Sawubona, abafundi abathandekayo bewebhusayithi USPEI.com. Namuhla, ake sibheke ukubukeka okungenzeka kwamakhadi wevidiyo we-RTX 3088 kanye nama-3070 nge-Super Console. Ake silinganise ukwakheka kwamabhodi amaningi we-AMD futhi uthole ukuthi hlobo luni lwama-chipsets aluhlaza okwesibhakabhaka oluzokhombisa kwisethulo. Futhi ngemvume yakho, ngizoqala nge-Hot ngaphakathi ekamu eliluhlaza.
INvidia NewsNjengoba sazi, esikhathini esizayo se-NVIDIA silungiselela amakhadi wevidiyo aphakathi nendawo, kanye ne-RTX 3080 ngesiqalo se-TI, okufanele avele ngemuva konyaka omusha waseChina. Kodwa-ke, imininingwane emisha evela kwangaphakathi iveza ukuthi i-Green Chip Winder isivele icubungula isibuyekezo se-RTX 3070 no-3080, futhi kungenzeka ngaphambi kwezinguqulo zeSuper.
Umbhali ngokwakhe akaqiniseki ngegama lokugcina, kepha kucatshangwa ukuthi i-RTX 3070 ebuyekeziwe ingathola i-GA103 Crystal entsha ngokuphelele futhi iphume ngokuguqulwa kokuguqulwa kokubili i-Super and TI. Futhi akucaci ukuthi yini ezokwehlukaniswa ngama-3080 ekuguqulweni kwe-TI ne-super, futhi kungenzeka ngekhadi levidiyo elifanayo. Ngokuvamile, izinhlobo ezibuyekeziwe zalamakhadi wevidiyo zizoba ncamashi, kepha akukho zinto ezenziwayo okwamanje.
Futhi ekamu eliluhlaza, i-laptop entsha yakhanywa ngekhadi levidiyo ku-3080 kuya ku-16 gigabytes. Ku-database yaseChina ye-Amazon, i-ASUS G15 Game Laptop Game, ezofaka iprosesa engu-Ryzen 7 5800hs kanye nekhadi levidiyo 3080.
Ngokusho kwemininingwane, into entsha izokwazi ukunikela nge-16 GB ye-DDR4 RAM ngemvamisa eyi-3200 MHz, kanye ne-912 GB SOLD SOLLASTS DRIVE.
Kepha into ethakazelisa kakhulu ukuthi uhlelo lumenyezelwe i-RTX 3080 enama-gigabys ayishumi nesithupha wememori, futhi okuyisishiyagalombili kuphela okubikwe ezimfanelweni ezinemininingwane. Lokhu kuphinde kuqinisekisile ukuthi ubukhona bokuhlelwa okuningana kwenguqulo yeselula 3080. I-laptop ngokwayo ilinganiselwa ku-14,862 Yuan, okungama- $ 2270.
Ngaleso sikhathi, ezinsukwini zakamuva zika-2020, i-AMD yafaka isicelo ehhovisi lobunikazi lase-US. Kuyo, wachaza umqondo wokudala iprosesa yehluzo ngesakhiwo se-chipboard, kepha ngokusetshenziswa kwalo, onjiniyela benkampani kufanele baxazulule izinkinga eziningi.
Njengoba sazi, izindlela ezijwayelekile zokuhlelwa kwezinhlelo zamakristalu azisebenzi ukusebenza ngamaprosesa wehluzo ambalwa, okuqinisekisa ukwenqatshwa okucishe kube yilapho kuvela ngokuphelele kokwenqatshwa komlilo kanye nama-sli ligaments. Inkinga esemqoka ukusatshalaliswa phakathi kwamakristalu ambalwa asebenzayo ohlelweni olulodwa.
Idokhumenti entsha ichaza enye yezindlela ezingenzeka ukuvumelanisa okuqukethwe yimemori phakathi kwamasethi amaningi we-chip. I-AMD ikholelwa ukuthi izinkinga ezinjalo zingagwenywa uma wethula iziteshi ezingemva kokungenisa nge-bandwidth ephezulu.
Ngakho-ke, isethi yokuqala yamakhadi wevidiyo ama-chips izohlotshaniswa ngqo neprosesa eliphakathi, futhi ngamunye we-chiplots ku-arrows azohlotshaniswa nesethi yokuqala ngesixhumanisi sokuqamba.
Ngalo mqondo, i-AMD isho ukuxhumanisa nje okuphambene nohlobo lwezintambo phakathi kwama-chiploads ezibekwe engxenyeni engezansi ye-silicon noma ngaphezulu i-silicon izingqimba. Iqembu elinjalo lamaprosesa elinemifanekiso lizosebenza njengohlelo ku-chip, kepha luzohlukaniswa ngama-chip ahlukile asebenzayo.
I-AMD uqobo ayiqinisekisile obala ukuthi isebenza ekwakhiweni kwe-chipboard yeprosesa yehluzo, kepha amahemuhemu ahamba lapho ukwakhiwa kwe-RDNA 3 kungaqaliswa ngale ndlela.
I-Intel neNvidia futhi basebenza nobuchwepheshe obufanayo. Okokuqala vele ukuqinisekisile ama-accelerator awo we-XP HP ngomklamo wobuciko obuningi, okulindelekile okulindelekile kulo nyaka. Futhi uma ukholwa ukuthi amahemuhemu, khona-ke kuseNvidia esizayo uzokwethula i-chip enemifanekiso efanayo ne-hopper yokwakha.
Futhi ekamu elibomvu, ukubuya kwe-nuclei eyishumi nesithupha kulayini wezinhlangothi kulindeleke. Ku-inider entsha, ukubuya kweprosesa elinjalo kukhonjisiwe, yize umugqa owedlule uqukethe kuphela imodeli yamakhekhe angamashumi amabili nane.
Uma sicabanga ukuthi iprosesa lezinyukili eziyi-16 likhona ngempela, khona-ke kuvela inkinga ngegama lemodeli enjalo. Izizukulwane zokuqala zeTredripers for Nuclei eziyishumi nesithupha zabizwa ngokuthi yi-1950s ne-2950x. Kepha isizukulwane sokugcina saphuthelwa leli gama, futhi kuzakhiwo zeZen 3 sezivele kukhona imodeli ye-RYzen 9 5950x.
Kuyavela ukuthi intambo noma isebenzisa igama elifanayo futhi izokwehluka kuphela esihlokweni, noma yandise inani lezinombolo lemodeli kuze kufike ku-5960x. Umehluko omkhulu phakathi kwama-Ryzen 9 kanti umRajider angakhawulelwa ekusekelweni kwenkumbulo yeziteshi ezine nemigqa eyengeziwe ye-PCIE etholakala kuphela kwiTrediriper.
Incintisana 80 Plus.Futhi inhlangano yeCybenetics imemezele ukuthuthukiswa kwezinga layo lokuhlola ukusebenza kahle kwamandla emabhulokini amandla. Isitifiketi ngokwaso sethulwe ngonyaka we-2017 njengenye indlela yokungezelela okuphakathi kwe-80 plus, kepha akubanga nentshisekelo enkulu evela kubakhiqizi.
Kepha kungenzeka indlela entsha yokulebula izoba lula kakhulu futhi izokwaziswa ngabathengisi. Le nhlangano yanquma ukulungisa indlela yokulebula imithombo yamandla futhi esikhundleni sezincwadi zisebenzisa amagama ajwayelekile, njengethusi, isiliva, igolide nokunye.
Isitifiketi uqobo sifaka izigaba eziningana ezigxile ekuhlolweni kwezinga lokusebenza, umsindo, kanye namazinga okufakwa okuzwakalayo kwecala.
Ngakho-ke, esikhundleni sokuhlola imithwalo emithathu noma emine noma emine enikezwe indinganiso engama-80 plus, indlela yeCybenetics idinga ukuhlolwa kulo lonke uhla lwamandla.
Kusetshenziswa inhlanganisela engaphezu kwenkulungwane namakhulu amane, kukhombisa ukukala okusebenzayo kusetshenziswa inani eliphakathi kwazo zonke izilinganiso. Lokhu kwenza ukuthi sikwazi ukuqeda amacala lapho abathengisi bengakwazi ukukhohlisa izidingo ze-80 plus ukunikeza ukusebenza okuphezulu emithanjeni ethile.
Okubaluleke kakhulu, ama-cybenetics akuvumela ukuthi ulinganise izinga lomsindo kusuka ekunikezelweni kwamandla, okufunwa namuhla. Banethemba lokuthuthukisa imakethe ye-Power Block, abakhiqizi abakhuthazayo ukuthi bathuthukise izindinganiso zabo, futhi mhlawumbe ngokuhamba kwesikhathi bazothatha indawo ye-80 Plus.
Ngaleso sikhathi, i-Intel yahlulela wonke ama-chipset amathathu ochungechunge olungamakhulu amahlanu ngesimo sawo ngasikhathi sinye. Bazoba yi-Z590, B560 ne-H510, ezothola ama-logo amasha. Kulindeleke ukuthi amabhodi we-B560 azokweseka amaphrofayli we-XMP, kepha ngeke kube khona amathuba okusabalalisa iprosesa. Kepha izinketho eziphelele zokuhlola ngokweqile zizotholakala kumabhodi we-Z590.
Futhi-ke, wonke amabhodi azothola ukwesekwa kwe-PCIE 4.0, engenziwa kusebenze kuphela ngokukhishwa kwe-rocket lake processor ngokwawo. Kodwa-ke, ekupheleni kwalo nyaka, kulindeleke ukuthi kuguqulwe ku-DDR5 naku-PCIE 5.0, ngakho-ke ukutholwa kwamabhodi anjalo akungenxa yokukhetha okuphumelela kakhulu, okunikezwe nokuthi kunezimali ezindala, ezizokweseka ichibi le-rocket.
Futhi kunethiwekhi, isithombe sebhodi le-MSI Motherboard lihamba ngegama le-Z590 Gaming Pro Carbon. Uthole izigaba eziyishumi nesishiyagalombili zokudla okunempilo, okuyizigaba ezimbili ezingaphezu kwangaphambilini, futhi amandla anamandla akhanya nge-M2 enomlobi we-MSI.
Kepha isinamatheki esivela ngenhla siyazise ukuthi ukusekelwa kungenzeka kuphela kuma-procescors esizukulwane seshumi nanye aqala nge-I5. Lokhu kuphinde kuqinisekisile ukuthi leyo nto i-I3 ngeke yamukele ukwakhiwa okusha.
Kanye ne-cryptocursen enkulu kunazo zonke emhlabeni ngosuku oluphawulile ukuqala konyaka ngenye irekhodi. Inkambo yakhe iphinda ibuye ivuselele umkhawulo womlando futhi iphinda yanda uphawu lwama-dollar ayizinkulungwane ezingama-31 futhi isaqhubeka nokukhula. Yonke enye ye-cryptocurrency iyakhula futhi, kepha hhayi ngejubane elinjalo njengeBitCeen.
Futhi njengoba sazi, kuyinkambo yomoya inquma imakethe yamakhadi wevidiyo, yize kungafanele ukhohlwe ngamandla enethiwekhi yonke ethinta imali etholwayo yokugcina yabavukuzi.