intelmetalgate

12High-kandmetalgatetechnologyproposedbyIntel(productionyear:2007)[26].Sourcepublication.Fig.1.1ImagesofdifferentsemiconductorNWs.(a) ...,2007年12月24日—Intel和IBM兩家公司在2007年1月相繼發表了high-k/metalgate的實用化時程，兩家公司自2007下半年到2008上半年，在量產化的45nm世代製程中將導入high-k/ ...,Intelconsidershigh-kmetal-gatetobeincontinualdevelopment,with45nmnowwell-establishedinmanufacturin...

參考資訊如下
12 High

12 High-k and metal gate technology proposed by Intel (production year: 2007) [26]. Source publication. Fig.1.1 Images of different semiconductor NWs. (a) ...

32奈米以下IC半導體性能提昇的重要推手

2007年12月24日 — Intel和IBM兩家公司在2007年1月相繼發表了high-k /metal gate的實用化時程，兩家公司自2007下半年到2008上半年，在量產化的45nm世代製程中將導入high-k / ...

High

Intel considers high-k metal-gate to be in continual development, with 45nm now well-established in manufacturing, with 32nm on a two-year offset and just ...

Integrating high-k metal gates: gate-first or gate

由 TY Hoffmann 著作 · 被引用 33 次 — Intel's technology roadmap illustrating how migrating from Poly/SiON to metal gate/high-k (MG/HK) enabled the resumption of electrical Tox scaling, while ...

Intel Ivy Bridge unveiled — The first commercial tri

由 D James 著作 · 2012 · 被引用 89 次 — The year 2007 saw the introduction of the first high-k/metal gate (HKMG) devices into the marketplace. This marked the return of metal-gate technology on ...

Key Migration of Semiconductor CMOS Technology

2020年11月28日 — 另外，製程上也將原先的多晶矽閘極(Poly Gate)替換為金屬閘極(Metal Gate)，多為TaN或是TiN金屬材料，再進一步改善多晶矽空乏區(Poly Depletion)造成的閘 ...

Metal gate

A metal gate, in the context of a lateral metal–oxide–semiconductor (MOS) stack, is the gate electrode separated by an oxide from the transistor's channel ...

The High-K and Metal Gate Revolution

A Pentium chip placed on top of a wafer of 45nm chips made using high-k, metal gate transistor technology shows how much smaller the new generation of chip was, ...

Under the Hood: Intel's 45-nm high-k metal

2007年11月14日 — Intel has chosen a solution for 45 nm that will readily scale to 32 nm with only continuous process improvement rather than significant ...