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@@ -1,15 +1,17 @@
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---
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title: CPU 流水线的探秘之旅
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date: 2021-06-26 09:40
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title: CPU 流水线的前世今生
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date: 2021-11-21 21:56:40
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author: gatieme
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tags:
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- linux
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- tools
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- architecture
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- intel
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- pipeline
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categories:
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- 技术积累
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thumbnail:
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blogexcerpt: 虚拟化 & KVM 子系统
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blogexcerpt: CPU 流水线的探秘之旅
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---
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@@ -27,14 +29,14 @@ blogexcerpt: 虚拟化 & KVM 子系统
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| 日期 | 作者 | GitHub| CSDN | BLOG |
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| ------- |:-------:|:-------:|:-------:|:-------:|
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| 2021-02-15 | [成坚-gatieme](https://kernel.blog.csdn.net) | [`AderXCoding/system/tools/fzf`](https://github.com/gatieme/AderXCoding/tree/master/system/tools/fzf) | [使用模糊搜索神器 FZF 来提升办公体验](https://blog.csdn.net/gatieme/article/details/113828826) | [Using FZF to Improve Productivit](https://oskernellab.com/2021/02/15/2021/0215-0001-Using_FZF_to_Improve_Productivity)|
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| 2021-11-21 | [成坚-gatieme](https://kernel.blog.csdn.net) | [`arch/pipeline/0001-history`](https://github.com/gatieme/AderXCoding/tree/master/study/arch/pipeline/0001-history) | [CPU 流水线的前世今生](https://kernel.blog.csdn.net/article/details/121461313) | [A Journey Through the CPU Pipeline](https://oskernellab.com/2021/02/15/2021/0215-0001-Using_FZF_to_Improve_Productivity)|
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<br>
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| 英文原文 | 描述 |
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|:-------:|:---:|
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| [A Journey Through the CPU Pipeline](https://bryanwagstaff.com/index.php/a-journey-through-the-cpu-pipeline) | 讲述了 CPU 流水线的前世今生(不断演进和完善) |
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| [A Journey Through the CPU Pipeline](https://bryanwagstaff.com/index.php/a-journey-through-the-cpu-pipeline) | 讲述了 CPU 流水线的前世今生, 本文在此文章基础上翻译并有完善和修改 |
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# 1 前言
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-------
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@@ -249,7 +251,7 @@ XOR a, b
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感谢与我一起参与这次旅行！
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# 9 参开资料
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# 参考资料
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-------
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| 编号 | 链接 | 描述 |
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@@ -1,15 +1,17 @@
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---
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title: CPU 流水线的探秘之旅
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date: 2021-06-26 09:40
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title: Intel CPU 微架构的演进与发展
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date: 2021-11-21 22:10
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author: gatieme
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tags:
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- linux
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- tools
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- architecture
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- intel
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- pipeline
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categories:
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- 技术积累
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thumbnail:
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blogexcerpt: 虚拟化 & KVM 子系统
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blogexcerpt: Intel CPU 微架构的演进与发展
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---
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@@ -27,19 +29,17 @@ blogexcerpt: 虚拟化 & KVM 子系统
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| 日期 | 作者 | GitHub| CSDN | BLOG |
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| ------- |:-------:|:-------:|:-------:|:-------:|
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| 2021-02-15 | [成坚-gatieme](https://kernel.blog.csdn.net) | [`AderXCoding/system/tools/fzf`](https://github.com/gatieme/AderXCoding/tree/master/system/tools/fzf) | [使用模糊搜索神器 FZF 来提升办公体验](https://blog.csdn.net/gatieme/article/details/113828826) | [Using FZF to Improve Productivit](https://oskernellab.com/2021/02/15/2021/0215-0001-Using_FZF_to_Improve_Productivity)|
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| 2021-11-21 | [成坚-gatieme](https://kernel.blog.csdn.net) | [`arch/pipeline/0002-intel`](https://github.com/gatieme/AderXCoding/tree/master/study/arch/pipeline/0002-intel) | [CPU 流水线的前世今生](https://kernel.blog.csdn.net/article/details/121461313) | [A Journey Through the CPU Pipeline](https://oskernellab.com/2021/02/15/2021/0215-0001-Using_FZF_to_Improve_Productivity)|
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<br>
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| 英文原文 | 描述 |
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|:-------:|:---:|
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| [A Journey Through the CPU Pipeline](https://bryanwagstaff.com/index.php/a-journey-through-the-cpu-pipeline) | 讲述了 CPU 流水线的前世今生(不断演进和完善) |
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# 1 处理器微架构发展路线
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-------
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参见 []()
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参见 [CPU 流水线的前世今生](https://kernel.blog.csdn.net/article/details/121461313)
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# 2 Tick-Tock 战略
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-------
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@@ -52,7 +52,7 @@ blogexcerpt: 虚拟化 & KVM 子系统
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如果不出意外，产品节奏会是这样。
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不过不出意外怎么可能呢。但是计划永远赶不上变化。
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@@ -77,11 +77,11 @@ blogexcerpt: 虚拟化 & KVM 子系统
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于是产品计划变成了这个摸样。
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CannonLake 如期作为第一代 10nm 出现，但是 10nm 的问题远比意料中的复杂，CannonLake 产品的发布再次难产，而且随着 AMD 堆核战略在 Ryzen 上取得成效，Intel 决定使用现有产品 14nm 堆核进行应对，这让 Cannonlake 变成了极其尴尬的产品，它将永远成为英特尔推动 10nm 至高无上的努力的障碍。实际仅推出了一款芯片 Core i3-8121U。产品干脆没有上市，实际产品情况变成了这样。
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接着就是大家熟知的事情了:
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@@ -95,7 +95,7 @@ CannonLake 如期作为第一代 10nm 出现，但是 10nm 的问题远比意料
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而 2021 年发布了混合架构的 Alder Lake，同时包含 Golden Cove 微架构的大核和 Grace Mont 微架构的小核，至此以 Cove 架构作为高性能微架构以及 Mont 架构作为其他偏向能耗的处理器的微架构应该是后面几年的主旋律。
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# 4 Core 和 Atom
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-------
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@@ -157,7 +157,7 @@ CannonLake 如期作为第一代 10nm 出现，但是 10nm 的问题远比意料
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# 参开资料
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# 参考资料
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-------
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| 编号 | 链接 | 描述 |
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