U-Vratislav Holub Ekuqaleni kuka-Okthoba, i.e. nangaphambi kokwethulwa kwe-MacBook Pros entsha, sakwazisa nge-athikili mayelana nokufika okungenzeka. imodi yokusebenza ephezulu ku-macOS Monterey. Eminye imithombo ithole izinkomba eziqondile ngokuqhathaniswa kumakhodi ezinguqulo ze-beta, ezikhulume ngokucacile ngomsebenzi wemodi Yamandla Aphezulu, okufanele iqinisekise ukusebenza okuphezulu ngangokunokwenzeka. Kunoma yikuphi, i-macOS 12 Monterey kanye nama-laptops okukhulunywe ngawo aseyatholakala, futhi ngemva kwemodi, umhlabathi wabhidlika - okungukuthi, kuze kube yilapho ingosi ye-MacRumors iqhubekela phambili ngolwazi olubaluleke kakhulu.
Kungaba njalo okuthakaselayo
Adam Kos Imodi yokusebenza ephezulu
Engxenyeni yesibili ka-Okthoba, ingosi ye-MacRumors, noma kunalokho umhleli wayo oyinhloko kanye nomthuthukisi we-iOS, uSteve Moser, wazenza wazwakala futhi, futhi wathola okukhulunywe ngakho kakhulu kumakhodi. Ngokusho kolwazi olwaziwayo kuze kube manje, imodi kufanele isebenze kalula. Ngokusobala, lokhu kufanele kube okuphambene ngokuphelele nemodi yebhethri ephansi, lapho uhlelo luzophoqelela ukusetshenziswa kwazo zonke izindlela ezingenzeka, futhi ngesikhathi esifanayo siphotha ifeni ukugwema izinkinga ezingaba khona ekushiseni ngokweqile (i-thermal throttling). Kodwa ikhodi ngokwayo ibonisa umlayezo oyisixwayiso wokuthi uma usebenzisa le modi kungase kube nokwanda komsindo, ngokuqondakalayo ngenxa yabalandeli, nokuncipha kwempilo yebhethri, okuphinde kube nengqondo.
Sizobona ukufika kwakhe? Yebo, kodwa…
Kodwa-ke kuphakama umbuzo olula. Kwenzeka kanjani ukuthi imodi ingakatholakali esimweni samanje, lapho sesivele sinakho kokubili isistimu nama-laptops amasha atholakalayo. Kuke kwashiwo ngaphambilini ukuthi Imodi Yamandla Aphezulu ingagcinelwa kuphela ama-MacBook Pros amasha ane-M1 Pro kanye ne-M1 Max chips. Nakuba singenalo ulwazi oluningi okwamanje, sazi into eyodwa ngokuqinisekile - imodi kusetshenzwa ngayo ngempela futhi kufanele ivele ohlelweni esikhathini esizayo esiseduze. Ngendlela, lolu lwazi luqinisekiswe yi-Apple ngokwayo. Nokho, usuku oluqondile alukacaci.
I-Professional Apple Silicon chips: i-M1 Pro ne-M1 Max
Ngeshwa, kukhona catch eyodwa. Ngokusho kolwazi kuze kube manje, kubukeka sengathi imodi yokusebenza ephezulu izotholakala kuphela ku-16 ″ MacBooks Pro ene-M1 Max chip. Futhi lesi yisona kanye isikhubekiso. Noma, ngokwesibonelo, imodeli engu-14″ ingalungiswa nge-chip eshiwo, le "imvuthuluka ekhukhumele" ngeke ithole igajethi efanayo. Ake sibuyele emuva kumakhompyutha aphathekayo angu-16″. Ukucushwa okuzohlangabezana nezidingo ezishiwo kuzobiza okungenani imiqhele engu-90.
Liyoba yini iqiniso?
Abasebenzisi be-Apple njengamanje baqagela ukuthi le modi izokwenza kanjani ngempela nokuthi ingakusekela ngempela yini ukusebenza kwedivayisi ngokwayo. Yiqiniso, le mibuzo ayikwazi ukuphendulwa ngokuqiniseka (okwamanje). Noma kunjalo, singabheka phambili, ngoba ngokusebenza, amakhompiyutha we-apula aqhubekisele phambili izinyathelo ezimbalwa, ngokunembile ukufika kwe-Apple Silicon. Kulokhu, ngaphezu kwalokho, lawa ama-chips okuqala ochwepheshe avela endaweni yokusebenzela yesidlakela saseCalifornia, futhi bekungeke kube buhlungu uma i-16 ″ MacBook Pros ibinikezwa ukusunduzwa kancane ngesoftware. Phela, lokhu kuyithuluzi elisebenza ngempela labantu abazinikele kumaphrojekthi afunayo.
Kungaba njalo okuthakaselayo
Pavel Jelic Ngasikhathi sinye, kuyacaca ukuthi i-Apple kufanele ifunde okuncane kokwedlule. Amandla aphoqelelwe ukuya phezulu angabangela izinkinga nge-thermal throttling eshiwo kakade, lapho amandla ehla ngenxa yokushisa ngokweqile noma ngisho nesistimu yonke iwa. I-MacBook Pros ka-2018 ifakwe iphrosesa ye-Intel Core i9 izabalaza nento efanayo, ngezinga elikhulu. Okudidayo ukuthi, lezi zihambe kancane kunenguqulo ene-Intel Core i7 CPU ebuthaka. Ngakho kubonakala sengathi ukusebenza kungabapholisa kahle ezinkanyezini okwamanje. Kodwa-ke, ama-chips we-Apple Silicon ngokuvamile asebenzisa amandla aphansi futhi ashise kancane, ngakho-ke izinkinga ezifanayo zingase zingenzeki.
