RAM 2Rx4: Indlela yokusebenza emkhathini yokusebenza ngaphandle kwezinhlelo zokubonelela

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ram 2rx4

I-RAM 2Rx4 ikhombisa ukuguqula kakhulu kwemodali yekhowudi, ngokwesiko dizañinwe kuzindlela zokusebenza ezinhle. Le ndawo evela ku bantu ababili nezinhlanu ezine, libonisa inkomba enkulu yokugcinwa kwebhanki fanye nokuthuthukiswa kwemisebenzi yokushandlela idatha. Isiqephu se-2Rx4 sisho ukuthi le modali isebenzisa amakhowudi amabili wokugcina, ngenxa ye noma yikuphi okungu-4 okusebenza ngokucaphela. Le nto ikhomba ukufinyelela kwezicelo ngokushesha fanye nokuthuthukiswa kwemisebenzi yomthambo. Indawo yokuvuleka kwe modali ikuvumela ukusebenza ngokudlulane kwemigqa evela kubantu abahlukene, ngaleyo ndlela uba khona ukuncipha okuphakeme fanye nokongeza kwemisebenzi yokuqala. Izinhlayiya zaseva ngokunconywa kudinga le ndawo, ngoba libonisa ukulandelana okuphezulu phakathi kwezimali fanye nokusebenza. I-RAM 2Rx4 inxusa imisebenzi yokulungisa amapelo, afaka phakathi i-ECC, ngaleyo ndlela iyisiko esiyisayo kuzindlela zokusebenza ezibalweni elikhulu lomshumo. Umndeni walo uyagcina ukusebenza okuphezulu ngokwehlukahluka, ake nje akhiphe ukuthi kuyavumelana nezinhlayiya zaseva bese khowudi yezindawo. Le ndawo inxusa izindlela zokushitha idatha ngokushesha, okungenani kusuku olunye kuma-2400 MHz kuya kuma-3200 MHz, njengoba kudingeka.

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Ikhonfigurasi ye-RAM 2Rx4 inikeza amaphetho amaningi okwenza yona ukukhetha ngokweqile kwezinhlelo zokusebenza zamadoda. Okokuqala, i-architecture ye-dual-rank enhleza kakhulu ubungako lwekhishini ngeke ikuvumele ukufinyelela ngokwesibini kwezinkinga ezahlukene, ngokuthi kubabili lezi zindzo zodlula. Lokhu kungenisa isebenza samakhiyana, ngokudingelwa kuzo ezinamandla eziphathelene nekhishini. Ikhonfigurasi yezinhlangothi ezine yenkosi inciphise ukuphatha khishini ngokulula, libe lula ukuthi kube nenqubo yezindleko ngemva kokusebenzela kwezilawuli ezinkimbini. Enye indlela yokunikeza phetho ukuthi kube nephepha elikhulu lekhishini ngasinye imodi, ukuvumela izinhlelo ukuba inikeze amandla angaphezulu ngenkathi usesikhalo esingaphansi. Ikonfigurasi yaleyo ndlela unikeza futhi ubulungiswa oluningi ngenxa yekhono lakhe lokuhlanganisa nekuqinisekisa amaphoyinti, lokhu kwenza yona iyisisekelo esiyane kwezinhlelo zasekhaya nezinhlelo zokusebenza. Ikhonfigurasi ye-2Rx4 yenkosi inkoridla yokusetshenziswa kwamandla ngokushinthela ukuphatha kwezinkinga, ukuqalisa kuphela izinkinga ezidingekayo noma lapheni na. Lokhu kungenisa ukusebenzisa amandla ngendlela enzulwane noma kungahlonipisi isebenza. Inkiko yaleyo ndlela inikeza inkanyiso yokusebenzela ngokomoya, ibe yinto engxotho kunezinhlelo zokusebenza ezisha nezinyathelo ezimbuye zokufinyelela amagangeni. Ngokudonsa, ikhonfigurasi ye-dual-rank inake ukuthi ilayishwe kakhulu umoya opholile kuyo yonke imodi, lokhu kwenza kube yinto enciphise ukuphatha umoya nekugcina okude kwezinhlobo. Ikhonfigurasi etholeni kanye inikeza ukusebenza kwezinhlelo ngokushesha kwezindleko ezahlukene, lokhu kwenza yona iyisisekelo esiyane kwezinhlelo zokuchaza nezinhlelo zedatha.

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ram 2rx4

thenga iseva

imemori yamaphrocesa severi

p00924 b21

imemori ye-server

dDR4 iseva RAM

iserveri ne-RAM ezingu-64GB

Ukuphumelela kweMemori Nokukhulisa Ibandwidth

I-architecture ye-dual-rank ye-RAM 2Rx4 ibulela ukuphumelela kwememori ngokungcono ngenxa yekhapa lokusekelwe. Ngokusebenzisa amarankhu amabili wememori, lesistimu ingasebenzisa idatha engenye rankhi ngesikhathi esinye kufa nge-refresh cycle yakhe, okwenza ukuba ubude bokufikelela bususa ngokubaluleka. Lesi konfigurasi ibulela ukuba kube nemiriyamu yokuthumela idatha ngokonge speed, fihla kuya ku-25.6 GB/s ngamodule lapho kusebenza kwi-3200 MHz. Idizayini yamagrupu amane ebanki iyengeza le nkqubo ngokunikeza amathikloli amanye atholakaleyo edatha, okwenza i-bandwidth yokusebenzela memori ikhutshelwe ngokugcwele. Le ndawo inesicelo elikhulu kuzo zindzwa ezidinga ukufikelela kwayo nokusebenzisa idatha ngokushesha, njengokwenziwa kwezokwelapha nezinhlelo zokusebenzela izinkumbulo ezinconywa.

Ukulungisa Imposiso Fane Nokubambisana

Enye yeziqakatha ezinhle kakhulu ze-RAM 2Rx4 kukho okuqinisekisa ukuphumelela kwezithuba. Ukuhlelwa kuyindlela yokusebenzisa i-ECC enqatshelwe ngokuvamile ukuthola nokuthulela izithuba ezinganani elilodwa futhi ukuthola izithuba ezinganani ezimbili, okuqinisekisa ukuthi idatha ithinte ngokuphelele kuma-operations esemthethweni. Le ndawo ifakwe kakhulu ngendawo yokuthi le module inemigqa embili, okunikeza indawo yokuthula ngokwemigqa ngokwemigqa. Le ndawo ingakhipha imisebenzi noma lapho elinye le migqa inemaphutha, okwenza yona inqolobane kakhulu kuma-environment esemthethweni. Indawo yokuthi inemigqa engu-4 futhi iyaboqapha ukuthula ngokuthi inquma amathuba okufinyelela kudatha ngendlela evela, iyathula okuthunyelwe kudatha futhi iyaxela umphumelelo wokuphila kwe module.

Umkhawulo Ophakade Nokuthuthukiswa

Ikonfigurasi ye-2Rx4 iyindlela enhle kakhulu yokunikeza indensity yememori ngaphandle kokugcina imiboniso ephumelelayo. Lo mbiko kube nokunokwakha okuphezulu ngasikhathini esinye kunokwakha okungu-1, kulungise ukuthi izinhlelo zifinyele amandla aphezulu ememori ngekuphansi kwamadulayho ezinikwe. Le hesi kwezimali kusebenza kahle kuzindawo zezinkundla lapho izindawo zememori kungase kungenaphawula. I-architecture ikhankanyela ukuthuthwa kwezimali ememori, kulungisa ukuthi izinhlelo zingaphelele imigomo yazo njengoba kudinga. Iqembu lezinhlukwana ezingi-4 libonisa ngokuthi le ndawo enkulu ayizokwenza intengo yekhono, libeke amaxesha wokufinyelela okutshona ne-handling yedatha ngendlela efanelekileyo noma lapho kudinga ememori iphakade.