Iprosesa ye-A12 Bionic ye-Apple iphindwe kabini ngokukhawuleza njenge-Snapdragon 845

I-Qualcomm, ngaphandle kobudlelwane bayo obubi nenkampani yeCupertino, okwangoku yeyona mveliso ilungileyo yeeprosesa eziphathwayo zeefowuni ze-Android. Kakhulu kangangokuba ngaphandle kolunye udidi lwe Isamsung okanye iHuawei ukubheja kwiprosesa yabo, ngokubanzi, iimodeli zokugqibela eziphezulu ezinyusa inkqubo yokusebenza kweGoogle zihlala zibheja kwiiprosesa zeQualcomm.

Nangona kunjalo, iingcali ezininzi zikhawulezile ukugqabaza ngezibonelelo zeprosesa ye-12nm A7 Bionic enyusa i-iPhone X. Kodwa… ngaba i-A12 Bionic ngokwenene iprosesa engcono kuneQualcomm Snapdragon 845? Ngokwezibalo zokuqala i-A12 Bionic iphindwe kabini okanye kathathu ngokukhawuleza kuneprosesa ebalaseleyo yeQualcomm kwintengiso namhlanje.

Le processor ye-7nm, ngokungafaniyo neyakhe yenzeka ngaphambili, khange yenziwe yi-Samsung, kodwa yi-TSMC kuphela. Ine-6,9 yezigidigidi ze-transistors, ngokuchasene ne-4 yezigidigidi eyayisetyenziswa ngumntakwabo "omncinci", i-A11 Bionic. Ngoku kuza idatha evela AnandTech, abafana kwiwebhu abakhethekileyo kuhlalutyo lolu hlobo lwezixhobo:

Iprosesa ye-A12 Bionic isebenzisa amandla ayi-12% ngaphantsi kweprosesa ye-A11 Bionic, ngaphandle kokufuna amandla ngakumbi kwimisebenzi ethile yokusebenza.

I-SoC ye-Apple izibonakalisa izihlandlo ezibini ngokukhawuleza ngokubhekisele kwintsebenzo kunabo bakhuphisana nabo abaphambili ukuya kuthi ga ngokukuko kathathu xa kusenziwa ukusetyenziswa kwamandla.

Ngoku siyaqonda ukuba kutheni ibhetri ye-iPhone XS inomahluko omkhulu kwinqanaba le-mAh ngokomzekelo imbangi yayo ethe ngqo kwi-Samsung Galaxy Note 9 (3.300 mAh ye-iPhone ye-4.000 mAh yemodeli yeSamsung). Nokuba yeyiphi na, ukuba iApple ayinakhuphiswano kwinto ethile, kuxa kuyilwa iiprosesa zayo, izinto ziyatshintsha ngokwekhamera, xa izimbangi (ngovavanyo lwethu) ezinje ngeGlass Qaphela 9 zibonisa ukusebenza okungcono.