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ASML High‑NA EUV如何改變晶片製造

ASML的High‑NA EUV把光刻機數值孔徑從0.33提升至0.55，使晶片可印製更細線寬並減少多重曝光步驟；初期生產預計在2025–2026年開始，產業大規模量產可能在2027–2028年。[2][7] Intel、Samsung與SK hynix被視為最早部署該設備的企業，而TSMC在短期大規模採用上相對保守，主要評估成本與製程收益。[2][7] 每台High‑NA EUV光刻機價格約3.5億美元，但它能減少多重圖案化步驟、降低製程複雜度並有機會提升良率，對先進製程節點具有長期經濟價值。[4]

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ASML的High‑NA EUV把光刻機數值孔徑從0.33提升至0.55，使晶片可印製更細線寬並減少多重曝光步驟；初期生產預計在2025–2026年開始，產業大規模量產可能在2027–2028年。[2][7]
Intel、Samsung與SK hynix被視為最早部署該設備的企業，而TSMC在短期大規模採用上相對保守，主要評估成本與製程收益。[2][7]
每台High‑NA EUV光刻機價格約3.5億美元，但它能減少多重圖案化步驟、降低製程複雜度並有機會提升良率，對先進製程節點具有長期經濟價值。[4]

Illustration of ASML High‑NA EUV lithography machine used in advanced semiconductor manufacturing — How is ASML’s new High-NA EUV lithography technology changing chip manufacturing, when will the first chips made with these machines arrive,High‑NA EUV lithography systems raise numerical aperture to 0.55, enabling smaller chip features and fewer patterning steps in next‑generation semiconductor nodes.
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Create a landscape editorial hero image for this Studio Global article: How is ASML’s new High-NA EUV lithography technology changing chip manufacturing, when will the first chips made with these machines arrive,. Article summary: ASML’s High-NA EUV is the next major lithography step: it lets chipmakers print smaller features with fewer patterning steps, improving density, process simplicity, and potentially yield at future 1.4 nm-class nodes. The. Topic tags: general, general web. Reference image context from search candidates: Reference image 1: visual subject "A group of six scientists or engineers in white suits and safety glasses stand in front of a large, complex piece of quantum or lithography equipment inside a cleanroom facility, w" Reference image 2: visual subject "A highly advanced, automated lithography system with complex mechanical and electronic components designed for ut
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ASML推出的**High‑NA EUV（高數值孔徑極紫外光刻）**系統，被視為半導體製造邁向下一個關鍵里程碑。隨著晶片製程逐步進入1.4奈米等「埃米（Ångström）級」節點，晶圓廠需要更高解析度的光刻設備來印製極細的電晶體與金屬互連結構。

High‑NA EUV正是為此而生：它能在更少的製程步驟中完成更精細的圖案，降低製程複雜度並維持摩爾定律的延續。

High‑NA EUV帶來的核心改變

目前主流EUV光刻機的數值孔徑（Numerical Aperture, NA）為0.33。High‑NA EUV把這個數值提升到0.55，讓光刻系統能分辨更細微的線條與結構。

在先進製程中，晶片製造商往往需要依靠「多重圖案化」（multi‑patterning）技術來達到所需的線寬。這意味著同一層電路需要多次曝光與多道製程步驟。

High‑NA EUV的更高解析度，能在更少曝光次數下完成相同甚至更細的圖案，從而簡化製程流程。

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