Ayini ama-cores nama-thread e-processor?

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Uma uqala ukubheka imininingwane yeprosesa, kulula ukulahleka phakathi kwedatha eningi kangaka: imvamisa, i-cache, i-TDP… kanye, vele, isigaba esidumile ngenani lama-cores kanye nezintambo . Lawa amagama aphindaphindwa yonke indawo kodwa asadala ukudideka okukhulu, ngisho naphakathi kwabasebenzisi abanolwazi.

Ukuqonda ama-cores nama-thread e-CPU akuyona nje indaba yobuchwepheshe. Kuthinta ngqo ukusebenza kwekhompyutha yangempela, ukuthi isebenza kahle kangakanani imisebenzi eminingi, nokuthi imidlalo, isofthiwe yokuhlela ividiyo, kanye nemishini ebonakalayo isebenza kahle kangakanani. Nakuba umsebenzisi ojwayelekile engakwazi ukuphatha ngaphandle kokuzihlolisisa ngokujulile, ukuqonda le mibono kubalulekile kunoma ubani ohlela, owakha ama-PC, noma omane ofuna ukwenza izinqumo zokuthenga ezinolwazi.

Ayini ama-core eprosesa?

Kufihlwe ngaphakathi kwe-chip encane esiyibiza ngokuthi i-CPU kunamabhulokhi amaningana e-logic asebenza njengamayunithi ekhompyutha azimele ngokuphelele . Lawa mabhulokhi angama-cores. I-core ngayinye ingathatha imiyalelo evela ku-RAM, iyicubungule ngokuvumelana newashi le-processor, bese ibuyisa imiphumela, njengobuchopho obuncane ngaphakathi kwe-chip eyinhloko.

Amaprosesa amadala ayenomgogodla owodwa kuphela okwazi ukwenza umyalelo owodwa ngomjikelezo wewashi . Lo mthamo ulinganiswe nge-megahertz (MHz) noma i-gigahertz (GHz): uma imvamisa iphakeme, kulapho ingaqeda khona imiyalelo eminingi ngomzuzwana. Namuhla, ngaphezu kokukhulisa isivinini sewashi, abakhiqizi bandise inani lama-cores ukuze bandise kakhulu amandla okucubungula aluhlaza.

I-core ngayinye isebenza njenge- subprocessor ebonakalayo ehlanganiswe kwiphakheji efanayo . I-CPU ene-quad-core ifana nokuba nama-processor amane asebenza ngokulingana ku-chip efanayo. Lokhu kusho ukuthi, emjikelezweni owodwa, i-CPU ingaphatha imiyalelo emine ehlukene ngesikhathi esisodwa, iphindaphinde amandla okusebenzisa ikhompyutha inqobo nje uma uhlelo lokusebenza nezinhlelo zingawasebenzisa.

Kubalulekile ukugcizelela ukuthi ama-core ayizingxenye ezibonakalayo, hhayi into ebonakalayo noma elingiswe yisofthiwe . Akhiwe izigidi zama-transistors namasekethe asebenzisa amayunithi ezibalo, amayunithi okulawula, amarejista angaphakathi, nezinye izinto ezivumela umjikelezo wemiyalelo (ukulanda, ukuqopha, ukwenza, nokubhala umphumela) ukuthi wenziwe ngokuphindaphindiwe.

Namuhla, emakethe yabathengi, kuvamile ukuthola ama-processor anama -core angu-2, 4, 6, 8, ngisho nangaphezu kwe-10 , kuyilapho izindawo zokusebenza namaseva ngokuvamile enikeza izinombolo eziphakeme nakakhulu, njenge-cores ezingokoqobo ezingu-16, 32, noma ngaphezulu. Uma ama-core eningi, kulapho imisebenzi eminingi ingacutshungulwa khona ngasikhathi sinye, okuwusizo kakhulu ezinhlelweni zokusebenza zobungcweti, amaseva, noma imisebenzi yokusebenza enomthwalo womsebenzi ophezulu ohambisanayo.

Ziyini izintambo zeprosesa futhi zisebenza kanjani?

Nakuba ama-kernel ayizingxenye zomzimba, imicu (noma ama-subprocesses) yizinto ezinengqondo noma ezibonakalayo ezimele ukugeleza kokusebenza ngaphakathi kohlelo nokuthi uhlelo lokusebenza lungahlela i-kernel eyodwa noma ngaphezulu. Intambo empeleni iwuchungechunge lwemiyalelo engenza ngokuzimela kokunye, ngolwazi lwayo lomongo.

Singabuka intambo njengendlela isiqephu sekhodi esiyithathayo ngeprosesa . Intambo ngayinye inamarejista ayo okusebenza, i-stack yayo, kanye nekhawunta yohlelo ekhombisa ukuthi yimiphi imiyalelo okufanele yenziwe nganoma yisiphi isikhathi. Uhlelo lokusebenza lunesibopho sokwabela lezi zintambo kuma-core atholakalayo nokusabalalisa isikhathi se-CPU phakathi kwazo ngendlela ephumelelayo ngangokunokwenzeka.

Ekuhleleni izinhlelo, kwenziwa umehluko phakathi kwezinhlelo zokusebenza ezinemicu eyodwa kanye nezinhlelo zokusebenza ezinemicu eminingi . Uhlelo olunemicu eyodwa lunokugeleza okukodwa kokwenziwa: imiyalelo yenziwa ngokulandelana, ngendlela elandelanayo ngokuqinile. Kuhlelo lokusebenza olunemicu eminingi , ngakolunye uhlangothi, umsebenzi usatshalaliswa phakathi kwemicu eminingana engasebenza ngokufanayo, yabelana ngezinsiza kodwa isebenze ngasikhathi sinye.

Le ndlela yokuhlukanisa umthwalo womsebenzi ivumela uhlelo olulodwa ukuthi lwenze imisebenzi eminingi ngesikhathi esisodwa . Isibonelo, umhleli wevidiyo anganikela ngentambo eyodwa ku-interface yesithombe, enye ekuboniseni, enye kumsindo, njalo njalo. Uma kunezinhlayiya ze-CPU ezanele, lezi zingxenye zohlelo zisebenza ngesikhathi esisodwa, zithuthukisa izikhathi zokuphendula futhi zinciphise umuzwa wokulibala.

Empeleni, amaprosesa amaningi anamuhla asebenzisa ubuchwepheshe bokuxubha okuningi ngesikhathi esisodwa njenge-SMT noma i-Hyper-Threading, okuvumela umongo ngamunye ongokoqobo ukuthi uphathe imicu emibili yokusebenza ngesikhathi esisodwa . Lokhu kuchaza ukuthi kungani ubona ama-CPU, isibonelo, enama-cores ayi-6 kanye nemicu eyi-12: kuneziyunithi eziyisithupha ezingokoqobo, kodwa ngayinye ingathwala imifudlana emibili ehlukene yemiyalelo ngesikhathi esisodwa, okwenza kube ngcono ukusebenzisa amayunithi angaphakathi abengeke asebenze. Ubuchwepheshe be-Intel be-Hyper-Threading buyisibonelo esaziwayo salokhu.

Ubudlelwano phakathi kwezinhlelo, izinqubo, kanye nezingxoxo

Ukuze uqonde ngokugcwele indima yemicu, kuyasiza ukubuyela emuva ezingeni bese ubona ukuthi umsebenzi uhlelwe kanjani ohlelweni lokusebenza. Uhlelo lumane luyisethi yemiyalelo egcinwe kudiski (izinhlelo zokusebenza, abashayeli, uhlelo lokusebenza ngokwalo, njll.) ngefomethi ye-binary, elungele ukulayishwa kwimemori uma kudingeka.

Uma usebenzisa uhlelo, uhlelo ludala okungenani inqubo eyodwa elayisha ku-RAM . Le nqubo ifaka ikhodi esebenzisekayo, idatha, izinsiza ezidingayo (izincazelo zamafayela, inkumbulo egciniwe, njll.), kanye nomongo uhlelo lokusebenza oluwuphatha ngokucophelela. Inqubo ngayinye itholakala endaweni ethile yememori, ehlukanisiwe kwezinye, enikeza ukuzinza nokuphepha.

Inqubo idinga izakhi ezithile eziyisisekelo ukuze isebenze: ikhawunta yohlelo ekhombisa umyalelo olandelayo okufanele wenziwe, uchungechunge lwamarejista lapho kugcinwa khona idatha yesikhashana nolwazi lokulawula, kanye nenqwaba egcina idatha evela emisebenzini esebenzayo. Konke lokhu kugcinwa njalo futhi kubuyiselwa lapho uhlelo lushintsha kusuka kwenye inqubo luye kwenye.

Okuthakazelisayo ukuthi inqubo ngayinye isebenza ngokuzimela kwezinye . Ngenxa yalokhu kuzimela, uma uhlelo lokusebenza olulodwa luphahlazeka, lonke uhlelo lungaqhubeka nokusebenza. Leli khono lokuphatha izinqubo eziningi livumela indawo yokusebenza ngezinto eziningi: ukuphequlula i-inthanethi ngenkathi ulalele umculo, ukuhlola i-imeyili yakho, nokulanda amafayela ngasikhathi sinye.

Ngaphakathi kwenqubo ngayinye, kunezintambo zokwenza. Intambo iyunithi encane kakhulu yomsebenzi uhlelo lokusebenza olungayabela i-CPU . Inqubo ingaba nentambo eyodwa (icala elilula kakhulu) noma izintambo eziningi ezabelana ngesikhala sememori esifanayo kanye nezinsiza zokucubungula, kodwa zisebenza ngokufana.

Izinqubo zocingo olulodwa kanye nezintambo eziningi

Enqubweni enomucu owodwa, yonke ikhodi yohlelo isebenza ngokulandelana kwemiyalelo . Lokhu kusho ukuthi uma ingxenye eyodwa yohlelo ithatha isikhathi eside (isibonelo, ukusebenza kwediski okuhamba kancane noma ukubala okunzima), lonke uhlelo lokusebenza lungavinjelwa kuze kube yilapho lolo hlelo luphela, okubangela umuzwa wokuvilapha noma ukuqandisa.

Uma inqubo ixutshwe ngemicu eminingi, umsebenzi wayo uhlukaniswa ngezinqubo ezincane eziningana ezibizwa ngokuthi imicu . Lezi zintambo zabelana ngememori nezinsiza, kodwa ngayinye ine-register stack yayo kanye ne-program counter. Ngale ndlela, izingxenye ezimbili noma ngaphezulu zohlelo zingenza ngesikhathi esisodwa, zinciphise izikhathi zokulinda futhi zisebenzise kangcono ama-core atholakalayo.

Isibonelo, isiphequluli sewebhu singase sibe nentambo eyodwa yesixhumi esibonakalayo, enye yokulayisha amakhasi, enye yokusebenzisa ikhodi yeJavaScript, kanye nenye yokudlala ividiyo. Uma kunezinhlobo eziningi ze-CPU kanye nezintambo, zonke lezi zintambo zingasebenza ngesikhathi esisodwa , okuholela kokuhlangenwe nakho komsebenzisi okubushelelezi kakhulu.

Isihluthulelo ukuthi, ngemicu eminingi, inani lokubala ngasikhathi sinye liyanda kakhulu . Lokhu akusho ukuthi i-CPU ngokwayo ishesha, kodwa kunalokho ingakwazi ukugcina amayunithi ayo angaphakathi ematasa ngomsebenzi ohambisanayo. Lokhu kuhumushela ekusetshenzisweni okungcono kwehadiwe, ikakhulukazi ezinhlelweni ezenzelwe ngqo ukusebenza nemicu eminingi.

Kumaprosesa anobuchwepheshe bokuxubha okuningi, i-core enezintambo ezimbili ayisebenzisi ngokoqobo imiyalelo emibili emjikelezweni ofanayo ngokusebenza kahle okungu-100%, kodwa ingashintsha phakathi kwezintambo ezimbili ngokushesha kangangokuthi kuzwakale sengathi zisebenza ngokufana. Uhlelo lokusebenza lunikeza "izingcezu ezincane zesikhathi se-CPU" kumsonto ngamunye, futhi ukushintshana phakathi kwazo kwenzeka ngezingcezu zomzuzwana, okungabonakali kumsebenzisi.

Umehluko oyisisekelo phakathi kwama-cores nama-strands

Umehluko oyinhloko ukuthi ama-cores angamayunithi okucubungula ngokomzimba , kuyilapho ama-threads engabantu abanengqondo abamele imisebenzi noma ama-subprocesses asebenza kulawo ma-cores. I-core ingaba khona ngaphandle kwe-SMT threads eyengeziwe (ukwenza nje umfudlana owodwa wemiyalelo), kodwa i-thread, noma ngabe i-virtual, ihlala idinga i-physical core ngesikhathi esithile ukuze iqalise.

Uma ubheka imininingwane ye-CPU, uzobona inhlanganisela efana "nama-cores angu-4 / imicu engu-8" noma "ama-cores angu-6 / imicu engu-12." Lokhu kusho ukuthi i-core ngayinye ebonakalayo ingaphatha imicu emibili yokusebenza ngasikhathi sinye . Kuprosesa enemicu engu-6, imicu engu-12, uhlelo lokusebenza lubona amayunithi angu-12 anengqondo lapho kufanele kuhlelwe khona imisebenzi, yize ezingeni le-silicon kunezingqimba eziyisithupha kuphela zokwenziwa eziphelele.

Ngamazwi angokoqobo, ama-cores anquma ukuthi mingaki imisebenzi ezimele ngempela i-CPU engayenza ngasikhathi sinye , kuyilapho ama-threads elungisa ukusetshenziswa kwalawo ma-cores, enciphisa isikhathi sokungasebenzi futhi evumela ama-threads amaningi ngesikhathi esisodwa. Yingakho kuthiwa ama-threads akhulisa ukusebenza kahle, kodwa ijubane elikhulu lomthamo wangempela lihlala livela ekwengezeni ama-cores amaningi angokwenyama.

Ngamafuphi, ama-core ahlinzeka ngemisipha yomzimba, kuyilapho imicu ihlela umsebenzi kangcono . Ibhalansi enhle phakathi kwalokhu okubili yenza umehluko omkhulu ekusebenzeni kwesistimu iyonke, ikakhulukazi lapho kubhekene nesofthiwe yobungcweti ebanzi noma efuna imisebenzi eminingi.

Ama-cores noma imicu: okubaluleke kakhulu kuye ngokusetshenziswa

Umbuzo ojwayelekile lapho uthenga i-CPU ukuthi kufanele yini ubeke phambili ama-cores angokoqobo noma imicu enengqondo kakhulu . Impendulo incike kakhulu ekutheni uhlose ukusebenzisa kanjani ikhompyutha nokuthi izinhlelo zokusebenza ovame ukuzisebenzisa zihlelwe kanjani.

Emisebenzini esebenzisa kakhulu ihadiwe, njengemidlalo enzima, ukuhlela ividiyo okuthuthukisiwe, ukwenziwa kwe-3D, noma ukusebenzisa imishini ebonakalayo, ukuba nenani elikhulu lama-core angokwenyama kuvame ukuba nenzuzo enkulu . Le misebenzi izuza ngokukwazi ukusabalalisa imisebenzi emikhulu kuma-core amaningi angokwenyama, kunokuthembela kuphela emicu enengqondo kuma-core ambalwa.

Ukuze kusetshenziswe kakhulu nsuku zonke, njengokuphequlula, ukusebenza ngamadokhumenti, ukusebenzisa izinhlelo zokusebenza eziningana ezilula ngesikhathi esisodwa, noma ukusebenzisa okuqukethwe kwe-multimedia, ukuphathwa kahle kwezintambo kungenza umehluko omkhulu . Ngisho noma kunezinhla ezimbalwa, uma i-CPU isekela izintambo eziningi ngenhliziyo ngayinye futhi uhlelo luzisabalalisa kahle, ulwazi oluphelele luzoba olubushelelezi nokuphendula kahle.

Ekuthuthukisweni kwesofthiwe, ukuqonda okuphelele ukuthi ama-cores kanye nezintambo ziphathwa kanjani kubalulekile. Uhlelo olungalingani kahle lungase lungasebenzisi iprosesa enezintambo eziningi noma ama-cores amaningi , kuyilapho uhlelo lokusebenza oluklanywe kahle lukhula kahle njengoba inani lama-cores atholakalayo likhula. Elinye isofthiwe lenzelwe izintambo eziningi ezinengqondo, kanti elinye isofthiwe liyazi kuphela ukuthi lingazisebenzisa kanjani ama-cores ambalwa anamandla kakhulu.

Ngamagama alula kakhulu, kubasebenzisi abaningi basekhaya, i-CPU eyinhloko engu-4 kuya ku-6 enemicu eminingi ivame ukunikeza ibhalansi enhle phakathi kwentengo nokusebenza . Kubadali bokuqukethwe, abadlali abanomdlandla, noma ochwepheshe abasebenzisa izinhlelo ezidinga kakhulu, ukuthuthukela kuma-core angu-8, 10, noma ngaphezulu kunengqondo kakhulu, ikakhulukazi uma lezo zinhlelo zokusebenza zenzelwe ukusizakala nge-multithreading.

Indlela yokuthola ukuthi zingaki izinhlayiya nezinhlayiya ze-CPU yakho

Uma ufuna ukuhlola ukuthi ikhompyutha yakho inama-cores nama-thread amangaki, uhlelo lokusebenza ngokwalo lunikeza amathuluzi alula kakhulu okwenza lokho ngaphandle kokufaka noma yini eyengeziwe . Lokhu kuyasiza ekwazini ukuthi ihadiwe yakho iyahlangabezana yini nezidingo zohlelo noma umdlalo othile, noma ekuhloleni ukuthi kufanelekile ngempela yini ukuthuthukisa iprosesa yakho.

Ku-Windows 10 noma 11, ungavula imenyu yokuqukethwe kwenkinobho ethi Qala bese uya esigabeni esithi "Isistimu" ukuze ubone imodeli yeprosesa efakiwe . Ngalolo lwazi, ungasesha iwebhusayithi yomenzi bese uhlola ukuthi isekela ama-cores nama-thread amangaki. Ngaphezu kwalokho, i -Task Manager , kuthebhu ethi "Ukusebenza", ibonisa amagrafu nge-CPU enengqondo ngayinye ekunikeza umbono wenani le-thread uhlelo olusebenzisayo.

Uma ufuna ulwazi oluningiliziwe, i-Task Manager ngokwayo inesixhumanisi se- Resource Monitor , lapho ungabona khona ukuhlukaniswa kwezinqubo kanye nezintambo kanye nokusetshenziswa kwazo kwe-CPU. Ukufakwa ngakunye "kwentambo" lapho kufana nentambo yokusebenza ephethwe uhlelo.

Ku-macOS, ulwazi oluyisisekelo lwe-CPU lungatholakala kumenyu ye-Apple, ngaphansi kokuthi "Mayelana Nale Mac," bese kuba "Umbiko Wesistimu ." Lapho ungabona igama lomprosesa, futhi ngokubheka imininingwane esemthethweni, uthole inani lama-cores angokoqobo kanye nezintambo. I-Activity Monitor iphinde ibonise inani lezintambo uhlelo ngalunye oluvulekile olunazo.

Ngala mathuluzi ungathola umbono ocacile wokuthi unamandla okucubungula angakanani atholakalayo nokuthi izinhlelo zakho ziyagcwalisa yini ama-core noma zisebenzisa eyodwa noma ezimbili nje, okushiya ezinye zicishe zingasebenzi.

Mangaki ama-core e-CPU okufanele uwakhethe kuye ngokuthi uwasebenzisa kanjani?

Inani elifanele lama-cores alifani kuwo wonke umuntu. Kuya ngezinhlobo zemisebenzi oyenzayo nsuku zonke nokuthi izinhlelo zakho ozithandayo zilungiselelwe yini ukusizakala ngama-cores amaningi kanye nezintambo . Okuningi akuhlali kungcono, kodwa kubalulekile ukuthola ububanzi obufanele.

Ukusetshenziswa okulula kakhulu (ukuphequlula, imisebenzi elula yehhovisi, i-imeyili, ukubuka amavidiyo) ama-core amabili angokoqobo avame ukwanele , yize namuhla kungcono kakhulu ukusebenzisa okungenani ama-core amane ukuze uthole inzuzo yezibuyekezo zesofthiwe zesikhathi esizayo kanye nokwenza imisebenzi eminingi eminingi ngendlela eyinkimbinkimbi.

Uma uvame ukudlala imidlalo engadingi kakhulu, uhlela izithombe noma amavidiyo kalula, futhi ugcina izinhlelo zokusebenza eziningana zivuliwe ngasikhathi sinye, inketho enengqondo kakhulu ukufuna iprosesa ene-quad-core enokusekelwa kwe-multi-threading. Ukuthuthuka kweprosesa ene-dual-core kubalulekile maqondana nokushelela okuphelele, izikhathi zokulayisha, kanye nekhono lokusingatha izinhlelo eziningi ngasikhathi sinye.

Kumageyimu adinga kakhulu, ukudalwa kokuqukethwe okungathi sína (ukuhlelwa kwevidiyo enesinqumo esiphezulu, ukwenziwa kwe-3D njalo), noma ukusetshenziswa komshini obonakalayo, ukungena kububanzi be-core engu-6-8 kunikeza intuthuko enkulu ekusebenzeni. Izihloko eziningi zanamuhla zingasebenzisa ama-core angu-6 noma angu-8 ngempumelelo, futhi izinhlelo zokuhlela nokukhipha zivame ukulingana kahle ne-core ngayinye eyengeziwe.

Ngaphezulu kwama-core ayi-10, sikhuluma ngezinhlelo ezenzelwe izimo ezidinga kakhulu: imidlalo ephezulu enokusakaza ngasikhathi sinye , ukwenziwa kwe-3D kanye nokugqwayiza kobungcweti, ukulingisa okuyinkimbinkimbi, noma izindawo zokusebenza kanye namaseva aqhuba imisebenzi eminingi ngesikhathi esisodwa. Kulezi zimo, lapho ama-core kanye nezintambo eziningi zikhona (uma nje zisetshenziswa kahle yisofthiwe), kulapho amandla okucubungula imithwalo yemisebenzi emikhulu eba ngcono khona.

Umthelela wokubalwa kwengqikithi kanye nentambo ekusebenzeni

Ukuba nama-cores amaningi kanye nezintambo kushintsha kakhulu indlela uhlelo oluziphatha ngayo ngaphansi komthwalo. I-CPU enama-cores amaningi ingaphatha imisebenzi eminingi ngesikhathi esisodwa ngaphandle kokuthi eyodwa ivimbe enye , okuholela ezikhathini zokuphendula ezisheshayo, ukungakwazi ukunyakaza okumbalwa, kanye nokuzinza okukhulu uma i-PC yakho isebenza ngokugcwele.

Ukwenza imisebenzi eminingi kungenye yezindawo lapho lokhu kuphawuleka khona kakhulu. Ukuba nama-cores amaningi kanye nezintambo kuvumela uhlelo lokusebenza ukuthi lusabalalise izinhlelo zokusebenza phakathi kwama-CPU ahlukene anengqondo , ukuze kuthi ngenkathi umuntu ephatha ukubala okude, amanye aqhubeke nokuphendula kumsebenzisi. Yilokhu okwenza kube nokwenzeka, isibonelo, ukudlala umdlalo ngenkathi okuthile kwenziwa ngemuva noma kuqoshwa ividiyo yokudlala.

Emidlalweni yevidiyo, izihloko eziningi zesimanje zivame ukulingana kahle nama-cores angu-4 noma angu-6, kanti eminye imidlalo ephezulu isebenzisa ama-cores angu-8 angokwenyama . Kulezi zimo, ngaphezu kwekhadi lehluzo, iprosesa kumele iphathe i-physics, ubuhlakani bokwenziwa, i-logic yomdlalo, ukuxhumana, njalo njalo. Ukusabalalisa le misebenzi kuma-cores amaningi kanye nezintambo kusiza ukugcina amazinga ozimele azinzile, ikakhulukazi ezigcawini ezidinga kakhulu.

Ekudalweni kokuqukethwe, njengokuhlela amavidiyo ochwepheshe, ukwenziwa kwe-3D, noma ukucutshungulwa kwezithombe okukhulu, inani lama-core lidlala indima ebalulekile. Izinjini eziningi zokwenziwa, ama-video encoder, namathuluzi ochwepheshe aklanyelwe ukukala cishe ngokuqondile nge-core ngayinye eyengeziwe , ngakho-ke ukusuka kuma-cores angu-4 kuya kwangu-8 kunganciphisa izikhathi zokuthumela ngesigamu ngaphansi kwemithwalo ethile yomsebenzi.

Ezindaweni zeseva nezendawo yokusebenza, ukuphatha abasebenzisi abaningi, imishini ebonakalayo, noma izinsizakalo ezihambisanayo kudinga ukubalwa okuphezulu kakhulu kwe-core , ngokuvamile okungu-16 noma ngaphezulu. Isevisi noma umshini ngamunye ungaba nama-cores amaningana kanye nezintambo ezigciniwe, futhi ube nendawo yemisebenzi emisha, okwandisa kakhulu umthamo wohlelo lonke.

Kodwa-ke, kubalulekile ukukhumbula ukuthi akuzona zonke izinhlelo ezisebenzisa ngokugcwele ama-core engeziwe . Izinhlelo eziningi zisathembele kakhulu ku-thread eyodwa eyinhloko, ngakho-ke ijubane le-core ngayinye (imvamisa kanye nokusebenza ngomjikelezo ngamunye) lihlala libalulekile. Okungcono kakhulu, kufanele uhlanganise inani elifanele lama-cores nemvamisa enhle, ngaphandle kokuphazanyiswa kuphela yi-hype yokumaketha ezungeze inani le-thread.

Uma ucabanga ngakho konke lokhu, kusobala ukuthi ama-cores kanye nezintambo zisebenza ndawonye ukuze kunqunywe ukuziphatha kwangempela kwe-CPU : ama-cores anquma ukuthi mingaki imisebenzi ezimele engaphathwa ngesikhathi esifanayo, futhi izintambo zivumela le misebenzi ukuthi ihlukaniswe ibe izingxenye ezincane, ezihlelwe kangcono. Ukuqonda ukuthi ingxenye ngayinye ihlangana kanjani kukusiza ukuthi ukhethe iprosesa efanele futhi uhlole ukuthi ukuthuthukiswa kuyazuzisa ngempela yini ngokusekelwe emisebenzini yakho yansuku zonke.