[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"news:infra-nikon-advanced-packaging-lithography-2026-06-07":3},{"meta":4,"markdown":63,"quiz":64},{"type":5,"articleId":6,"slug":7,"title":8,"titleEn":9,"category":10,"summary":11,"publishedAt":12,"image":13,"tags":14,"vocabulary":17,"quizId":60,"source":61},"news","news-infra-nikon-advanced-packaging-lithography-2026-06-07","infra-nikon-advanced-packaging-lithography-2026-06-07","ニコン、先端パッケージ向け1.5μm露光装置を開発","Nikon Develops a 1.5 Micrometer Lithography Tool for Advanced Packaging","tech-infra","Nikon said on June 5, 2026 that it is developing a new digital lithography system for advanced semiconductor packaging. The company is targeting 1.5 micrometer resolution and throughput of at least 65 panels per hour, up from 50 on its current DSP-100 system. The announcement matters because back-end packaging has become a bottleneck as AI chips and HBM stacks demand denser interconnects without sacrificing manufacturing speed.\n","2026-06-07T00:00:00Z","https:\u002F\u002Fimages.yamiyomi.com\u002Fnews\u002Finfra-nikon-advanced-packaging-lithography-2026-06-07.png",[15,16],"japan","semiconductors",[18,23,28,32,36,40,44,48,52,56],{"word":19,"reading":20,"meaning":21,"level":22},"露光装置","ろこうそうち","lithography system","N1",{"word":24,"reading":25,"meaning":26,"level":27},"先端","せんたん","advanced","N2",{"word":29,"reading":30,"meaning":31,"level":27},"半導体","はんどうたい","semiconductor",{"word":33,"reading":34,"meaning":35,"level":22},"後工程","こうこうてい","back-end process",{"word":37,"reading":38,"meaning":39,"level":22},"解像度","かいぞうど","resolution",{"word":41,"reading":42,"meaning":43,"level":27},"生産性","せいさんせい","productivity",{"word":45,"reading":46,"meaning":47,"level":22},"基板","きばん","substrate",{"word":49,"reading":50,"meaning":51,"level":27},"配線","はいせん","wiring",{"word":53,"reading":54,"meaning":55,"level":22},"光学系","こうがくけい","optical system",{"word":57,"reading":58,"meaning":59,"level":27},"量産","りょうさん","mass production","news-infra-nikon-advanced-packaging-lithography-2026-06-07-quiz",{"url":62},"https:\u002F\u002Fwww.nikon.com\u002Fcompany\u002Fnews\u002F2026\u002F0605_01.html","\n::heading\n[ニコン]{にこん:Nikon}、[先端]{せんたん:advanced:N1}パッケージ[向け]{むけ:for:N3}1.5μm[露光装置]{ろこうそうち:lithography system:N1}を[開発]{かいはつ:develop:N4}\n\n#en\nNikon Develops a 1.5 Micrometer Lithography Tool for Advanced Packaging\n::\n\n::para\n[ニコン]{にこん:Nikon}は[6月5日]{ろくがついつか:June 5:N5}、[半導体]{はんどうたい:semiconductor:N2}の[後工程]{こうこうてい:back-end process:N3}で[使う]{つかう:use:N4} [先端]{せんたん:advanced:N1}パッケージ[向け]{むけ:for:N3}のデジタル[露光装置]{ろこうそうち:lithography system:N1}を[開発中]{かいはつちゅう:under development:N4}だと[発表]{はっぴょう:announce:N3}した。1.5μmの[解像度]{かいぞうど:resolution:N2}に[対応]{たいおう:support:N1}しながら、[処理速度]{しょりそくど:processing speed:N3}も[高める]{たかめる:raise:N5} [狙い]{ねらい:aim:N2}だ。\n\n#en\nOn June 5, Nikon said it is developing a digital lithography system for advanced packaging in semiconductor back-end production. The aim is to support 1.5 micrometer resolution while also raising throughput.\n::\n\n::para\n[同社]{どうしゃ:the company:N4}は、[現在]{げんざい:currently:N3}のDSP-100が[達成]{たっせい:achieves:N3}する1[時間]{じかん:hour:N5}あたり50パネルから、65パネル[以上]{いじょう:or more:N4}へ[引き上げる]{ひきあげる:raise:N3}ことを[目標]{もくひょう:target:N1}にしている。これは30%[超]{ちょう:more than:N2}の[生産性]{せいさんせい:productivity:N3} [向上]{こうじょう:improvement:N3}に[当たる]{あたる:amounts to:N3}。\n\n#en\nNikon says it is targeting 65 panels per hour or more, up from 50 panels per hour on the current DSP-100. That would amount to more than a 30 percent productivity gain.\n::\n\n::heading\n[後工程]{こうこうてい:back-end process:N3}が[重くなる]{おもくなる:become more demanding:N4}[理由]{りゆう:reason:N3}\n\n#en\nWhy the Back End Is Getting Harder\n::\n\n::para\n[生成AI]{せいせいえーあい:generative AI:N3}の[普及]{ふきゅう:spread:N1}で、GPUやHBMのような[次世代]{じせだい:next-generation:N3} [半導体]{はんどうたい:semiconductor:N2}の[需要]{じゅよう:demand:N1}が[伸びている]{のびている:is growing:N2}。その[結果]{けっか:result:N1}、[複数]{ふくすう:multiple:N2}のチップを[つなぐ]{つなぐ:connect} [先端]{せんたん:advanced:N1}パッケージの[重要性]{じゅうようせい:importance:N3}も[上がっている]{あがっている:is rising:N5}。\n\n#en\nAs generative AI spreads, demand is growing for next-generation chips such as GPUs and HBM. As a result, advanced packaging that connects multiple chips is becoming more important.\n::\n\n::para\n[特に]{とくに:especially:N4}、[大きい]{おおきい:large:N5}インターポーザーやFC-BGA[基板]{きばん:substrate:N1}では、[細かい]{こまかい:fine:N2} [配線]{はいせん:wiring:N2}をどう[量産]{りょうさん:mass production:N2}するかが[課題]{かだい:challenge:N2}になる。[用途]{ようと:use case:N3}ごとに[必要]{ひつよう:required:N3}な[解像度]{かいぞうど:resolution:N2}が[違う]{ちがう:differ:N3}ため、[最小化]{さいしょうか:minimization:N3}だけでなく[処理量]{しょりりょう:throughput volume:N2}との[両立]{りょうりつ:balance:N3}が[求められる]{もとめられる:is required:N3}。\n\n#en\nLarge interposers and FC-BGA substrates especially raise the question of how to mass-produce fine wiring. Because required resolution differs by use case, manufacturers have to balance small features with usable throughput.\n::\n\n::heading\n[ニコン]{にこん:Nikon}が[作る]{つくる:build:N4}もの\n\n#en\nWhat Nikon Is Building\n::\n\n::para\n[新しい]{あたらしい:new:N4} [装置]{そうち:system:N2}は1.5μmの[解像度]{かいぞうど:resolution:N2}に[最適化]{さいてきか:optimized:N3}した[光学系]{こうがくけい:optical system:N1}を[載せる]{のせる:equip:N1} [設計]{せっけい:design:N2}で、2027[年度]{ねんど:fiscal year:N4}の[発売]{はつばい:release:N4}が[予定]{よてい:planned:N3}されている。より[高い]{たかい:higher:N5} [生産性]{せいさんせい:productivity:N3}を[優先]{ゆうせん:prioritize:N3}した[位置付け]{いちづけ:positioning:N3}といえそうだ。\n\n#en\nThe new tool is designed around optics optimized for 1.5 micrometer resolution, and Nikon plans to release it in fiscal 2027. It appears to be positioned as a higher-productivity option.\n::\n\n::para\n[一方]{いっぽう:at the same time:N4}で、[光学系]{こうがくけい:optical system:N1}を[交換]{こうかん:swap:N2}すれば、DSP-100と[同等]{どうとう:equivalent:N3}の1.0μm[解像度]{かいぞうど:resolution:N2}にも[対応可能]{たいおうかのう:can also support:N1}だという。[顧客]{こきゃく:customers:N1}が[将来]{しょうらい:future:N2}のプロセス[変更]{へんこう:process changes:N3}に[合わせやすい]{あわせやすい:easier to adapt:N3}ようにした[形]{かたち:design choice:N3}だ。\n\n#en\nAt the same time, Nikon says the optical system can be swapped so the platform can also support 1.0 micrometer resolution like the DSP-100. That is meant to make future process changes easier for customers.\n::\n\n::para\n[この]{この:this}デジタル[露光装置]{ろこうそうち:lithography system:N1}はフォトマスクを[使わない]{つかわない:does not use:N4}。[マスク]{ますく:mask} [製造]{せいぞう:manufacturing:N1}コストを[減らし]{へらし:reduce:N2}、[設計変更]{せっけいへんこう:design changes:N2}への[対応]{たいおう:response:N1}を[速める]{はやめる:speed up:N3}ことで、[試作]{しさく:prototyping:N4}から[量産]{りょうさん:mass production:N2}までの[時間]{じかん:time:N5}を[短くする]{みじかくする:shorten:N2} [効果]{こうか:effect:N2}が[見込まれる]{みこまれる:is expected:N3}。\n\n#en\nThis digital lithography system does not use photomasks. That can reduce mask-manufacturing costs and speed up response to design changes, shortening the path from prototyping to mass production.\n::\n\n::callout\n[前工程]{ぜんこうてい:front-end process:N3}のEUV[競争]{きょうそう:competition:N2}ではなく、[後工程]{こうこうてい:back-end process:N3}の[装置]{そうち:equipment:N2}で[勝ち筋]{かちすじ:path to win:N1}を[作る]{つくる:create:N4}という[点]{てん:point:N3}が[重要]{じゅうよう:important:N3}だ。AI[時代]{じだい:era:N4}のチップは、[回路]{かいろ:circuit:N3}そのものだけでなく、どう[つなぐ]{つなぐ:connect}かでも[性能]{せいのう:performance:N3}が[決まる]{きまる:is determined:N3}。\n\n#en\nThe important point is that Nikon is trying to build an advantage in back-end tools rather than in the front-end EUV race. In the AI era, chip performance depends not only on circuits themselves but also on how chips are connected.\n::\n\n::heading\n[日本]{にほん:Japan:N5}の[装置]{そうち:equipment:N2} [戦略]{せんりゃく:strategy:N2}として\n\n#en\nAs Part of Japan's Equipment Strategy\n::\n\n::para\n[日本企業]{にほんきぎょう:Japanese companies:N1}は、[露光]{ろこう:lithography:N1}、[材料]{ざいりょう:materials:N2}、[検査]{けんさ:inspection:N1}など[個別]{こべつ:individual:N2}の[工程]{こうてい:process steps:N3}で[強み]{つよみ:strengths:N4}を[持つ]{もつ:have:N4}ことが[多い]{おおい:often:N4}。[先端]{せんたん:advanced:N1}パッケージは、その[積み上げ]{つみあげ:stacking together:N3}が[生きる]{いきる:come into play:N5} [分野]{ぶんや:field:N4}だと[見られる]{みられる:is seen as:N5}。\n\n#en\nJapanese companies often have strengths in individual process steps such as lithography, materials, and inspection. Advanced packaging is seen as a field where that layered expertise can matter.\n::\n\n::para\n[ニコン]{にこん:Nikon}の[発表]{はっぴょう:announcement:N3}は、[解像度]{かいぞうど:resolution:N2}を[少し]{すこし:slightly:N4} [緩めて]{ゆるめて:relaxing:N1}でも[処理量]{しょりりょう:throughput:N2}を[増やす]{ふやす:increase:N3} [需要]{じゅよう:demand:N1}が[確実]{かくじつ:clear:N3}にあることを[示す]{しめす:show:N3}。これは、AI[向け]{むけ:for:N3}チップの[供給]{きょうきゅう:supply:N3}で[後工程]{こうこうてい:back-end process:N3}が[制約]{せいやく:constraint:N3}になっている[現状]{げんじょう:current situation:N3}とも[つながる]{つながる:connect}。\n\n#en\nNikon's announcement suggests there is real demand for somewhat relaxed resolution if it comes with higher throughput. That lines up with the current reality that back-end packaging has become a supply constraint for AI-oriented chips.\n::\n\n::para\n[発売]{はつばい:release:N4}は2027[年度]{ねんど:fiscal year:N4} [予定]{よてい:planned:N3}なので、[業績]{ぎょうせき:business results:N2}への[反映]{はんえい:reflection:N3}はまだ[先]{さき:ahead:N5}になる。それでも、[日本]{にほん:Japan:N5}の[半導体]{はんどうたい:semiconductor:N2} [装置]{そうち:equipment:N2}メーカーが[どこ]{どこ:where}で[差別化]{さべつか:differentiation:N3}するのかを[考える]{かんがえる:consider:N4} [材料]{ざいりょう:material:N2}としては[十分]{じゅうぶん:strong enough:N5}に[興味深い]{きょうみぶかい:interesting:N1} [動き]{うごき:move:N4}だ。\n\n#en\nBecause release is planned for fiscal 2027, the effect on business results is still some distance away. Even so, it is an informative move for thinking about where Japanese semiconductor-equipment makers may differentiate.\n::\n",{"id":60,"title":65,"titleEn":66,"articleId":6,"topicPath":5,"questions":67},"ニコン先端パッケージ露光装置クイズ","Nikon Advanced Packaging Lithography Quiz",[68,93,114,135,156],{"id":69,"question":70,"options":73,"correctLabel":75,"explanation":90},"q1",{"en":71,"jp":72},"For which semiconductor manufacturing stage is Nikon's newly announced tool mainly intended?","ニコンが今回開発中だと発表した装置は、主に半導体製造のどの工程向けですか。",[74,78,82,86],{"label":75,"jp":76,"en":77},"ア","後工程の先端パッケージング","Advanced packaging in back-end processing",{"label":79,"jp":80,"en":81},"イ","前工程のEUV露光","EUV lithography in front-end processing",{"label":83,"jp":84,"en":85},"ウ","シリコンウエハー切断","Silicon wafer dicing",{"label":87,"jp":88,"en":89},"エ","完成品の最終検査","Final inspection of finished products",{"en":91,"jp":92},"The article explains that the system is being developed for advanced packaging in semiconductor back-end processing.","記事では、この装置は半導体後工程の先端パッケージ向けに開発中だと説明した。",{"id":94,"question":95,"options":98,"correctLabel":83,"explanation":111},"q2",{"en":96,"jp":97},"What resolution is the new system targeting?","新しい装置が目標とする解像度は何ですか。",[99,102,105,108],{"label":75,"jp":100,"en":101},"0.5μm","0.5 micrometers",{"label":79,"jp":103,"en":104},"1.0μm","1.0 micrometers",{"label":83,"jp":106,"en":107},"1.5μm","1.5 micrometers",{"label":87,"jp":109,"en":110},"5.0μm","5.0 micrometers",{"en":112,"jp":113},"Nikon says it is developing the new tool with optics optimized for 1.5 micrometer resolution.","ニコンは1.5μm解像度に最適化した新しい光学系を備える装置を開発している。",{"id":115,"question":116,"options":119,"correctLabel":83,"explanation":132},"q3",{"en":117,"jp":118},"Which throughput target did Nikon give for the new system?","ニコンが示した新装置の目標スループットはどれですか。",[120,123,126,129],{"label":75,"jp":121,"en":122},"1時間あたり35パネル","35 panels per hour",{"label":79,"jp":124,"en":125},"1時間あたり50パネル","50 panels per hour",{"label":83,"jp":127,"en":128},"1時間あたり65パネル以上","65 panels per hour or more",{"label":87,"jp":130,"en":131},"1時間あたり100パネル","100 panels per hour",{"en":133,"jp":134},"Nikon says the target is to raise throughput from the DSP-100's 50 panels per hour to 65 panels per hour or more.","現行のDSP-100の50 panels\u002Fhourから、65 panels\u002Fhour以上へ高めることが目標とされている。",{"id":136,"question":137,"options":140,"correctLabel":79,"explanation":153},"q4",{"en":138,"jp":139},"What benefit is expected because the digital lithography system does not use photomasks?","デジタル露光装置がフォトマスクを使わないことで期待される効果はどれですか。",[141,144,147,150],{"label":75,"jp":142,"en":143},"GPUの消費電力を直接下げる","It directly lowers GPU power consumption",{"label":79,"jp":145,"en":146},"マスク製造コストと設計変更の負担を減らす","It reduces mask-manufacturing costs and the burden of design changes",{"label":83,"jp":148,"en":149},"HBMの容量を倍増する","It doubles HBM capacity",{"label":87,"jp":151,"en":152},"ウエハーの厚さを自動で薄くする","It automatically thins wafers",{"en":154,"jp":155},"The article says the maskless design can cut costs and make it easier to respond to design changes.","記事では、マスクレス構成によりコスト削減と設計変更への柔軟な対応が可能になると説明した。",{"id":157,"question":158,"options":161,"correctLabel":79,"explanation":174},"q5",{"en":159,"jp":160},"Which best matches why the article treats this announcement as important?","記事がこの発表を重要だとみる理由として最も近いものはどれですか。",[162,165,168,171],{"label":75,"jp":163,"en":164},"日本企業がスマートフォン完成品市場に再参入するから","Because Japanese companies are re-entering the finished smartphone market",{"label":79,"jp":166,"en":167},"後工程パッケージングがAI向けチップ供給の制約になっているから","Because back-end packaging has become a constraint on AI chip supply",{"label":83,"jp":169,"en":170},"ニコンがEUV市場でASMLをすぐに追い抜くから","Because Nikon will immediately overtake ASML in EUV",{"label":87,"jp":172,"en":173},"半導体需要が急減しているから","Because semiconductor demand is falling sharply",{"en":175,"jp":176},"The article stresses that in AI chips, packaging and interconnects matter, and back-end processing has become a bottleneck.","記事は、AI向けチップでは回路だけでなく接続方法も重要で、後工程がボトルネック化している点を強調した。"]