Kwiminyaka embalwa ngoku, ukwenziwa kweeprosesa ezinobungakanani obuncinci ngokwenene kuye kwafumana ukubaluleka ngakumbi kwaye kule meko kukho intetho yekamva elithembisayo le-Apple Silicon, abaprosesa Kulindeleke ukuba bafike neenanometer ezi-3 kunye nokuya kuthi ga kwi-40 cores.
Apha into ekufuneka ithathelwe ingqalelo yimiba efana nokusebenza ngamaxesha esidingo esikhulu, uzinzo kunye nokusetyenziswa. Ngale ndlela, iiprosesa ezintsha zeMac kunye neMacBook Pro ziya kuba ne uyilo olukwaziyo ukunika ukusebenza kwiiprosesa ze-Apple.
I-3 ye-nanometer yoyilo kunye ne-40 cores
Ulwazi ilumkise ngolu tshintsho kwikamva elingekude kakhulu leeprosesa ze-Apple. Ngokusengqiqweni, ayizukuba lutshintsho esilubonayo kwiiprosesa zonyaka olandelayo, kungafuneka silinde omnye unyaka ukufikelela kwezi 3nm. Ngapha koko, yonke into ihamba ngokukhawuleza kule ngqiqo kwaye iiprosesa ezintsha ze-4nm zinokubonwa ngo-2022, kufuneka sithathele ingqalelo kuba ukusuka komnye unyaka ukuya kolandelayo yonke into inokujika ibe phantsi kwaye iqalise ukwenza ezi chips zinamandla kwiikhompyuter. Apile.
Ezi ntlobo zeprosesa zibonelela ngentsebenzo ephezulu (ethetha into ejonge kwii-ARM Mac zangoku) kunye nokuphucula ukusebenza kakuhle kwamandla. Konke oku kwenza ukuba iseti ibe nomtsalane ngokwenene ngokwemigaqo yamandla. Ii-SoCs ezintsha zingangcono kunezi zangoku. Okwangoku kubonakala ngathi ulwakhiwo lwe-5 nm luza kuqhubeka lusesona siseko semveliso se-TSMC namhlanje., kodwa akuthintelwanga ukuba ngexesha elifutshane baya kuqala ngezi 3 kunye ne-4nm esele ziphuhliswa kumzi-mveliso.
