Back in 2021 , Intel decided to swop up how it label its architecture roadmap , ditching simple nanometer labels for , handily , lower numbers . But that does n’t tell the whole story . Much of its current chips use Intel 7 , here ’s just what it is .
It ’s rarely all that necessary for your average consumer to ante up much tending to thing like chip computer architecture but , for applied science partizan , it can be an interesting look into what ’s coming next . For illustration , Apple is set to move from a 5 nm process to a3 nm processwhen it move from M2 chip to M3 chips . It ’s expected this switch could lead to a important boost in performance and efficiency .
The same can be say for Intel ’s leaps forth in engineering , with the next multiplication of chips , dubbedMeteor Lake , set to be part of its Intel 4 architecture . For now , we ’re looking at the more current iteration – Intel 7 . permit ’s dive in .
What is Intel 7?
Intel 7 represents the third generation of 10 - nanometer unconscious process chips from the producer . Intel 7 debuted with the twelfth generation Alder Lake check and is still the moniker used for current generationRaptor Lakechips . Intel 7 was in the beginning cite to as Intel 10 nm heighten SuperFin before the architecture rebranding .
The change from micromillimeter to this naming convention helps to commune the fact that Intel ’s 10 - nanometer process actually offer the same transistor density as 7 - millimicron chips made by TSMC . The same disceptation also explains why the next whole tone for Intel is Intel 4 , which is fix to compete with TSMC ’s 5 millimicron process and , as such , is expected to pop the question swell transistor density . After Intel 4 , the next looping is set to be Intel 3 , Intel 20A then Intel 18A. ]
Before move to Intel 4 , Intel 7 will be the last process to use some called DUV ( deep ultraviolet lithography ) before moving to EUV ( uttermost ultraviolet lithography . The alteration aims to improve king efficiency while enable a gamey yield of chips to be produce .
