Ukuhlanganisa ubuhlakani bokwenziwa ku-"iPhone 15"

Ukuhlanganisa ubuhlakani bokwenziwa ku-iPhone 15 "

"I-Apple" ikhulume kakhulu engqungqutheleni yayo yaminyaka yonke, lapho yethula khona ifoni ye-"iPhone 15", mayelana nezici zemikhiqizo yayo esebenzisa ubuhlakani bokwenziwa, ngisho noma ingalisho igama elithi "ubuhlakani bokufakelwa" ngegama.

Inkampani yezobuchwepheshe ikhuthaze kakhulu i-chip enika amandla i-iPhone 15 ne-Apple Watch 9.

I-Apple idizayina awayo ama-semiconductors ayo yomibili le mikhiqizo. Ku-Apple Watch Series 9 kanye ne-Apple Watch Ultra 2, inkampani yethule i-chip ye-S9. Ngaleso sikhathi, i-iPhone 15 Pro ne-Pro Max inikwa amandla yi-A17 Pro chip.

Ngenkathi ikhuluma ngalawa ma-chips, i-Apple igxile ohlotsheni lwezici abazisekelayo.

Isibonelo, i-S9 ivumela izicelo kumsizi wezwi we-Siri ukuthi zicutshungulwe kudivayisi. Lena inqubo yobuhlakani bokwenziwa ngokuvamile eyenzeka emafini futhi kuphela uma iwashi lakho lixhumeke ku-inthanethi. Kepha njengoba ama-chips eba namandla kakhulu, le misebenzi ye-AI ingenzeka kudivayisi uqobo.

Lokhu ngokuvamile kuvumela izinqubo ukuthi zisheshe futhi zivikeleke kakhulu njengoba idatha yakho ingadluliswa nge-inthanethi. Esikhundleni sokuthi i-Apple ikhulume ngobuhlakani bokwenziwa, igxile ekusebenziseni iSiri kudivayisi.

I-Apple Watch Ultra 2 inesici esibizwa nge-Double Tap esikuvumela ukuthi ulawule izici kudivayisi ngokuthepha umunwe wakho wenkomba nesithupha ndawonye. Lobu buchwepheshe budinga ubuhlakani bokwenziwa.

Ophethe uzakwethu e-Deepwater Asset Management, uGene Munster, uthe, ngokombiko wenethiwekhi yaseMelika i-CNBC, ebonwe yi-Al Arabiya.net: “I-Apple ayithandi ukukhuluma ngobuhlakani bokwenziwa lapho ishayela abahlaziyi noma ezenzakalweni zayo, okuholele ekutheni “Kunokuqagela ukuthi inkampani isalele emuva kakhulu emjahweni wokuhlomula kulolu hlobo olusha.”

"Iqiniso liwukuthi i-Apple iphishekela kabi ukusebenzisa ubuhlakani bokwenziwa."

I-chip ye-Apple "A17 Pro" ku-"iPhone 15 Pro" ne-"Pro Max" iyisemiconductor engama-nanometer ama-3. Inombolo ye-nanometer ibhekisela kusayizi we-transistor ngayinye ku-chip. Uma i-transistor encane, amaningi awo angapakishwa ku-chip eyodwa. Ngokuvamile, ukunciphisa usayizi we-nanometer kungakhiqiza ama-chips aqinile futhi asebenza kahle.

I-"iPhone 15 Pro" ne-"Pro Max" yiwona kuphela ama-smartphones emakethe afakwe chip engu-3-nm.

U-Apple uthe lokhu kungasiza izici zamandla njengokuthayipha okunembe kakhudlwana nobuchwepheshe obuhlobene nekhamera, inqubo edinga nobuhlakani bokwenziwa.

"Njengoba izinhlelo zokusebenza eziningi ezisebenzisa i-AI zivela, izingcingo zizonikezwa umsebenzi wokunikezwa kwamandla, okuguquguqukayo okuzokwenza amafoni anama-chip amadala abonakale ehamba kancane," kusho uMunster. "Ama-chips abalulekile uma kukhulunywa ngobuhlakani bokwenziwa, futhi i-Apple izihola phambili ekwakheni i-Hardware ukunika amandla lezi zici."

Uchungechunge lwe-iPhone 15 lukhishwe namuhla...ngoLwesibili