Iprosesa entsha ye-A11 Bionic isithuthukiswe iminyaka engaphezu kwemithathu

Ngesonto eledlule, i-Apple yethule ama-iPhones amathathu amasha, alethe izinto ezintsha eziningi ezithakazelisayo. Noma ngabe ukushaja okungenantambo abakuthola bonke amamodeli amasha, noma isibonisi se-OLED esingenafreyimu, esithole kuphela I-iPhone X. Yonke imikhiqizo emisha futhi iziqhayisa ngephrosesa enamandla kakhulu ngaphansi kwe-hood. Inguqulo yalo nyaka yeprosesa entsha ibizwa nge-A11 Bionic, futhi ngempelasonto ulwazi oluthile oluthakazelisayo ngayo luvele kuwebhu, oluphuma emilonyeni yabasebenzi bakwa-Apple ngokwabo. KwakunguPhil Shiller noJohny Srouji (inhloko yophiko lokuthuthukisa iphrosesa) abakhulume nomhleli oyinhloko weseva ye-Mashable. Kungaba yihlazo ukungawahlanganisi amazwi abo.

Enye yezinto ezithakaselayo kakhulu ukuthi i-Apple yaqala ukuthuthukisa ubuchwepheshe bokuqala obuyisisekelo lapho kwakhiwa khona i-chip entsha ye-A11 Bionic eminyakeni engaphezu kwemithathu edlule. Okusho ukuthi, ngesikhathi lapho i-iPhone 6 ne-6 Plus, eyayineprosesa ye-A8, yayingena emakethe.

UJohny Srouji wangitshela ukuthi lapho beqala ukuklama iphrosesa entsha, bahlala bezama ukubheka okungenani iminyaka emithathu ngaphambili. Ngakho-ke ngesikhathi lapho i-iPhone 6 enephrosesa ye-A8 ithengiswa, imicabango mayelana ne-A11 chip kanye ne-Neural Engine yayo ekhethekile yaqala ukwakheka. Ngaleso sikhathi, ubuhlakani bokwenziwa nokufunda ngomshini kumaselula kwakungakhulunywa ngakho. Umbono we-Neural Engine wabanjwa futhi iphrosesa yangena ekukhiqizeni. Ngakho ukubheja kulobu buchwepheshe kwaba nemiphumela emihle, nakuba kwenzeka eminyakeni emithathu edlule. 

Inhlolokhono iphinde yabhekana nezimo lapho ukuthuthukiswa kwemikhiqizo ngayinye kuvame ukungena kuzo - ukutholakala kwemisebenzi emisha kanye nokusetshenziswa kwayo ohlelweni lwesikhathi oselubekiwe.

Yonke inqubo yokuthuthukisa iyavumelana nezimo futhi ungakwazi ukuphendula kunoma yiziphi izinguquko. Uma ithimba liqhamuka nemfuneko ebingeyona ingxenye yephrojekthi yokuqala, siyazama ukuyisebenzisa. Ngeke sitshele muntu ukuthi sizokwenza ingxenye yethu kuqala bese sigxumela kokulandelayo. Lena akuyona indlela ukuthuthukiswa komkhiqizo omusha okufanele kusebenze ngayo. 

U-Phil Shiller uphinde wancoma ukuguquguquka okuthile kweqembu lika-Srouji.

Eminyakeni embalwa edlule kube nezinto ezimbalwa ezibucayi kakhulu okwakudingeka zenziwe ngaphandle kwecebo iqembu likaJohny elalilandela ngaleso sikhathi. Kukangaki kube umbuzo wokuphazamisa iminyaka eminingana yentuthuko. Nokho, ekugcineni, yonke into yayihlala iphumelela futhi ezimweni eziningi kwakuwukusebenza okungaphezu komuntu ngempela. Kuyamangaza ukubona ukuthi iqembu lonke lisebenza kanjani. 

Iphrosesa entsha ye-A11 Bionic inama-cores ayisithupha ekucushweni okungu-2+4. Lawa ama-cores amabili anamandla futhi amane ayongayo, anamandla acishe abe ngu-25% aqine futhi afike ku-70% ukonga ngaphezulu kunasesimeni se-A10 Fusion processor. Iprosesa entsha isebenza kahle kakhulu esimweni sokusebenza kwe-multi-core. Lokhu kubangelwa ikakhulukazi isilawuli esisha, esinakekela ukusatshalaliswa komthwalo kuwo wonke ama-cores ngamanye, futhi esisebenza ngokuvumelana nezidingo zamanje zezinhlelo zokusebenza.

Ama-cores anamandla awatholakali kuphela ezinsizeni ezifunayo ezifana nokudlala. Isibonelo, ukubikezela kombhalo okulula kungaphinda kuzuze amandla ekhompuyutha kusuka kumongo onamandla kakhulu. Konke kulawulwa futhi kulawulwa isilawuli esisha esihlanganisiwe.

Uma unentshisekelo ekwakhiweni kwe-chip entsha ye-A11 Bionic, ungafunda yonke inhlolokhono ebanzi. lapha. Uzofunda ulwazi oluningi olubalulekile mayelana nokuthi iphrosesa entsha inakekelani, isetshenziswa kanjani ku-FaceID kanye neqiniso eli-augmented, nokunye okuningi.

Umthombo: Mashable