Intel processor naming has changed significantly over the years. Older Intel Core processors use the familiar Core i3, i5, i7, and i9 designations, while newer processors use the Intel Core Ultra and Intel Core naming systems.

This Intel processor comparison chart brings together Intel Core processors from different generations and allows you to compare their main specifications, including the processor number, launch date, socket, clock speed, Turbo frequency, cache, cores and threads, TDP, integrated graphics, manufacturing process, and memory support.

The original part of the table covers older Intel processors released from the 4th generation onward. Newer generations and the current Intel Core and Core Ultra naming systems are explained below.

Intel Processor Generations

Intel’s traditional Core processor generations started with the first-generation Core processors and continued through the 14th generation. The first three generations were based on Nehalem/Westmere, Sandy Bridge, and Ivy Bridge architectures. From the 4th generation onward, Intel used architectures such as Haswell, Broadwell, Skylake, and later generations.

GenerationIntel architectureMain launch period
1st GenNehalem / Westmere2008–2010
2nd GenSandy Bridge2011
3rd GenIvy Bridge2012
4th GenHaswell2013
5th GenBroadwell2014
6th GenSkylake2015
7th GenKaby Lake2016–2017
8th GenCoffee Lake and related products2017–2018
9th GenCoffee Lake Refresh2018–2019
10th GenComet Lake and Ice Lake2020
11th GenRocket Lake and Tiger Lake2021
12th GenAlder Lake2021
13th GenRaptor Lake2022
14th GenRaptor Lake Refresh and related products2023
Core Ultra Series 1Meteor Lake2023–2024
Core Ultra Series 2Lunar Lake / Arrow Lake2024–2026
Core Ultra Series 3Panther Lake2026

Intel’s traditional Core processor generation numbering runs from the 1st generation through the 14th generation. Starting with Core Ultra, Intel changed its naming system. Newer Core Ultra processors are identified as Series 1, Series 2, and Series 3 rather than as 15th, 16th, or 17th-generation Core processors.

Intel Core Laptop Processor Generations

Intel Core processors for laptops have gone through several generations since the first Core i-series processors appeared. The early generations are now obsolete and are mainly relevant when identifying older laptops. Newer generations introduced major changes in CPU architecture, core count, manufacturing process, and power efficiency.

1st–4th Generation — Obsolete Laptop Processors

GenerationArchitectureExample laptop processorsCores / ThreadsProcessTypical TDPLaunch period
1st GenNehalem / WestmereCore i3-330M, i5-520M, i7-720QM2–4 / 4–832 nm25–45 W2010
2nd GenSandy BridgeCore i3-2310M, i5-2520M, i7-2630QM2–4 / 4–832 nm35–45 W2011
3rd GenIvy BridgeCore i3-3110M, i5-3230M, i7-3630QM2–4 / 4–822 nm35–45 W2012
4th GenHaswellCore i3-4000M, i5-4200U, i7-4700HQ2–4 / 4–822 nm15–47 W2013

5th–11th Generation Intel Core Laptop Processors

GenerationProcessorCores / ThreadsBase ClockMax TurboCacheTDPProcessGraphicsLaunch period
5th GenCore i3-5010U2 / 42.1 GHz2.1 GHz3 MB15 W14 nmHD 55002014
5th GenCore i5-5200U2 / 42.2 GHz2.7 GHz3 MB15 W14 nmHD 55002015
5th GenCore i7-5500U2 / 42.4 GHz3.0 GHz4 MB15 W14 nmHD 55002015
6th GenCore i3-6100U2 / 42.3 GHz2.3 GHz3 MB15 W14 nmHD 5202015
6th GenCore i5-6200U2 / 42.3 GHz2.8 GHz3 MB15 W14 nmHD 5202015
6th GenCore i7-6700HQ4 / 82.6 GHz3.5 GHz6 MB45 W14 nmHD 5302015
7th GenCore i3-7100U2 / 42.4 GHz2.4 GHz3 MB15 W14 nmHD 6202016
7th GenCore i5-7200U2 / 42.5 GHz3.1 GHz3 MB15 W14 nmHD 6202016
7th GenCore i7-7700HQ4 / 82.8 GHz3.8 GHz6 MB45 W14 nmHD 6302017
8th GenCore i3-8130U2 / 42.2 GHz3.4 GHz4 MB15 W14 nmUHD 6202018
8th GenCore i5-8250U4 / 81.6 GHz3.4 GHz6 MB15 W14 nmUHD 6202017
8th GenCore i7-8550U4 / 81.8 GHz4.0 GHz8 MB15 W14 nmUHD 6202017
9th GenCore i5-9300H4 / 82.4 GHz4.1 GHz8 MB45 W14 nmUHD 6302019
9th GenCore i7-9750H6 / 122.6 GHz4.5 GHz12 MB45 W14 nmUHD 6302019
10th GenCore i3-1005G12 / 41.2 GHz3.4 GHz4 MB15 W10 nmUHD Graphics2019
10th GenCore i5-10210U4 / 81.6 GHz4.2 GHz6 MB15 W14 nmUHD Graphics2019
10th GenCore i7-10750H6 / 122.6 GHz5.0 GHz12 MB45 W14 nmUHD 6302020
11th GenCore i3-1115G42 / 43.0 GHz4.1 GHz6 MB28 W10 nm SuperFinUHD Graphics2020
11th GenCore i5-1135G74 / 82.4 GHz4.2 GHz8 MB28 W10 nm SuperFinIris Xe2020
11th GenCore i7-11800H8 / 162.3 GHz4.6 GHz24 MB45 W10 nm SuperFinUHD Graphics2021

12th–14th Generation Intel Core Laptop Processors

GenerationProcessorCores / ThreadsClock SpeedCacheBase PowerGraphicsLaunch period
12th GenCore i5-1240P12 / 161.7 / 4.4 GHz12 MB28 WIris Xe2022
12th GenCore i7-1270P12 / 162.2 / 4.8 GHz18 MB28 WIris Xe2022
12th GenCore i7-1280P14 / 201.8 / 4.8 GHz24 MB28 WIris Xe2022
12th GenCore i5-12500H12 / 162.5 / 4.5 GHz18 MB45 WIris Xe2022
12th GenCore i7-12700H14 / 202.3 / 4.7 GHz24 MB45 WIris Xe2022
12th GenCore i9-12900H14 / 202.5 / 5.0 GHz24 MB45 WIris Xe2022
13th GenCore i5-1340P12 / 161.9 / 4.6 GHz12 MB28 WIris Xe2023
13th GenCore i7-1360P12 / 162.2 / 5.0 GHz18 MB28 WIris Xe2023
13th GenCore i7-1370P14 / 201.9 / 5.2 GHz24 MB28 WIris Xe2023
13th GenCore i5-13500H12 / 162.6 / 4.7 GHz18 MB45 WIris Xe2023
13th GenCore i7-13700H14 / 202.4 / 5.0 GHz24 MB45 WIris Xe2023
13th GenCore i9-13900H14 / 202.6 / 5.4 GHz24 MB45 WIris Xe2023
14th GenCore i5-14500HX14 / 202.5 / 4.9 GHz24 MB55 WUHD2024
14th GenCore i7-14650HX16 / 242.2 / 5.2 GHz30 MB55 WUHD2024
14th GenCore i7-14700HX20 / 282.1 / 5.5 GHz33 MB55 WUHD2024
14th GenCore i9-14900HX24 / 322.2 / 5.8 GHz36 MB55 WUHD2024

2023–2026 Intel Core Ultra Laptop Processors

SeriesProcessorCore ConfigurationThreadsMax TurboCachePowerProcessGraphicsLaunch period
Series 1Core Ultra 5 125H4P + 8E + 2 LP E184.5 GHz18 MB28 / 115 WIntel 4Arc2023
Series 1Core Ultra 7 155H6P + 8E + 2 LP E224.8 GHz24 MB28 / 115 WIntel 4Arc2023
Series 1Core Ultra 9 185H6P + 8E + 2 LP E225.1 GHz24 MB45 / 115 WIntel 4Arc2023
Series 2Core Ultra 5 226V4P + 4 LP E84.5 GHz8 MB17 / 37 WTSMC N3BArc 130V2024–2025
Series 2Core Ultra 7 258V4P + 4 LP E84.8 GHz12 MB17 / 37 WTSMC N3BArc 140V2024–2025
Series 2Core Ultra 9 288V4P + 4 LP E85.1 GHz12 MB30 / 37 WTSMC N3BArc 140V2024–2025
Series 2Core Ultra 5 225H4P + 8E + 2 LP E144.9 GHz18 MB28 / 115 WIntel 3Arc2025
Series 2Core Ultra 7 255H6P + 8E + 2 LP E165.1 GHz24 MB28 / 115 WIntel 3Arc2025
Series 2Core Ultra 9 285H6P + 8E + 2 LP E165.4 GHz24 MB45 / 115 WIntel 3Arc2025
Series 2Core Ultra 5 255HX6P + 8E144.9 GHz30 MB55 / 160 WIntel 3Arc2025
Series 2Core Ultra 7 275HX8P + 12E205.4 GHz36 MB55 / 160 WIntel 3Arc2025
Series 2Core Ultra 9 285HX8P + 16E245.5 GHz36 MB55 / 160 WIntel 3Arc2025
Series 3Core Ultra 5 336H4P + 8E + 4 LP E164.6 GHz18 MB25 / 80 WIntel 18AIntel Xe32026
Series 3Core Ultra 7 366H4P + 8E + 4 LP E164.8 GHz18 MB25 / 80 WIntel 18AIntel Xe32026
Series 3Core Ultra 9 386H4P + 8E + 4 LP E164.9 GHz18 MB25 / 80 WIntel 18AIntel Xe32026
Series 3Core Ultra X7 368H4P + 8E + 4 LP E165.0 GHz18 MB25 / 80 WIntel 18AArc B3902026
Series 3Core Ultra X9 388H4P + 8E + 4 LP E165.1 GHz18 MB25 / 80 WIntel 18AArc B3902026

Why the Processor Tables Are Divided

The tables are divided because Intel changed both its processor architecture and naming system over time.

  • 1st–11th Generation — these processors use the traditional Intel Core naming system, such as Core i3, i5, and i7. They are grouped together because they belong to the same general naming era.
  • 12th–14th Generation — starting with the 12th generation, Intel introduced a hybrid architecture with Performance-cores (P-cores) and Efficient-cores (E-cores). This makes the core configuration an important specification to include in the table.
  • Core Ultra Series 1–3 — Intel introduced a new Core Ultra brand and stopped using the traditional generation numbers for these processors. Therefore, Core Ultra Series 1, Series 2, and Series 3 should not be called the 15th, 16th, or 17th generations.

This structure makes it easier to compare processors within the same naming and architectural era while keeping the tables compact and readable.

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