Molo, abafundi abathandekayo bewebhusayithi USpei.com. Namhlanje, makhe sijonge ukubonakala kwe-RTX 3080 kunye nama-3070 amakhadi evidiyo kunye ne-super console. Makhe siqinile uyilo lweebhodi ezininzi leBillding lwamakhadi evidiyo kwaye ufumanise ukuba loluphi uhlobo lweeChipsets oluhlaza oluza kubonisa kwinkcazo-ntetho. Kwaye ngemvume yakho, ndiza kuqala ngeshushu ngaphakathi kwinkampu eluhlaza.
Iindaba zeNviviaNjengoko sisazi, kwixesha elizayo i-NVidivia ilungiselela amakhadi evidiyo ephakathi, kunye ne-RTX 3080 ngesimaphambili se-TI, ekufuneka ivele emva koNyaka oMtsha waseTshayina. Nangona kunjalo, ulwazi olutsha lwangaphakathi lwangaphakathi luyavuma ukuba i-chip eluhlaza sele iqwalasele uhlaziyo lwe-RTX yayo 3070 ne-3080, kwaye kunokwenzeka ngaphambi kweenguqulelo ze-Super.
Umbhali ngokwakhe akaqinisekanga ngegama lokugqibela, kodwa kucingelwa ukuba i-RTX ehlaziyiweyo inokuthi ifumane i-ga103 ye-GA10 ye-GA103 ye-GA103 ye-GA103 kwaye iphumile kwi-Super Super kunye ne-TI. Ayicacanga into eyahlulahlulwe nge-3080 kwinguqulelo ye-ti kunye nesuper, kwaye inokwenzeka malunga nekhadi levidiyo efanayo. Ngokubanzi, iinguqulelo ezihlaziyiweyo zala makhadi ividiyo ziya kuba ngokuchanekileyo, kodwa akukho zichazi magama.
Kwinkampu eluhlaza, ilaptop entsha yakhanyisa ngekhadi levidiyo 3080 ukuya kwi-16 Gigabytes. KwiDatopthi ye-Amazon yaseTshayina, i-Asus G15 ye-G15 ye-G15 ivela, eya kubandakanya i-ryzen 7 5800hs Proser kunye neKhadi levidiyo 3080.
Ngokweenkcukacha, i-novelty iya kuba nakho ukubonelela nge-16 GB ye-DDR4 ye-DDR ye-DDR ye-PROREAT ye-3200 MHz, kunye ne-912 GB ye-92 ye-912 GB ye-9 ye-92 GB ye-9 ye-92 GB ye-9 ye-92 GB i-9 ye-92 GB ye-9 ye-9 GB.
Kodwa eyona nto inomdla kukuba inkqubo ibhengeze i-RTX 3080 ineegreyitha ezilishumi elinesithandathu zememori, kwaye kuphela esibhozo sinikwe ingxelo kwiimpawu ezineenkcukacha. Oku kuphinda kuqinisekiswe ubukho bezimiselo ezahlukeneyo ze-3080. I-laptop ngokwayo iqikelelwa kwi-14,862 yuan, enokuba malunga ne- $ 2270.
Ngeli xesha, kwiintsuku ezingama-2020, i-AMD ifake isicelo kwi-ofisi ye-US. Kuyo, wachaza umbono wokudala iprosesa yemizobo ngesimo seChipboard, kodwa ukuze similiselwe, iinjineli zenkampani kufuneka zisombulule iingxaki ezininzi.
Njengoko sisazi, iindlela ezisemgangathweni zenkqubo yekristali azisebenzi ukusebenza neeprojeki zemizobo ezininzi, eziqinisekisa ukwala phantse kumlilo wemililo kunye neSli. Eyona ngxaki iphambili kukusasazwa phakathi kwamakristali esebenzayo kwinkqubo enye.
Olu xwebhu lutsha luchaza enye yeendlela ezinokwenzeka zokunxibelelanisa iziqulatho zememori phakathi kweeseti ze-chip ezininzi. I-AMD ikholelwa ukuba ezo ngxaki zinokuphepheka ukuba ukwazisa imijelo yomnqamlezo ehamba nge-bandwidth ephezulu.
Ke, iseti yokuqala ye-chips yevidiyo iya kunxulumene ngokuthe ngqo neprosesa ephakathi, kwaye nganye ye-chiplots kuluhlu iya kudityaniswa ne-set yekhonkco lokuqala ngokusebenzisa i-complound yokuqala.
Ngale ndlela, i-AMD ichaza ukunxibelelanisa okungenamnqamlezo njengohlobo lweengcingo phakathi kwe-Chiplowlies ibekwe kwi-chippected abekiweyo kunye ne-selicon ye-siticon. Iqela elinjalo lemifanekiso liya kusebenza njengenkqubo kwiChip, kodwa iya kwahlulahlulwa ibe yi-chips eyahlukileyo.
I-AMD ngokwayo ayiqinisekisi ukuba esidlangalaleni kuyilo lwe-chipboard yeprosesa ye-prograyi, kodwa amahemuhemu aye kwi-Rdna 3 uyilo lunokuphunyezwa ngale ndlela.
I-Intel kunye ne-Nvidia nayo iyasebenza kwiitekhnoloji ezifanayo. Esokuqala sele iqinisekisa ukuba abakhali be-XE HP ye-XE HP ngoyilo lobugcisa obuninzi, olihle kulindeleke kulo nyaka. Kwaye ukuba uyakholelwa ukuba amarhe, emva koko kwi-ividia yexesha elizayo uza kuzisa i-chip yemizobo efanayo ne-hopper uyilo.
Kwinkampu ebomvu, imbuyekezo yeshumi elinesithandathu kwi-nuclei kumgca we-strain kulindeleke. Kwi-inshurer entsha, ukubuya kweprosesa enjalo kuyaboniswa, nangona umgca wangaphambili wawunemodeli yamashumi amabini anesine.
Ukuba sicinga ukuba iprosesa yenyukliya ye-16 ingekhoyo, emva koko kuvela ingxaki ngegama lemodeli enjalo. Izizukulwana zokuqala ze-tureripers ze-nuclei ezilishumi elinesithandathu zabizwa nge-1950s kunye ne-2950x. Kodwa isizukulwana sokugqibela siphosile eli gama, kwaye kwi-ZEN 3 uyilo sele kukho imodeli yeRyzen 9 5950x.
Ijika i-threripper okanye isebenzise igama elifanayo kwaye iya kwahluka kuphela kwisihloko, okanye yonyusa ixabiso lenombolo lemodeli ukuya kuthi ga kwi-5960x. Umahluko ophambili phakathi kwe-rytzen 9 kwaye umdrali uya kuncitshiswa kwinkxaso yememori yejelo emine kunye nemigca eyongezelelweyo ye-PCII ifumaneka kuphela kwi-trediriper.
Ukhuphiswano lwe-80 i-80 kunye.Kwaye umbutho weCybenetics wabhengeza ukuphuculwa komgangatho wayo wokuvavanya ukusebenza kwamandla kwiibhloko zamandla. Isiqinisekiso ngokwaso saziswa ngo-2017 njengomnye umgangatho we-80 dibanisa, kodwa ayizange ibangele umdla kubavelisi.
Kodwa kunokwenzeka ukuba indlela yelebheli entsha iya kuba lula kwaye iya kuthakazelelwa ngabathengisi. Umbutho ugqibe kwelokuba ulungisa indlela yokufakela iilebheli kwimithombo yamandla kwaye endaweni yoko iileta zisebenzisa amagama aqhelekileyo, anjengobhedu, isilivere, igolide njalo njalo.
Isiqinisekiso ngokwaso sibandakanya amacandelo aliqela egxile ekuvavanyweni ukusebenza, kwinqanaba lengxolo, kunye nenqanaba lokufakwa kwesandi setyala.
Ke ngoko, endaweni yokuvavanya imithwalo emithathu okanye emine ebonelelwe ngumgangatho we-80 kunye, indlela ye-cybenetics ifuna ukuvavanywa kulo lonke uluhlu lwamandla.
Sebenzisa ngaphezulu kwewaka elinamakhulu amane amashumi amane omthwalo, kubonisa inqanaba elipheleleyo lokusebenza usebenzisa ixabiso lawo wonke umlinganiso. Oku kwenza ukuba kwenzeke ukuba kuphelise amatyala xa amatyala anokuphulukana neemfuno ze-80 kunye nokubonelela ngempumelelo kwimithwalo ethile.
Okubaluleke ngakumbi, i-Cybenetics ivumela ukuba uqikelele kwinqanaba lengxolo ukusuka kunikezelo lwamandla, apho namhlanje ifunekile. Banethemba lokuphucula intengiso yebhloko yamandla, ekukhuthazeni abavelisi baphucule imigangatho yabo, kwaye mhlawumbi bexesha labo baya kuthatha indawo yesiqhelo engama-80 kunye.
Ngeli xesha, i-Intel igwebayo yi-chipset ezintathu ze-chipset ezintathu ze-riptory kwinkcazo-ntetho yazo kwangoko. Ziya kuba yi-Z590, B560 kunye ne-H510, eza kufumana iilogo ezintsha. Kulindelwe ukuba iibhodi ze-B560 ziya kuxhasa iiprofayili ze-X5, kodwa akuyi kubakho na ukusasaza iprosesa. Kodwa gcwalisa iinketho zokukhetha ziya kufumaneka kwiibhodi ze-Z590.
Kwaye kunjalo, zonke iiplanga ziya kufumana inkxaso kwi-PCII 4.0, ezinokuthi zisebenze kuphela ngemveliso yendlela yeRokethi ngokwazo. Nangona kunjalo, ekupheleni kwalo nyaka, kulindeleke ukuba kuguqulwe kwi-DDR5 kunye ne-PCII 5.0, Ke ukufunyanwa kwezi bhodikileyo akunakuba lukhetho olunempumelelo, olunikiweyo ukuba kukho intlawulo endala, eya kuthi ikwazi ukuxhasa i-rocket chibi.
Nakwinethiwekhi, ifoto yebhodi ye-MSI ihamba egameni le-Z590 yemidlalo ye-Z590 yokudlala. Uye wafumana amanqanaba elishumi elinesibhozo sesondlo, ezizigaba ezibini ngaphezulu komqolo, kwaye amagorha ekhanyayo nge-M2 ngombane wesibini esibhaliweyo.
Kodwa isincamathelisi esivela ngasentla sikwazisa ngaloo nkxaso kunokwenzeka kuphela kwiiprosesa zesizukulwana seshumi elinanye siqala nge-I5. Oku kuphinda kuqinisekiswe loo nto i-I3 ayiyi kufumana uyilo olutsha.
Kwaye eyona i-crycrency enkulu yomhlaba iqaphele ukuqala konyaka ngenye irekhodi. Ikhosi yakhe iphinde yahlaziya imbali iphambili kwaye iphinde iphinde ibuye iphawu lamawaka angama-31 eedola kwaye isaqhubeka nokukhula. Olunye lothumo lwe-crycarency luyakhula, kodwa hayi kwisikhungo esinjalo njengentwana yentwana.
Kwaye njengoko sisazi, yikhondo lomoya lithatha isigqibo sentengiso yevidiyo, nangona ungaze ulibale ngamandla wonke ochaphazela umvuzo wokugqibela wabasebenzi.