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Intel CPU Generations Overview

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Introduction: Intel has released 14 generations of Core i-series processors
Each generation represents incremental advancements in processor technology
Intel uses codenames associated with specific microarchitectures
Key Generations: Nehalem (2008) introduced 45nm process with SMT and improved buffer sizes
Sandy Bridge (2011) featured ring bus and enhanced Turbo Boost
Ivy Bridge (2012) switched to 22nm process with improved power efficiency
Haswell (2013) introduced FIVR and AVX2 instructions
Broadwell (2015) offered three variants: Y, U, and H with different power requirements
Skylake (2016) removed FIVR and introduced DMI 3.0
Kaby Lake (2016) introduced hyper-threading and improved GPU performance
Coffee Lake (2017) featured 14nm++ process and increased core counts
Ice Lake (2018) focused on single-thread performance and AI acceleration
Tiger Lake (2019) introduced 10nm process and Thunderbolt 4
Alder Lake (2020) introduced hybrid architecture with Golden and Gracemont cores
Raptor Lake (2021) introduced hybrid architecture with up to 24 cores
Meteor Lake (2022) introduced Arc GPU architecture and improved power efficiency
Current Status: 13th generation processors considered best due to technical advances
12th generation processors still popular with Core i9 12900K series
Intel plans Arrow Lake generation with different socket