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Difference between revisions of "intel/microarchitectures/kaby lake"
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| predecessor      = Skylake
 
| predecessor      = Skylake
 
| predecessor link = intel/microarchitectures/skylake
 
| predecessor link = intel/microarchitectures/skylake
| successor        = Cannonlake
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| successor        = Coffee Lake
| successor link   = intel/microarchitectures/cannonlake
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| successor link  = intel/microarchitectures/coffee lake
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| successor 2      = Cannonlake
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| successor 2 link = intel/microarchitectures/cannonlake
 
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'''Kaby Lake''' is [[Intel]]'s successor to {{\\|Skylake}}, a [[14 nm process]] [[microarchitecture]] for mainstream desktops, servers, and mobiles. Originally set to be fabricated using [[10 nm process]], Intel late revised it to [[14 nm]] due to serious delays with {{\\|Broadwell}}.
 
'''Kaby Lake''' is [[Intel]]'s successor to {{\\|Skylake}}, a [[14 nm process]] [[microarchitecture]] for mainstream desktops, servers, and mobiles. Originally set to be fabricated using [[10 nm process]], Intel late revised it to [[14 nm]] due to serious delays with {{\\|Broadwell}}.

Revision as of 12:08, 31 July 2016

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Kaby Lake µarch
General Info
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Kaby Lake is Intel's successor to Skylake, a 14 nm process microarchitecture for mainstream desktops, servers, and mobiles. Originally set to be fabricated using 10 nm process, Intel late revised it to 14 nm due to serious delays with Broadwell.

For desktop and mobile, Kaby Lake is branded as 7th Generation Intel Core processors. For server class processors, Intel branded it as Xeon E3 v6, Xeon E5 v6, and Xeon E7 v6.

Codenames

Core Abbrev Graphics Target
Kaby Lake Y GT2 2-in-1s detachable, tablets, and computer sticks
Kaby Lake U GT2/GT3 Light notebooks, portable All-in-Ones (AiOs), Minis, and conference room
Kaby Lake H GT2/GT4 Ultimate mobile performance, mobile workstations
Kaby Lake S GT2/GT4 Desktop performance to value, AiOs, and minis
Kaby Lake X High-end desktops & enthusiasts market
Kaby Lake W Workstations

Technology

Main article: Broadwell § Technology

Kaby Lake uses the same 14 nm process used for the Broadwell microarchitecture (And Skylake).

Architecture

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