it accurately transfers chip design patterns onto the wafer surface. This represents one of the most advanced lithography solutions for producing high-performance chips today.

KLA Corporation (NASDAQ: KLAC) is a global leader in semiconductor inspection and metrology equipment. Its core business is providing defect inspection and precision metrology systems for wafer manufacturing, advanced process nodes and chip packaging. As demand for AI GPUs, high performance computing and advanced manufacturing processes grows rapidly, KLA has gradually become one of the key infrastructure companies in the global semiconductor supply chain.

Applied Materials (AMAT) is one of the world's largest suppliers of semiconductor manufacturing equipment. Its core business spans wafer fabrication, materials engineering, and advanced display technology, making it a critical infrastructure provider that underpins the modern chip industry chain. As a key player in the semiconductor industry's "picks-and-shovels" segment, Applied Materials has long maintained a significant position in the global chip manufacturing equipment market, with its technologies widely deployed across the production of AI chips, advanced-node logic chips, and memory chips.

SMH (VanEck Semiconductor ETF) is an index ETF (exchange traded fund) that tracks companies across the global semiconductor industry. Its core purpose is to give investors exposure, through a single fund, to the development of the chip, GPU, wafer foundry, semiconductor equipment, and broader chip supply chain. As AI, large language models, data centers, and high performance computing markets expand rapidly, SMH has become one of the world’s most closely followed semiconductor ETFs.

KLA, or KLA Corporation, is one of the most important semiconductor inspection equipment companies in the world. Its main business is helping wafer fabs identify defects during chip manufacturing and improve advanced process yield through metrology systems. In the modern chip industry, KLA’s inspection equipment has become critical infrastructure for manufacturing AI GPUs, high performance computing chips and advanced packaging.

EUSTX50 and US500 are both among the most representative stock indices in global capital markets, but they reflect clearly different economic structures, industrial strengths, and market logic. Although both are made up of large listed companies, the U.S. market is driven more by technology innovation, while the European market relies more on industrial manufacturing, consumer brands, and the development of its financial system.

EUSTX50 is an important stock index that reflects the overall performance of large blue chip companies in the Eurozone. It covers some of the most representative listed companies across multiple European countries and is widely regarded as a key barometer for observing Europe’s capital markets.

SMH (VanEck Semiconductor ETF) is an index ETF that tracks companies across the global semiconductor industry. Its core goal is to replicate the overall market performance of the semiconductor supply chain through a fund structure. Compared with buying shares of a single chip company directly, SMH places more emphasis on “broad industry exposure,” which is why it is often seen as an important tool for observing the AI chip market and the global semiconductor industry.

EUSTX50 constituents are mainly composed of the largest and most liquid listed companies in the Eurozone. These companies not only represent key pillars of the European economy, but also form the core investment targets of Europe’s capital markets.

FRA40 and EUSTX50 are both important blue-chip indexes in the European equity market, but they represent different market scopes. FRA40 focuses on 40 large listed companies in France, making it more reflective of the French capital market and the performance of France's leading companies. EUSTX50, by contrast, covers 50 large blue-chip companies across the eurozone and better reflects the overall market structure of Europe's core economies.

Applied Materials is a global leader in semiconductor equipment and materials engineering, with core capabilities extending beyond wafer fabrication tools to the systematic optimization of material structures, interface control, and nanoscale processing. As AI chips and advanced process nodes advance rapidly, materials engineering is emerging as a critical variable that defines the performance ceiling of chips.

Applied Materials is a globally leading supplier of semiconductor manufacturing equipment, with core expertise spanning critical process steps in wafer fabrication—including materials engineering, deposition, and etching. It serves as foundational infrastructure for AI chips and advanced process nodes. As demand for AI hashrate surges, chip manufacturing complexity has risen dramatically, making semiconductor equipment a key determinant of process breakthrough speed and chip performance ceilings.