Imemori ye-Registered DDR5: Iindlela zokusebenza kunye nokunikekwa kwezixhobo ezintsha

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Iphepha Lesi

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Vumela Nethu

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imemori yamathikhi yamandla

Imemori ye-registered DDR5 iyaboqobo ukuphumelela kakhulu kwiteknoloji yememori yesicelo, ekunikeza imiphumela lekukhona nezokusebenza ngokuthi kuzenzakalelayo kwezinhlelo zokusebenza nezinkatini zedatha. Le ndawo yokusebenza yememori enobuhlungu inquma elikhulu phakathi kwekontrola yememori nechip yedram, ukuqondisa iziqiniso nezindoro ukuze kube nemaphesenti amahle. Isebenza ngezindora ezijwayelekile ekuqaleni kusuka ku-4800 MT/s fokweni eliyangele kwi-8400 MT/s, i-registered DDR5 memori inikeza izindleko ezimbili zokugcinwa kwaye kuye kweqhaza lamaDDR4. Le teknoloji inezinto ezifaka amaphepha okulungisa iphutha ngokwendawo, njengoba ngu-ECC, kunoma umehluko wokulinganisa, okuyikhipha ukuthi idatha ingenziwa ngokucophelela noma ngishayamthetho. Lo module ngamunye usebenza nobude bendawo ezimbili ezingapheliweyo ezine-40-bit, ukwakha ukusebenza okusheshayo nezindleko zokufinyelela ememorini. Umgangatho wokuphatha amandla ubuyiswa kulo module ngokujwayelekile, ngokuqina komgama wevoltage kusuka ku-1.2V ku-1.1V, ukunikeza ukusebenza okungcono kmandla nezimo zokugcina. Ezi moduli zidizaynwe ngokuvamile kwezinhlelo zokusebenza okuphezulu, ukwesekela izisekelo eziphethekisayo apho kudingeka ukusebenza nokuthula kuzo.

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Imemori ye-DDR5 yenziwe ngokuthi yindlela ephakeme kakhulu yokuba yilapho esebenzisa izinhlelo zokusebenza zamadoda. Okokuqala, ukwalwa kwamandla wokushiphaya idatha kakhulu kuvumela ukuba kushiphaye idatha ngokomkhiyamo okspeedi, kuvumela izinhlelo ukuhlela amasevisi athintekayo ngokuhambisana nezindaba. Isisitemu samandla osenhlahlweni, onemibandela yokulawula ivolti, isebenza ngendlela enzuzo futhi ibe yimaliphi. Le ndawo inikeza ukuphepha kwezinhlamvu kanye nokunikeza amandla aphezulu, uvumela ukuthi kube khona i-512GB ngalinye ilayitha. Indawo yezinkomba ezimbili iyahlukana ngokuphindwe amandla wokufinyelela memori, uvumela ukwenza ukususa kanye nokubhala ngokwesikhashana okuyindlela enhle kakhulu yokuthuthukisa inkawo yezinhlelo. Iziphumo ezinembile yokugcina, ifaka phakathi imechenismu yokuthola amathiphu kanye nokulungisa, ziyakuvikela ukuthobekwa kwedatha kumaqondo aphuhlisiwe. Ivolti eliphansi (1.1V) iyakunciphisa ukusetshenziswa komoya noma kungenjalo kuvumele amandla aphezulu. Le teknoloji nakho ikhankanyelwa ukuthi inikeze ukugcinwa kwezinhlamvu kanye nokuthumela kanye nokubhalwa kwezinkinga, okuvumela ukuthi kushintshe isiqingatha esikhulu. Kumaqondo we-data centers nezinhlelo zokusebenza, lezi ziphumo ziyakuthuthukisa inkawo yesiviswe, ukuthobekwa kwezinhlelo, kanye nokunciphisa ukusetshenziswa komoya. Ukuthuthukiswa kwe-DDR5 yenziwe kuvumela ukuthuthukiswa olungele kakhulu ngokutholwa kwezicathami ezifanayo, lokhu kuvumele ukuthi kube yilapho ethuthukisiweyo kuleli qembu lamanje. Nakho, le teknoloji inemibiko yokuphatha intampura, okuvumela ukuba kuthole intampura ephelele, noma xa kusebenzela ngokugciza.

Amamandla nokuthuthukisa

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Ukushintsha Iphethelo le-DDR4 Ngemva kokucabanga Labantu Abamodern

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Ilanga Lwesimo Ngenhla Yezilo Lwesivicele Sodwa Kube Ngaphandle Kwesicwangciso

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Amane a-5 Okuhle kweDDR4 Memory Ngokwesiphumo Sakhumishi

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Ummeleli wethu uzokuthinta masisha.

I-imeyili

Fon/WhatsApp/WeChat

Igama

Igama Lenkampani

Umyalezo

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imemori yamathikhi yamandla

dDR5 Memory

imemori ye-upgrade yeddr5

ukwamiswa kwekhankatha DDR5

ukwanda lwe-ddr5 kunoma kuka-ddr4

i-brand leddr5 memory

umphathi wememori yeddr5

Ukusebenza okuphezulu kohlelo

Ikhankatha DDR5 ehlukaniswe yenxa yohlelo olusha lokusebenza okuhlanganisa ngokuphambene nendawo yokusebenzisa idatha. Ukusebenzisa amakhawunti amabili a-40-bit ngasinye isikhathi kwehlukaniso efekthivileya ukubaleka kwedatha kakhulu kunemigomo yesikhathi sokuqala, kuvumela imisebenzi yokufunda nokubhala ngokucacileyo engenakho ukungcola komoya wokusebenza. Lohe lohlelo wenxuwa ne-equalization yephambano engeza ububekezelwa kwegiya lefrequensini ngaphezulu, kuvumela ukusebenza okuthulayo emandla angaphandle kwe-4800 MT/s. Lohe lohlelo lusesikweni sokuthola amathemu amancane we-16 bits, ababili beDD4, kulokhu kubangelwa ukuba ikhawunti edlule ngendawo futhi ukuthuthukiswa kwesistimu. Lolu hlelo olungenhlanhlanisiwe kunciphisa izinsizwa ezidinga ukubaleka okuphezulu kwekhankatha, njengoba kube yindlela yokwengeza intanethi, ukufunda kwemishini, futhi ukudaliwa kwekhankatha encane.

Izimpawu Zokuthembeka Eziphimile

Izinto zokuthandwa okungenisiwe kwi-DDR5 yenkqubo yememori zenza ukuguqula okukhulu kwezokuphepha kudatha. Ukusebenza kwale nkca ye-ECC kwenkqubo yenkqubo ikunika indima yokulandela nokwakisa impawu ngaphambili kwindawo yememori, ngaphambi kokuba datha iyifaka kwiimeweto ze-ECC zasekhaya. Le ndima yekugcwala impawu kanceda ekunciphisweni kwezimpawu zodatha nezikhitha zokugqibela. Ikhapu yesayizi yenkqubo yokuqinisekisa inkxaso kunye nemiyalelo ngendlela efanelekileyo, ikuncedisela ukungcola komoya wokuxhumana kunye nokwenza ukusebenza okuphephileyo kumagigiki amanqaku. Le ncambedwano zokuthandwa nguqukthanda kakhulu kwiimilayo eziphilosayo apho izokuphepha kudatha nguquke kakhulu, kuyakuncedisela ukusebenza ngqo kwizicelo ezinxulumene kunye nokunciphisa izindleko ezingenakubeki ngenxa yezinkinga zememori.

Ukulawulwa Okuhlelwa Kwamandla

Imemori ye-registered DDR5 ibungele kwiqondo lempilo enkulu ukuba yenziwe ngokuchanekileyo njengoko imodali yememori ingaqokelela ukuhlelwa kwempilo. Ukudibanisa ukulawulwa kwempilo ngqo kumodali yememori kuphela kuyindlela engeyona yokuqala, apho ukulawulwa kwempilo kwenziwa yi-motherboard. Le nkqubo yokuhlela impilo ngaphakathi kumodali ikuvumela ukulawulwa okuprecise kumpilo nekuhleleka kwempilo, oko kubangela ukunxibelelana nokunciphisa umshelo. Ukuhluka kumpilo ophezulu ku-1.1V, kunye neenkcukacha zokulawulwa kwempilo ezinhle, kubangela ukulegedeza ngokukhulu ekusebenzeni kwempilo. Le nto iyisicelo esikhulu kwiindawo zedatha neenzwa lecomputa eziphezulu, apho ukusetyenziswa kwempilo kunye nokuhleleka kwezimoto kuyinto enkulu xa kuchazwa izindleko zokusebenza kunye nokunikekwa kwezixhobo.