Wadnaha iPhone 11. Faahfaahin xiiso leh oo ku saabsan processor-ka cusub ee Apple A13 Bionic

Wareysi xiiso leh oo lala yeeshay agaasimaha suuqgeynta Apple, Phil Schiller, iyo injineer ka tirsan kooxda horumarinta processor-ka, Anand Shimpi (aasaasaha website-ka AnandTech) ayaa ka soo muuqday majaladda Mareykanka ee Wired. Wadahadalku wuxuu ugu horreyntii ku wareegayaa processor-ka cusub ee A13 Bionic, iyo waxyaabo badan oo xiiso leh ayaa ka soo muuqday chip-ka cusub.

Dhinaca wareysiga, waxaa jiray dhowr kooban oo aasaasi ah oo qeexaya horumarka kooxda injineernimada Apple ee SoC ay sameeyeen tan iyo sanadkii hore naqshadeynta chip-ka cusub. Processor A13 Bionic wuxuu leeyahay:

• 8,5 bilyan transistors, taas oo qiyaastii 23% ka badan kii ka horreeyay A12 Bionic oo leh 6,9 bilyan
• Naqshad lix-core ah oo leh laba koofiye oo awood leh oo leh inta jeer ee ugu badan ee 2,66GHz oo lagu calaamadiyay hillaac iyo afar koofiyadood oo dhaqaale ah oo lagu magacaabo Thunder
• Processor-ka garaafyada ee laga hirgaliyay SoC wuxuu leeyahay afar geesood oo gabi ahaanba nashqaddiisa gaarka ah
• Intaa waxaa dheer, SoC (System on Chip) wuxuu leeyahay siddeed kale oo "Neural Engine" ah oo loogu talagalay baahida barashada mashiinka, kaas oo xamili kara ilaa trillion hawlgallo ah ilbiriqsi kasta.
• Waxqabadka guud wuxuu kordhay qiyaastii 20% marka loo eego kii ka horreeyay, labadaba qaybaha CPU, GPU iyo Neural Engine.
• Isla mar ahaantaana, si kastaba ha ahaatee, dhammaan SoC-ga ayaa ilaa 30% ka waxtar badan A12 Bionic

Waxayna ahayd sifadii ugu dambaysay ee la sheegay taas oo ahayd yoolka ugu weyn ee injineerada qalabka ay dejiyeen markii ay soo saarayeen chip-ka cusub. Ujeeddadu waxay ahayd in la soo jeediyo naqshadda chip-ka ugu waxtarka badan ee keenaysa waxqabadka sare iyo ugu horreyn isticmaalka tamarta hoose. Sida ugu hufan ee naqshadeynta jajabku waa, way fududahay in la gaaro labadaba, iyo A13 Bionic chip ayaa sidaas sameeyay.

Mid ka mid ah tusaalooyinka ugu yaabka badan ee horumarka laga gaaray qaabkii sannadkii hore waa kororka weyn ee awoodda xisaabinta ee goobta barashada mashiinka. Tani waxay ka muuqatay, tusaale ahaan, shaqada si weyn u wanaajisay ee qoraalka-hadalka shaqada, i.e. awoodda loo akhriyo qoraalka qaar ka mid ah isticmaalaha. Soosaarka codka ee iPhones-ka cusub ayaa ah mid dabiici ah oo aad u dabiici ah, inta badan waxaa sabab u ah awoodaha kordhay ee dhinacyada barashada mashiinka taasoo u suurtagelisay iPhone-yada cusub inay si wanaagsan u socodsiiyaan ereyga lagu hadlo.

Sawir qaade

iphone11_waxqabad-5

iphone11_waxqabad-6

iphone11_waxqabad-7

iphone11_waxqabad-1

pro-9

pro-10

pro-11

pro-12

pro-13

pro-15

pro-16

pro-17

pro-18

pro-19

Kooxda horumarinta, oo u xilsaaran naqshadaynta processor-yada cusub, sida ku cad xogta laga helayo waraysiga, waxay si faahfaahsan u baaraan sida codsiyada shakhsi ahaaneed ay ula shaqeeyaan agabyada jira ee processor-ku u diyaariyo iyaga. Tani waxay sahlaysaa in la hagaajiyo naqshadaha chips-ka cusub si ay ugu fiican ugu shaqeeyaan codsiyada oo ay u isticmaalaan kheyraadka sida ugu macquulsan.

Tani waxay caddaynaysaa, tusaale ahaan, codsiyada aan u baahnayn waxqabad sare oo dheeraad ah si ay u shaqeeyaan. Waad ku mahadsan tahay wanaajinta hagaajinta, codsiyadani waxay ku shaqeeyaan shuruudo awoodeed oo aad u hooseeya oo CPU ah, sidaas darteed kordhinta nolosha batteriga. Sida laga soo xigtay Phil Schiller, hagaajinta nolosha batteriga sidoo kale waxaa si weyn u saameeya barashada mashiinka, taas oo ay ugu mahadcelineyso chip-ku si fiican u qaybin karo kheyraadkiisa oo uu u shaqeeyo si hufan iyo ilaa xad "si madaxbannaan". Taasi waa, wax aan la malayn karin dhawr sano ka hor.

Isha: banki