{"history":[{"id":"c271a9af-c82b-42ac-bb92-065647198f67","wordChanged":"\"Allendale\"","newWord":":::summary\n:::\n\n# \nThe following is a list of **Intel Core** [processors](https://bliptext.com/articles/list-of-intel-processors).\nThis includes [Intel](https://bliptext.com/articles/intel)'s original Core (Solo/Duo) mobile series based on the Enhanced Pentium M [microarchitecture](https://bliptext.com/articles/list-of-intel-cpu-microarchitectures), as well as its Core 2- (Solo/Duo/Quad/Extreme), Core i3-, Core i5-, Core i7-, Core i9-, Core M- (m3/m5/m7), Core 3-, Core 5-, and Core 7-branded processors.\n# [The latest badge promoting the Intel Core branding | upload.wikimedia.org/wikipedia/commons/2/28/Intel///Core///2023///logo.png]\n\n# Desktop processors\n\n## Core 2\n# [Front side of an Intel Core 2 Duo T7500 Processor | upload.wikimedia.org/wikipedia/commons/6/6a/2///Duo///T7500///Processor.jpg]\n\n### Explosionlake (65 nm, 800 MT/s) \nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\nNote: The E4700 uses [G0 Stepping](https://bliptext.com/articles/intel-core-microarchitecture) which makes it a Conroe CPU.\n\n### \"Conroe\" (65 nm, 1066 MT/s) \nNote: of the E6000 series processors, only models E6550, E6750, and E6850 support Intel's [Trusted Execution Technology](https://bliptext.com/articles/trusted-execution-technology) (TXT).\nNote: The [L2 Stepping](https://bliptext.com/articles/intel-core-microarchitecture), and models with sSpec SL9ZL, SL9ZF, SLA4U, SLA4T, have better optimizations to lower idle power consumption from 22W to 12W.\nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\n\n### \"Conroe\" (65 nm, 1333 MT/s)\nNote: of the E6000 series processors, only models E6550, E6750, and E6850 support Intel's [Trusted Execution Technology](https://bliptext.com/articles/trusted-execution-technology) (TXT).\nNote: The [L2 Stepping](https://bliptext.com/articles/intel-core-microarchitecture), and models with sSpec SL9ZL, SL9ZF, SLA4U, SLA4T, have better optimizations to lower idle power consumption from 22W to 12W.\nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\n\n### \"Conroe-CL\" (65 nm, 1066 MT/s)\n\n### \"Conroe XE\" (65 nm)\nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Kentsfield\" (65 nm)\n\n### \"Kentsfield XE\" (65 nm)\nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Wolfdale-3M\" (45 nm, 1066 MT/s)\n\n### \"Wolfdale\" (45 nm, 1333 MT/s)\nNote: The E8190 and E8290 do not support Intel VT-d.\nNote 2: E8700 is a very rare example in Intel's history where a model was yanked from Intel ARK without a recall notice and after a SSPEC was assigned.\nWorking examples were seen, believed to have been released to OEM, but none was offered in retail PCs.\nSee also: Versions of the same Wolfdale core in an LGA 771 are available under the [Dual-Core Xeon](https://bliptext.com/articles/list-of-intel-xeon-microprocessors) brand.\n\n### \"Yorkfield-6M\" (45 nm)\nNote: Q8200, Q8200S, Q8300 SLB5W does not support Intel VT-x.\nNote: Q8200, Q8200S, Q8300, Q8400, Q8400S, Q9500 does not support Intel VT-d.\nNote: Q8200, Q8200S, Q8300, Q8400, Q8400S does not support TXT.\n\n### Yorkfield (45 nm)\n\n### \"Yorkfield XE\" (45 nm)\n\n## Core i (1st gen)\n\n### Lynnfield\nCommon features:\n\n### Bloomfield\nCommon features:\n\n### Clarkdale \nCommon features:\n# [Intel i3 540 CPU die shot (Westmere) | upload.wikimedia.org/wikipedia/commons/9/9e/Intel///i3///540///%28Westmere%29///%28PNG%29.png]\n# [Intel i3 540 CPU and IGPU Dies | upload.wikimedia.org/wikipedia/commons/6/6d/Intel///i3///540///CPU///and///IGPU///Dies///%2850212178048%29.jpg]\n\n### Gulftown\nCommon features:\n\n## Core i (2nd gen)\n==== Sandy Bridge-DT ====\nCommon features:\n# [Intel i5 2500 die shot | upload.wikimedia.org/wikipedia/commons/c/cc/Intel///i5///2500///-///ring///light///%2898%25///quality///JPG%29.jpg]\n\n## Core i (3rd gen)\n==== Ivy Bridge-DT ====\nCommon features:\n\n### Sandy Bridge-E\nCommon features:\n\n## Core i (4th gen)\n==== Haswell-DT ====\nCommon features:\n# [Intel i3 4130, Haswell 22nm die shot | upload.wikimedia.org/wikipedia/commons/c/c9/Intel///i3///4130%2C///Haswell///22nm///%28PNG%29.png]\n\n### Haswell-H \nCommon features:\n\n### Ivy Bridge-E\nCommon features:\n\n## Core i (5th gen)\n==== Broadwell-H ====\nCommon features:\n\n### Haswell-E\nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-S \nCommon features:\n\n### Skylake-H \nCommon features:\n\n### Broadwell-E\nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-S\nCommon features:\n\n### Skylake-X \nCommon features:\n\n### Kaby Lake-X\nCommon features:\n\n## Core i (8th gen)\n\n### Coffee Lake-S \nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-R\nCommon features:\n\n### Skylake-X (9xxx)\nCommon features:\n\n## Core i (10th gen)\n\n### Comet Lake-S \nCommon features:\n\n### Comet Lake-S (refresh)\nReleased on the same day as the 11th gen Rocket Lake-S desktop processors.\nCommon features:\n\n### Cascade Lake-X (10xxx)\nCommon features:\n\n## Core i (11th gen)\n\n### Rocket Lake-S \nCommon features:\n\n### Tiger Lake-B\nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-S \nCommon features:\n\n## Core i (13th gen)\n==== Raptor Lake-S ====\nCommon features:\n\n## Core i (14th gen)\n\n### Raptor Lake-S Refresh\nCommon features:\n\n## Core Ultra (Series 2)\n\n### Arrow Lake-S\nCommon features:\n\n# Mobile processors\n\n## Core\n==== Yonah ====\n\n## Core 2\n# [Inside of old Sony VAIO laptop (VGN-C140G) | upload.wikimedia.org/wikipedia/commons/3/36/Laptop-intel-core2duo-t5500.jpg]\n\n### \"Merom-L\" (65 nm) \n\n### \"Merom\", \"Merom-2M\" (standard-voltage, 65 nm) \nSee also: Versions of the same Merom-2M core with half the L2 cache disabled are available under the [Pentium Dual-Core](https://bliptext.com/articles/list-of-intel-pentium-dual-core-microprocessors) brand.\n\n### \"Merom\" (low-voltage, 65 nm)\n\n### \"Merom-2M\" (ultra-low-voltage, 65 nm)\n\n### \"Merom XE\" (65 nm) \nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Penryn-L\" (45 nm) \n\n### \"Penryn\" (Apple iMac specific, 45 nm)\n==== \"Penryn\", \"Penryn-3M\" (standard-voltage, 45 nm) ====\nNote that models T8100, T8300, T9300, T9500 are Penryn processors designed for Santa Rosa Refresh platforms with maximum FSB of 800 MT/s, whereas the rest of the Penryn processors are designed for Montevina platforms that can go up to maximum FSB of 1066 MT/s.\nPenryn processors support Dynamic Front Side Bus Throttling between 400–800MT/s.\n\n### \"Penryn\", \"Penryn-3M\" (medium-voltage, 45 nm) \n\n### \"Penryn\" (medium-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn\" (low-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn-3M\" (ultra-low-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn XE\" (45 nm) \n\n### \"Penryn QC\" (45 nm) \n\n### \"Penryn QC XE\" (45 nm) \n\n## Core i (1st gen)\n\n### Clarksfield\nCommon features:\n\n### Arrandale\nCommon features:\n\n## Core i (2nd gen)\n==== Sandy Bridge-M ====\nCommon features:\n\n## Core i (3rd gen)\n==== Ivy Bridge ====\nCommon features:\n# [Intel i5 3230M die shot | upload.wikimedia.org/wikipedia/commons/1/1a/Intel///i5///3230M///%28Ivy///Bridge%2C///JPG%2C///Full///Scale%2C///85%25///Quality%29.jpg]\n\n## Core i (4th gen)\n==== Haswell-MB ====\nCommon features:\n\n### Haswell-ULT \nCommon features:\n\n### Haswell-ULX \nCommon features:\n==== Haswell-H ====\nCommon features:\n\n## Core i (5th gen)\n\n### Broadwell-U \nCommon features:\n==== Broadwell-H ====\nCommon features:\n\n## Core M (5th gen)\n\n### Broadwell-Y\nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-U \nCommon features:\n==== Skylake-H ====\nCommon features:\n\n## Core M (6th gen)\n\n### Skylake-Y\nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-U \nCommon features:\n\n### Kaby Lake-H \nCommon features:\n\n### Kaby Lake-Y\nCommon features:\n\n## Core M (7th gen)\n\n### Kaby Lake-Y\nCore m5 and Core m7 models were rebranded as [Core i5](https://bliptext.com/articles/) and [Core i7](https://bliptext.com/articles/).\nCommon features:\n\n## Core i (8th gen)\n\n### Coffee Lake-U \nCommon features:\n==== Coffee Lake-H ====\nCommon features:\n\n### Coffee Lake-B \nCommon features:\n\n### Kaby Lake Refresh \nCommon features:\n\n### Kaby Lake-G\nCommon features:\n\n### Amber Lake-Y\nCommon features:\n\n### Whiskey Lake-U \nCommon features:\n\n### Cannon Lake-U\nCommon features:\n\n## Core M (8th gen)\n\n### Amber Lake-Y\nCore m5 and Core m7 models were rebranded as Core i5 and Core i7.\nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-H (refresh)\nCommon features:\n\n## Core i (10th gen)\n==== Comet Lake-U ====\nCommon features:\n==== Comet Lake-H ====\nCommon features:\n\n### Ice Lake-U \nCommon features:\n\n### Ice Lake-Y \nCommon features:\n\n### Amber Lake-Y (10xxx)\nCommon features:\n\n## Core i (11th gen)\n\n### Tiger Lake-UP3\nCommon features:\n\n### Tiger Lake-UP4\nCommon features:\n\n### Tiger Lake-H\nCommon features:\n\n### Tiger Lake-H35\nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-U\nCommon features:\n\n### Alder Lake-P\nCommon features:\n\n### Alder Lake-H\nCommon features:\n\n### Alder Lake-HX\nCommon features:\n\n### Alder Lake-N\nThese are essentially \"E-core-only\" CPUs, utilizing the [Gracemont](https://bliptext.com/articles/gracemont-microarchitecture) architecture.\nCommon features:\n\n## Core i (13th gen)\n\n### Raptor Lake-U\nCommon features:\n\n### Raptor Lake-P\nCommon features:\n\n### Raptor Lake-H\nCommon features:\n\n### Raptor Lake-PX\nCommon features:\n\n### Raptor Lake-HX\nCommon features:\n\n## Core i (14th gen)\n\n### Raptor Lake-HX Refresh\nCommon features:\n\n## Core / Core Ultra 3/5/7/9 (Series 1)\n\n### Raptor Lake-U Refresh\nCommon features:\n\n### Meteor Lake-U\nCommon features:\n\n### Meteor Lake-H\nCommon features:\n\n## Core Ultra 5/7/9 (Series 2)\n\n### Lunar Lake\nCommon features:\n\n# Embedded processors\n\n## Core i (1st gen)\n\n### Arrandale\nCommon features:\n\n## Core i (2nd gen)\n\n### Sandy Bridge-DT\nThe following models from the Sandy Bridge desktop range are available as embedded processors:\nSee section [Desktop processors § Sandy Bridge-DT](https://bliptext.com/articles/) for full info.\n\n### Sandy Bridge-M\nCommon features:\n\n### Gladden\nCommon features:\n\n## Core i (3rd gen)\n\n### Ivy Bridge-DT\nThe following models from the Ivy Bridge desktop range are available as embedded processors:\nSee section [Desktop processors § Ivy Bridge-DT](https://bliptext.com/articles/) for full info.\n\n### Ivy Bridge-M\nCommon features:\n\n### Gladden\nCommon features:\n\n## Core i (4th gen)\n\n### Haswell-DT\nCommon features:\nThe following models from the Haswell-DT desktop range are also available as embedded processors:\nSee section [Desktop processors § Haswell-DT](https://bliptext.com/articles/) for full info.\n\n### Haswell-H\nCommon features:\n\n## Core i (5th gen)\n\n### Broadwell-H\nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-S\nCommon features:\n\n### Skylake-H\nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-S\nCommon features:\n\n### Kaby Lake-H\nCommon features:\n\n## Core i (8th gen)\n\n### Whiskey Lake-U\nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-R\nCommon features:\n\n### Coffee Lake-H (refresh)\nCommon features:\n\n## Core i (10th gen)\n\n### Comet Lake-S\nCommon features:\n\n## Core i (11th gen)\n\n### Tiger Lake-UP3\nCommon features:\n\n### Tiger Lake-H\nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-S\nCommon features:\n\n### Alder Lake-U\nCommon features:\n\n### Alder Lake-P\nCommon features:\n\n### Alder Lake-PS\nCommon features:\n\n### Alder Lake-H\nCommon features:\n\n## Core i (13th gen)\n\n### Raptor Lake-S\nCommon features:\n\n### Raptor Lake-U\nCommon features:\n\n### Raptor Lake-P\nCommon features:\n\n### Raptor Lake-H\nCommon features:\n\n## Core / Core Ultra 3/5/7/9 (Series 1)\n\n### Meteor Lake-PS\nCommon features:","wordIndex":84,"createdAt":"2025-03-02T19:01:01.594Z","user":{"id":"Sv7HMNiOyi2URxdqbwKemj4GLNXnmFcB","name":"mari2","image":"https://cdn.discordapp.com/avatars/798072830595301406/9a73199ce72611ab7b1998b394922a04.png"}}],"article":{"id":"9428e6e5-72c3-4c95-848b-a7d066694cf0","title":"List of Intel Core processors","slug":"list-of-intel-core-processors","content":":::summary\n:::\n\n# \nThe following is a list of **Intel Core** [processors](https://bliptext.com/articles/list-of-intel-processors).\nThis includes [Intel](https://bliptext.com/articles/intel)'s original Core (Solo/Duo) mobile series based on the Enhanced Pentium M [microarchitecture](https://bliptext.com/articles/list-of-intel-cpu-microarchitectures), as well as its Core 2- (Solo/Duo/Quad/Extreme), Core i3-, Core i5-, Core i7-, Core i9-, Core M- (m3/m5/m7), Core 3-, Core 5-, and Core 7-branded processors.\n# [The latest badge promoting the Intel Core branding | upload.wikimedia.org/wikipedia/commons/2/28/Intel///Core///2023///logo.png]\n\n# Desktop processors\n\n## Core 2\n# [Front side of an Intel Core 2 Duo T7500 Processor | upload.wikimedia.org/wikipedia/commons/6/6a/2///Duo///T7500///Processor.jpg]\n\n### Explosionlake (65 nm, 800 MT/s) \nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\nNote: The E4700 uses [G0 Stepping](https://bliptext.com/articles/intel-core-microarchitecture) which makes it a Conroe CPU.\n\n### \"Conroe\" (65 nm, 1066 MT/s) \nNote: of the E6000 series processors, only models E6550, E6750, and E6850 support Intel's [Trusted Execution Technology](https://bliptext.com/articles/trusted-execution-technology) (TXT).\nNote: The [L2 Stepping](https://bliptext.com/articles/intel-core-microarchitecture), and models with sSpec SL9ZL, SL9ZF, SLA4U, SLA4T, have better optimizations to lower idle power consumption from 22W to 12W.\nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\n\n### \"Conroe\" (65 nm, 1333 MT/s)\nNote: of the E6000 series processors, only models E6550, E6750, and E6850 support Intel's [Trusted Execution Technology](https://bliptext.com/articles/trusted-execution-technology) (TXT).\nNote: The [L2 Stepping](https://bliptext.com/articles/intel-core-microarchitecture), and models with sSpec SL9ZL, SL9ZF, SLA4U, SLA4T, have better optimizations to lower idle power consumption from 22W to 12W.\nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\n\n### \"Conroe-CL\" (65 nm, 1066 MT/s)\n\n### \"Conroe XE\" (65 nm)\nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Kentsfield\" (65 nm)\n\n### \"Kentsfield XE\" (65 nm)\nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Wolfdale-3M\" (45 nm, 1066 MT/s)\n\n### \"Wolfdale\" (45 nm, 1333 MT/s)\nNote: The E8190 and E8290 do not support Intel VT-d.\nNote 2: E8700 is a very rare example in Intel's history where a model was yanked from Intel ARK without a recall notice and after a SSPEC was assigned.\nWorking examples were seen, believed to have been released to OEM, but none was offered in retail PCs.\nSee also: Versions of the same Wolfdale core in an LGA 771 are available under the [Dual-Core Xeon](https://bliptext.com/articles/list-of-intel-xeon-microprocessors) brand.\n\n### \"Yorkfield-6M\" (45 nm)\nNote: Q8200, Q8200S, Q8300 SLB5W does not support Intel VT-x.\nNote: Q8200, Q8200S, Q8300, Q8400, Q8400S, Q9500 does not support Intel VT-d.\nNote: Q8200, Q8200S, Q8300, Q8400, Q8400S does not support TXT.\n\n### Yorkfield (45 nm)\n\n### \"Yorkfield XE\" (45 nm)\n\n## Core i (1st gen)\n\n### Lynnfield\nCommon features:\n\n### Bloomfield\nCommon features:\n\n### Clarkdale \nCommon features:\n# [Intel i3 540 CPU die shot (Westmere) | upload.wikimedia.org/wikipedia/commons/9/9e/Intel///i3///540///%28Westmere%29///%28PNG%29.png]\n# [Intel i3 540 CPU and IGPU Dies | upload.wikimedia.org/wikipedia/commons/6/6d/Intel///i3///540///CPU///and///IGPU///Dies///%2850212178048%29.jpg]\n\n### Gulftown\nCommon features:\n\n## Core i (2nd gen)\n==== Sandy Bridge-DT ====\nCommon features:\n# [Intel i5 2500 die shot | upload.wikimedia.org/wikipedia/commons/c/cc/Intel///i5///2500///-///ring///light///%2898%25///quality///JPG%29.jpg]\n\n## Core i (3rd gen)\n==== Ivy Bridge-DT ====\nCommon features:\n\n### Sandy Bridge-E\nCommon features:\n\n## Core i (4th gen)\n==== Haswell-DT ====\nCommon features:\n# [Intel i3 4130, Haswell 22nm die shot | upload.wikimedia.org/wikipedia/commons/c/c9/Intel///i3///4130%2C///Haswell///22nm///%28PNG%29.png]\n\n### Haswell-H \nCommon features:\n\n### Ivy Bridge-E\nCommon features:\n\n## Core i (5th gen)\n==== Broadwell-H ====\nCommon features:\n\n### Haswell-E\nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-S \nCommon features:\n\n### Skylake-H \nCommon features:\n\n### Broadwell-E\nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-S\nCommon features:\n\n### Skylake-X \nCommon features:\n\n### Kaby Lake-X\nCommon features:\n\n## Core i (8th gen)\n\n### Coffee Lake-S \nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-R\nCommon features:\n\n### Skylake-X (9xxx)\nCommon features:\n\n## Core i (10th gen)\n\n### Comet Lake-S \nCommon features:\n\n### Comet Lake-S (refresh)\nReleased on the same day as the 11th gen Rocket Lake-S desktop processors.\nCommon features:\n\n### Cascade Lake-X (10xxx)\nCommon features:\n\n## Core i (11th gen)\n\n### Rocket Lake-S \nCommon features:\n\n### Tiger Lake-B\nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-S \nCommon features:\n\n## Core i (13th gen)\n==== Raptor Lake-S ====\nCommon features:\n\n## Core i (14th gen)\n\n### Raptor Lake-S Refresh\nCommon features:\n\n## Core Ultra (Series 2)\n\n### Arrow Lake-S\nCommon features:\n\n# Mobile processors\n\n## Core\n==== Yonah ====\n\n## Core 2\n# [Inside of old Sony VAIO laptop (VGN-C140G) | upload.wikimedia.org/wikipedia/commons/3/36/Laptop-intel-core2duo-t5500.jpg]\n\n### \"Merom-L\" (65 nm) \n\n### \"Merom\", \"Merom-2M\" (standard-voltage, 65 nm) \nSee also: Versions of the same Merom-2M core with half the L2 cache disabled are available under the [Pentium Dual-Core](https://bliptext.com/articles/list-of-intel-pentium-dual-core-microprocessors) brand.\n\n### \"Merom\" (low-voltage, 65 nm)\n\n### \"Merom-2M\" (ultra-low-voltage, 65 nm)\n\n### \"Merom XE\" (65 nm) \nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Penryn-L\" (45 nm) \n\n### \"Penryn\" (Apple iMac specific, 45 nm)\n==== \"Penryn\", \"Penryn-3M\" (standard-voltage, 45 nm) ====\nNote that models T8100, T8300, T9300, T9500 are Penryn processors designed for Santa Rosa Refresh platforms with maximum FSB of 800 MT/s, whereas the rest of the Penryn processors are designed for Montevina platforms that can go up to maximum FSB of 1066 MT/s.\nPenryn processors support Dynamic Front Side Bus Throttling between 400–800MT/s.\n\n### \"Penryn\", \"Penryn-3M\" (medium-voltage, 45 nm) \n\n### \"Penryn\" (medium-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn\" (low-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn-3M\" (ultra-low-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn XE\" (45 nm) \n\n### \"Penryn QC\" (45 nm) \n\n### \"Penryn QC XE\" (45 nm) \n\n## Core i (1st gen)\n\n### Clarksfield\nCommon features:\n\n### Arrandale\nCommon features:\n\n## Core i (2nd gen)\n==== Sandy Bridge-M ====\nCommon features:\n\n## Core i (3rd gen)\n==== Ivy Bridge ====\nCommon features:\n# [Intel i5 3230M die shot | upload.wikimedia.org/wikipedia/commons/1/1a/Intel///i5///3230M///%28Ivy///Bridge%2C///JPG%2C///Full///Scale%2C///85%25///Quality%29.jpg]\n\n## Core i (4th gen)\n==== Haswell-MB ====\nCommon features:\n\n### Haswell-ULT \nCommon features:\n\n### Haswell-ULX \nCommon features:\n==== Haswell-H ====\nCommon features:\n\n## Core i (5th gen)\n\n### Broadwell-U \nCommon features:\n==== Broadwell-H ====\nCommon features:\n\n## Core M (5th gen)\n\n### Broadwell-Y\nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-U \nCommon features:\n==== Skylake-H ====\nCommon features:\n\n## Core M (6th gen)\n\n### Skylake-Y\nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-U \nCommon features:\n\n### Kaby Lake-H \nCommon features:\n\n### Kaby Lake-Y\nCommon features:\n\n## Core M (7th gen)\n\n### Kaby Lake-Y\nCore m5 and Core m7 models were rebranded as [Core i5](https://bliptext.com/articles/) and [Core i7](https://bliptext.com/articles/).\nCommon features:\n\n## Core i (8th gen)\n\n### Coffee Lake-U \nCommon features:\n==== Coffee Lake-H ====\nCommon features:\n\n### Coffee Lake-B \nCommon features:\n\n### Kaby Lake Refresh \nCommon features:\n\n### Kaby Lake-G\nCommon features:\n\n### Amber Lake-Y\nCommon features:\n\n### Whiskey Lake-U \nCommon features:\n\n### Cannon Lake-U\nCommon features:\n\n## Core M (8th gen)\n\n### Amber Lake-Y\nCore m5 and Core m7 models were rebranded as Core i5 and Core i7.\nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-H (refresh)\nCommon features:\n\n## Core i (10th gen)\n==== Comet Lake-U ====\nCommon features:\n==== Comet Lake-H ====\nCommon features:\n\n### Ice Lake-U \nCommon features:\n\n### Ice Lake-Y \nCommon features:\n\n### Amber Lake-Y (10xxx)\nCommon features:\n\n## Core i (11th gen)\n\n### Tiger Lake-UP3\nCommon features:\n\n### Tiger Lake-UP4\nCommon features:\n\n### Tiger Lake-H\nCommon features:\n\n### Tiger Lake-H35\nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-U\nCommon features:\n\n### Alder Lake-P\nCommon features:\n\n### Alder Lake-H\nCommon features:\n\n### Alder Lake-HX\nCommon features:\n\n### Alder Lake-N\nThese are essentially \"E-core-only\" CPUs, utilizing the [Gracemont](https://bliptext.com/articles/gracemont-microarchitecture) architecture.\nCommon features:\n\n## Core i (13th gen)\n\n### Raptor Lake-U\nCommon features:\n\n### Raptor Lake-P\nCommon features:\n\n### Raptor Lake-H\nCommon features:\n\n### Raptor Lake-PX\nCommon features:\n\n### Raptor Lake-HX\nCommon features:\n\n## Core i (14th gen)\n\n### Raptor Lake-HX Refresh\nCommon features:\n\n## Core / Core Ultra 3/5/7/9 (Series 1)\n\n### Raptor Lake-U Refresh\nCommon features:\n\n### Meteor Lake-U\nCommon features:\n\n### Meteor Lake-H\nCommon features:\n\n## Core Ultra 5/7/9 (Series 2)\n\n### Lunar Lake\nCommon features:\n\n# Embedded processors\n\n## Core i (1st gen)\n\n### Arrandale\nCommon features:\n\n## Core i (2nd gen)\n\n### Sandy Bridge-DT\nThe following models from the Sandy Bridge desktop range are available as embedded processors:\nSee section [Desktop processors § Sandy Bridge-DT](https://bliptext.com/articles/) for full info.\n\n### Sandy Bridge-M\nCommon features:\n\n### Gladden\nCommon features:\n\n## Core i (3rd gen)\n\n### Ivy Bridge-DT\nThe following models from the Ivy Bridge desktop range are available as embedded processors:\nSee section [Desktop processors § Ivy Bridge-DT](https://bliptext.com/articles/) for full info.\n\n### Ivy Bridge-M\nCommon features:\n\n### Gladden\nCommon features:\n\n## Core i (4th gen)\n\n### Haswell-DT\nCommon features:\nThe following models from the Haswell-DT desktop range are also available as embedded processors:\nSee section [Desktop processors § Haswell-DT](https://bliptext.com/articles/) for full info.\n\n### Haswell-H\nCommon features:\n\n## Core i (5th gen)\n\n### Broadwell-H\nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-S\nCommon features:\n\n### Skylake-H\nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-S\nCommon features:\n\n### Kaby Lake-H\nCommon features:\n\n## Core i (8th gen)\n\n### Whiskey Lake-U\nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-R\nCommon features:\n\n### Coffee Lake-H (refresh)\nCommon features:\n\n## Core i (10th gen)\n\n### Comet Lake-S\nCommon features:\n\n## Core i (11th gen)\n\n### Tiger Lake-UP3\nCommon features:\n\n### Tiger Lake-H\nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-S\nCommon features:\n\n### Alder Lake-U\nCommon features:\n\n### Alder Lake-P\nCommon features:\n\n### Alder Lake-PS\nCommon features:\n\n### Alder Lake-H\nCommon features:\n\n## Core i (13th gen)\n\n### Raptor Lake-S\nCommon features:\n\n### Raptor Lake-U\nCommon features:\n\n### Raptor Lake-P\nCommon features:\n\n### Raptor Lake-H\nCommon features:\n\n## Core / Core Ultra 3/5/7/9 (Series 1)\n\n### Meteor Lake-PS\nCommon features:","current_revision":"c271a9af-c82b-42ac-bb92-065647198f67","created_by":"kACnuQmH5k9Nr5VNVEpVeg7XpvUmMctD","created_at":"2025-01-26T07:28:10.740Z","updated_at":"2025-03-02T19:01:01.599Z","search_vector":"'core':4 'intel':3 'list':1 'processor':5","search_content":" \n \n\n# \nThe following is a list of **Intel Core** [processors](https://bliptext.com/articles/list-of-intel-processors).\nThis includes [Intel](https://bliptext.com/articles/intel)'s original Core (Solo/Duo) mobile series based on the Enhanced Pentium M [microarchitecture](https://bliptext.com/articles/list-of-intel-cpu-microarchitectures), as well as its Core 2- (Solo/Duo/Quad/Extreme), Core i3-, Core i5-, Core i7-, Core i9-, Core M- (m3/m5/m7), Core 3-, Core 5-, and Core 7-branded processors.\n# [The latest badge promoting the Intel Core branding | upload.wikimedia.org/wikipedia/commons/2/28/Intel///Core///2023///logo.png]\n\n# Desktop processors\n\n## Core 2\n# [Front side of an Intel Core 2 Duo T7500 Processor | upload.wikimedia.org/wikipedia/commons/6/6a/2///Duo///T7500///Processor.jpg]\n\n### \"Allendale\" (65 nm, 800 MT/s) \nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\nNote: The E4700 uses [G0 Stepping](https://bliptext.com/articles/intel-core-microarchitecture) which makes it a Conroe CPU.\n\n### \"Conroe\" (65 nm, 1066 MT/s) \nNote: of the E6000 series processors, only models E6550, E6750, and E6850 support Intel's [Trusted Execution Technology](https://bliptext.com/articles/trusted-execution-technology) (TXT).\nNote: The [L2 Stepping](https://bliptext.com/articles/intel-core-microarchitecture), and models with sSpec SL9ZL, SL9ZF, SLA4U, SLA4T, have better optimizations to lower idle power consumption from 22W to 12W.\nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\n\n### \"Conroe\" (65 nm, 1333 MT/s)\nNote: of the E6000 series processors, only models E6550, E6750, and E6850 support Intel's [Trusted Execution Technology](https://bliptext.com/articles/trusted-execution-technology) (TXT).\nNote: The [L2 Stepping](https://bliptext.com/articles/intel-core-microarchitecture), and models with sSpec SL9ZL, SL9ZF, SLA4U, SLA4T, have better optimizations to lower idle power consumption from 22W to 12W.\nNote: The [M0 and G0 Steppings](https://bliptext.com/articles/intel-core-microarchitecture) have better optimizations to lower idle power consumption from 12W to 8W.\n\n### \"Conroe-CL\" (65 nm, 1066 MT/s)\n\n### \"Conroe XE\" (65 nm)\nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Kentsfield\" (65 nm)\n\n### \"Kentsfield XE\" (65 nm)\nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Wolfdale-3M\" (45 nm, 1066 MT/s)\n\n### \"Wolfdale\" (45 nm, 1333 MT/s)\nNote: The E8190 and E8290 do not support Intel VT-d.\nNote 2: E8700 is a very rare example in Intel's history where a model was yanked from Intel ARK without a recall notice and after a SSPEC was assigned.\nWorking examples were seen, believed to have been released to OEM, but none was offered in retail PCs.\nSee also: Versions of the same Wolfdale core in an LGA 771 are available under the [Dual-Core Xeon](https://bliptext.com/articles/list-of-intel-xeon-microprocessors) brand.\n\n### \"Yorkfield-6M\" (45 nm)\nNote: Q8200, Q8200S, Q8300 SLB5W does not support Intel VT-x.\nNote: Q8200, Q8200S, Q8300, Q8400, Q8400S, Q9500 does not support Intel VT-d.\nNote: Q8200, Q8200S, Q8300, Q8400, Q8400S does not support TXT.\n\n### Yorkfield (45 nm)\n\n### \"Yorkfield XE\" (45 nm)\n\n## Core i (1st gen)\n\n### Lynnfield \nCommon features:\n\n### Bloomfield \nCommon features:\n\n### Clarkdale \nCommon features:\n# [Intel i3 540 CPU die shot (Westmere) | upload.wikimedia.org/wikipedia/commons/9/9e/Intel///i3///540///%28Westmere%29///%28PNG%29.png]\n# [Intel i3 540 CPU and IGPU Dies | upload.wikimedia.org/wikipedia/commons/6/6d/Intel///i3///540///CPU///and///IGPU///Dies///%2850212178048%29.jpg]\n\n### Gulftown \nCommon features:\n\n## Core i (2nd gen)\n==== Sandy Bridge-DT ====\nCommon features:\n# [Intel i5 2500 die shot | upload.wikimedia.org/wikipedia/commons/c/cc/Intel///i5///2500///-///ring///light///%2898%25///quality///JPG%29.jpg]\n\n## Core i (3rd gen)\n==== Ivy Bridge-DT ====\nCommon features:\n\n### Sandy Bridge-E \nCommon features:\n\n## Core i (4th gen)\n==== Haswell-DT ====\nCommon features:\n# [Intel i3 4130, Haswell 22nm die shot | upload.wikimedia.org/wikipedia/commons/c/c9/Intel///i3///4130%2C///Haswell///22nm///%28PNG%29.png]\n\n### Haswell-H \nCommon features:\n\n### Ivy Bridge-E \nCommon features:\n\n## Core i (5th gen)\n==== Broadwell-H ====\nCommon features:\n\n### Haswell-E \nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-S \nCommon features:\n\n### Skylake-H \nCommon features:\n\n### Broadwell-E \nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-S \nCommon features:\n\n### Skylake-X \nCommon features:\n\n### Kaby Lake-X \nCommon features:\n\n## Core i (8th gen)\n\n### Coffee Lake-S \nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-R \nCommon features:\n\n### Skylake-X (9xxx)\nCommon features:\n\n## Core i (10th gen)\n\n### Comet Lake-S \nCommon features:\n\n### Comet Lake-S (refresh)\nReleased on the same day as the 11th gen Rocket Lake-S desktop processors.\nCommon features:\n\n### Cascade Lake-X (10xxx) \nCommon features:\n\n## Core i (11th gen)\n\n### Rocket Lake-S \nCommon features:\n\n### Tiger Lake-B \nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-S \nCommon features:\n\n## Core i (13th gen)\n==== Raptor Lake-S ====\nCommon features:\n\n## Core i (14th gen)\n\n### Raptor Lake-S Refresh\nCommon features:\n\n## Core Ultra (Series 2)\n\n### Arrow Lake-S\nCommon features:\n\n# Mobile processors\n\n## Core\n==== Yonah ====\n\n## Core 2\n# [Inside of old Sony VAIO laptop (VGN-C140G) | upload.wikimedia.org/wikipedia/commons/3/36/Laptop-intel-core2duo-t5500.jpg]\n\n### \"Merom-L\" (65 nm) \n\n### \"Merom\", \"Merom-2M\" (standard-voltage, 65 nm) \nSee also: Versions of the same Merom-2M core with half the L2 cache disabled are available under the [Pentium Dual-Core](https://bliptext.com/articles/list-of-intel-pentium-dual-core-microprocessors) brand.\n\n### \"Merom\" (low-voltage, 65 nm)\n\n### \"Merom-2M\" (ultra-low-voltage, 65 nm)\n\n### \"Merom XE\" (65 nm) \nThese models feature an [unlocked](https://bliptext.com/articles/cpu-locking) [clock multiplier](https://bliptext.com/articles/clock-multiplier)\n\n### \"Penryn-L\" (45 nm) \n\n### \"Penryn\" (Apple iMac specific, 45 nm)\n==== \"Penryn\", \"Penryn-3M\" (standard-voltage, 45 nm) ====\nNote that models T8100, T8300, T9300, T9500 are Penryn processors designed for Santa Rosa Refresh platforms with maximum FSB of 800 MT/s, whereas the rest of the Penryn processors are designed for Montevina platforms that can go up to maximum FSB of 1066 MT/s.\nPenryn processors support Dynamic Front Side Bus Throttling between 400–800MT/s.\n\n### \"Penryn\", \"Penryn-3M\" (medium-voltage, 45 nm) \n\n### \"Penryn\" (medium-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn\" (low-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn-3M\" (ultra-low-voltage, 45 nm, Small Form Factor)\n\n### \"Penryn XE\" (45 nm) \n\n### \"Penryn QC\" (45 nm) \n\n### \"Penryn QC XE\" (45 nm) \n\n## Core i (1st gen)\n\n### Clarksfield \nCommon features:\n\n### Arrandale \nCommon features:\n\n## Core i (2nd gen)\n==== Sandy Bridge-M ====\nCommon features:\n\n## Core i (3rd gen)\n==== Ivy Bridge ====\nCommon features:\n# [Intel i5 3230M die shot | upload.wikimedia.org/wikipedia/commons/1/1a/Intel///i5///3230M///%28Ivy///Bridge%2C///JPG%2C///Full///Scale%2C///85%25///Quality%29.jpg]\n\n## Core i (4th gen)\n==== Haswell-MB ====\nCommon features:\n\n### Haswell-ULT \nCommon features:\n\n### Haswell-ULX \nCommon features:\n==== Haswell-H ====\nCommon features:\n\n## Core i (5th gen)\n\n### Broadwell-U \nCommon features:\n==== Broadwell-H ====\nCommon features:\n\n## Core M (5th gen)\n\n### Broadwell-Y \nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-U \nCommon features:\n==== Skylake-H ====\nCommon features:\n\n## Core M (6th gen)\n\n### Skylake-Y \nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-U \nCommon features:\n\n### Kaby Lake-H \nCommon features:\n\n### Kaby Lake-Y \nCommon features:\n\n## Core M (7th gen)\n\n### Kaby Lake-Y \nCore m5 and Core m7 models were rebranded as [Core i5](https://bliptext.com/articles/) and [Core i7](https://bliptext.com/articles/).\nCommon features:\n\n## Core i (8th gen)\n\n### Coffee Lake-U \nCommon features:\n==== Coffee Lake-H ====\nCommon features:\n\n### Coffee Lake-B \nCommon features:\n\n### Kaby Lake Refresh \nCommon features:\n\n### Kaby Lake-G \nCommon features:\n\n### Amber Lake-Y \nCommon features:\n\n### Whiskey Lake-U \nCommon features:\n\n### Cannon Lake-U \nCommon features:\n\n## Core M (8th gen)\n\n### Amber Lake-Y\nCore m5 and Core m7 models were rebranded as Core i5 and Core i7.\nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-H (refresh)\nCommon features:\n\n## Core i (10th gen)\n==== Comet Lake-U ====\nCommon features:\n==== Comet Lake-H ====\nCommon features:\n\n### Ice Lake-U \nCommon features:\n\n### Ice Lake-Y \nCommon features:\n\n### Amber Lake-Y (10xxx) \nCommon features:\n\n## Core i (11th gen)\n\n### Tiger Lake-UP3 \nCommon features:\n\n### Tiger Lake-UP4 \nCommon features:\n\n### Tiger Lake-H \nCommon features:\n\n### Tiger Lake-H35 \nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-U \nCommon features:\n\n### Alder Lake-P \nCommon features:\n\n### Alder Lake-H \nCommon features:\n\n### Alder Lake-HX \nCommon features:\n\n### Alder Lake-N \nThese are essentially \"E-core-only\" CPUs, utilizing the [Gracemont](https://bliptext.com/articles/gracemont-microarchitecture) architecture.\nCommon features:\n\n## Core i (13th gen)\n\n### Raptor Lake-U \nCommon features:\n\n### Raptor Lake-P \nCommon features:\n\n### Raptor Lake-H \nCommon features:\n\n### Raptor Lake-PX \nCommon features:\n\n### Raptor Lake-HX \nCommon features:\n\n## Core i (14th gen)\n\n### Raptor Lake-HX Refresh\nCommon features:\n\n## Core / Core Ultra 3/5/7/9 (Series 1)\n\n### Raptor Lake-U Refresh\nCommon features:\n\n### Meteor Lake-U\nCommon features:\n\n### Meteor Lake-H\nCommon features:\n\n## Core Ultra 5/7/9 (Series 2)\n\n### Lunar Lake\nCommon features:\n\n# Embedded processors\n\n## Core i (1st gen)\n\n### Arrandale\nCommon features:\n\n## Core i (2nd gen)\n\n### Sandy Bridge-DT\nThe following models from the Sandy Bridge desktop range are available as embedded processors:\nSee section [Desktop processors § Sandy Bridge-DT](https://bliptext.com/articles/) for full info.\n\n### Sandy Bridge-M\nCommon features:\n\n### Gladden \nCommon features:\n\n## Core i (3rd gen)\n\n### Ivy Bridge-DT\nThe following models from the Ivy Bridge desktop range are available as embedded processors:\nSee section [Desktop processors § Ivy Bridge-DT](https://bliptext.com/articles/) for full info.\n\n### Ivy Bridge-M\nCommon features:\n\n### Gladden \nCommon features:\n\n## Core i (4th gen)\n\n### Haswell-DT\nCommon features:\nThe following models from the Haswell-DT desktop range are also available as embedded processors:\nSee section [Desktop processors § Haswell-DT](https://bliptext.com/articles/) for full info.\n\n### Haswell-H \nCommon features:\n\n## Core i (5th gen)\n\n### Broadwell-H\nCommon features:\n\n## Core i (6th gen)\n\n### Skylake-S\nCommon features:\n\n### Skylake-H\nCommon features:\n\n## Core i (7th gen)\n\n### Kaby Lake-S\nCommon features:\n\n### Kaby Lake-H\nCommon features:\n\n## Core i (8th gen)\n\n### Whiskey Lake-U\nCommon features:\n\n## Core i (9th gen)\n\n### Coffee Lake-R\nCommon features:\n\n### Coffee Lake-H (refresh)\nCommon features:\n\n## Core i (10th gen)\n\n### Comet Lake-S\nCommon features:\n\n## Core i (11th gen)\n\n### Tiger Lake-UP3\nCommon features:\n\n### Tiger Lake-H\nCommon features:\n\n## Core i (12th gen)\n\n### Alder Lake-S\nCommon features:\n\n### Alder Lake-U\nCommon features:\n\n### Alder Lake-P\nCommon features:\n\n### Alder Lake-PS \nCommon features:\n\n### Alder Lake-H\nCommon features:\n\n## Core i (13th gen)\n\n### Raptor Lake-S\nCommon features:\n\n### Raptor Lake-U\nCommon features:\n\n### Raptor Lake-P\nCommon features:\n\n### Raptor Lake-H\nCommon features:\n\n## Core / Core Ultra 3/5/7/9 (Series 1)\n\n### Meteor Lake-PS\nCommon features:","revisionCount":1},"hasMore":false,"nextCursor":null}

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