{"@context":"https://schema.org","@type":"NewsArticle","generatedAt":"2026-10-23T15:00:50.408Z","headline":"TDK 展示全球首款超构光学镜 DRP 智能眼镜显示屏","description":"TDK 发布全球首款采用超构光学镜（Meta-Optic Mirror）的直接视网膜投影（DRP）智能眼镜显示屏，该超薄平面反射元件厚 150 纳米，可见光透过率达 80%。该方案可避免波导显示常见的彩虹状\"眼球发光\"图案并减少图像泄漏，且可借助半导体晶圆工艺制造。当前系统仅支持单色图像，TDK 正推进全彩显示演示，计划未来数年内量产。","url":"https://www.aioga.com/news/gxv0bihdnw86ywxzc2fe8pkbe/","mainEntityOfPage":"https://www.aioga.com/news/gxv0bihdnw86ywxzc2fe8pkbe/","datePublished":"2026-10-03T05:11:04.000Z","dateModified":"2026-10-03T05:11:04.000Z","inLanguage":"zh-CN","publisher":{"@type":"NewsMediaOrganization","name":"Aioga","url":"https://www.aioga.com"},"citation":["https://www.ithome.com/1/009/434.htm","https://aihot.news/items/gxv0bihdnw86ywxzc2fe8pkbe"],"canonicalUrl":"https://www.aioga.com/news/gxv0bihdnw86ywxzc2fe8pkbe/","directAnswer":{"@type":"Answer","text":"Aioga 编辑摘要：TDK 发布全球首款采用超构光学镜（Meta-Optic Mirror）的直接视网膜投影（DRP）智能眼镜显示屏，该超薄平面反射元件厚 150 纳米，可见光透过率达 80%。 Aioga 将其归入「行业动态」方向，重点关注它对真实使用和行业竞争的影响。","url":"https://www.aioga.com/news/gxv0bihdnw86ywxzc2fe8pkbe/","dateCreated":"2026-10-03T05:11:04.000Z","author":{"@type":"Organization","@id":"https://www.aioga.com/authors/aioga-editorial/#editorial-team","name":"Aioga Editorial Team","url":"https://www.aioga.com/authors/aioga-editorial/"}},"evidence":[{"@type":"CreativeWork","name":"IT之家 source article","url":"https://www.ithome.com/1/009/434.htm","datePublished":"2026-10-03T05:11:04.000Z","provider":{"@type":"Organization","name":"IT之家","url":"https://www.ithome.com/1/009/434.htm"}},{"@type":"CreativeWork","name":"AIHot archive 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日消息，日本电子元器件厂商 TDK 昨日（10 月 2 日）发布公告， 展示了全球首款采用超构光学镜（Meta-Optic Mirror）的直接视网膜投影（DRP）智能眼镜显示屏。","IT之家援引博文介绍，超构光学镜是 TDK 研发的超薄平面反射元件，通过“负反射角”改变光线方向，在 150 纳米厚的平面结构中复现传统曲面镜功能。","而直接视网膜投影是一种将激光光线直接投射到眼内视网膜的显示技术。与传统在眼前形成图像的方式相比，DRP 可在不同视力条件下呈现清晰图像，并减少图像向周围环境泄漏。","该反射镜可嵌入眼镜镜片，可见光透过率达 80%。TDK 表示，其设计可避免波导显示常见的彩虹状“眼球发光”图案，并减少投影图像向外界泄漏。","传统波导方案依赖镜片内导光层，光学组件复杂，制造难度与成本较高。DRP 方案将激光投射至视网膜，图像清晰且泄漏较少，但此前需要厚重曲面镜，导致镜片前方出现明显凸起。","TDK 的方案将 DRP 所需反射功能整合进超薄平面镜片，有望让智能眼镜外观接近普通眼镜。该技术还可借助半导体晶圆工艺制造，简化模组结构，为量产和降本提供条件。当前系统支持单色图像，TDK 正推进全彩显示演示，并计划在未来数年内实现量产。"],"articleImages":[{"sourceUrl":"https://img.ithome.com/newsuploadfiles/2026/10/fbcd5d7a-6673-4580-a291-6e34198a795d.png","alt":"","afterParagraph":0,"url":"/media/articles/gxv0bihdnw86ywxzc2fe8pkbe/061a10f8013be533.png"},{"sourceUrl":"https://img.ithome.com/newsuploadfiles/2026/10/663c44df-4c1f-418a-b829-60fa09890eb7.png","alt":"","afterParagraph":1,"url":"/media/articles/gxv0bihdnw86ywxzc2fe8pkbe/ba5f9d31e306d55e.png"},{"sourceUrl":"https://img.ithome.com/newsuploadfiles/2026/10/7caa8e8c-1faf-4172-a7ba-c64a633f11f7.png","alt":"","afterParagraph":2,"url":"/media/articles/gxv0bihdnw86ywxzc2fe8pkbe/762eab922ec7308b.png"},{"sourceUrl":"https://img.ithome.com/newsuploadfiles/2026/10/8f31caf9-ce32-4b53-90d6-102f1cc515ee.png","alt":"","afterParagraph":3,"url":"/media/articles/gxv0bihdnw86ywxzc2fe8pkbe/48a1c635e9a95ee2.png"},{"sourceUrl":"https://img.ithome.com/newsuploadfiles/2026/10/55fe3abc-85e6-4b06-98df-19fd82716bbd.png","alt":"","afterParagraph":4,"url":"/media/articles/gxv0bihdnw86ywxzc2fe8pkbe/5e96c6f148735234.png"},{"sourceUrl":"https://img.ithome.com/newsuploadfiles/2026/10/3b63e9bd-b5f3-4ce4-8457-be5fd14a7b1c.jpg@s_2,w_820,h_473","alt":"","afterParagraph":5,"url":"/media/articles/gxv0bihdnw86ywxzc2fe8pkbe/4a214451565d216e.jpg"}],"mediaStatus":"ok","articleBodyZh":["TDK 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80%。该方案可避免波导显示常见的彩虹状\"眼球发光\"图案并减少图像泄漏，且可借助半导体晶圆工艺制造。当前系统仅支持单色图像，TDK 正推进全彩显示演示，计划未来数年内量产。","url":"https://www.aioga.com/news/gxv0bihdnw86ywxzc2fe8pkbe/","articleBody":["TDK 展示全球首款超构光学镜 DRP 智能眼镜显示屏 这条更新来自 ithome.com，发布时间为 2026-10-03，Aioga 保留原文入口以便核验。","摘要：TDK 发布全球首款采用超构光学镜（Meta-Optic Mirror）的直接视网膜投影（DRP）智能眼镜显示屏，该超薄平面反射元件厚 150 纳米，可见光透过率达 80%。该方案可避免波导显示常见的彩虹状\"眼球发光\"图案并减少图像泄漏，且可借助半导体晶圆工艺制造。当前系统仅支持单色图像，TDK 正推进全彩显示演示，计划未来数年内量产。","背景：背景分析：公司与行业类动态需要放在竞争格局、商业化路径、资本信号和监管环境中观察，单条公告不能代表最终结果。","Aioga 观察：Aioga 判断：这条动态更适合作为行业观察信号，当前信息足以建立线索，但不足以推导长期结论。","影响与后续：影响分析：对相关团队而言，短期应先核对来源、可用范围和实际成本，再判断是否值得接入或跟进。 后续观察：继续观察官方文件、合作落地、收入或用户信号、竞品动作和监管后续。"]},"en":{"title":"TDK showcases the world's first metamaterial optical lens DRP smart glasses display","summary":"TDK has launched the world's first direct retinal projection (DRP) smart glasses display using a meta-optic mirror. This ultra-thin planar reflective element is 150 nanometers thick and has a visible light transmittance of 80%. This solution can avoid the common rainbow-like \"eye glow\" patterns of waveguide displays and reduce image leakage, and it can be manufactured using semiconductor wafer processes. The current system only supports monochrome images, but TDK is advancing demonstrations of full-color display and plans mass production in the coming years.","category":"Industry","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK showcases the world's first metamaterial optical lens DRP smart glasses display - Aioga AI News","description":"TDK has launched the world's first direct retinal projection (DRP) smart glasses display using a meta-optic mirror. This ultra-thin planar reflective element is 150 nanometers thic...","url":"https://www.aioga.com/en/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:45:05.084Z"},"ja":{"title":"TDK、世界初の超構造光学レンズDRPスマートグラスディスプレイを展示","summary":"TDKは、超構造光学ミラー（Meta-Optic Mirror）を採用した世界初の直接網膜投影（DRP）スマートグラスディスプレイを発表しました。この超薄型平面反射素子は厚さ150ナノメートルで、可視光透過率は80％に達します。この方式により、導波路ディスプレイで一般的に見られる「虹色の目の輝き」パターンを避け、画像漏れを減らすことが可能であり、半導体ウェハプロセスでの製造も可能です。現行システムでは単色画像のみをサポートしていますが、TDKはフルカラー表示のデモンストレーションを推進しており、今後数年以内の量産を計画しています。","category":"業界動向","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK、世界初の超構造光学レンズDRPスマートグラスディスプレイを展示 - Aioga AIニュース","description":"TDKは、超構造光学ミラー（Meta-Optic Mirror）を採用した世界初の直接網膜投影（DRP）スマートグラスディスプレイを発表しました。この超薄型平面反射素子は厚さ150ナノメートルで、可視光透過率は80％に達します。この方式により、導波路ディスプレイで一般的に見られる「虹色の目の輝き」パターンを避け、画像漏れを減らすことが可能であり、半導体ウェハ...","url":"https://www.aioga.com/ja/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:45:26.591Z"},"ko":{"title":"TDK, 세계 최초 초구조 광학 렌즈 DRP 스마트 안경 디스플레이 공개","summary":"TDK는 글로벌 최초로 메타광학 거울(Meta-Optic Mirror)을 채용한 직접 망막 투사(DRP) 스마트 글라스 디스플레이를 발표했습니다. 이 초박형 평면 반사 요소는 두께 150나노미터로 가시광선 투과율이 80%에 달합니다. 이 솔루션은 도파관 디스플레이에서 흔히 나타나는 무지개 모양의 '눈 빛남' 패턴을 피하고 이미지 누출을 줄일 수 있으며 반도체 웨이퍼 공정을 통해 제조할 수 있습니다. 현재 시스템은 단색 이미지 지원만 가능하며, TDK는 전색상 디스플레이 시연을 추진하고 있으며 향후 몇 년 내 양산을 계획하고 있습니다.","category":"업계 동향","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK, 세계 최초 초구조 광학 렌즈 DRP 스마트 안경 디스플레이 공개 - Aioga AI 뉴스","description":"TDK는 글로벌 최초로 메타광학 거울(Meta-Optic Mirror)을 채용한 직접 망막 투사(DRP) 스마트 글라스 디스플레이를 발표했습니다. 이 초박형 평면 반사 요소는 두께 150나노미터로 가시광선 투과율이 80%에 달합니다. 이 솔루션은 도파관 디스플레이에서 흔히 나타나는 무지개 모양의 '눈 빛남' 패턴을 피하고...","url":"https://www.aioga.com/ko/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:45:26.903Z"},"es":{"title":"TDK presenta la primera pantalla de gafas inteligentes DRP con óptica metamaterial del mundo","summary":"TDK ha lanzado la primera pantalla de gafas inteligentes de proyección directa en la retina (DRP) del mundo que utiliza un espejo meta-óptico (Meta-Optic Mirror). Este elemento reflectante plano ultrafino tiene un grosor de 150 nanómetros y una transmitancia de luz visible del 80%. Esta solución puede evitar los patrones comunes de \"brillo ocular\" en forma de arco iris en las pantallas de guía de onda y reducir la fuga de imágenes, además de poder fabricarse mediante procesos de obleas semiconductoras. Actualmente, el sistema solo admite imágenes monocromáticas, TDK está promoviendo demostraciones de visualización en color completo y planea la producción en masa en los próximos años.","category":"Industria","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK presenta la primera pantalla de gafas inteligentes DRP con óptica metamaterial del mundo - Aioga Noticias de IA","description":"TDK ha lanzado la primera pantalla de gafas inteligentes de proyección directa en la retina (DRP) del mundo que utiliza un espejo meta-óptico (Meta-Optic Mirror). Este elemento ref...","url":"https://www.aioga.com/es/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:50:41.144Z"},"fr":{"title":"TDK présente le premier écran de lunettes intelligentes DRP à métasurface optique au monde","summary":"TDK a lancé le premier écran de lunettes intelligentes à projection directe sur la rétine (DRP) au monde utilisant un miroir optique métamatériel (Meta-Optic Mirror). Cet élément réfléchissant plan ultra-fin a une épaisseur de 150 nanomètres et une transmissivité de la lumière visible de 80 %. Cette solution permet d'éviter le motif en arc-en-ciel \"lumière oculaire\" typique des affichages à guide d'ondes et de réduire les fuites d'image, tout en pouvant être fabriquée grâce aux procédés de semi-conducteurs sur wafer. Actuellement, le système ne prend en charge que les images monochromes ; TDK travaille à une démonstration d'affichage en couleurs complètes et prévoit une production massive dans les prochaines années.","category":"Industrie","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK présente le premier écran de lunettes intelligentes DRP à métasurface optique au monde - Aioga Actualités IA","description":"TDK a lancé le premier écran de lunettes intelligentes à projection directe sur la rétine (DRP) au monde utilisant un miroir optique métamatériel (Meta-Optic Mirror). Cet élément r...","url":"https://www.aioga.com/fr/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:50:48.284Z"},"de":{"title":"TDK präsentiert das weltweit erste Display für DRP-Smartgläser mit einer Metasurface-Optiklinse.","summary":"TDK hat das weltweit erste Smart-Brillendisplay für Direct Retina Projection (DRP) vorgestellt, das ein Meta-Optic Mirror verwendet. Dieses ultradünne, flache Reflektorelement ist 150 Nanometer dick und hat eine Lichtdurchlässigkeit von 80 % im sichtbaren Bereich. Diese Lösung kann die bei Wellenleiteranzeigen häufig auftretenden regenbogenartigen \"Augenleuchten\"-Muster vermeiden und die Bildleckage reduzieren und lässt sich mittels Halbleiter-Wafer-Technologie herstellen. Das aktuelle System unterstützt derzeit nur monochrome Bilder; TDK arbeitet an einer Demonstration in Vollfarbe und plant, in den nächsten Jahren in die Massenproduktion zu gehen.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK präsentiert das weltweit erste Display für DRP-Smartgläser mit einer Metasurface-Optiklinse. - Aioga KI-News","description":"TDK hat das weltweit erste Smart-Brillendisplay für Direct Retina Projection (DRP) vorgestellt, das ein Meta-Optic Mirror verwendet. Dieses ultradünne, flache Reflektorelement ist...","url":"https://www.aioga.com/de/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:51:16.964Z"},"pt-BR":{"title":"TDK apresenta a primeira tela para óculos inteligentes DRP do mundo com lente óptica de metasuperfície","summary":"A TDK lançou a primeira tela inteligente de projeção direta da retina (DRP) do mundo, usando um espelho meta-óptico, um elemento refletor planar ultrafino de 150 nanômetros de espessura com transmissão de luz visível de 80%. Essa solução evita os padrões comuns de \"brilho ocular\" semelhantes a arco-íris vistos em guias de onda e reduz o vazamento de imagem, podendo ser fabricada usando processos de wafer semicondutor. Atualmente, o sistema suporta apenas imagens monocromáticas, mas a TDK está avançando em demonstrações de displays em cores completas e planeja produzi-las em massa nos próximos anos.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK apresenta a primeira tela para óculos inteligentes DRP do mundo com lente óptica de metasuperfície - Aioga Notícias de IA","description":"A TDK lançou a primeira tela inteligente de projeção direta da retina (DRP) do mundo, usando um espelho meta-óptico, um elemento refletor planar ultrafino de 150 nanômetros de espe...","url":"https://www.aioga.com/pt-BR/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:56:26.502Z"},"ru":{"title":"TDK демонстрирует первый в мире сверхструктурный оптический объектив DRP для дисплея умных очков","summary":"TDK выпустила первый в мире дисплей для умных очков с прямой проекцией на сетчатку (DRP), использующий мета-оптическое зеркало (Meta-Optic Mirror). Этот сверхтонкий плоский отражающий элемент имеет толщину 150 нанометров и пропускает до 80% видимого света. Такое решение позволяет избежать часто встречающихся в волноводных дисплеях радужных «светящихся глаз» узоров и уменьшить утечку изображения, а также может быть изготовлено с использованием полупроводниковых пластин. В настоящее время система поддерживает только монохромные изображения; TDK ведет работу по демонстрации полноцветного отображения и планирует серийное производство в ближайшие годы.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK демонстрирует первый в мире сверхструктурный оптический объектив DRP для дисплея умных очков - Aioga Новости ИИ","description":"TDK выпустила первый в мире дисплей для умных очков с прямой проекцией на сетчатку (DRP), использующий мета-оптическое зеркало (Meta-Optic Mirror). Этот сверхтонкий плоский отражаю...","url":"https://www.aioga.com/ru/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:55:59.254Z"},"ar":{"title":"TDK تعرض أول شاشة عرض لنظارات ذكية بتقنية البصريات الفائقة DRP في العالم","summary":"أعلنت TDK عن أول شاشة نظارات ذكية في العالم تستخدم مرآة البصريات الفوقية (Meta-Optic Mirror) للإسقاط المباشر على الشبكية (DRP). ويبلغ سمك العنصر العاكس المستوي فائق الرقة 150 نانومترًا، وتصل نفاذيته للضوء المرئي إلى 80%. ويمكن لهذا الحل تجنّب الأنماط الشبيهة بقوس قزح المعروفة باسم «توهج العين» التي تظهر غالبًا في شاشات الدليل الموجي، والحد من تسرّب الصورة، كما يمكن تصنيعه باستخدام عمليات تصنيع رقائق أشباه الموصلات. ولا يدعم النظام حاليًا سوى الصور أحادية اللون، فيما تعمل TDK على تطوير عرض توضيحي لشاشة كاملة الألوان، وتخطط للإنتاج الكمي في غضون السنوات القليلة المقبلة.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK تعرض أول شاشة عرض لنظارات ذكية بتقنية البصريات الفائقة DRP في العالم - Aioga أخبار الذكاء الاصطناعي","description":"أعلنت TDK عن أول شاشة نظارات ذكية في العالم تستخدم مرآة البصريات الفوقية (Meta-Optic Mirror) للإسقاط المباشر على الشبكية (DRP). ويبلغ سمك العنصر العاكس المستوي فائق الرقة 150 نانوم...","url":"https://www.aioga.com/ar/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T16:56:34.259Z"},"hi":{"title":"TDK ने दुनिया का पहला मेटा-ऑप्टिकल लेंस DRP स्मार्ट ग्लासेस डिस्प्ले प्रदर्शित किया","summary":"TDK ने超构光学镜（Meta-Optic Mirror）का उपयोग करने वाला दुनिया का पहला प्रत्यक्ष रेटिना प्रक्षेपण (DRP) स्मार्ट चश्मा डिस्प्ले जारी किया है। यह अति-पतला समतल परावर्तक तत्व 150 नैनोमीटर मोटा है और दृश्य प्रकाश का 80% पार होने देता है। यह समाधान वेवगाइड डिस्प्ले में आम इंद्रधनुष जैसे \"आंखों के चमकने\" वाले पैटर्न से बच सकता है और छवि के रिसाव को कम कर सकता है। इसे सेमीकंडक्टर वेफर प्रक्रिया से बनाया जा सकता है। मौजूदा सिस्टम केवल मोनोक्रोम छवियों को सपोर्ट करता है। TDK पूर्ण-रंगीन डिस्प्ले का प्रदर्शन तैयार कर रहा है और आने वाले कुछ वर्षों में बड़े पैमाने पर उत्पादन शुरू करने की योजना बना रहा है।","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK ने दुनिया का पहला मेटा-ऑप्टिकल लेंस DRP स्मार्ट ग्लासेस डिस्प्ले प्रदर्शित किया - Aioga AI समाचार","description":"TDK ने超构光学镜（Meta-Optic Mirror）का उपयोग करने वाला दुनिया का पहला प्रत्यक्ष रेटिना प्रक्षेपण (DRP) स्मार्ट चश्मा डिस्प्ले जारी किया है। यह अति-पतला समतल परावर्तक तत्व 150 नैनोमीटर मो...","url":"https://www.aioga.com/hi/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T17:01:51.047Z"},"it":{"title":"TDK presenta il primo schermo per occhiali intelligenti al mondo con ottica metamateriale DRP","summary":"TDK ha presentato il primo display al mondo per occhiali intelligenti basato sulla proiezione diretta sulla retina (DRP) con uno specchio a ottica metamateriale (Meta-Optic Mirror). Questo elemento riflettente planare ultrasottile ha uno spessore di 150 nanometri e una trasmittanza della luce visibile dell’80%. La soluzione può evitare i comuni motivi arcobaleno di «occhi luminosi» dei display a guida d’onda e ridurre la dispersione delle immagini; inoltre, può essere prodotta mediante processi per wafer a semiconduttore. Il sistema attuale supporta solo immagini monocromatiche; TDK sta portando avanti dimostrazioni di display a colori e prevede di avviare la produzione di massa nei prossimi anni.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK presenta il primo schermo per occhiali intelligenti al mondo con ottica metamateriale DRP - Aioga Notizie IA","description":"TDK ha presentato il primo display al mondo per occhiali intelligenti basato sulla proiezione diretta sulla retina (DRP) con uno specchio a ottica metamateriale (Meta-Optic Mirror)...","url":"https://www.aioga.com/it/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T17:01:50.290Z"},"nl":{"title":"TDK presenteert 's werelds eerste superstructurele optische lens DRP slimme brillendisplay","summary":"TDK heeft 's werelds eerste directe netvliesprojectie (DRP) slimme brillendisplay gelanceerd met een meta-optische spiegel (Meta-Optic Mirror). Dit ultradunne platte reflecterende element is 150 nanometer dik en heeft een zichtbaarlichtdoorlatendheid van 80%. Deze oplossing kan het veelvoorkomende regenboogachtige \"oogverlichting\"-patroon van golflengtegeleide displays vermijden en beeldlekken verminderen, en kan worden vervaardigd met behulp van halfgeleider-wafeltechnologie. Het huidige systeem ondersteunt alleen monochrome beelden, maar TDK werkt aan een demonstratie van full-color weergave en plant productie op grote schaal in de komende jaren.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK presenteert 's werelds eerste superstructurele optische lens DRP slimme brillendisplay - Aioga AI-nieuws","description":"TDK heeft 's werelds eerste directe netvliesprojectie (DRP) slimme brillendisplay gelanceerd met een meta-optische spiegel (Meta-Optic Mirror). Dit ultradunne platte reflecterende...","url":"https://www.aioga.com/nl/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T17:01:56.820Z"},"tr":{"title":"TDK, dünyanın ilk metamaterial optik lensi DRP akıllı gözlük ekranını sergiledi","summary":"TDK, Meta-Optic Mirror (Meta-Optic Mirror) ile donatılmış doğrudan retina projeksiyonu (DRP) akıllı gözlük ekranını piyasaya sürdü. Bu ultra ince düzlemsel yansıtıcı elemanın kalınlığı 150 nanometre olup, görünür ışık geçirgenliği %80’e ulaşmaktadır. Bu çözüm, dalga kılavuzu ekranlarda sık görülen gökkuşağı biçimindeki \"gözbebeği parlaması\" desenlerini önleyebilir ve görüntü sızıntısını azaltabilir, ayrıca yarı iletken wafer teknolojisi ile üretilebilir. Mevcut sistem yalnızca tek renkli görüntüyü desteklemektedir; TDK, tam renkli gösterim üzerinde çalışmakta ve önümüzdeki yıllarda seri üretim planlamaktadır.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK, dünyanın ilk metamaterial optik lensi DRP akıllı gözlük ekranını sergiledi - Aioga AI Haberleri","description":"TDK, Meta-Optic Mirror (Meta-Optic Mirror) ile donatılmış doğrudan retina projeksiyonu (DRP) akıllı gözlük ekranını piyasaya sürdü. Bu ultra ince düzlemsel yansıtıcı elemanın kalın...","url":"https://www.aioga.com/tr/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T17:07:20.492Z"},"vi":{"title":"TDK trưng bày màn hình kính thông minh DRP với ống kính quang học siêu cấu trúc đầu tiên trên thế giới","summary":"TDK ra mắt màn hình kính thông minh chiếu trực tiếp lên võng mạc (DRP) đầu tiên trên thế giới sử dụng gương quang học siêu cấu trúc (Meta-Optic Mirror). Phần tử phản xạ phẳng siêu mỏng này chỉ dày 150 nanomet và có độ truyền qua ánh sáng khả kiến lên tới 80%. Giải pháp này có thể tránh hiện tượng hình ảnh “mắt phát sáng” dạng cầu vồng thường gặp ở màn hình ống dẫn sóng, đồng thời giảm rò rỉ hình ảnh; ngoài ra, nó có thể được sản xuất bằng quy trình chế tạo wafer bán dẫn. Hệ thống hiện chỉ hỗ trợ hình ảnh đơn sắc, và TDK đang thúc đẩy việc trình diễn màn hình全彩, với kế hoạch sản xuất hàng loạt trong vài năm tới.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK trưng bày màn hình kính thông minh DRP với ống kính quang học siêu cấu trúc đầu tiên trên thế giới - Tin tức AI Aioga","description":"TDK ra mắt màn hình kính thông minh chiếu trực tiếp lên võng mạc (DRP) đầu tiên trên thế giới sử dụng gương quang học siêu cấu trúc (Meta-Optic Mirror). Phần tử phản xạ phẳng siêu...","url":"https://www.aioga.com/vi/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T17:07:52.920Z"},"id":{"title":"TDK Menampilkan Layar Kacamata Pintar DRP Optik Metamaterial Pertama di Dunia","summary":"TDK telah meluncurkan layar kacamata pintar Direct Retinal Projection (DRP) global pertama yang menggunakan Cermin Optik Meta (Meta-Optic Mirror). Komponen refleksi datar ultra-tipis ini setebal 150 nanometer, dengan transmisivitas cahaya tampak mencapai 80%. Solusi ini dapat menghindari pola \"cahaya mata pelangi\" yang umum pada tampilan pandu gelombang dan mengurangi kebocoran gambar, serta dapat diproduksi menggunakan teknologi wafer semikonduktor. Sistem saat ini hanya mendukung gambar monokrom, TDK sedang mendorong demonstrasi tampilan warna penuh, dan berencana untuk memproduksi massal dalam beberapa tahun mendatang.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK Menampilkan Layar Kacamata Pintar DRP Optik Metamaterial Pertama di Dunia - Berita AI Aioga","description":"TDK telah meluncurkan layar kacamata pintar Direct Retinal Projection (DRP) global pertama yang menggunakan Cermin Optik Meta (Meta-Optic Mirror). Komponen refleksi datar ultra-tip...","url":"https://www.aioga.com/id/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T17:07:19.194Z"},"th":{"title":"TDK แสดงตัวอย่างแว่นตาอัจฉริยะ DRP พร้อมจอแสดงผลออปติกส์เมตาโลสโคปิกตัวแรกของโลก","summary":"TDK เปิดตัวหน้าจอแสดงผลแว่นตาอัจฉริยะแบบฉายตรงบนเรตินา (DRP) รุ่นแรกของโลกที่ใช้กระจกออปติกเมตา (Meta-Optic Mirror) องค์ประกอบสะท้อนแบนบางพิเศษนี้หนาเพียง 150 นาโนเมตร มีค่าการส่งผ่านแสงในช่วงสเปกตรัมที่ตามองเห็นได้ถึง 80% โซลูชันนี้ช่วยหลีกเลี่ยงลวดลาย \"แสงจากตา\" แบบรุ้งที่พบได้บ่อยในจอแสดงผลแบบ waveguide และลดการรั่วไหลของภาพ อีกทั้งสามารถผลิตได้ด้วยกระบวนการเวเฟอร์เซมิคอนดักเตอร์ ปัจจุบันระบบรองรับเพียงภาพขาวดำ TDK กำลังดำเนินการสาธิตการแสดงผลแบบสีเต็มและวางแผนจะผลิตในเชิงพาณิชย์ในอีกไม่กี่ปีข้างหน้า","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK แสดงตัวอย่างแว่นตาอัจฉริยะ DRP พร้อมจอแสดงผลออปติกส์เมตาโลสโคปิกตัวแรกของโลก - ข่าว AI Aioga","description":"TDK เปิดตัวหน้าจอแสดงผลแว่นตาอัจฉริยะแบบฉายตรงบนเรตินา (DRP) รุ่นแรกของโลกที่ใช้กระจกออปติกเมตา (Meta-Optic Mirror) องค์ประกอบสะท้อนแบนบางพิเศษนี้หนาเพียง 150 นาโนเมตร มีค่าการส่งผ...","url":"https://www.aioga.com/th/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T17:13:04.307Z"},"pl":{"title":"TDK prezentuje pierwszy na świecie wyświetlacz do inteligentnych okularów z optyką metastrukturalną DRP","summary":"TDK wprowadziło na rynek pierwszy na świecie wyświetlacz do inteligentnych okularów z bezpośrednią projekcją na siatkówkę (DRP) wykorzystujący ultrakonstruowaną optyczną soczewkę (Meta-Optic Mirror). Ten ultracienki, płaski element refleksyjny ma grubość 150 nanometrów i przepuszczalność światła widzialnego sięgającą 80%. Rozwiązanie to pozwala uniknąć typowych dla wyświetlaczy w technologii falowodowej tęczowych wzorów „świecących oczu” i zmniejsza przeciekanie obrazu, a produkcja możliwa jest przy użyciu technologii półprzewodnikowej. Obecny system obsługuje tylko obrazy monochromatyczne, TDK prowadzi prace nad demonstracją wyświetlania pełnokolorowego i planuje rozpoczęcie masowej produkcji w nadchodzących latach.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"TDK prezentuje pierwszy na świecie wyświetlacz do inteligentnych okularów z optyką metastrukturalną DRP - Aioga Wiadomości AI","description":"TDK wprowadziło na rynek pierwszy na świecie wyświetlacz do inteligentnych okularów z bezpośrednią projekcją na siatkówkę (DRP) wykorzystujący ultrakonstruowaną optyczną soczewkę (...","url":"https://www.aioga.com/pl/news/gxv0bihdnw86ywxzc2fe8pkbe/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"109b2a866d66a3ea","translatedAt":"2026-10-03T17:13:10.199Z"}},"evidenceTier":"verified-news","reviewStatus":"automated-ingest","indexable":true,"editorialCover":""}}