Aadan Koos Sannadkii hore, Apple waxay na tustay tillaabada xigta ee horumarinta chips-keeda A-taxane ah ee ku jira iPhone 15 Pro sidoo kale waxay heshay magac aan caadi ahayn. Ma rajeyneyno wax weyn halkan mar kale sanadkan, laakiin waxa muhiimka ah ayaa iman doona sanadka soo socda. Si kastaba ha ahaatee, tirada transistor-yada ayaa si aad ah u kordheysa jiil kasta oo chip.
Waxaan u qaadaneynaa si dhab ah in tirada transistors ee chips ay si joogto ah u kordheyso. Tan waxaa mahad iska leh sharciga Moore, kaas oo la sameeyay qiyaastii 55 sano ka hor. Gaar ahaan, Gordon Moore, oo ah aasaasaha Intel, wuxuu leeyahay: "Tirada transistors ee ku habboon wareegga isku dhafan ayaa labanlaabma qiyaas ahaan 18 bilood kasta iyadoo qiimaha lagu ilaalinayo si isku mid ah." Kaftanka ayaa ah in aysan hadda run ahayn. Apple ayaa sharcigan ku jabisay chips-yada M1 Pro iyo M1 Max.
Chip-ka M1 Pro waxa uu ka kooban yahay ku dhawaad 33,7 bilyan transistors, halka M1 Max uu leeyahay ilaa 57 bilyan oo transistor ah. Oo halkan waxaan horeyba u haysannay jiilalka M2 iyo M3, waxaanan sugeynaa inaan aragno waxa M3 Ultra chip uu muujin doono, kaas oo lagu soo bandhigi karo WWDC24. Apple sidaas darteed si weyn ayey uga gudubtay rajada sharciga Moore waxayna riixday xadka suurtagalka ee goobta chips ee kombuyuutarrada shaqsiyeed. Laakiin ka waran taleefannada gacanta?
Waxay noqon kartaa ku xiiseeya
Hal bilyan ama wax ka badan sannad kasta
Xataa iPhone-yada, tirada taransistarrada chip-ka ayaa si tartiib tartiib ah u kordhaya, sannadba sannadka ka dambeeya. Si kastaba ha noqotee, maaha sida ugu xoogan sida chips-yada taxanaha M, marka xitaa A17 Pro hadda uusan gaarin lambarkaas sida jiilkii ugu horreeyay ee chip-ka kombiyuutarka Apple Silicon. Laakiin waa macquul, sababtoo ah waxaan wali ka hadlaynaa taleefanka gacanta. Laakiin waxaan arki doonaa boodbood kale oo weyn halkan dhawaan, kaas oo ah sanadka soo socda. Chip-ka ugu horumarsan ee iPhone-ka, A17 Pro, waxa lagu soo saaray teknooloojiyada 3nm, taas oo Apple ay soo bandhigtay sannadkii hore oo keliya. Si kastaba ha noqotee, waa inaan filnaa tignoolajiyada 17nm sanadkii, i.e. iPhone 2.
Geekbench 6 ee iPhone 15 Pro Max
Marka ay tignoolajiyada hooseeyso, ayaa chips-yadu aad u awood badan yihiin, sidaas awgeedna cufnaanta sare ee transistor-ka ayaa sidoo kale aad u yar. Tusaale ahaan, chip-ka iPhone X waxa lagu sameeyay tignoolajiyada 10nm, kan iPhone XS oo leh 7nm, iyo iPhone 12 oo leh tignoolajiyada 5nm. Laakiin maxaa soo socda? Talaabada xigta waa inay noqotaa tignoolajiyada 1,4nm, taas oo marka laga hadlayo iPhones kaliya laga filan karo agagaarka moodooyinka iPhone 19 ee 2027.
- iPhone X (2017) - A11 Bionic oo leh 4,3 bilyan oo transistor ah
- IPhone XS, XS Max iyo XR (2018) - A12 Bionic oo leh 6,9 bilyan oo transistor ah
- iPhone 11, iPhone 11 Pro, 11 Pro Max (2019), iPhone SE (2020) - A13 Bionic oo leh 8,5 bilyan oo transistor ah
- iPhone 12, 12 Mini, 12 Pro, 12 Pro Max (2020) - A14 Bionic oo leh 11,8 bilyan oo transistor ah
- iPhone 13, 13 Plus, 13 Pro, 13 Pro Max (2021), iPhone SE (2022) - A15 Bionic oo leh 15 bilyan oo transistor ah
- IPhone 14, 14 Plus, 14 Pro, 14 Pro Max (2022), iPhone 15, 15 Plus (2023) - A16 Bionic oo leh 16 bilyan oo transistor ah
- IPhone 15 Pro iyo 15 Pro Max (2023) - A17 Pro oo leh 19 bilyan oo transistor ah
Ilaa hadda inta aan ogahay, iPhone 14 iyo 14 plus sidoo kale waxay lahaayeen processor A15, iyo A16 waxay lahaayeen kaliya noocyada PRO + iPhone 15 iyo 15 oo lagu daray.