{"@context":"https://schema.org","@type":"NewsArticle","generatedAt":"2026-10-23T11:00:43.981Z","headline":"余承东：华为已在手机、AI、智能汽车等领域量产 381 款 τ 芯片","description":"余承东透露，华为半导体已在手机、AI、通用计算、网络、智能汽车等领域成功设计并量产 381 款 τ 芯片。该系列芯片基于华为今年 5 月提出的“韬（τ）定律”，以“时间（τ）缩微”替代“几何缩微”，通过逻辑折叠等技术压缩信号传播时延。华为预计到 2031 年，基于韬定律的高端芯片晶体管密度将达到 1.4 纳米制程的同等水平。","url":"https://www.aioga.com/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","mainEntityOfPage":"https://www.aioga.com/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","datePublished":"2026-10-04T04:32:30.000Z","dateModified":"2026-10-04T04:32:30.000Z","inLanguage":"zh-CN","publisher":{"@type":"NewsMediaOrganization","name":"Aioga","url":"https://www.aioga.com"},"citation":["https://www.ithome.com/1/009/638.htm","https://aihot.news/items/jjpf1rkzxo7f0qqk2tyaxcrhx"],"canonicalUrl":"https://www.aioga.com/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","directAnswer":{"@type":"Answer","text":"余承东透露，华为半导体已在手机、AI、通用计算、网络和智能汽车等领域设计并量产381款τ芯片。相关芯片采用华为提出的“韬（τ）定律”思路，以时间缩微和逻辑折叠作为技术路径。","url":"https://www.aioga.com/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","dateCreated":"2026-10-04T04:32:30.000Z","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 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纳米制程的同等水平。","source":"IT之家","sourceUrl":"https://www.ithome.com/1/009/638.htm","aiHotUrl":"https://aihot.news/items/jjpf1rkzxo7f0qqk2tyaxcrhx","publishedAt":"2026-10-04T04:32:30.000Z","category":"行业动态","score":58,"selected":false,"articleBody":["IT之家：https://www.ithome.com/ 10 月 4 日消息，在今年 5 月的 2026 国际电路与系统研讨会上，华为公司董事、半导体业务部总裁何庭波在主旨演讲中首次提出半导体全新演进路径 ——“韬（τ）定律”。","华为常务董事、产品投资评审委员会主任、终端 BG 董事长余承东今日发布视频，透露华为半导体已经在手机、AI、通用计算、网络、智能汽车等多个领域 成功设计并量产了 381 款 τ 芯片 。","据余承东介绍，过去芯片性能提升主要依赖不断缩小的晶体管。但随着晶体管尺寸接近物理极限，性能提升越来越难。因为空间是有极限的，所以华为换了一个思路 —— 向时间要性能：https://www.ithome.com/1/009/633.htm。","具体来看，芯片完成一项任务，时间不光花在计算上，还花在数据传输和等待上。韬定律的核心思路是让数据少绕路、让计算不用等，花更少的时间完成更多的任务。","IT之家从华为官方了解到，华为韬定律提出以“时间 (τ) 缩微”替代“几何缩微”作为半导体与电子系统演进的新指导原则 —— 通过逻辑折叠等创新技术，持续压缩信号传播时延，不断提升晶体管密度，从而实现半导体与电子系统的持续演进。","华为还提出了“逻辑折叠 (LogicFolding)”等核心技术，构建了贯穿器件、电路、芯片到系统层面的多层级协同优化体系。该体系以系统性降低时间常数 τ 为目标，旨在驱动各层级性能、能效、晶体管密度的持续提升：","器件层面：通过优化晶体管和互连电阻及寄生电容，从物理底层最大限度缩微器件级时间常数 τ；","电路层面：通过逻辑折叠技术突破传统平面布局的物理边界，显著缩短关键路径的走线长度并有效降低信号传播的电阻和电容负载，实现晶体管密度和电路性能大幅提升；","芯片层面：通过“软件、架构、芯片”的全栈软硬芯协同设计，基于实际工作负载实现指令流和数据流的细粒度控制，提高系统级并行度和效率，大幅降低端到端执行时间；","系统层面：定义灵衢总线，重构计算系统互联协议，实现超节点的统一内存编址和原生内存语义，大幅降低系统通信时延。","值得一提的是，预计到 2031 年，基于韬 (τ) 定律的高端芯片晶体管密度将达到 1.4 纳米制程的同等水平：https://www.ithome.com/0/954/677.htm。","华为 Mate 90 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款 τ 芯片 这条更新来自 ithome.com，发布时间为 2026-10-04，Aioga 保留原文入口以便核验。","摘要：余承东透露，华为半导体已在手机、AI、通用计算、网络、智能汽车等领域成功设计并量产 381 款 τ 芯片。该系列芯片基于华为今年 5 月提出的“韬（τ）定律”，以“时间（τ）缩微”替代“几何缩微”，通过逻辑折叠等技术压缩信号传播时延。华为预计到 2031 年，基于韬定律的高端芯片晶体管密度将达到 1.4 纳米制程的同等水平。","背景：华为在今年5月的国际电路与系统研讨会上提出“韬（τ）定律”，主张以“时间缩微”替代“几何缩微”，通过减少数据传输与等待时间提升系统表现。华为预计到2031年，相关高端芯片的晶体管密度将达到1.4纳米制程的同等水平。","Aioga 观察：Aioga 判断：这则信息的重点不只在于381款量产芯片，也在于华为试图以时间常数、逻辑折叠和跨层级协同优化重新表述芯片演进路径。其长期技术效果仍需更多公开指标和产品验证支撑。","影响与后续：可能影响：若相关技术持续落地，芯片评价维度可能更加关注数据传输、等待时间、能效与系统协同，而不只看几何制程。不代表“时间缩微”已经替代传统制程，现有材料也不足以判断其商业影响范围。 后续观察：应关注华为是否披露381款τ芯片的具体型号、应用产品、量产时间和性能数据，并核对逻辑折叠在器件、电路、芯片及系统层面的实际指标，以及2031年相关预期的推进情况。"]},"en":{"title":"Yu Chengdong: Huawei has mass-produced 381 τ chips in smartphones, AI, smart cars, and other fields","summary":"Yu Chengdong revealed that Huawei Semiconductor has successfully designed and mass-produced 381 τ chips in fields such as smartphones, AI, general computing, networking, and smart vehicles. This series of chips is based on Huawei's \"Tao (τ) Law\" proposed in May this year, replacing \"geometric micrometry\" with \"time (τ) microsampling,\" and compressing signal propagation delay through technologies such as logical folding. Huawei expects that by 2031, the transistor density of high-end chips based on Tao Law will reach the same level as the 1.4-nanometer process.","category":"Industry","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei has mass-produced 381 τ chips in smartphones, AI, smart cars, and other fields - Aioga AI News","description":"Yu Chengdong revealed that Huawei Semiconductor has successfully designed and mass-produced 381 τ chips in fields such as smartphones, AI, general computing, networking, and smart...","url":"https://www.aioga.com/en/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:05.563Z"},"ja":{"title":"余承東:ファーウェイはスマートフォン、AI、スマートカーなど分野で381 τチップを大量生産しています","summary":"余承東氏は、ファーウェイ半導体がスマートフォン、AI、汎用コンピューティング、ネットワーク、スマートカーなどの分野で381 τチップの設計と量産に成功したことを明らかにしました。このシリーズのチップは、今年5月に提案されたファーウェイの「陶(τ)法則」に基づいており、「幾何学的マイクロメトリ」を「時間(τ)マイクロサンプリング」に置き換え、論理折りたたみなどの技術で信号伝播遅延を圧縮しています。ファーウェイは2031年までに、陶律に基づくハイエンドチップのトランジスタ密度が1.4ナノメートルプロセスと同じレベルに達すると予想しています。","category":"業界動向","source":"IT之家","aggregationSource":"IT之家","pageTitle":"余承東:ファーウェイはスマートフォン、AI、スマートカーなど分野で381 τチップを大量生産しています - Aioga AIニュース","description":"余承東氏は、ファーウェイ半導体がスマートフォン、AI、汎用コンピューティング、ネットワーク、スマートカーなどの分野で381 τチップの設計と量産に成功したことを明らかにしました。このシリーズのチップは、今年5月に提案されたファーウェイの「陶(τ)法則」に基づいており、「幾何学的マイクロメトリ」を「時間(τ)マイクロサンプリング」に置き換え、論理折りたたみなど...","url":"https://www.aioga.com/ja/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:05.963Z"},"ko":{"title":"유청둥: 화웨이는 스마트폰, AI, 스마트카 등 다양한 분야에서 381 τ 칩을 대량 생산했습니다","summary":"유청둥은 화웨이 세미컨덕터가 스마트폰, AI, 일반 컴퓨팅, 네트워킹, 스마트 차량 등 분야에서 381 τ 칩을 성공적으로 설계하고 대량 생산했다고 밝혔습니다. 이 칩 시리즈는 올해 5월 제안된 화웨이의 \"도(τ) 법칙\"을 기반으로 하며, \"기하학적 미세계\"를 \"시간(τ) 미세시름\"으로 대체하고, 논리적 접힘과 같은 기술을 통해 신호 전파 지연을 압축합니다. 화웨이는 2031년까지 도의 법칙 기반 고급 칩의 트랜지스터 밀도가 1.4나노미터 공정과 동등한 수준에 도달할 것으로 예상합니다.","category":"업계 동향","source":"IT之家","aggregationSource":"IT之家","pageTitle":"유청둥: 화웨이는 스마트폰, AI, 스마트카 등 다양한 분야에서 381 τ 칩을 대량 생산했습니다 - Aioga AI 뉴스","description":"유청둥은 화웨이 세미컨덕터가 스마트폰, AI, 일반 컴퓨팅, 네트워킹, 스마트 차량 등 분야에서 381 τ 칩을 성공적으로 설계하고 대량 생산했다고 밝혔습니다. 이 칩 시리즈는 올해 5월 제안된 화웨이의 \"도(τ) 법칙\"을 기반으로 하며, \"기하학적 미세계\"를 \"시간(τ) 미세시름\"으로 대체하고, 논리적 접힘과 같은 기술...","url":"https://www.aioga.com/ko/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:05.597Z"},"es":{"title":"Yu Chengdong: Huawei ha producido en masa chips de 381 τ en smartphones, IA, coches inteligentes y otros campos","summary":"Yu Chengdong reveló que Huawei Semiconductor ha diseñado y producido en masa chips de 381 τ en campos como smartphones, IA, computación general, redes y vehículos inteligentes. Esta serie de chips se basa en la \"Ley Tao (τ)\" de Huawei propuesta en mayo de este año, reemplazando la \"micrometría geométrica\" por \"micromuestreo temporal (τ)\" y comprimiendo el retardo de propagación de señales mediante tecnologías como el plegado lógico. Huawei espera que para 2031, la densidad de transistores de chips de gama alta basados en la Ley Tao alcance el mismo nivel que el proceso de 1,4 nanómetros.","category":"Industria","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei ha producido en masa chips de 381 τ en smartphones, IA, coches inteligentes y otros campos - Aioga Noticias de IA","description":"Yu Chengdong reveló que Huawei Semiconductor ha diseñado y producido en masa chips de 381 τ en campos como smartphones, IA, computación general, redes y vehículos inteligentes. Est...","url":"https://www.aioga.com/es/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:30.108Z"},"fr":{"title":"Yu Chengdong : Huawei a produit en série des puces 381 τ dans les smartphones, l’IA, les voitures intelligentes et d’autres domaines","summary":"Yu Chengdong a révélé que Huawei Semiconductor a conçu et produit en série des puces 381 τ dans des domaines tels que les smartphones, l’IA, l’informatique générale, les réseaux et les véhicules intelligents. Cette série de puces est basée sur la « loi Tao (τ) » de Huawei proposée en mai de cette année, remplaçant la « micrométrie géométrique » par le « microéchantillonnage temporel (τ) » et compressant le délai de propagation du signal grâce à des technologies telles que le pli logique. Huawei prévoit qu’en 2031, la densité de transistors des puces haut de gamme basées sur la loi de Tao atteindra le même niveau que le procédé à 1,4 nanomètre.","category":"Industrie","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong : Huawei a produit en série des puces 381 τ dans les smartphones, l’IA, les voitures intelligentes et d’autres domaines - Aioga Actualités IA","description":"Yu Chengdong a révélé que Huawei Semiconductor a conçu et produit en série des puces 381 τ dans des domaines tels que les smartphones, l’IA, l’informatique générale, les réseaux et...","url":"https://www.aioga.com/fr/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:30.150Z"},"de":{"title":"Yu Chengdong: Huawei hat 381-τ-Chips in Massenproduktion in Smartphones, KI, Smartcars und anderen Bereichen produziert","summary":"Yu Chengdong enthüllte, dass Huawei Semiconductor erfolgreich 381-τ-Chips in Bereichen wie Smartphones, KI, allgemeiner Computertechnik, Netzwerktechnik und smarten Fahrzeugen entworfen und in Serie produziert hat. Diese Chipserie basiert auf Huaweis \"Tao (τ) Gesetz\", das im Mai dieses Jahres vorgeschlagen wurde, das \"geometrische Mikrometrie\" durch \"Zeit- (τ)-Mikrosampling\" ersetzt und die Signalausbreitungsverzögerung durch Technologien wie logisches Falten komprimiert. Huawei erwartet, dass bis 2031 die Transistordichte von High-End-Chips nach dem Tao-Gesetz das gleiche Niveau wie der 1,4-Nanometer-Prozess erreichen wird.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei hat 381-τ-Chips in Massenproduktion in Smartphones, KI, Smartcars und anderen Bereichen produziert - Aioga KI-News","description":"Yu Chengdong enthüllte, dass Huawei Semiconductor erfolgreich 381-τ-Chips in Bereichen wie Smartphones, KI, allgemeiner Computertechnik, Netzwerktechnik und smarten Fahrzeugen entw...","url":"https://www.aioga.com/de/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:30.317Z"},"pt-BR":{"title":"Yu Chengdong: A Huawei produziu em massa chips de 381 τ em smartphones, IA, carros inteligentes e outros campos","summary":"Yu Chengdong revelou que a Huawei Semiconductor projetou e produziu em massa chips de 381 τ em áreas como smartphones, IA, computação geral, redes e veículos inteligentes. Esta série de chips é baseada na \"Lei Tao (τ)\" da Huawei proposta em maio deste ano, substituindo a \"micrometria geométrica\" pela \"microamostragem de tempo (τ)\" e comprimindo o atraso de propagação do sinal por meio de tecnologias como dobramento lógico. A Huawei espera que, até 2031, a densidade de transistores dos chips de alto desempenho baseados na Lei Tao atinja o mesmo nível do processo de 1,4 nanômetros.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: A Huawei produziu em massa chips de 381 τ em smartphones, IA, carros inteligentes e outros campos - Aioga Notícias de IA","description":"Yu Chengdong revelou que a Huawei Semiconductor projetou e produziu em massa chips de 381 τ em áreas como smartphones, IA, computação geral, redes e veículos inteligentes. Esta sér...","url":"https://www.aioga.com/pt-BR/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:54.426Z"},"ru":{"title":"Ю Чэндун: Huawei массово производит чипы 381 τ в смартфонах, искусственном интеллекте, умных автомобилях и других областях","summary":"Ю Чэндун раскрыл, что Huawei Semiconductor успешно разработала и массово произвела чипы 381 τ в таких областях, как смартфоны, искусственный интеллект, общие вычисления, сети и умные автомобили. Эта серия чипов основана на «Законе Дао (τ)» от Huawei, предложенном в мае этого года, который заменил «геометрическую микрометрию» на «временное (τ) микродискретирование» и сжает задержку распространения сигнала с помощью таких технологий, как логическое складывание. Huawei ожидает, что к 2031 году плотность транзисторов высокопроизводительных чипов на основе закона Дао достигнет такого же уровня, как у 1,4-нанометрового процесса.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Ю Чэндун: Huawei массово производит чипы 381 τ в смартфонах, искусственном интеллекте, умных автомобилях и других областях - Aioga Новости ИИ","description":"Ю Чэндун раскрыл, что Huawei Semiconductor успешно разработала и массово произвела чипы 381 τ в таких областях, как смартфоны, искусственный интеллект, общие вычисления, сети и умн...","url":"https://www.aioga.com/ru/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:54.666Z"},"ar":{"title":"يو تشنغدونغ: قامت هواوي بإنتاج شرائح بحجم 381 τ في الهواتف الذكية والذكاء الاصطناعي والسيارات الذكية وغيرها من المجالات","summary":"كشف يو تشنغدونغ أن شركة هواوي أشباه الموصلات نجحت في تصميم وإنتاج شرائح بحجم 381 أوهاميكات في مجالات مثل الهواتف الذكية، والذكاء الاصطناعي، والحوسبة العامة، والشبكات، والمركبات الذكية. تعتمد هذه السلسلة من الشرائح على \"قانون تاو (τ) من هواوي الذي اقترح في مايو من هذا العام، حيث استبدلت \"الميكرومترية الهندسية\" ب \"أخذ عينات دقيقة زمنية (τ)\"، وضغط تأخير انتشار الإشارة عبر تقنيات مثل الطي المنطقي. تتوقع هواوي أنه بحلول عام 2031، ستصل كثافة الترانزستورات في الشرائح عالية الجودة المبنية على قانون تاو إلى نفس مستوى عملية 1.4 نانومتر.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"يو تشنغدونغ: قامت هواوي بإنتاج شرائح بحجم 381 τ في الهواتف الذكية والذكاء الاصطناعي والسيارات الذكية وغيرها من المجالات - Aioga أخبار الذكاء الاصطناعي","description":"كشف يو تشنغدونغ أن شركة هواوي أشباه الموصلات نجحت في تصميم وإنتاج شرائح بحجم 381 أوهاميكات في مجالات مثل الهواتف الذكية، والذكاء الاصطناعي، والحوسبة العامة، والشبكات، والمركبات الذ...","url":"https://www.aioga.com/ar/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:01:54.656Z"},"hi":{"title":"यू चेंगडोंग: हुआवेई ने स्मार्टफोन, एआई, स्मार्ट कारों और अन्य क्षेत्रों में 381 τ चिप्स का बड़े पैमाने पर उत्पादन किया है","summary":"यू चेंगडोंग ने खुलासा किया कि हुआवेई सेमीकंडक्टर ने स्मार्टफोन, एआई, जनरल कंप्यूटिंग, नेटवर्किंग और स्मार्ट वाहनों जैसे क्षेत्रों में 381 τ चिप्स को सफलतापूर्वक डिजाइन और बड़े पैमाने पर उत्पादित किया है। चिप्स की यह श्रृंखला इस साल मई में प्रस्तावित हुआवेई के \"ताओ (τ) कानून\" पर आधारित है, जो \"ज्यामितीय माइक्रोमेट्री\" को \"समय (τ) माइक्रोसैंपलिंग\" के साथ बदल रही है, और तार्किक तह जैसी तकनीकों के माध्यम से सिग्नल प्रसार देरी को संपीड़ित कर रही है। हुआवेई को उम्मीद है कि 2031 तक, ताओ कानून पर आधारित हाई-एंड चिप्स का ट्रांजिस्टर घनत्व 1.4-नैनोमीटर प्रक्रिया के समान स्तर तक पहुंच जाएगा।","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"यू चेंगडोंग: हुआवेई ने स्मार्टफोन, एआई, स्मार्ट कारों और अन्य क्षेत्रों में 381 τ चिप्स का बड़े पैमाने पर उत्पादन किया है - Aioga AI समाचार","description":"यू चेंगडोंग ने खुलासा किया कि हुआवेई सेमीकंडक्टर ने स्मार्टफोन, एआई, जनरल कंप्यूटिंग, नेटवर्किंग और स्मार्ट वाहनों जैसे क्षेत्रों में 381 τ चिप्स को सफलतापूर्वक डिजाइन और बड़े पैमा...","url":"https://www.aioga.com/hi/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:02:18.213Z"},"it":{"title":"Yu Chengdong: Huawei ha prodotto in serie chip da 381 τ in smartphone, intelligenza artificiale, auto smart e altri settori","summary":"Yu Chengdong ha rivelato che Huawei Semiconductor ha progettato e prodotto in serie chip da 381 τ in settori come smartphone, IA, informatica generale, networking e veicoli intelligenti. Questa serie di chip si basa sulla \"Legge Tao (τ) di Huawei\" proposta a maggio di quest'anno, sostituendo la \"micrometria geometrica\" con \"microcampionamento a tempo (τ)\" e comprimendo il ritardo di propagazione del segnale attraverso tecnologie come il piegamento logico. Huawei prevede che entro il 2031 la densità di transistor dei chip di fascia alta basati sulla Legge Tao raggiungerà lo stesso livello del processo a 1,4 nanometri.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei ha prodotto in serie chip da 381 τ in smartphone, intelligenza artificiale, auto smart e altri settori - Aioga Notizie IA","description":"Yu Chengdong ha rivelato che Huawei Semiconductor ha progettato e prodotto in serie chip da 381 τ in settori come smartphone, IA, informatica generale, networking e veicoli intelli...","url":"https://www.aioga.com/it/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:02:18.794Z"},"nl":{"title":"Yu Chengdong: Huawei heeft 381 τ chips massaal geproduceerd in smartphones, AI, slimme auto's en andere sectoren","summary":"Yu Chengdong onthulde dat Huawei Semiconductor met succes 381 τ chips heeft ontworpen en in massaproductie heeft gemaakt op gebieden zoals smartphones, AI, algemene computers, netwerken en slimme voertuigen. Deze serie chips is gebaseerd op Huawei's \"Tao (τ) Wet\" die in mei van dit jaar werd voorgesteld, waarbij \"geometrische micrometrie\" werd vervangen door \"tijdsmicrosampling\" en de signaalpropagatievertraging wordt gecomprimeerd via technologieën zoals logisch vouwen. Huawei verwacht dat tegen 2031 de transistordichtheid van high-end chips gebaseerd op de Tao-wet hetzelfde niveau zal bereiken als het 1,4-nanometer proces.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei heeft 381 τ chips massaal geproduceerd in smartphones, AI, slimme auto's en andere sectoren - Aioga AI-nieuws","description":"Yu Chengdong onthulde dat Huawei Semiconductor met succes 381 τ chips heeft ontworpen en in massaproductie heeft gemaakt op gebieden zoals smartphones, AI, algemene computers, netw...","url":"https://www.aioga.com/nl/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:02:18.983Z"},"tr":{"title":"Yu Chengdong: Huawei akıllı telefonlar, yapay zeka, akıllı arabalar ve diğer alanlarda 381 τ çipleri seri üretime getirdi","summary":"Yu Chengdong, Huawei Semiconductor'un akıllı telefonlar, yapay zeka, genel hesaplama, ağ ve akıllı araçlar gibi alanlarda başarıyla 381 τ çipleri tasarlayıp seri üretim yaptığını açıkladı. Bu çip serisi, bu yıl Mayıs ayında önerilen Huawei'nin \"Tao (τ) Yasası\"na dayanıyor; \"geometrik mikrometri\"nin yerine \"zaman (τ) mikrosempling\" ile yer alıyor ve mantıksal katlama gibi teknolojilerle sinyal yayılım gecikmesini sıkıştırıyor. Huawei, 2031 yılına kadar Tao Yasası'na dayalı yüksek kaliteli çiplerin transistör yoğunluğunun 1,4 nanometrelik işlemle aynı seviyeye ulaşmasını bekliyor.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei akıllı telefonlar, yapay zeka, akıllı arabalar ve diğer alanlarda 381 τ çipleri seri üretime getirdi - Aioga AI Haberleri","description":"Yu Chengdong, Huawei Semiconductor'un akıllı telefonlar, yapay zeka, genel hesaplama, ağ ve akıllı araçlar gibi alanlarda başarıyla 381 τ çipleri tasarlayıp seri üretim yaptığını a...","url":"https://www.aioga.com/tr/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:02:43.046Z"},"vi":{"title":"Yu Chengdong: Huawei đã sản xuất hàng loạt chip 381 τ trong điện thoại thông minh, AI, xe thông minh và các lĩnh vực khác","summary":"Yu Chengdong tiết lộ rằng Huawei Semiconductor đã thành công trong việc thiết kế và sản xuất hàng loạt chip 381 τ trong các lĩnh vực như điện thoại thông minh, AI, máy tính thông thường, mạng và xe thông minh. Dòng chip này dựa trên \"Định luật Tao (τ)\" của Huawei được đề xuất vào tháng 5 năm nay, thay thế \"vi đo hình học\" bằng \"lấy mẫu vi mô thời gian (τ)\", và nén độ trễ truyền tín hiệu thông qua các công nghệ như gập logic. Huawei kỳ vọng đến năm 2031, mật độ transistor của các chip cao cấp dựa trên Định luật Đạo sẽ đạt mức tương đương với quy trình 1,4 nanomet.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei đã sản xuất hàng loạt chip 381 τ trong điện thoại thông minh, AI, xe thông minh và các lĩnh vực khác - Tin tức AI Aioga","description":"Yu Chengdong tiết lộ rằng Huawei Semiconductor đã thành công trong việc thiết kế và sản xuất hàng loạt chip 381 τ trong các lĩnh vực như điện thoại thông minh, AI, máy tính thông t...","url":"https://www.aioga.com/vi/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:02:42.420Z"},"id":{"title":"Yu Chengdong: Huawei telah memproduksi massal chip 381 τ di bidang smartphone, AI, mobil pintar, dan bidang lainnya","summary":"Yu Chengdong mengungkapkan bahwa Huawei Semiconductor telah berhasil merancang dan memproduksi massal chip 381 τ di bidang seperti smartphone, AI, komputasi umum, jaringan, dan kendaraan pintar. Seri chip ini didasarkan pada \"Hukum Tao (τ)\" dari Huawei yang diusulkan pada Mei tahun ini, menggantikan \"mikrometri geometris\" dengan \"mikrosampling waktu (τ),\" dan mengompresi penundaan propagasi sinyal melalui teknologi seperti pelipatan logika. Huawei memperkirakan pada tahun 2031, kepadatan transistor chip kelas atas berbasis Hukum Tao akan mencapai tingkat yang sama dengan proses 1,4-nanometer.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei telah memproduksi massal chip 381 τ di bidang smartphone, AI, mobil pintar, dan bidang lainnya - Berita AI Aioga","description":"Yu Chengdong mengungkapkan bahwa Huawei Semiconductor telah berhasil merancang dan memproduksi massal chip 381 τ di bidang seperti smartphone, AI, komputasi umum, jaringan, dan ken...","url":"https://www.aioga.com/id/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:02:42.390Z"},"th":{"title":"Yu Chengdong: Huawei ผลิตชิป 381 τ จํานวนมากในสมาร์ทโฟน, AI, รถยนต์อัจฉริยะ และสาขาอื่น ๆ","summary":"Yu Chengdong เปิดเผยว่า Huawei Semiconductor ได้ออกแบบและผลิตชิป 381 τ จํานวนมากในสาขาต่าง ๆ เช่น สมาร์ทโฟน, AI, คอมพิวเตอร์ทั่วไป, เครือข่าย และยานยนต์อัจฉริยะซีรีส์ชิปนี้อิงตาม \"กฎ Tao (τ) Law\" ของ Huawei ที่เสนอในเดือนพฤษภาคมปีนี้ โดยแทนที่ \"geometric micrometry\" ด้วย \"time (τ) microsampling\" และบีบอัดความล่าช้าในการแพร่กระจายสัญญาณด้วยเทคโนโลยีอย่าง logical foldingHuawei คาดว่าภายในปี 2031 ความหนาแน่นของทรานซิสเตอร์ของชิประดับสูงที่ใช้ Tao Law จะเทียบเท่ากับกระบวนการ 1.4 นาโนเมตร","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei ผลิตชิป 381 τ จํานวนมากในสมาร์ทโฟน, AI, รถยนต์อัจฉริยะ และสาขาอื่น ๆ - ข่าว AI Aioga","description":"Yu Chengdong เปิดเผยว่า Huawei Semiconductor ได้ออกแบบและผลิตชิป 381 τ จํานวนมากในสาขาต่าง ๆ เช่น สมาร์ทโฟน, AI, คอมพิวเตอร์ทั่วไป, เครือข่าย และยานยนต์อัจฉริยะซีรีส์ชิปนี้อิงตาม \"...","url":"https://www.aioga.com/th/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:03:06.339Z"},"pl":{"title":"Yu Chengdong: Huawei masowo produkował układy 381 τ w smartfonach, AI, inteligentnych samochodach i innych dziedzinach","summary":"Yu Chengdong ujawnił, że Huawei Semiconductor z powodzeniem zaprojektował i masowo produkował układy 381 τ w takich dziedzinach jak smartfony, sztuczna inteligencja, ogólna informatyka, sieci i inteligentne pojazdy. Ta seria układów opiera się na \"Prawie Tao (τ) Huawei\" zaproponowanym w maju tego roku, zastępującym \"mikrometrię geometryczną\" \"mikropróbkowaniem czasowym (τ)\" oraz kompresując opóźnienie propagacji sygnału za pomocą technologii takich jak logiczne składanie. Huawei przewiduje, że do 2031 roku gęstość tranzystorów wysokiej klasy układów opartych na prawie Tao osiągnie poziom procesu 1,4 nanometra.","category":"行业动态","source":"IT之家","aggregationSource":"IT之家","pageTitle":"Yu Chengdong: Huawei masowo produkował układy 381 τ w smartfonach, AI, inteligentnych samochodach i innych dziedzinach - Aioga Wiadomości AI","description":"Yu Chengdong ujawnił, że Huawei Semiconductor z powodzeniem zaprojektował i masowo produkował układy 381 τ w takich dziedzinach jak smartfony, sztuczna inteligencja, ogólna informa...","url":"https://www.aioga.com/pl/news/jjpf1rkzxo7f0qqk2tyaxcrhx/","contentTranslated":true,"translationStatus":"translated","translationRetryAt":"","translationError":"","sourceHash":"bfae147470cf0431","translatedAt":"2026-10-04T05:03:06.695Z"}},"evidenceTier":"verified-news","reviewStatus":"automated-ingest","indexable":true,"editorialCover":""}}