Rangarira ndima iri pasi apa uye ipapo pindura mubvunzo gare gare mumutauro mumwe chetewo sechikamu:  Passage: Vatongi vekutanga veAtomu vakavakirwa paBonnell microarchitecture. Avo maAtom processor anokwanisa kuita kusvika kumirairo miviri pachikamu. Kufanana nevamwe vakawanda x86 microprocessors, ivo kushandura x86-mirayiridzo (CISC mirayiridzo) kupinda nyore womukati akavhiyiwa (dzimwe nguva anonzi micro-mabasa, i.e., zvinobudirira RISC Style mirayiridzo) pamberi kuurayiwa. Mazhinji emirayiridzo anogadzira imwe micro-op painoshandurwa, iine 4% yemirayiridzo inoshandiswa muzvirongwa zvakajairika zvinogadzira akawanda micro-ops. Nhamba yemirayiridzo inobereka zvinopfuura imwe micro-op yakaderera zvakanyanya kupfuura P6 neNetBurst microarchitectures. In Bonnell microarchitecture, zvemukati micro-Ops anogona ane zvose ndangariro mutoro uye ndangariro chitoro chokuita ane ALU oparesheni, saka kuva akafanana zvikuru x86 pamwero uye simba kupfuura micro-Ops kushandiswa yapfuura mazano. Izvi zvinobvumira kuita zvakanaka chete maviri integer ALUs, uye pasina murayiridzo reordering, fungidziro kuurayiwa, kana kunyoresa renaming. Bonnell microarchitecture saka inomiririra kumutsidzirwa kwezvinhu zvakashandiswa muzvigadzirwa zvekare zveIntel zvakadai seP5 uye i486, nechinangwa chega chekuvandudza kushanda kwehuwandu hwe watt. Zvisinei, Hyper-Threading inoitwa nenzira iri nyore (kureva, yakaderera simba) nzira yekushandisa pombi yese zvinobudirira nekudzivirira zvakajairika tambo imwechete yekutsamira. Atom branded processors yakagara iine inotevera microarchitectures:  Mubvunzo: Chinangwa cheBonnell microarchitecture ndechei?
kuvandudza simba pamwero weWatt