U-Vratislav Holub Kule kholamu evamile, nsuku zonke sibheka izindaba ezithakazelisayo kakhulu eziphathelene nenkampani yaseCalifornia i-Apple. Lapha sigxila kuphela ezenzakalweni eziyinhloko kanye nokuqagela okukhethiwe (okuthakazelisayo). Ngakho-ke uma unentshisekelo ezenzakalweni zamanje futhi ufuna ukwaziswa ngezwe lama-apula, nakanjani chitha imizuzu embalwa ezigabeni ezilandelayo.
Kungaba njalo okuthakaselayo
Pavel Jelic I-Gmail iza newijethi ewusizo
NgoJuni, ngesikhathi sengqungquthela yonjiniyela i-WWDC 2020, umdondoshiya waseCalifornia wasikhombisa isistimu yokusebenza elindelwe kakhulu, okuyi-iOS 14 ne-iPadOS 14. Ilethe nenani lezinto ezintsha ezinhle, phakathi kwazo okungaba ukukhetha kwamawijethi. uyabusa. Abasebenzisi be-Apple manje sebengakwazi ukusetha amawijethi ashiwo ngenhla ngqo esikrinini sabo sasekhaya.
I-Google manje ibuyekeze iklayenti layo le-imeyili ye-Gmail lapho ukusekelwa kwewijethi sekufikile. Manje usungamisa iwijethi ngqo kudeskithophu yakho futhi ufinyelele ama-imeyili ngokushesha nje. Ikakhulukazi, unenketho yokusesha phakathi kwemiyalezo, ungakha ama-imeyili amasha futhi ubuke ama-imeyili angafundiwe.
I-Apple ilungiselela ukuhlomisa ama-iPhones ayo nama-Mac ngama-chips angcono kakhulu
Kuphela ngesonto eledlule sibe nomcimbi omkhulu kakhulu. Umdondoshiya waseCalifornia wasikhombisa ama-Mac okuqala ahlome ngekhambi lawo elibizwa nge-Apple Silicon, okuyi-Apple M1 chip. Ngokusho kokuhlolwa kokuqala, ukusebenza kwale chip kubaluleke kakhulu ngaphambi komncintiswano. Isimo sifana ncamashi nama-chips kumafoni we-apula, i-Apple aphinde aziklama yona. Uma siqhathanisa i-iPhone nefoni ye-Android, "i-apula" cishe lizowina ngokusebenza.
I-Apple M1 entsha:
Igalari yezithombe
Ngokusho kwenkampani yaseTaiwan I-TrendForce I-Apple iyaqhubeka nokusebenzisana ne-TSMC, okungumphakeli oyinhloko wama-chips ashiwo ngenhla. Umdondoshiya waseCalifornia kubikwa ukuthi uzosebenzisa ama-chips anenqubo yokukhiqiza engu-5nm+, i-TSMC ebhekisela kuyo njenge-N5P, esizukulwaneni esilandelayo sezingcingo ze-Apple, ngenxa yokuthi kufanele ibe nokusebenza okuthe xaxa uma kuqhathaniswa nama-chips enqubo yokukhiqiza ye-5nm yamanje. Uma sibheka isizukulwane ngokuqhubekayo, okungukuthi ku-2022, i-TrendForce ithatha ukuthi i-chip ye-Apple A16 izovele iziqhayise ngenqubo yokukhiqiza engu-4nm.
Kuyacaca ukuthi umdondoshiya waseCalifornia uyakukhathalela ngempela ukusebenza kwemikhiqizo yawo. Ngaphezu kwalokho, amakhompyutha we-Apple nawo angabona izinguquko ezifanayo. Abahlaziyi abaningi nabavuzayo sebebikezela ukuthi ekuqaleni konyaka ozayo sizobona ukwethulwa kwe-14″ kanye ne-16″ MacBook Pro ene-Apple Silicon chip engcono. Imodeli engu-14″ kufanele ilandele isibonelo se-16″ MacBook enozimele abancane, inikeze idizayini engcono futhi ngokuvamile ikhulise isibonisi. Kodwa kuzomele silinde ulwazi olwengeziwe.
I-CrossOver ivumela izinhlelo zokusebenza ze-Windows x86 ukuthi zisebenze emishinini ye-Apple Silicon
Ngenkathi u-Apple eqala ukusikhombisa amaphrojekthi we-Apple Silicon kanye nokuguqukela kuma-chips ayo, akhelwe ekwakhiweni kwe-ARM, abantu babenokungabaza. Naphezu kweqiniso lokuthi lolu shintsho lungakhuphula ukusebenza kwemishini ngokwayo futhi lunciphise ukusetshenziswa kwayo kwamandla, kube nokukhathazeka mayelana nokuthi izicelo zizotholakala yini endaweni entsha. Njengoba sishilo ngenhla, manje sekuyisonto selokhu sabona kwethulwa ama-Macs okuqala nge-Apple M1 chip evela emndenini wakwa-Apple Silicon. Nokukhathazeka kuphelile.
I-Codeweavers ithumele iposi lebhulogi ekhombisa uhlelo lwabo lokusebenza lwe-CrossOver ukuthi luzohamba kanjani ku-MacBook Air entsha nge-chip eshiwo ngenhla. Kuvidiyo enamathiselwe ngenhla, ungabona umsebenzisi ejabulela igeyimu eyisakhiwo sodumo ethi Team Fortress 2 kalula nje. Kodwa iyini ngempela iCrossOver? Kuwuhlelo olukhethekile olususelwe kuProjekthi Yewayini enganakekela ukusebenzisa izinhlelo zeWindows ngisho naku-macOS. Leli thuluzi lisebenza ngokuhumusha i-Windows API ibe izilinganiso zama-apula, ngenxa yokuthi uhlelo olunikeziwe lusebenza ngaphandle kwenkinga eyodwa. Ngokusho kombhali wokuthunyelwe, akukholakali ukuthi iMacBook eshibhe kakhulu ingasebenzisa i-CrossOver nge-Rosetta 2 kanye nomdlalo we-"Windows" ngayo, kuyilapho yonke into ihamba kahle. Ngasikhathi sinye, ikhompuyutha ephathekayo kufanele futhi ikwazi ukuphatha umdlalo I-Witcher 3.
I-Google Stadia iza ku-iOS
Namuhla kumagazini wethu ungafunda mayelana nokufika kwenkundla yokudlala ye-GeForce MANJE ku-iOS ne-iPadOS. Le sevisi ikuvumela lokho okubizwa ngokuthi ukusakaza umdlalo, lapho ungadlala khona izihloko ze-AAA ngisho nakukhompyutha ebuthakathaka, edinga uxhumano oluzinzile kuphela. Kodwa-ke, i-GeForce MANJE ayikwazanga ukusetshenziswa kumikhiqizo yeselula ye-Apple kuze kube manje, ngoba ngandlela thize yephula izinqubomgomo ze-App Store. I-Apple ayikuvumeli izinhlelo zokusebenza zamafu egeyimu ezisebenza njengezimpawu zokuqalisa imidlalo - okungukuthi kuphela uma yonke imidlalo isihloliwe ithimba le-Apple futhi empeleni itholakala ku-App Store.
Kungaba njalo okuthakaselayo
I-Google ngokwayo isizothatha isinyathelo esifanayo. Lesi sakamuva sinikeza abasebenzisi insizakalo yayo ebizwa nge-Google Stadia, okuthi, ngaphandle kokuhluka okumbalwa, esebenza cishe ngendlela efanayo. Futhi, lena inkundla yamafu ekuvumela ukuthi udlale imidlalo enzima kudivayisi ebuthaka. Ngokwesitatimende se-Google uqobo, basebenzisa indlela efanayo naleyo uNvidia asephumelele ngayo ngesevisi ye-GeForce MANJE - okungukuthi, ngendlela yesicelo sewebhu. Kodwa-ke, ukuthi sizobona nini inkundla ye-Stadia ayikacaci futhi kuzodingeka silinde imininingwane eyengeziwe.
Kunjalo, iTeam Fortress 2 yinhle, kodwa ikude kakhulu nemidlalo yanamuhla noma okungenani yesimanje.
Futhi ngaphezu kwalokho, inyakaza kakhulu, ezindaweni ine-5FPS uma ingekho ngaphansi. Kodwa umbhali wendatshana kufanele okungenani adlale ividiyo. Noma kunjalo, kusewukusebenza okuhlaba umxhwele, ngeke nje ngikubize ngokuthi "bushelelezi" uma kudlalwa umngcele.