Intel、米アリゾナ州に7nmプロセス量産を目指す半導体工場を70億ドルで建設
http://pc.watch.impress.co.jp/docs/news/1043403.html
http://pc.watch.impress.co.jp/img/pcw/docs/1043/403/01.jpg
※
Intelが広帯域チップ接続を可能にするEMIBを発表
http://pc.watch.impress.co.jp/docs/column/kaigai/1043349.html
14nm
14nm+
10nm
10nm+
10nm++
7nm
+イスラエル/ハイファ
-オレゴン/ヒルズボロ
+1155
2011 32nm SandyBridge
2012 22nm IvyBridge
-1150 FIVR
2013 22nm Haswell
2015 14nm Broadwell
+1151
2016 14nm Skylake
2017 14nm Kaby Lake（Skylake-refresh） ←いまここ
2018 14nm Coffee Lake（6C）
2018 10nm Cannonlake（2C/4T）?
-115? FIVR
2019 10nm Icelake
2020 10nm Tigerlake
202? 7nm 新マイクロアーキテクチャ
http://www.bitsandchips.it/52-english-news/7854-rumor-even-intel-is-studying-a-new-x86-uarch
TigerLake (2019) will be the last evolution step of this Core generation, started with Sandy Bridge (Developed by Haifa Team).
We can say that Haswell, Skylake and Cannonlake are only main adjustment
(Skylake is the first Intel uArch developed to battle from the Mobile market to the Enterprise market)
The next Intel uArch will be very similar to the approach used by AMD with Zen ? perfect balance of power consumption/performance/price ?
but with a huge news: in order to save physical space (Smaller Die) and to improve the power consumption/performance ratio,
Intel will throw away some old SIMD and old hardware remainders.