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Stock Espresso Deep Brew | 2026-W21

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2026-W21 | 반도체 섹터 | 2026-05-26

ASML High-NA EUV (EXE:5200)의 경제성과 채택 로드맵: TSMC와 Samsung은 왜 주저하며, Intel의 선제적 투자는 14A 노드 경쟁에서 '게임 체인저'가 될 수 있는가?

이번 호 딥다이브

도입: 4억 달러짜리 질문, High-NA EUV

글로벌 반도체 산업이 인공지능(AI) 수요 급증에 힘입어 '앙스트롬(Angstrom)' 시대로 진입하면서, 업계의 전략적 선택은 그 어느 때보다 첨예하게 갈리고 있습니다. 이 거대한 전환의 중심에는 네덜란드 ASML이 개발한 차세대 노광 장비, 'High-NA EUV'가 있습니다. 대당 가격이 4억 달러에 육박하는 이 장비의 채택을 둘러싸고 파운드리 3사(Intel, TSMC, Samsung)의 극명한 시각차가 드러나면서, 향후 시장 구도에 대한 관심이 집중되고 있습니다 ^{substack.com · 056}.

Intel은 1.4나노미터(nm)급인 14A 공정 리더십 확보를 위해 과감한 선제 투자를 단행, 세계 최초로 High-NA 장비를 팹(Fab)에 설치했습니다 ^{wedbush.com · 003}^{financialcontent.com · 002}. 반면, 시장의 절대 강자인 TSMC는 비용 효율성을 내세우며 1.6nm(A16) 노드까지 기존 Low-NA EUV 장비를 활용한 멀티패터닝(multi-patterning)을 고수하겠다고 선언했습니다 ^{smbom.com · 005}^{Tom's Hardware · 009}. 삼성은 양사 사이에서 신중한 관망세를 유지하며 최적의 도입 시점을 저울질하고 있습니다.

이들의 엇갈린 행보는 단순한 기술 로드맵의 차이를 넘어, 향후 10년간 AI 반도체 시장의 패권을 결정할 중대한 분기점입니다. High-NA EUV는 과연 비용 부담을 상쇄하고 앙스트롬 시대의 '게임 체인저'가 될 수 있을까요? 아니면 TSMC의 계산대로 아직은 시기상조인 기술일까요? 이 질문에 대한 답은 칩 하나당 들어가는 비용(cost-per-die)과 기술 생태계의 성숙도라는 두 가지 변수에 달려 있습니다.

기술적 딜레마: 멀티패터닝의 한계 vs. High-NA의 불확실성

반도체 회로를 얼마나 미세하게 그릴 수 있는지는 빛의 물리 법칙에 의해 결정됩니다. 해상도(Resolution)는 레일리 방정식, $CD = k_1 \cdot (\lambda / NA)$ 에 따라 광원의 파장($\lambda$)에 비례하고, 빛을 모으는 렌즈의 성능인 개구율(NA, Numerical Aperture)에 반비례합니다. EUV(극자외선) 공정의 파장은 13.5nm로 고정되어 있으므로, 더 미세한 패턴을 그리려면 NA를 높이거나 공정 변수 $k_1$을 낮춰야 합니다.

두 갈래 길: Low-NA 멀티패터닝과 High-NA 단일 노광

현재 주력인 Low-NA EUV 장비는 0.33 NA를 가지며, 한 번의 노광(single exposure)으로 그릴 수 있는 최소 선폭은 약 13nm 수준입니다 ^{medium.com · 008}^{TrendForce · 014}. 하지만 1.6nm 이하 노드에서는 이보다 더 좁은 패턴이 필요하기에 두 가지 선택지가 등장합니다.

첫째는 기존 0.33 NA 장비로 웨이퍼에 패턴을 여러 번 겹쳐 그리는 멀티패터닝 방식입니다. 둘째는 렌즈 자체를 키워 개구율을 0.55로 끌어올린 High-NA EUV 장비를 사용해 한 번에 8nm 선폭을 구현하는 것입니다 ^{smbom.com · 005}^{TrendForce · 014}.

High-NA의 기술적 허들: 광자 샷 노이즈

High-NA는 광학적으로는 명쾌한 해법처럼 보이지만, 새로운 문제를 야기합니다. 렌즈가 커지면서 빛이 웨이퍼에 비스듬하게 입사하는 '애너모픽 광학(Anamorphic optics)' 현상이 발생하는데, 이로 인한 그림자 효과를 막으려면 감광액, 즉 포토레지스트(photoresist)를 매우 얇게 도포해야 합니다 ^{Semi Engineering · 018}^{researchgate.net · 019}.

하지만 레지스트가 얇아지면 빛(광자)을 흡수하는 물질의 양이 절대적으로 줄어 '광자 샷 노이즈(Photon Shot Noise)'라는 무작위적 결함이 급증합니다 ^{Semi Engineering · 018}^{ibm.com · 021}. 이는 마치 저화질 사진처럼 패턴의 가장자리가 거칠어지거나(Line-Width Roughness), 심하면 회로가 끊어지거나 붙어버리는 스토캐스틱 결함(stochastic defects)으로 이어져 수율에 치명적인 영향을 줍니다. 이를 해결하기 위해 업계는 광자 흡수율이 높은 금속산화물 레지스트(MOR) 같은 신소재 개발에 집중하고 있습니다 ^{Semi Engineering · 018}^{euvlitho.com · 020}.

경제성 분석: 진짜 '숫자'는 무엇을 말하는가

TSMC가 A16 노드에서 High-NA EUV 도입을 보류한 결정의 핵심에는 기술적 우려가 아닌, 냉정한 경제성 분석이 깔려 있습니다. 장비 가격과 생산성의 함수 관계를 따져보면, TSMC의 선택은 합리적인 '자본 효율화' 전략으로 해석될 수 있습니다.

장비 가격과 처리량의 상충 관계

ASML의 최신 Low-NA EUV 장비(NXE:3800E) 가격은 대당 약 1억 8,000만 달러인 반면, High-NA EUV(EXE:5200)는 두 배가 훌쩍 넘는 3억 8,000만~4억 달러에 달합니다 ^{ic-components.com · 006}^{TrendForce · 007}. 단순히 장비 가격만 비싼 것이 아닙니다. 시간당 웨이퍼 처리량(WPH, Wafers Per Hour)에서도 차이가 발생합니다.

Low-NA 장비(NXE:3800E)의 처리량은 소프트웨어 업그레이드를 통해 시간당 최대 230장까지 향상되었지만 ^{mlq.ai · 141}^{ASML IR · 143}, 초기 High-NA 양산 장비(EXE:5200B)는 175장 수준에 머물러 있습니다 ^{ASML IR · 229}^{ASML IR · 230}. 더 큰 문제는 High-NA의 광학 구조상 한 번에 노광할 수 있는 면적(field size)이 기존의 절반으로 줄어든다는 점입니다 ^{researchgate.net · 019}. 엔비디아의 B200처럼 거대한 AI 칩을 만들려면 두 개의 마스크 패턴을 이어 붙이는 '스티칭(stitching)' 공정이 필요해 실질적인 생산성은 더욱 떨어질 수 있습니다.

멀티패터닝의 비용을 상쇄하는 기술들

물론 Low-NA로 멀티패터닝을 하면 공정 단계가 늘어나고 주기 시간(cycle time)이 길어지는 단점이 있습니다. 이는 곧 비용 증가와 수율 저하 리스크를 의미합니다 ^{medium.com · 008}^{Tom's Hardware · 015}. 하지만 TSMC는 이 단점을 상쇄할 기술을 확보하고 있습니다. 바로 어플라이드 머티어리얼즈의 'Centura Sculpta'와 같은 패턴 셰이핑(pattern-shaping) 장비입니다 ^{EE Times · 017}^{Samsung · 031}.

이 장비는 노광이 끝난 패턴의 모양을 물리적으로 미세하게 변형시켜, 값비싼 EUV 더블 패터닝 공정 한 단계를 생략할 수 있게 해줍니다. 월 10만 장 생산 기준으로 약 2억 5,000만 달러의 설비 투자 비용과 웨이퍼당 50달러의 원가를 절감하는 효과를 가져오는 것으로 분석됩니다 ^{3blmedia.com · 030}^{Applied Materials IR · 278}. 이 기술 덕분에 TSMC는 비싼 High-NA 장비를 도입하는 것보다, 이미 감가상각이 진행 중인 수많은 Low-NA 장비를 활용하는 것이 여전히 경제적으로 유리하다고 판단한 것입니다 ^{Tom's Hardware · 015}^{SemiAnalysis · 032}.

TSMC의 계산법: '기다림'의 명분과 위험

TSMC의 전략은 '감가상각 차익거래(Depreciation Arbitrage)'라는 개념으로 요약할 수 있습니다. 이미 보유한 수십 대의 Low-NA 장비 자산을 최대한 활용해 50%를 상회하는 높은 매출총이익률을 방어하겠다는 것입니다 ^{investing.com · 026}.

“A14 노드까지 High-NA를 사용할 필요가 없습니다. 우리는 기존 프로세스 복잡성을 유지하면서도 원하는 성능과 수율 예측 가능성을 모두 달성할 수 있는 공학적 방법론을 찾았습니다." - 케빈 장, TSMC 사업개발 담당 수석 부사장 ^{smbom.com · 005}^{Tom's Hardware · 009}”

TSMC는 A16(1.6nm) 노드에 후면 전력 공급 기술인 '슈퍼 파워 레일(Super Power Rail)'을 도입해 성능을 끌어올리고, A14(1.4nm)에서는 이를 다시 제외해 모바일 고객사를 위한 원가 경쟁력을 확보하는 등 노드를 세분화하는 유연성을 보이고 있습니다 ^{TrendForce · 010}^{TrendForce · 035}. 이는 고객의 요구와 지불 능력에 맞춰 최적화된 솔루션을 제공하는, 시장 지배자다운 노련한 전략입니다.

하지만 이 '기다림'의 전략에는 명백한 리스크가 존재합니다. 만약 Intel이 High-NA를 활용한 14A 공정의 수율을 조기에 안정시키고 우월한 트랜지스터 밀도와 성능을 증명해낸다면, TSMC는 한순간에 기술 리더십을 상실할 수 있습니다. 멀티패터닝의 복잡성이 한계에 부딪혀 수율 문제가 발생할 경우, TSMC의 아성은 생각보다 쉽게 흔들릴 수 있습니다.

Intel의 승부수: '선점'을 통한 14A 리더십 탈환

과거 10nm 공정 지연으로 어려움을 겪었던 Intel은 '5년간 5개 노드'라는 공격적인 로드맵을 통해 파운드리 시장의 명예 회복을 노리고 있습니다. 그 정점에는 2027년 후반 양산을 목표로 하는 14A 노드가 있으며, High-NA EUV의 선제적 도입은 이 계획의 성패를 좌우할 핵심 승부수입니다 ^{wedbush.com · 003}^{TrendForce · 035}.

Intel의 전략은 High-NA가 제공하는 공정 단순화의 이점을 극대화하는 것입니다. 단일 노광으로 더 미세한 패턴을 구현함으로써 복잡한 멀티패터닝 단계를 생략하고, 이를 통해 공정 시간을 단축하며 잠재적인 결함 발생 가능성을 원천적으로 줄이겠다는 계산입니다. 분석에 따르면 Intel 14A는 High-NA를 통해 기존 18A 노드 대비 20%의 집적도 향상과 15%의 전력 효율 개선을 달성할 것으로 보입니다 ^{semiwiki.com · 024}^{reddit.com · 040}.

Intel의 진정한 목표는 기술적 우위를 넘어, 지정학적 리스크와 높은 단가에 부담을 느끼는 대형 팹리스 고객사들에게 TSMC의 신뢰할 만한 '대안'을 제공하는 것입니다. 현재 엔비디아, AMD, 애플 등은 첨단 칩 생산을 거의 전적으로 대만에 의존하고 있습니다. Intel이 14A의 안정적인 수율을 증명한다면, 이들 고객에게 매력적인 이원화(second-sourcing) 파트너가 될 수 있습니다 ^{wedbush.com · 003}^{andrewzuo.com · 038}.

평가 지표	TSMC A16 / A14 (Low-NA 전략)	Intel 14A (High-NA 전략)
목표 양산 시기	A16: 2026 하반기 / A14: 2028	2027 후반 ~ 2028 초
트랜지스터 및 전력망	Nanosheet GAA, SPR (A16 적용, A14는 기본 제외 후 A12 적용)	RibbonFET-2 GAA, PowerVia v2 (BSPDN)
예상 집적도 (MTr/mm²)	~313 (A14 기준 추정)	~285 - 300
경제성 및 수율	감가상각 완료 장비 활용으로 총소유비용(TCO) 절감 및 검증된 수율 확보	초기 설비투자(4억 달러) 부담 크나 단일 패터닝으로 공정 단축. 수율 안정화가 최대 관건
시장 포지셔닝	기존 점유율 수성, 리스크 최소화	TSMC 대안을 찾는 클라우드 서비스 제공업체(CSP) 등 고객사 유치
(표 1: TSMC 1.4nm급 노드와 Intel 14A 노드 핵심 전략 비교) ^{iotdigitaltwinplm.com · 001}^{financialcontent.com · 002}

관망하는 Samsung: 딜레마 속 최적의 선택은?

삼성 파운드리는 3nm에서 세계 최초로 GAA(Gate-All-Around) 기술을 도입하며 기술적 혁신을 주도했지만, 초기 수율 문제로 대형 고객사 유치에 어려움을 겪었습니다. 이 경험을 바탕으로 삼성은 1.4nm(SF1.4) 노드와 High-NA 도입에 있어 Intel의 공격성과 TSMC의 보수성 사이에서 신중한 '패스트 팔로워(Fast Follower)' 전략을 취하고 있습니다.

삼성은 당초 2027년으로 제시했던 SF1.4 공정의 양산 목표를 2029년으로 조정하며, 공정 완성도와 수익성 확보를 우선시하는 실용주의적 노선으로 선회했습니다 ^{lovechip.com · 306}^{Business Korea · 307}. 이는 TSMC보다 앞서 R&D 라인에 High-NA 장비를 도입해 기술 특성을 파악하되 ^{techpowerup.com · 011}^{eeworld.com.cn · 042}, Intel처럼 초기 양산부터 전면적으로 도입하기보다는 생태계가 성숙하고 장비의 신뢰성이 검증되는 시점에 맞춰 투자를 확대하려는 전략으로 풀이됩니다.

특히 삼성의 주력 사업인 메모리(DRAM) 부문에서는 High-NA 도입에 더욱 신중한 입장입니다. 향후 3D DRAM 아키텍처가 본격화되면 트랜지스터를 수직으로 쌓아 집적도를 높이게 되므로, 수평적 미세화를 위한 값비싼 High-NA 장비의 필요성이 줄어들 수 있다는 분석도 나옵니다 ^{design-reuse.com · 013}. 따라서 삼성은 파운드리와 메모리 사업의 각기 다른 요구사항을 고려한 '투트랙' 전략을 구사할 것으로 보입니다.

생태계는 준비되었는가: 펠리클, 레지스트, 그리고 마스크

4억 달러짜리 High-NA 장비를 팹에 들여놓는다고 해서 모든 문제가 해결되는 것은 아닙니다. 자동차가 도로, 주유소, 타이어 없이는 달릴 수 없듯, High-NA EUV 역시 펠리클, 포토레지스트, 마스크 검사 장비 등 주변 생태계가 완벽히 준비되어야만 제 성능을 발휘할 수 있습니다.

가장 큰 병목 중 하나는 펠리클(Pellicle)입니다. 펠리클은 회로 원판인 마스크를 먼지로부터 보호하는 얇은 막인데, High-NA의 강력한 빛 에너지를 견뎌내야 합니다. 기존 폴리실리콘 소재 펠리클은 이 열을 감당하지 못하고 손상될 수 있어, 열에 강하고 투과율이 높은 탄소나노튜브(CNT) 펠리클 개발이 필수적입니다 ^{reddit.com · 053}^{openpr.com · 052}.

현재 일본의 미쓰이화학은 92% 이상의 투과율을 갖춘 CNT 펠리클 양산을 2026년부터 시작할 계획입니다 ^{mitsuichemicals.com · 430}^{mitsuichemicals.com · 431}. 하지만 다른 공급사들의 양산 준비는 그보다 더딘 상황입니다. 예를 들어 SKC의 경우 양산 시설 투자는 2028년을 목표로 하고 있어 ^{krx.co.kr · 434}, Intel의 2027년 양산 시점까지 안정적인 공급망이 구축될지는 아직 미지수입니다. 만약 펠리클이 준비되지 않으면, 수억 원짜리 마스크를 주기적으로 세척하고 교체해야 하므로 생산성이 급격히 떨어져 High-NA 도입의 경제적 이점이 사라지게 됩니다 ^{reddit.com · 053}.

다음 분기 체크포인트: 무엇을 주시해야 하는가

High-NA EUV를 둘러싼 파운드리 3사의 전략적 게임은 이제 막 시작되었습니다. 향후 경쟁 구도의 향방을 가늠하기 위해 우리가 주목해야 할 몇 가지 핵심 지표들이 있습니다.

첫째, ASML의 추가 수주 공시입니다. Intel 외에 삼성이나 SK하이닉스, 혹은 예상보다 빨리 TSMC로부터 대규모 High-NA 장비 주문이 나온다면, 이는 시장의 무게중심이 이동하고 있다는 강력한 신호입니다.

둘째, 각 사의 기술 심포지엄 발표입니다. 특히 Intel이 14A 공정의 초기 수율 데이터나 테스트 칩 성능을 공개하고, TSMC가 Low-NA 멀티패터닝의 한계를 돌파할 새로운 기술을 발표하는지 여부가 중요합니다.

셋째, CNT 펠리클 등 생태계 공급사들의 양산 준비 현황입니다. 미쓰이화학 같은 선도 기업 외 다른 공급사들이 안정적인 품질의 제품을 대량 생산하기 시작했다는 소식은 High-NA 생태계의 마지막 퍼즐이 맞춰지고 있음을 의미합니다.

결국 앙스트롬 시대의 리더십은 단순히 가장 비싼 장비를 먼저 사는 기업이 아니라, 기술적 난제와 경제적 현실 사이에서 가장 현명한 최적화 방정식을 풀어내는 기업에게 돌아갈 것입니다. 그 과정에서 파운드리 3사가 내놓는 해답은 향후 수년간 반도체 산업의 지형을 결정하게 될 것입니다.

본 보고서는 정보 제공 목적이며, 특정 종목의 매수·매도를 권유하지 않습니다. 모든 투자 판단과 책임은 투자자 본인에게 있습니다.

데이터: Finnhub / yfinance

참고 자료

★ 1차 소스 (공식 발표·1차 보도) · · 2차 신뢰 매체 · ○ 기타

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[medium.com · 008] ○Just a moment... — medium.com

[Tom's Hardware · 009] ·TSMC unveils process technology roadmap through 2029 — tomshardware.com

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[techpowerup.com · 011] ○Samsung to Install High-NA EUV Machines Ahead of TSMC in Q4 2024 or Q1 2025 — techpowerup.com

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[EE Times · 017] ·외부 자료

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[investing.com · 028] ○Just a moment... — investing.com

[TrendForce · 029] ○[News] ASML Confirms First High-NA EUV EXE:5200 Shipment, Reportedly Prepping for Intel’s 14A in 2027 — trendforce.com

[3blmedia.com · 030] ○Applied Materials’ Innovative Pattern-Shaping Technology — 3blmedia.com

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[bits-chips.com · 033] ○TSMC unveils surprise A16 node, scheduled for mass production in 2026 — bits-chips.com

[TrendForce · 034] ○[News] Intel 18A-P and TSMC A16 Set for VLSI Showdown in Advanced Node Push: 18% Power Savings vs SPR Debut — trendforce.com

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[TSMC IR · 036] ★Just a moment... — tsmc.com

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[andrewzuo.com · 038] ○Just a moment... — andrewzuo.com

[Tom's Hardware · 039] ·ASML projects $71 billion in revenue by 2030, as demand for EUV lithography machines intensifies due to AI boom — tomshardware.com

[reddit.com · 040] ○외부 자료

[semiwiki.com · 041] ○More Clients Leads to 80% Utilization at Samsung Foundry in 1Q2026 — semiwiki.com

[eeworld.com.cn · 042] ○电子工程世界防火墙(EEWORLD WAF) — eeworld.com.cn

[매일경제 · 043] ○SK Hynix Accelerates HBM Production With 12 Trillion Equipment — mk.co.kr

[조선일보 · 044] ○SK hynix rebuffs peak-out fears, projects HBM4-led growth and cash-fueled returns — chosun.com

[TrendForce · 045] ○[News] SK hynix Commits $8B to ASML EUV Equipment by 2027 in Push for AI Memory Dominance — trendforce.com

[DigiTimes · 046] ○SK Hynix presses ahead on HBM4 despite tightening AI memory supply — digitimes.com

[spglobal.com · 047] ○Access Denied — spglobal.com

[247wallst.com · 048] ○ASML Revenue Is About to Explode Higher Again — 247wallst.com

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[tikr.com · 055] ○ASML Raised Its 2026 Revenue Outlook to $46 Billion. Here’s What Could Still Go Wrong. — tikr.com

[substack.com · 056] ○ASML 4Q25 Earnings: The Quarter That Ended The Demand Debate — substack.com

[quantumrun.com · 057] ○Just a moment... — quantumrun.com

[ASML IR · 058] ★외부 자료

[ASML IR · 059] ★ASML 2025 Annual Report — asml.com

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[semiwiki.com · 069] ○Exclusive-ASML unveils EUV light source advance that could yield 50% more chips by 2030 — semiwiki.com

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[mitsuichemicals.com · 083] ○외부 자료

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[hackmd.io · 085] ○403 Forbidden — hackmd.io

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[spiedigitallibrary.org · 088] ○외부 자료

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[KLA IR · 097] ★KLA’s Broadband Plasma Products Legacy — kla.com

[KLA IR · 098] ★Defect Inspection & Review — kla.com

[researchgate.net · 099] ○ResearchGate — researchgate.net

[SemiAnalysis · 100] ★High-NA is Here (for R&D), EUV Cost, Pattern Shaping Gaining Share, 6x12" Mask, Metal Oxide & Dry Resist, Hyper-NA — semianalysis.com

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[TrendForce · 102] ○[News] ASML Expects First High-NA EUV Memory, Logic Products Within Months Amid TSMC’s Cost-Driven Delay — trendforce.com

[financialcontent.com · 103] ○Samsung Taylor Fab Commences Risk Production for 2nm Chips — financialcontent.com

[TrendForce · 104] ○[News] imec Secures ASML’s Most Advanced EXE:5200 High-NA EUV for Sub-2nm; 4Q26 Qualification Target — trendforce.com

[grokipedia.com · 105] ○Next-generation lithography â Grokipedia — grokipedia.com

[iotdigitaltwinplm.com · 106] ○TSMC A14 vs Intel 14A: The 1.4nm Foundry Race (2026) — iotdigitaltwinplm.com

[dempa.net · 107] ○Samsung Foundry Brings Out New Design Ecosystem for 4nm, 3nm Chips — dempa.net

[Samsung · 108] ★Samsung Opens the Gate to Transistor Performance, Power, and Area Improvements with MBCFET — samsung.com

[edn.com · 109] ○외부 자료

[Tom's Hardware · 110] ·First Details About Samsung — tomshardware.com

[mapyourshow.com · 111] ○IIS 10.0 Detailed Error — mapyourshow.com

[design-reuse.com · 112] ○Details about Samsung Foundry's 1.4nm process node surface — design-reuse.com

[Samsung · 113] ★외부 자료

[bits-chips.com · 114] ○Samsung introduces 1.4nm process for 2027 — bits-chips.com

[Tom's Hardware · 115] ·Leading-edge foundry roadmaps for TSMC, Intel and Samsung — tomshardware.com

[namu.wiki · 116] ○Just a moment... — namu.wiki

[TrendForce · 117] ○[News] Battle of the Titans in the Angstrom Era — trendforce.com

[reddit.com · 118] ○외부 자료

[eeworld.com.cn · 119] ○电子工程世界防火墙(EEWORLD WAF) — eeworld.com.cn

[design-reuse.com · 120] ○Samsung Reportedly Prioritizes 2nm/4nm Improvements, with 1.4nm Unlikely Before 2028-29 — design-reuse.com

[Tom's Hardware · 121] ·Intel CFO confirms that 14A will be more expensive than 18A due to High-NA EUV tool — tomshardware.com

[sammobile.com · 122] ○Samsung plans to manufacture 1.4nm semiconductor chips by 2027 — sammobile.com

[Samsung · 123] ★Samsung Foundry Roadmap: 2nm in 2025, 1.4nm in 202... — samsung.com

[sammobile.com · 124] ○Samsung takes one step back to take critical step forward for its chips — sammobile.com

[androidheadlines.com · 125] ○Samsung's 1.4nm Chip Production to Start Two Years Later Than Planned — androidheadlines.com

[semiwiki.com · 126] ○Samsung Foundry to mass produce 1.4㎚ in 2029… Focus on ‘recovery of operating rate’ — semiwiki.com

[economy.ac · 127] ○Samsung’s 4nm Yield Stabilizes at 60–70%; True Battlefield Lies in 2nm — economy.ac

[Business Korea · 128] ○Samsung Electronics Delays 1.4nm Chip Mass Production to 2029 — businesskorea.co.kr

[phandroid.com · 129] ○Samsung's 1.4nm chips are on track, and so is the wait — phandroid.com

[financialcontent.com · 130] ○FinancialContent — financialcontent.com

[DigiTimes · 131] ○Samsung reportedly moves up foundry break-even target to 2026 — digitimes.com

[semiwiki.com · 132] ○More Clients Leads to 80% Utilization at Samsung Foundry in 1Q2026 — semiwiki.com

[TrendForce · 133] ○[News] Samsung Foundry Reportedly Expects 30%+ 2nm Order Growth in 2026; 1.4nm Set for 2029 — trendforce.com

[siliconanalysts.com · 134] ○Wafer Pricing by Process Node (2026) — siliconanalysts.com

[TrendForce · 135] ○[News] ASML’s High-NA EUV for 2027-28: Which Giants Are Betting Big—Intel, Samsung, SK hynix or TSMC? — trendforce.com

[semiwiki.com · 136] ○TSMC vs Intel Foundry vs Samsung Foundry 2026 — semiwiki.com

[TrendForce · 137] ○[News] Behind TSMC’s High-NA EUV Deferral: Low-NA Stays Strong, Customer Landscape Shifts, and ASML Quietly Pivots — trendforce.com

[bits-chips.com · 138] ○Semianalysis upholds its high-NA EUV cost-effectiveness analysis — bits-chips.com

[tweaktown.com · 139] ○Just a moment... — tweaktown.com

[overclock3d.net · 140] ○TSMC shuns High-NA EUV with its new foundry roadmap — overclock3d.net

[mlq.ai · 141] ○Attention Required! — mlq.ai

[SEC EDGAR · 142] ★asml-2025xannualxreportx — sec.gov

[ASML IR · 143] ★외부 자료

[marketbeat.com · 144] ○ASML Q1 Earnings Call Highlights — marketbeat.com

[semiwiki.com · 145] ○Exclusive-ASML unveils EUV light source advance that could yield 50% more chips by 2030 — semiwiki.com

[techinasia.com · 146] ○403 Forbidden — techinasia.com

[longbridge.com · 147] ○ASML (Trans): No order data; 2028 visibility too far out. — longbridge.com

[substack.com · 148] ○ASML Holding NV (ASML) — substack.com

[alpha-sense.com · 149] ○ASML Holding NV Earnings — alpha-sense.com

[Tom's Hardware · 150] ·ASML — tomshardware.com

[semiwiki.com · 151] ○ASML EUV Update at SPIE — semiwiki.com

[euvlitho.com · 152] ○외부 자료

[bits-chips.com · 153] ○ASML’s high-NA EUV technology is seeping into low-NA tools — bits-chips.com

[ASML IR · 154] ★TWINSCAN NXE:3800E — asml.com

[smyg.hk · 155] ○ASML Ships 3rd Gen NXE:3800E Litho at $180M Each — smyg.hk

[spiedigitallibrary.org · 156] ○외부 자료

[semiwiki.com · 157] ○ASML EUV source power information from SPIE 2024 — semiwiki.com

[patsnap.com · 158] ○ASML EUV and High-NA lithography technology roadmap — patsnap.com

[ieeesisc.org · 159] ○외부 자료

[biggo.com · 160] ○외부 자료

[ASML IR · 161] ★ASML EUV lithography systems — asml.com

[substack.com · 162] ○ASML 4Q25 Earnings: The Quarter That Ended The Demand Debate — substack.com

[businessengineer.ai · 163] ○ASML & The AI Lithography Cascade — businessengineer.ai

[cnbeta.com.tw · 164] ○ASML：内存芯片EUV订单量首次反超 — cnbeta.com.tw

[ASML IR · 165] ★외부 자료

[eeworld.com.cn · 166] ○电子工程世界防火墙(EEWORLD WAF) — eeworld.com.cn

[longbridge.com · 167] ○ASML: AI fever is on—Is the litho selloff a head fake? — longbridge.com

[mlq.ai · 168] ○Attention Required! — mlq.ai

[alphaspread.com · 169] ○ASML Investor Relations — alphaspread.com

[ASML IR · 170] ★ASML 2025 Annual Report — asml.com

[ASML IR · 171] ★외부 자료

[substack.com · 172] ○ASML Q1 2026 — substack.com

[TrendForce · 173] ○[News] imec Secures ASML’s Most Advanced EXE:5200 High-NA EUV for Sub-2nm; 4Q26 Qualification Target — trendforce.com

[datacenterknowledge.c… · 174] ○ASML Ships First Parts of New High-End Machine to Intel US Plant — datacenterknowledge.com

[technode.com · 175] ○TSMC Exec says ASML €350 million lithography tool too expensive, no purchase planned · TechNode — technode.com

[progressiverobot.com · 176] ○TSMC Exec Clarifies Lithography Procurement Amid Rising Chip Manufacturing Costs — progressiverobot.com

[조선일보 · 177] ○SK Hynix Invests 12 Trillion Won in ASML EUV Scanners — chosun.com

[디일렉 · 178] ○SK Hynix to Acquire 11.95 Trillion Won in EUV Equipment Over Two Years — thelec.net

[Tom's Hardware · 179] ·SK hynix places record $8 billion order for ASML EUV lithography machines — tomshardware.com

[SemiAnalysis · 180] ★ASML Dilemma: High-NA EUV is Worse vs Low-NA EUV Multi-Patterning — semianalysis.com

[bits-chips.com · 181] ○Semianalysis upholds its high-NA EUV cost-effectiveness analysis — bits-chips.com

[quantumrun.com · 182] ○Just a moment... — quantumrun.com

[ASML IR · 183] ★ASML EUV lithography systems — asml.com

[Forbes · 184] ·What 2026 Has In Store For ASML: High-NA EUV, DRAM — forbes.com

[247wallst.com · 185] ○Why One Analyst Thinks ASML Is Worth $1,971 — 247wallst.com

[247wallst.com · 186] ○ASML Lands Massive EUV Deal Clearing Path to Double Revenue by 2030 — 247wallst.com

[ASML IR · 187] ★ASML 2025 Annual Report — asml.com

[tikr.com · 188] ○ASML Stock Raises 2026 Guidance After €8.8B Q1 Revenue Beat — tikr.com

[mlq.ai · 189] ○Attention Required! — mlq.ai

[Tom's Hardware · 190] ·ASML — tomshardware.com

[Tom's Hardware · 191] ·ASML delivers cutting-edge new chipmaking tool — tomshardware.com

[abachy.com · 192] ○Just a moment... — abachy.com

[eeworld.com.cn · 193] ○电子工程世界防火墙(EEWORLD WAF) — eeworld.com.cn

[smyg.hk · 194] ○ASML Ships 3rd Gen NXE:3800E Litho at $180M Each — smyg.hk

[insidermonkey.com · 195] ○ASML Holding N.V. (NASDAQ:ASML) Q1 2026 Earnings Call Transcript — insidermonkey.com

[seekingalpha.com · 196] ○Access to this page has been denied — seekingalpha.com

[ieeesisc.org · 197] ○외부 자료

[ASML IR · 198] ★TWINSCAN NXE:3800E — asml.com

[longbridge.com · 199] ○ASML (Trans): No order data; 2028 visibility too far out. — longbridge.com

[marketscreener.com · 200] ○SK Hynix to buy $8 billion in ASML chipmaking tools in largest disclosed order — marketscreener.com

[indiatimes.com · 201] ○SK Hynix to buy $8 billion in ASML chipmaking tools in largest disclosed order — indiatimes.com

[techpowerup.com · 202] ○ASML High-NA EUV Twinscan EXE Machines Cost $380 Million, 10-20 Units Already Booked — techpowerup.com

[reddit.com · 203] ○외부 자료

[medium.com · 204] ○Just a moment... — medium.com

[financialcontent.com · 205] ○The High-NA EUV Era Begins: Intel Reclaims the Lead with ASML’s $350M Twinscan EXE:5200B — financialcontent.com

[Tom's Hardware · 206] ·ASML fires back at accusations that its next-gen High-NA EUV chipmaking tools are too expensive — tomshardware.com

[youtube.com · 207] ○외부 자료

[financialcontent.com · 208] ○FinancialContent — financialcontent.com

[techpowerup.com · 209] ○Samsung Foundry Buys Two ASML High-NA EUV Scanners for $773M — techpowerup.com

[financialcontent.com · 210] ○ASML's High-NA EUV Tools: Powering the Sub-2nm Era and Reshaping the Semiconductor Landscape — financialcontent.com

[TrendForce · 211] ○[News] ASML Confirms First High-NA EUV EXE:5200 Shipment, Reportedly Prepping for Intel’s 14A in 2027 — trendforce.com

[TrendForce · 212] ○[News] SK hynix Commits $8B to ASML EUV Equipment by 2027 in Push for AI Memory Dominance — trendforce.com

[ASML IR · 213] ★외부 자료

[seekingalpha.com · 214] ○Access to this page has been denied — seekingalpha.com

[stockinsights.ai · 215] ○외부 자료

[stocktitan.net · 216] ○ASML (NASDAQ: ASML) Q1 2026 results and higher 2026 outlook — stocktitan.net

[ASML IR · 217] ★ASML reports €8.8 billion total net sales and €2.8 billion net income in Q1 2026 — asml.com

[investing.com · 218] ○Just a moment... — investing.com

[EE Times · 219] ·외부 자료

[marketbeat.com · 220] ○ASML Q1 Earnings Call Highlights — marketbeat.com

[substack.com · 221] ○ASML Q1 2026 — substack.com

[gurufocus.com · 222] ○Just a moment... — gurufocus.com

[gurufocus.com · 223] ○Just a moment... — gurufocus.com

[investing.com · 224] ○Just a moment... — investing.com

[leverageshares.com · 225] ○ASML Stock Forecasts Rise After 2026 Guidance Lifted — leverageshares.com

[stocktitan.net · 226] ○ASML’s 2025 report links chip power, energy use and AI’s future role — stocktitan.net

[binance.com · 227] ○외부 자료

[ASML IR · 228] ★외부 자료

[ASML IR · 229] ★외부 자료

[ASML IR · 230] ★외부 자료

[hothardware.com · 231] ○Intel Sets Chipmaking Milestone With First High NA EUV Tool For Next-Gen Chips — hothardware.com

[bits-chips.com · 232] ○Intel completes acceptance testing of ASML’s EXE:5200B high-NA EUV scanner — bits-chips.com

[all-about-industries.… · 233] ○With ASML — all-about-industries.com

[scribd.com · 234] ○Client Challenge — scribd.com

[euvlitho.com · 235] ○외부 자료

[scribd.com · 236] ○Client Challenge — scribd.com

[financialcontent.com · 237] ○The High-NA EUV Era Begins: Intel Reclaims the Lead with ASML’s $350M Twinscan EXE:5200B — financialcontent.com

[financialcontent.com · 238] ○FinancialContent — financialcontent.com

[financialcontent.com · 239] ○Printing the 2nm Era: ASML’s $350 Million High-NA EUV Machines Hit the Production Floor — financialcontent.com

[ieeesisc.org · 240] ○외부 자료

[Tom's Hardware · 241] ·ASML — tomshardware.com

[grokipedia.com · 242] ○Next-generation lithography â Grokipedia — grokipedia.com

[youtube.com · 243] ○외부 자료

[SEC EDGAR · 244] ★asml-20211231 — sec.gov

[substack.com · 245] ○SK Hynix First to Install High-NA EUV in DRAM: A New Phase of Memory Leadership — substack.com

[ASML IR · 246] ★TWINSCAN EXE:5200B — asml.com

[ASML IR · 247] ★ASML EUV lithography systems — asml.com

[medium.com · 248] ○Just a moment... — medium.com

[TrendForce · 249] ○[News] imec Secures ASML’s Most Advanced EXE:5200 High-NA EUV for Sub-2nm; 4Q26 Qualification Target — trendforce.com

[aip.org · 250] ○Just a moment... — aip.org

[patsnap.com · 251] ○ASML EUV and High-NA lithography technology roadmap — patsnap.com

[ASML IR · 252] ★TWINSCAN EXE:5000 — asml.com

[ucla.edu · 253] ○외부 자료

[reddit.com · 254] ○외부 자료

[patsnap.com · 255] ○Research on the Stability of EUV Lithography in High-Volume Production — patsnap.com

[frontiersin.org · 256] ○외부 자료

[scribd.com · 257] ○Client Challenge — scribd.com

[SEC EDGAR · 258] ★a2022annualreportbasedon — sec.gov

[techpowerup.com · 259] ○Oh noes! — techpowerup.com

[all-about-industries.… · 260] ○SK Hynix Installs ASML — all-about-industries.com

[tweaktown.com · 261] ○Just a moment... — tweaktown.com

[TrendForce · 262] ○[News] SK hynix Commits $8B to ASML EUV Equipment by 2027 in Push for AI Memory Dominance — trendforce.com

[kedglobal.com · 263] ○Samsung to buy ASML’s most advanced lithography tools to rival TSMC — kedglobal.com

[design-reuse.com · 264] ○Samsung to buy ASML's most advanced lithography tools to rival TSMC — design-reuse.com

[TrendForce · 265] ○[News] ASML’s High-NA EUV for 2027-28: Which Giants Are Betting Big—Intel, Samsung, SK hynix or TSMC? — trendforce.com

[medium.com · 266] ○Just a moment... — medium.com

[onerivertronics.com · 267] ○Attention Required! — onerivertronics.com

[조선일보 · 268] ○SK Hynix deploys High NA EUV to lead DRAM market — chosun.com

[joins.com · 269] ○SK hynix secures High NA EUV machine, accelerating memory timeline — joins.com

[tradingview.com · 270] ○SK Hynix to Spend $7.9 Billion on ASML EUV Tools Through 2027 — tradingview.com

[디일렉 · 271] ○SK Hynix to Acquire 11.95 Trillion Won in EUV Equipment Over Two Years — thelec.net

[wccftech.com · 272] ○SK Hynix Reportedly Ramps 1c DRAM to Six EUV Layers, Setting the Stage for High-NA EUV Designs to Give Samsung No Chance of Competition — wccftech.com

[hugdiy.com · 273] ○403 - Forbidden — hugdiy.com

[DigiTimes · 274] ○Samsung set to introduce high-NA EUV equipment by early 2025 — digitimes.com

[lifeboat.com · 275] ○Samsung to Receive Two ASML High-NA EUV Lithography Machines for 2nm and DRAM Production — lifeboat.com

[ASML IR · 276] ★외부 자료

[uab.cat · 277] ○외부 자료

[Applied Materials IR · 278] ★Applied Materials’ Innovative Pattern-Shaping Technology Reduces the Cost, Complexity and Environmental Impact of Advanced Chip Manufacturin — appliedmaterials.com

[Applied Materials IR · 279] ★외부 자료

[SemiAnalysis · 280] ★EUV Requirements Halved? Applied Materials' Sculpta Redefines Lithography And Patterning Market — semianalysis.com

[SemiAnalysis · 281] ★ASML Dilemma: High-NA EUV is Worse vs Low-NA EUV Multi-Patterning — semianalysis.com

[Tom's Hardware · 282] ·ASML fires back at accusations that its next-gen High-NA EUV chipmaking tools are too expensive — tomshardware.com

[EE Times · 283] ·외부 자료

[Samsung · 284] ★Applied Materials’ Innovative Pattern-Shaping Technology Reduces the Cost, Complexity and Environmental Impact of Advanced Chip Manufacturin — samsung.com

[asiatimes.com · 285] ○Centura Sculpta chip-making tool puts China further behind — asiatimes.com

[daystar-elec.com · 286] ○Pattern-Shaping System Speeds Up Chip Production-DayStar Electric Technology 乾一科技 — daystar-elec.com

[globaltrademag.com · 287] ○Applied Materials’ Innovative Pattern-Shaping Technology Reduces the Cost, Complexity and Environmental Impact of Advanced Chip Manufacturin — globaltrademag.com

[trefis.com · 288] ○Is Applied Materials On Its Way To Becoming The Next ASML? — trefis.com

[Forbes · 289] ·Can AMAT Break ASML’s Monopoly? — forbes.com

[Applied Materials IR · 290] ★Access Denied — appliedmaterials.com

[globalspec.com · 291] ○GlobalSpec — globalspec.com

[Applied Materials IR · 292] ★Applied Materials Expands Patterning Solutions Portfolio for Angstrom Era Chipmaking — appliedmaterials.com

[Applied Materials IR · 293] ★Applied Materials’ Innovative Pattern-Shaping Technology Reduces the Cost, Complexity and Environmental Impact of Advanced Chip Manufacturin — appliedmaterials.com

[SemiAnalysis · 294] ★High-NA is Here (for R&D), EUV Cost, Pattern Shaping Gaining Share, 6x12" Mask, Metal Oxide & Dry Resist, Hyper-NA — semianalysis.com

[bits-chips.com · 295] ○Semianalysis upholds its high-NA EUV cost-effectiveness analysis — bits-chips.com

[financialpost.com · 296] ○Financial Post — financialpost.com

[Applied Materials IR · 297] ★외부 자료

[TSMC IR · 298] ★Just a moment... — tsmc.com

[fool.com · 299] ○Applied Materials (AMAT) Q1 2024 Earnings Call Transcript — fool.com

[freedom24.com · 300] ○Investment analysis of Applied Materials Inc — freedom24.com

[businesstimes.com.sg · 301] ○Applied Materials to challenge ASML’s grip with new machines — businesstimes.com.sg

[joins.com · 302] ○Applied Materials introduces new tech to complement ASML’s lithography equipment — joins.com

[Samsung · 303] ★외부 자료

[Tom's Hardware · 304] ·Samsung — tomshardware.com

[Forbes · 305] ·Samsung Shows New Nodes And Chiplet And 3D Integration Plans — forbes.com

[lovechip.com · 306] ○Just a moment... — lovechip.com

[Business Korea · 307] ○Samsung Electronics Delays 1.4nm Chip Mass Production to 2029 — businesskorea.co.kr

[beebom.com · 308] ○Samsung Confirms 1.4nm Chip Development Remains on Track, Slated for 2029 — beebom.com

[sokyoanalytics.online · 309] ○Samsung Reaffirms 1.4nm Chip Development as Foundry Race With TSMC Intensifies — sokyoanalytics.online

[medium.com · 310] ○Just a moment... — medium.com

[cnyes.com · 311] ○科技 | 鉅亨號 | Anue鉅亨 — cnyes.com

[SemiAnalysis · 312] ★Clash of the Foundries: Gate All Around + Backside Power at 2nm — semianalysis.com

[sammobile.com · 313] ○Samsung plans to manufacture 1.4nm semiconductor chips by 2027 — sammobile.com

[Tom's Hardware · 314] ·Leading-edge foundry roadmaps for TSMC, Intel and Samsung — tomshardware.com

[Samsung · 315] ★Samsung Foundry Roadmap: 2nm in 2025, 1.4nm in 202... — samsung.com

[semiwiki.com · 316] ○Samsung Foundry to mass produce 1.4㎚ in 2029… Focus on ‘recovery of operating rate’ — semiwiki.com

[hardforum.com · 317] ○Just a moment... — hardforum.com

[sourcengine.com · 318] ○Semiconductor Industry News - January 2025 Update — sourcengine.com

[wccftech.com · 319] ○Samsung Foundry Would No Longer Compete For The "Node Supremacy" Race With TSMC; Announces a Huge Delay With 1.4nm Node — wccftech.com

[edn.com · 320] ○외부 자료

[Samsung · 321] ★GAA Structure Transistors — samsung.com

[extremetech.com · 322] ○Samsung Provides Early Details of 1.4nm Chip Process — extremetech.com

[TrendForce · 323] ○[News] Battle of the Titans in the Angstrom Era — trendforce.com

[Tom's Hardware · 324] ·First Details About Samsung — tomshardware.com

[design-reuse.com · 325] ○Details about Samsung Foundry's 1.4nm process node surface — design-reuse.com

[baldengineering.com · 326] ○BALD Engineering — baldengineering.com

[investing.com · 327] ○Just a moment... — investing.com

[TrendForce · 328] ○[News] Samsung 2nm Yields Reportedly at ~55%, Below Mass Production Threshold; Qualcomm May Opt for TSMC — trendforce.com

[semiwiki.com · 329] ○KeyBanc's TSMC/Intel/Samsung yield benchmark (1/13/2026) — semiwiki.com

[financialcontent.com · 330] ○FinancialContent — financialcontent.com

[조선일보 · 331] ○Samsung Electronics delays 1.4nm process to improve chip performance and competitiveness — chosun.com

[androidheadlines.com · 332] ○Samsung Finally Masters 4nm Chip Yields at 80%: What This Means for the Company — androidheadlines.com

[phandroid.com · 333] ○Samsung's 1.4nm chips are on track, and so is the wait — phandroid.com

[design-reuse-embedded… · 334] ○Samsung Foundry Reportedly Expects 30%+ 2nm Order Growth in 2026; 1.4nm Set for 2029 — design-reuse-embedded.com

[TrendForce · 335] ○[News] Samsung Foundry Reportedly Expects 30%+ 2nm Order Growth in 2026; 1.4nm Set for 2029 — trendforce.com

[financialcontent.com · 336] ○FinancialContent — financialcontent.com

[aminext.blog · 337] ○TSMC A14 Deep Dive: 2028 Angstrom Process, Tech & Strategy — aminext.blog

[TSMC IR · 338] ★Just a moment... — tsmc.com

[조선일보 · 339] ○TSMC schedules 1.4nm mass production for 2028, targets sub-1nm pilots in 2029 — chosun.com

[iotdigitaltwinplm.com · 341] ○TSMC A14 vs Intel 14A: The 1.4nm Foundry Race (2026) — iotdigitaltwinplm.com

[TrendForce · 342] ○[News] ASML’s High-NA EUV for 2027-28: Which Giants Are Betting Big—Intel, Samsung, SK hynix or TSMC? — trendforce.com

[semiwiki.com · 343] ○Did Intel just delay their 14A node by a year? — semiwiki.com

[디일렉 · 344] ○Intel Accelerates 1.4nm Foundry Push, Targets Mass Production in 2029 — thelec.net

[hugdiy.com · 345] ○403 - Forbidden — hugdiy.com

[hrpmetals.com · 346] ○News - HRP Metals — hrpmetals.com

[DigiTimes · 347] ○Samsung reportedly to bring in ASML — digitimes.com

[wedbush.com · 348] ○ASML and the High-NA EUV Monopoly: The Path to 1.4nm — wedbush.com

[lifeboat.com · 349] ○Samsung to Receive Two ASML High-NA EUV Lithography Machines for 2nm and DRAM Production — lifeboat.com

[semiwiki.com · 350] ○High NA EUV Equipment is Bound to be a Burden for Chipmakers — semiwiki.com

[substack.com · 351] ○Decoding TSMC's Advanced Process Roadmap: From 3nm Expansion to 1.4nm Mass Production — substack.com

[techpowerup.com · 352] ○TechPowerUp — techpowerup.com

[techpowerup.com · 353] ○TechPowerUp — techpowerup.com

[Tom's Hardware · 354] ·Intel CFO confirms that 14A will be more expensive than 18A due to High-NA EUV tool — tomshardware.com

[techpowerup.com · 355] ○Intel 14A Node Delivers 15% Improvement over 18A, A14-E Adds Another 5% — techpowerup.com

[Tom's Hardware · 356] ·Intel details 14A performance and new — tomshardware.com

[techpowerup.com · 357] ○TechPowerUp — techpowerup.com

[vertexaisearch.cloud.… · 358] ○Accelerating AI and HPC with advanced technologies — vertexaisearch.cloud.google.com

[TechSpot · 359] ○Just a moment... — techspot.com

[Tom's Hardware · 360] ·Intel — tomshardware.com

[andrewzuo.com · 361] ○Just a moment... — andrewzuo.com

[iotdigitaltwinplm.com · 362] ○TSMC A14 vs Intel 14A: The 1.4nm Foundry Race (2026) — iotdigitaltwinplm.com

[SemiAnalysis · 363] ★Intel’s 14A Magic Bullet: Directed Self-Assembly (DSA) — semianalysis.com

[SemiAnalysis · 364] ★ASML Dilemma: High-NA EUV is Worse vs Low-NA EUV Multi-Patterning — semianalysis.com

[SemiAnalysis · 365] ★High-NA is Here (for R&D), EUV Cost, Pattern Shaping Gaining Share, 6x12" Mask, Metal Oxide & Dry Resist, Hyper-NA — semianalysis.com

[SemiAnalysis · 366] ★How to Kill 2 Monopolies with 1 Tool — semianalysis.com

[Tom's Hardware · 367] ·Intel hedges its bet for High-NA EUV with the 14A process node — tomshardware.com

[wedbush.com · 368] ○The Angstrom Frontier: TSMC and Intel Reveal 1.4nm Roadmaps to Power the Next Decade of AI — wedbush.com

[SemiAnalysis · 369] ★CPUs are Back: The Datacenter CPU Landscape in 2026 — semianalysis.com

[financialcontent.com · 370] ○Intel’s 18A “Power-On” Milestone: A High-Stakes Gamble to Reclaim the Silicon Throne — financialcontent.com

[techpowerup.com · 371] ○Intel's 18A Node Outperforms TSMC N2 and Samsung SF2 in 2 nm Performance Class — techpowerup.com

[pcmag.com · 372] ○Just a moment... — pcmag.com

[Intel IR · 373] ★ERROR: The request could not be satisfied — intel.com

[economy.ac · 374] ○Intel Accelerates 14A Development, Bets Its Future on 1-Nanometer Amid Foundry Slump — economy.ac

[TrendForce · 375] ○[News] Battle of the Titans in the Angstrom Era — trendforce.com

[semiwiki.com · 376] ○Logic 2034 – Technology, Economics, and Sustainability - Semiwiki — semiwiki.com

[EE Times · 377] ·외부 자료

[semiwiki.com · 378] ○TSMC 2025 Technical Symposium Briefing — semiwiki.com

[aminext.blog · 379] ○TSMC A14 Deep Dive: 2028 Angstrom Process, Tech & Strategy — aminext.blog

[benpouladian.com · 380] ○Intel’s EMIB Packaging Gambit — benpouladian.com

[tweaktown.com · 381] ○Just a moment... — tweaktown.com

[디일렉 · 382] ○Intel Accelerates 1.4nm Foundry Push, Targets Mass Production in 2029 — thelec.net

[techpowerup.com · 383] ○TechPowerUp — techpowerup.com

[Business Korea · 384] ○Competition Intensifies between TSMC, Samsung, Intel in Advanced Semiconductor Processes — businesskorea.co.kr

[reddit.com · 385] ○외부 자료

[Korea Herald · 386] ○Samsung's foundry woes deepen amid TSMC-Intel JV talk — koreaherald.com

[namu.wiki · 387] ○Just a moment... — namu.wiki

[indiatimes.com · 388] ○Intel hires Samsung chip manufacturing veteran to aid in foundry effort — indiatimes.com

[ASML IR · 389] ★ASML reports €32.7 billion total net sales and €9.6 billion net income in 2025 — asml.com

[marketbeat.com · 390] ○ASML Q4 2025 Pre Recorded Earnings Call Transcript — marketbeat.com

[counterpointresearch.… · 391] ○ASML’s 2025 Revenue Up 16% YoY As Strong EUV Shipments Boost Systems and Service Performance — counterpointresearch.com

[investing.com · 392] ○Just a moment... — investing.com

[levelfields.ai · 393] ○ASML Loses $30B After Cautious 2026 Forecast — levelfields.ai

[tikr.com · 394] ○ASML Raised Its 2026 Revenue Outlook to $46 Billion. Here’s What Could Still Go Wrong. — tikr.com

[ASML IR · 395] ★ASML reports €8.8 billion total net sales and €2.8 billion net income in Q1 2026 — asml.com

[fool.com · 396] ○ASML Just Got Hit by a New China Export Threat. Is This a Buying Opportunity or a Red Flag? — fool.com

[stocktitan.net · 397] ○ASML (NASDAQ: ASML) Q1 2026 results and higher 2026 outlook — stocktitan.net

[investing.com · 398] ○Just a moment... — investing.com

[tradingview.com · 399] ○Can High-NA EUV Adoption Accelerate ASML's Long-Term Revenue Growth? — tradingview.com

[futurumgroup.com · 400] ○ASML Q4 FY 2025 Earnings: Record Orders, Capacity Execution in Focus — futurumgroup.com

[rivcut.com · 401] ○ASML EUV Backlog Grows as AI Chip Race Turns Lithography Into the Bottleneck — rivcut.com

[vertexaisearch.cloud.… · 402] ○Just a moment... — vertexaisearch.cloud.google.com

[moomoo.com · 403] ○ASML's Bookings Explosion: A Wake-Up Call for the Entire Sem... — moomoo.com

[substack.com · 404] ○ASML 4Q25 Earnings: The Quarter That Ended The Demand Debate — substack.com

[sedaily.com · 405] ○Samsung Electronics Places Massive EUV Orders Ahead of Planned P5 Cleanroom Debut Next Year — sedaily.com

[tikr.com · 406] ○ASML Stock Raises 2026 Guidance After €8.8B Q1 Revenue Beat — tikr.com

[seekingalpha.com · 407] ○Access to this page has been denied — seekingalpha.com

[TrendForce · 408] ○[News] ASML Raises 2026 Sales Outlook to €36B–€40B on Memory, Logic Demand; South Korea Share Hits 45% — trendforce.com

[substack.com · 409] ○ASML Q1 2026 Earnings Preview — substack.com

[ASML IR · 410] ★ASML 2025 Annual Report — asml.com

[substack.com · 411] ○ASML Holding NV (ASML) — substack.com

[seekingalpha.com · 412] ○Access to this page has been denied — seekingalpha.com

[leverageshares.com · 413] ○ASML Stock Forecasts Rise After 2026 Guidance Lifted — leverageshares.com

[stocktitan.net · 414] ○ASML (ASML) delivers record 2025 results and unveils new €12B share buyback — stocktitan.net

[marketbeat.com · 415] ○ASML Earnings Clear the Way for More Gains in 2026 — marketbeat.com

[tradingview.com · 416] ○ASML Holding Q1 Earnings Beat Estimates, Revenues Rise Y/Y — tradingview.com

[globalbankingandfinan… · 417] ○ASML Raises 2026 Revenue Outlook Driven by Strong AI Chip Demand — globalbankingandfinance.com

[techpowerup.com · 418] ○ASML Targets 60+ EUV Shipments in 2026 as Memory Demand Surges — techpowerup.com

[biggo.com · 419] ○외부 자료

[247wallst.com · 420] ○ASML Lands Massive EUV Deal Clearing Path to Double Revenue by 2030 — 247wallst.com

[tradingview.com · 421] ○ASML Lands $7.97 Billion Record Order — tradingview.com

[Tom's Hardware · 422] ·SK hynix places record $8 billion order for ASML EUV lithography machines — tomshardware.com

[binance.com · 423] ○외부 자료

[tradingkey.com · 424] ○ASML Backlog Hits 2027 as Bookings Double Estimates, Yet Shares Slump on Call — tradingkey.com

[investing.com · 425] ○Just a moment... — investing.com

[marketwise.com · 426] ○ASML Faces New China Export Restrictions: Will It Threaten Growth? — marketwise.com

[cgtn.com · 427] ○China remains key market for ASML amid export restrictions, turns to self-reliance — cgtn.com

[gurufocus.com · 428] ○Just a moment... — gurufocus.com

[moomoo.com · 429] ○Document — moomoo.com

[mitsuichemicals.com · 430] ○외부 자료

[mitsuichemicals.com · 431] ○Mitsui Chemicals Sets up Production Facilities for CNT Pellicles to Be Used in Next-Gen EUV Lithography — mitsuichemicals.com

[dempa.net · 432] ○Mitsui Chemicals Ramps up CNT Pellicle for EUV Lithography — dempa.net

[dataintelo.com · 433] ○EUV Pellicle Market Research Report 2034 — dataintelo.com

[krx.co.kr · 434] ○외부 자료

[디일렉 · 435] ○Samsung and S&S Tech co-files EUV pellicle patent — thelec.net

[pstatic.net · 436] ○외부 자료

[sks.co.kr · 437] ○외부 자료

[sammyfans.com · 438] ○Samsung makes a decisive EUV move for 2nm chips in the US — sammyfans.com

[디일렉 · 439] ○Samsung Tests Domestic EUV Mask Blanks in 4nm Foundry Production Line — thelec.net

[mitsuichemicals.com · 440] ○ASML and Mitsui Chemicals Sign License Agreement for EUV pellicle business — mitsuichemicals.com

[mckinsey-electronics.… · 441] ○EUV Lithography Issues Engineers Face — mckinsey-electronics.com

[Semi Engineering · 442] ·EUV Pellicles Finally Ready — semiengineering.com

[spiedigitallibrary.org · 443] ○외부 자료

[mhfashons.com · 444] ○Mitsui Chemicals will mass-produce a new photoresist film to support ASML — mhfashons.com

[snsinsider.com · 445] ○EUV Lithography Market Size, Share & Growth Report 2035 — snsinsider.com

[TrendForce · 446] ○[News] Big Tech Reportedly Moves In on SK hynix With Production, EUV Funding Offers to Secure Memory Supply — trendforce.com

[Semi Engineering · 447] ·Next EUV Challenge: Pellicles — semiengineering.com

[24marketreports.com · 448] ○Pellicles for EUV Reticles Market, Global Outlook and Forecast 2025-2032 — 24marketreports.com

[researchgate.net · 449] ○ResearchGate — researchgate.net

[imec-int.com · 450] ○Imec and Mitsui partner to commercialize CNT pellicle — imec-int.com

[patsnap.com · 451] ○EUV Pellicle Materials: Transmittance At 13.5 nm, Stress And Creep — patsnap.com

[researchgate.net · 452] ○ResearchGate — researchgate.net

[reddit.com · 453] ○외부 자료

[inkworldmagazine.com · 454] ○Just a moment... — inkworldmagazine.com

[mitsuichemicals.com · 455] ○Mitsui Chemicals Selected for NEDO’s “Development of Manufacturing Technologies for Advanced Semiconductors (Subsidy)” — mitsuichemicals.com

[factmr.com · 456] ○Pellicle Market — factmr.com

[semiwiki.com · 457] ○2023 Status of EUV pellicle use — semiwiki.com

[semanticscholar.org · 458] ○외부 자료

[lintec-global.com · 459] ○Latest Developments in CNT Pellicle Technology for EUV Lithography Presented at International Conference — lintec-global.com

[researchgate.net · 460] ○ResearchGate — researchgate.net

[quintilereports.com · 461] ○EUV Pellicle Market Size, Share and Growth Report 2036 — quintilereports.com

[prlog.org · 462] ○EUV Pellicle Market Expected to Reach USD 4.11 Billion by 2036 Amid Semiconductor Industry Expansion — prlog.org

[techpowerup.com · 463] ○TechPowerUp — techpowerup.com

[sedaily.com · 464] ○Samsung Electronics Places Massive EUV Orders Ahead of Planned P5 Cleanroom Debut Next Year — sedaily.com

[Korea Herald · 465] ○Why China’s EUV ambitions are unlikely this decade — koreaherald.com

[thestar.com.my · 466] ○China’s EUV goals not likely this decade — thestar.com.my

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