UDavid Trica Imiphumela yokuqala yokuhlolwa kwe-benchmark ye-Apple A14 Bionic chipset isifinyelele ku-inthanethi. Ukuhlolwa kwenzeke kuhlelo lwe-Geekbench 5 futhi, phakathi kwezinye izinto, kwembule imvamisa okungenzeka ye-Apple A14. Kungaba iphrosesa yokuqala ye-ARM ukwedlula u-3 GHz.
Kungaba njalo okuthakaselayo
Izinhlobo zamanje ze-iPhone 11 ne-iPhone 11 Pro zisebenzisa i-Apple A13 Bionic chipset, esebenza ngemvamisa ye-2,7 GHz. Ku-chipset ezayo, imvamisa kufanele inyuke ngo-400 MHz iye ku-3,1 GHz. Esivivinyweni se-Geekbench 5, i-Single Core ithole u-1658 (cishe ngamaphesenti angu-25 ngaphezu kwe-A13) kanti i-Multi Core yathola amaphuzu angu-4612 (cishe ngamaphesenti angu-33 ngaphezu kwe-A13). Ukuze uqhathanise, i-Samsung Exynos 990 chipset yakamuva ithola cishe u-900 ku-Single Core kanye no-2797 ku-Multi Core. I-Qualcomm's Snapdragon 865 ithola cishe u-5 ku-Single Core kanye no-900 ku-Multi Core ku-Geekbench 3300.
I-chipset ezayo ye-Apple yaze yadlula i-A12X etholakala ku-iPad Pro. Futhi uma i-Apple ingathola ukusebenza okuphezulu kangako ku-chipset "yefoni", akumangazi nakancane ukuthi i-Apple ihlela iMac esekwe ku-ARM. Ngakho-ke i-Apple A14x ingaba ndawana thize ehluke ngokuphelele ngokusebenza kunalokho esikujwayele ngama-ARM processors. Inzuzo ngokuqinisekile izoba ukuthi i-Apple A14 izokhiqizwa kusetshenziswa inqubo ye-5nm, ezohlinzeka ngokuminyana okuphezulu kwama-transistors kanye nokusetshenziswa okuncane kwamandla.
Igalari yezithombe
Izinsiza: lbmcube.com, iphonehacks.com
Lokhu kuzothatha iminyaka emi-2 ukuthi i-Qualcomm ne-Samsung ibambe iqhaza.