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Sandy Bridge je kódové označení pro mikroa … Sandy Bridge je kódové označení pro mikroarchitekturu procesorů, které vyvíjí firma Intel. Vývoj byl zahájen v roce 2005 s cílem vytvořit mikroprocesory 32nm výrobním procesem. Vývoj začal pod pracovním názvem „Gesher“ (hebrejsky most), později byl produkt přejmenován na Sandy Bridge a první procesory z této rodiny byly vydány 9. ledna 2011. Sandy Bridge na trhu nahradil starší, 45nm procesory Nehalem, a jeho nástupcem jsou 22nm procesory s kódovým označením Ivy Bridge. procesory s kódovým označením Ivy Bridge.
, Sandy Bridge – mikroarchitektura procesoró … Sandy Bridge – mikroarchitektura procesorów firmy Intel pierwotnie w wymiarze 32 nm, która zastąpiła architekturę Nehalem. Stosowana w procesorach firmy Intel z rodziny Intel Core i3, i5, i7 z serii 2000 np. Intel Core i7 2600K. Wprowadza instrukcje AVX oraz sprzętową akcelerację kodowania dla kodeków H.264, i MPEG-2 za pomocą technologii Intel Quick Sync Video.Istnieje również wersja high-endowa Sandy Bridge-E (E pochodzi od wyrazu ang. Enterprise) np. Intel Core i7 3930K. ang. Enterprise) np. Intel Core i7 3930K.
, Sandy Bridge，或简称SNB（英特尔官方简称）或沙橋（中国大陆的网友或玩家 … Sandy Bridge，或简称SNB（英特尔官方简称）或沙橋（中国大陆的网友或玩家一般使用的简称），是Intel研發的中央處理器微架構之代號，2005年開始研發，是為Intel Nehalem微架構的繼任者。2009年Intel公開展示使用Sandy Bridge微架構的處理器樣品，2011年1月正式發布，仍然使用Intel Core系列處理器作為首發產品。Sandy Bridge微架構的處理器均使用32納米平面雙柵極電晶體的製程。依照Intel的『Tick-Tock』策略，繼任的Intel Ivy Bridge微架構是Intel Sandy Bridge微架構的製程改進版。Intel Ivy Bridge使用22納米3D三柵極電晶體製程。2011年第四季度Intel展示使用Ivy Bridge微架構的處理器樣品，並宣布於2012年中期陸續發布基於Ivy Bridge微架構的處理器。的處理器樣品，並宣布於2012年中期陸續發布基於Ivy Bridge微架構的處理器。
, ساندي بريدج هو الاسم الذي يطلق على معالجات … ساندي بريدج هو الاسم الذي يطلق على معالجات انتل x86 من الجيل الثاني، التي بدأ إنتاجها بعد معالجات نيهالم.طبعت هذه المعالجات ضوئيا على قياس 22 و32 نانومتر وبدأ تسويقها في يناير 2011.استخدم في هندسة هذه المعالجات تكنلوجيا جديدة معتمدة على عمليات اتجاهية جديدة من نوع " Advanced Vector Extensions" بعد تبديل عمليات "Streaming SIMD Extensions" المستخدمة سابقا.treaming SIMD Extensions" المستخدمة سابقا.
, Sandy Bridge (precedentemente conosciuta c … Sandy Bridge (precedentemente conosciuta come Gesher) è il nome in codice dell'architettura x86 di decima generazione sviluppata da Intel per i propri microprocessori andando a succedere all'architettura di nona generazione Nehalem, anzi alla sua evoluzione a 32 nm Westmere. Questa architettura ha debuttato il 9 gennaio 2011. Il nome "Gesher" venne abbandonato il 17 aprile 2007 perché si trattava del nome di un partito politico israeliano; questa nuova architettura infatti, al pari di quanto avvenuto per l'architettura di ottava generazione arrivata sul mercato a metà 2006 e conosciuta come Intel Core Microarchitecture, è in sviluppo presso il centro Intel situato ad Haifa in Israele, a differenza di quanto avvenuto per le architetture di nona e undicesima generazione, rispettivamente Nehalem e Haswell, sviluppate presso il centro Intel situato a Hillsboro in Oregon, negli Stati Uniti. a Hillsboro in Oregon, negli Stati Uniti.
, Sandy Bridge is the codename for Intel's 3 … Sandy Bridge is the codename for Intel's 32 nm microarchitecture used in the second generation of the Intel Core processors (Core i7, i5, i3). The Sandy Bridge microarchitecture is the successor to Nehalem and Westmere microarchitecture. Intel demonstrated a Sandy Bridge processor in 2009, and released first products based on the architecture in January 2011 under the Core brand. Sandy Bridge is manufactured in the 32 nm process and has a soldered contact with the die and IHS (Integrated Heat Spreader), while Intel's subsequent generation Ivy Bridge uses a 22 nm die shrink and a TIM (Thermal Interface Material) between the die and the IHS.ace Material) between the die and the IHS.
, A tecnologia Intel de processadores Intel … A tecnologia Intel de processadores Intel Sandy Bridge foi chamada de segunda geração da familía Intel Core. A Intel foi capaz de alcançar com a nova arquitetura em base de 32 nanômetros e melhorias significativas na eficiência energética. O novo Vector Extensions Avançado (AVX) está em aplicativos de ponto flutuante (FPU) que prevêem um processamento mais rápido de instruções. As instruções AES que ensinam a criptografia correspondente a um aumento significativo na performance, não estão incluídas em todos os processadores Sandy Bridge. Só oferecem Core i5 e i7 esta unidade, que é apoiada por exemplo, TrueCrypt 7.0a. Core i3 e Pentium não possuem.Todos os processadores Sandy Bridge tem um núcleo gráfico integrado, que é equipado com doze threads, dependendo do CPU ou GPU e seis unidades. A solução para jogos exigentes, mas não energia suficiente. Os modelos K podem ser facilmente melhorados graças a o livre multiplicador de overclocking. Dada a função boost-turbo integrada é provável que essa propriedade para a maioria dos usuários, não desempenham um papel importante. S e T-35 variantes são, respectivamente, com 65 watts em comparação com os modelos padrão com 95 watts de energia mais eficiente. A Intel tem feito mudanças técnicas nos âmbito dos núcleos de unidade central de processamento com isso ganhamos um desempenho considerável. Com sandy bridge a Intel incorporou a unidade de processamento gráfico para o silício mesmo que os núcleos da unidade central de processamento. A GPU se comunica com os núcleos por barramentos em anel de alta velocidade e este GPU é compatível com Microsoft directx 10.1 tambem mais rápido que o anterior gráfico integrador da Intel.ue o anterior gráfico integrador da Intel.
, Sandy Bridge — мікроархітектура процесорів … Sandy Bridge — мікроархітектура процесорів, розроблена фірмою Intel. Заснована на технологічному процесі. Анонсована 3 січня 2011 року. Процесори цієї архітектури продаються на ринку під торговими марками Core i7/Core i5/Core i3/Pentium/Celeron. Перший дизайн ядер на основі цієї архітектури представляє поєднання CPU з частотою до 3,5 ГГц, що має 2—4 ядра і високопродуктивного GPU з частотою до 1,35 ГГц (Intel HD Graphics 2000, для K серії — HD Graphics 3000), також у чип інтегрований північний міст набору системної логіки (контролер PCI Express 2.0 і двоканальний контролер пам'яті стандарту DDR3 SDRAM з частотою до 1333 МГц).Кожне ядро має по 256 КБ кешу другого рівня і до 8 МБ об'єднаного кешу третього рівня.Процесор розташований на одній кремнієвій підкладці площею 216 мм².Енергоспоживання даного дизайну не виходить за межі 130 Вт для топових моделей.ходить за межі 130 Вт для топових моделей.
, Sandy Bridge (можно перевести как «песочны … Sandy Bridge (можно перевести как «песочный мост») — микроархитектура центральных процессоров, разработанная фирмой Intel. Основана на 32-нм технологическом процессе, содержит встроенный видеоускоритель. Анонсирована 3 января 2011 года. Процессоры этой архитектуры продаются на рынке под торговыми марками Core i7/Core i5/Core i3/Pentium/Celeron. Первый дизайн ядер на основе этой архитектуры представляет сочетание CPU с частотой до 3,5 ГГц, обладающего 2-4 ядрами и высокопроизводительного GPU с частотой до 1,35 ГГц (Intel HD Graphics 2000, для K серии — HD Graphics 3000), также в чип интегрирован северный мост набора системной логики (контроллер PCI Express 2.0 и двухканальный контроллер памяти стандарта DDR3 SDRAM с частотой до 1333 МГц).Каждое ядро имеет по 256 КБ кэша второго уровня и до 8 МБ объединённого кэша третьего уровня.Процессор, графика, кэш-память и контроллеры выполнены на единой кремниевой подложке площадью 216 мм².Энергопотребление данного дизайна не выходит за пределы 130 Вт для топовых моделей. До конца 2011 года Intel планировал перевести процессоры всех ценовых сегментов на архитектуру Sandy Bridge.вых сегментов на архитектуру Sandy Bridge.
, Sandy Bridge es el nombre en clave de una microarquitectura para microprocesadores desarrollada por Intel como sucesora de Westmere. Llamada también la segunda generación.
, Sandy Bridge és una microarquitectura per … Sandy Bridge és una microarquitectura per microprocessadors desenvolupada per Intel com a successora de . Sandy Bridge està fabricat en una arquitectura de 32 nanòmetres, igual que . Intel mostrar per primera vegada un processador Sandy Bridge a 2009, i va treure al mercat el seu primer producte el gener de 2011 basat en aquesta microarquitectura.e 2011 basat en aquesta microarquitectura.
, Sandy Bridgeマイクロアーキテクチャ（サンディブリッジ マイクロアーキテク … Sandy Bridgeマイクロアーキテクチャ（サンディブリッジ マイクロアーキテクチャ）とは、インテルによって開発されたNehalemマイクロアーキテクチャに継ぐマイクロプロセッサのマイクロアーキテクチャであり、第二世代Coreプロセッサーとして製品化されている。第二世代Coreプロセッサーという言葉は、IntelがSandy Bridgeマイクロアーキテクチャで初めて用いた言葉であり、CoreマイクロアーキテクチャとNehalemマイクロアーキテクチャのCoreブランドのプロセッサは、前世代Coreプロセッサーと定義している。このことから、AVX命令セットの追加が第二世代Coreプロセッサーの定義だと推定される。特にCore ixプロセッサの世代を区別する場合は、Sandy Bridgeマイクロアーキテクチャを第二世代Core ixプロセッサー、Nehalemマイクロアーキテクチャを前世代Core ixプロセッサーと区別している。Xeon、第二世代Core i7、第二世代Core i5、第二世代Core i3、Pentium、Celeronのブランドで商品提供している。第二世代Core i3、Pentium、Celeronのブランドで商品提供している。
, Sandy Bridge, voorheen , is de codenaam vo … Sandy Bridge, voorheen , is de codenaam voor een microarchitectuur van processors die ontwikkeld is door Intel als opvolger van Nehalem. De processor werd gebaseerd op de 32 nm-transistors. De ontwikkeling begon in 2005 op het in Haifa. De processors worden verkocht als de tweede generatie Core I-serie en werden aangekondigd op 3 januari 2011. Vanaf 9 januari zijn ze verkrijgbaar, afhankelijk van het marktsegment.ijgbaar, afhankelijk van het marktsegment.
, Die Intel-Sandy-Bridge-Mikroarchitektur is … Die Intel-Sandy-Bridge-Mikroarchitektur ist eine von Intel entwickelte Mikroarchitektur, auf deren Basis erste Modelle im Januar 2011 vorgestellt wurden. „Sandy Bridge“ basiert teilweise auf den Vorgängerarchitekturen „Core“ und „Westmere“, wobei einige Elemente noch aus der Netburst-Architektur stammen. Intel selbst verweist auf Sandy-Bridge-Prozessoren als „2nd Generation Intel Core Processors“ und auf Ivy-Bridge-Prozessoren als „3rd Generation Intel Core Processors“.ls „3rd Generation Intel Core Processors“.
, Sandy Bridge est la microarchitecture de p … Sandy Bridge est la microarchitecture de processeurs x86 d’Intel qui succède à Nehalem. Elle se décline en deux familles de processeurs ci-après détaillées : Sandy Bridge et Ivy Bridge. Les processeurs utilisant cette architecture sont gravés en 32 nm ou en 22 nm, et sont commercialisés depuis janvier 2011. Malgré la finesse accrue, le procédé de gravure reste le même que pour tous les microprocesseurs Intel depuis Penryn (utilisation d'oxyde d'hafnium comme isolant au sein des transistors des processeurs). À noter qu'un nouveau type de transistor supposé plus efficace est utilisé pour les processeurs de la famille Ivy Bridge (lire ci-après). De nouvelles fonctions d'opérations vectorielles Advanced Vector Extensions, ou AVX, sont présentes afin d'améliorer et remplacer les Streaming SIMD Extensions (cette version travaille sur les nombres à virgule flottante tandis que AVX2, prévue pour la microarchitecture suivante (Haswell) travaillera sur les nombres entiers). La technologie Intel Quick Sync Video, consistant à accélérer le décodage/encodage vidéo à l'aide d'un circuit dédié, fait son apparition sur certains processeurs Sandy Bridge. Les formats H.264/MPEG-4 AVC, VC-1 et MPEG-2 sont pris en charge. Enfin deux technologies intégrées sur certains modèles font polémique :
* Anti-Theft 3.0 permet de désactiver l'ordinateur à distance même si l'OS est réinstallé et l'ordinateur est éteint, via une connexion Ethernet, Wi-Fi ou même 3G. En revanche, le contenu du disque dur est préservé, l'ordinateur pourra être débloqué et les données resteront intactes. vPro quant à lui permet de gérer le disque dur indépendamment du système d'exploitation, et possiblement d'effacer les données d'un disque dur à distance.
* Insider, un système de protection de contenu (dans la lignée de HDCP également élaboré par Intel) qui pourra être requis pour visionner des films haute définition (1080p) en streaming. Sans oublier que certains modèles profiteront de la technologie Trusted Execution Technology (TXT) déjà intégrée dans des processeurs plus anciens.ntégrée dans des processeurs plus anciens.
, 샌디브리지(영어: Sandy Bridge)는 인텔의 중앙 처리 장치이자 상표이다.
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Sandy Bridge is the codename for Intel's 3 … Sandy Bridge is the codename for Intel's 32 nm microarchitecture used in the second generation of the Intel Core processors (Core i7, i5, i3). The Sandy Bridge microarchitecture is the successor to Nehalem and Westmere microarchitecture. Intel demonstrated a Sandy Bridge processor in 2009, and released first products based on the architecture in January 2011 under the Core brand.ture in January 2011 under the Core brand.
, 샌디브리지(영어: Sandy Bridge)는 인텔의 중앙 처리 장치이자 상표이다.
, Die Intel-Sandy-Bridge-Mikroarchitektur is … Die Intel-Sandy-Bridge-Mikroarchitektur ist eine von Intel entwickelte Mikroarchitektur, auf deren Basis erste Modelle im Januar 2011 vorgestellt wurden. „Sandy Bridge“ basiert teilweise auf den Vorgängerarchitekturen „Core“ und „Westmere“, wobei einige Elemente noch aus der Netburst-Architektur stammen. Intel selbst verweist auf Sandy-Bridge-Prozessoren als „2nd Generation Intel Core Processors“ und auf Ivy-Bridge-Prozessoren als „3rd Generation Intel Core Processors“.ls „3rd Generation Intel Core Processors“.
, Sandy Bridge es el nombre en clave de una microarquitectura para microprocesadores desarrollada por Intel como sucesora de Westmere. Llamada también la segunda generación.
, Sandy Bridge, voorheen , is de codenaam vo … Sandy Bridge, voorheen , is de codenaam voor een microarchitectuur van processors die ontwikkeld is door Intel als opvolger van Nehalem. De processor werd gebaseerd op de 32 nm-transistors. De ontwikkeling begon in 2005 op het in Haifa. De processors worden verkocht als de tweede generatie Core I-serie en werden aangekondigd op 3 januari 2011. Vanaf 9 januari zijn ze verkrijgbaar, afhankelijk van het marktsegment.ijgbaar, afhankelijk van het marktsegment.
, Sandy Bridge és una microarquitectura per … Sandy Bridge és una microarquitectura per microprocessadors desenvolupada per Intel com a successora de . Sandy Bridge està fabricat en una arquitectura de 32 nanòmetres, igual que . Intel mostrar per primera vegada un processador Sandy Bridge a 2009, i va treure al mercat el seu primer producte el gener de 2011 basat en aquesta microarquitectura.e 2011 basat en aquesta microarquitectura.
, Sandy Bridge est la microarchitecture de p … Sandy Bridge est la microarchitecture de processeurs x86 d’Intel qui succède à Nehalem. Elle se décline en deux familles de processeurs ci-après détaillées : Sandy Bridge et Ivy Bridge. Les processeurs utilisant cette architecture sont gravés en 32 nm ou en 22 nm, et sont commercialisés depuis janvier 2011. Malgré la finesse accrue, le procédé de gravure reste le même que pour tous les microprocesseurs Intel depuis Penryn (utilisation d'oxyde d'hafnium comme isolant au sein des transistors des processeurs). À noter qu'un nouveau type de transistor supposé plus efficace est utilisé pour les processeurs de la famille Ivy Bridge (lire ci-après). de la famille Ivy Bridge (lire ci-après).
, Sandy Bridge – mikroarchitektura procesoró … Sandy Bridge – mikroarchitektura procesorów firmy Intel pierwotnie w wymiarze 32 nm, która zastąpiła architekturę Nehalem. Stosowana w procesorach firmy Intel z rodziny Intel Core i3, i5, i7 z serii 2000 np. Intel Core i7 2600K. Wprowadza instrukcje AVX oraz sprzętową akcelerację kodowania dla kodeków H.264, i MPEG-2 za pomocą technologii Intel Quick Sync Video.Istnieje również wersja high-endowa Sandy Bridge-E (E pochodzi od wyrazu ang. Enterprise) np. Intel Core i7 3930K. ang. Enterprise) np. Intel Core i7 3930K.
, Sandy Bridge (precedentemente conosciuta c … Sandy Bridge (precedentemente conosciuta come Gesher) è il nome in codice dell'architettura x86 di decima generazione sviluppata da Intel per i propri microprocessori andando a succedere all'architettura di nona generazione Nehalem, anzi alla sua evoluzione a 32 nm Westmere. Questa architettura ha debuttato il 9 gennaio 2011.chitettura ha debuttato il 9 gennaio 2011.
, Sandy Bridge，或简称SNB（英特尔官方简称）或沙橋（中国大陆的网友或玩家 … Sandy Bridge，或简称SNB（英特尔官方简称）或沙橋（中国大陆的网友或玩家一般使用的简称），是Intel研發的中央處理器微架構之代號，2005年開始研發，是為Intel Nehalem微架構的繼任者。2009年Intel公開展示使用Sandy Bridge微架構的處理器樣品，2011年1月正式發布，仍然使用Intel Core系列處理器作為首發產品。Sandy Bridge微架構的處理器均使用32納米平面雙柵極電晶體的製程。依照Intel的『Tick-Tock』策略，繼任的Intel Ivy Bridge微架構是Intel Sandy Bridge微架構的製程改進版。Intel Ivy Bridge使用22納米3D三柵極電晶體製程。2011年第四季度Intel展示使用Ivy Bridge微架構的處理器樣品，並宣布於2012年中期陸續發布基於Ivy Bridge微架構的處理器。的處理器樣品，並宣布於2012年中期陸續發布基於Ivy Bridge微架構的處理器。
, Sandy Bridge (можно перевести как «песочны … Sandy Bridge (можно перевести как «песочный мост») — микроархитектура центральных процессоров, разработанная фирмой Intel. Основана на 32-нм технологическом процессе, содержит встроенный видеоускоритель. Анонсирована 3 января 2011 года. Процессоры этой архитектуры продаются на рынке под торговыми марками Core i7/Core i5/Core i3/Pentium/Celeron. До конца 2011 года Intel планировал перевести процессоры всех ценовых сегментов на архитектуру Sandy Bridge.вых сегментов на архитектуру Sandy Bridge.
, Sandy Bridgeマイクロアーキテクチャ（サンディブリッジ マイクロアーキテク … Sandy Bridgeマイクロアーキテクチャ（サンディブリッジ マイクロアーキテクチャ）とは、インテルによって開発されたNehalemマイクロアーキテクチャに継ぐマイクロプロセッサのマイクロアーキテクチャであり、第二世代Coreプロセッサーとして製品化されている。第二世代Coreプロセッサーという言葉は、IntelがSandy Bridgeマイクロアーキテクチャで初めて用いた言葉であり、CoreマイクロアーキテクチャとNehalemマイクロアーキテクチャのCoreブランドのプロセッサは、前世代Coreプロセッサーと定義している。このことから、AVX命令セットの追加が第二世代Coreプロセッサーの定義だと推定される。特にCore ixプロセッサの世代を区別する場合は、Sandy Bridgeマイクロアーキテクチャを第二世代Core ixプロセッサー、Nehalemマイクロアーキテクチャを前世代Core ixプロセッサーと区別している。Xeon、第二世代Core i7、第二世代Core i5、第二世代Core i3、Pentium、Celeronのブランドで商品提供している。第二世代Core i3、Pentium、Celeronのブランドで商品提供している。
, A tecnologia Intel de processadores Intel … A tecnologia Intel de processadores Intel Sandy Bridge foi chamada de segunda geração da familía Intel Core. A Intel foi capaz de alcançar com a nova arquitetura em base de 32 nanômetros e melhorias significativas na eficiência energética. O novo Vector Extensions Avançado (AVX) está em aplicativos de ponto flutuante (FPU) que prevêem um processamento mais rápido de instruções. As instruções AES que ensinam a criptografia correspondente a um aumento significativo na performance, não estão incluídas em todos os processadores Sandy Bridge. Só oferecem Core i5 e i7 esta unidade, que é apoiada por exemplo, TrueCrypt 7.0a. Core i3 e Pentium não possuem.Todos os processadores Sandy Bridge tem um núcleo gráfico integrado, que é equipado com doze threads, dependendo do CPU ou GPU e seis unidades. dependendo do CPU ou GPU e seis unidades.
, Sandy Bridge je kódové označení pro mikroa … Sandy Bridge je kódové označení pro mikroarchitekturu procesorů, které vyvíjí firma Intel. Vývoj byl zahájen v roce 2005 s cílem vytvořit mikroprocesory 32nm výrobním procesem. Vývoj začal pod pracovním názvem „Gesher“ (hebrejsky most), později byl produkt přejmenován na Sandy Bridge a první procesory z této rodiny byly vydány 9. ledna 2011. Sandy Bridge na trhu nahradil starší, 45nm procesory Nehalem, a jeho nástupcem jsou 22nm procesory s kódovým označením Ivy Bridge. procesory s kódovým označením Ivy Bridge.
, ساندي بريدج هو الاسم الذي يطلق على معالجات … ساندي بريدج هو الاسم الذي يطلق على معالجات انتل x86 من الجيل الثاني، التي بدأ إنتاجها بعد معالجات نيهالم.طبعت هذه المعالجات ضوئيا على قياس 22 و32 نانومتر وبدأ تسويقها في يناير 2011.استخدم في هندسة هذه المعالجات تكنلوجيا جديدة معتمدة على عمليات اتجاهية جديدة من نوع " Advanced Vector Extensions" بعد تبديل عمليات "Streaming SIMD Extensions" المستخدمة سابقا.treaming SIMD Extensions" المستخدمة سابقا.
, Sandy Bridge — мікроархітектура процесорів, розроблена фірмою Intel. Заснована на технологічному процесі. Анонсована 3 січня 2011 року. Процесори цієї архітектури продаються на ринку під торговими марками Core i7/Core i5/Core i3/Pentium/Celeron.
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| rdfs:label |
Sandy Bridge
, Sandy Bridgeマイクロアーキテクチャ
, 샌디브리지
, ساندي بريدج
, Intel-Sandy-Bridge-Mikroarchitektur
, Sandy Bridge微架構
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