Isicathamiya samakhono se DDR5: Ukuqhathaniswa, Inani, Nezinto ezingenakuvusekelwa

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Iphepha Lesi

Izinkomo

Ngiyabuzisa

Iphutha

Vumela Nethu

indlela yokuthengwa kwe- DDR5 memory

Imicelo ye-DDR5 iyabonisa indawo ebalulekileyo kwevoli yokuqala ngokulula kweRAM, ibhoxa ubungako obuphezulu becompiyutha. Ngoba yi-DDR4 esilandelayo, imicelo ye-DDR5 ibonisa ukulindeka okuningi kwebhendi, lula kuma-4800 MT/s futhi kungakhona kuma-8400 MT/s. Iskejula samathela athinta amandla, izilayizi, nezinhlobo zomphumeleli. Kuqalwa ngezinani eliphezulu, izindleko zemimandla DDR5 zazithola ukunciphisa njengoba imishini yenziwa yaphutha futhi abasebenzisa ayithola. Le modali enobungo obuninile bokuhlela umoya, ukulungisa amaplaya, futhi akhona amandla amaningi kunamanye amagama esiCaleni. Imathela ethulwana kuzo zindleko ezilula kuzo modali eziningi, engciseza kuzo zindleko ezifanayo nezomsebenzi. Le teknoloji ibhoxa inani elikhulu kumasevisi aphethwayo, imishini yokudlala, nokusebenza kwabahlanga lapho ubungo bokugcina nobungo bakho babaluleke kakhulu.

Imikhiqizo Emisha

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HPE 32GB (1x32GB) Dual Rank x8 DDR5-5600 CAS-46-45-45 EC8 Ekugcineni Smart Memory Kit

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HPE 64GB (1x64GB) Dual Rank x4 DDR4-2933 CAS-21-21-21 Registered Smart Memory Kit

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HPE 64GB 2Rx4 PC4-3200Y-R Smart Kit

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HPE 600GB SAS 12G Midline 10K SFF (2.5in) SC 1yr Wty 512e Ufirma ewathintekayo Edigithaliwe YehhDD

Imiphumakoti ye-DDR5 memory ayiphumelela kuphela kumathuba wokusebenza, engenayo imiphumakoti ebalulekileyo eyenza ukuthemba inani labo. Okokuqala, ubukhawulezi obuphezulu be-4800 MHz bongena kakhulu kumathuba we-data throughput ngokulinganisa na-3200 MHz ye-DDR4, okwenza izinjiniwe zilayishwa ngokushesha futhi kunezindlela ezinhle zokusebenza ngokudlulisa amaphetheni. Ukuntula kwamandla ongene ngo-ntengo encane yokusebenza nokuntula kwe-voltage regulation kungenisa ukuncipiswa kwamandla futhi kunezindlela ezinhle zokuhlaba kwezinkelingi. Imisebenzi ye-DDR5 error correction enhle yagcina ukuthiwane kwe-data nokuthulwa kwesistimu, okwanele kakhulu kuzo zindlela zokusebenza nezohunywe zokwenza into esebenza ngendlela. Ubukhulu obuphezulu ngasinye isithambo senze ukuthi kube nengaphepha elikhulu le-memory endaweni eniwo fisikali, libambisana nezinjiniwe eziningi futhi lisebe sesimanyeni esizayo. Isakhiwo esinhle se-channel se-DDR5, sinezindlela ezimbili ezingalidindana ze-32-bit ngasinye isithambo esingu-64-bit esinye, sinikeza indlela evela yokusebenzisa data nokunikeza amadliwa amathile. Ukuthuthukiswa kwe-teknoloji DDR5 kungenisa inani elide levali, nenhloso yokuthuthuka kwamaspeidi ngokuthuthukiswa kwe-teknoloji. Inclination yamanani manje ibonisa ukuncipiswa okunguqu, kwenzeke ukuthi i-DDR5 ikhona ngokubangelwa futhi iyahlale iphumelela njalo. Lezi ziphumakoti zenze i-DDR5 memory ukuthola okuhle kakhulu abasebenzisa abathanda ukusebenza ngokusheshayo nokuthulwa kwezinkomba zawo.

Izeluleko Ezisebenzayo

Jun

Umemoria we-DDR4: Umkhombu Wokuthola Ukubuyisa Isipho seserver

Jun

DDR4 vs. DDR5: Ukufakwa Kwesokudla Lweserver

Jun

Ilanga Lwesimo Ngenhla Yezilo Lwesivicele Sodwa Kube Ngaphandle Kwesicwangciso

Jun

Amane a-5 Okuhle kweDDR4 Memory Ngokwesiphumo Sakhumishi

Thola Isilinganiso Samahhala

Ummeleli wethu uzokuthinta masisha.

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indlela yokuthengwa kwe- DDR5 memory

ukwanda lwe-ddr5 kunoma kuka-ddr4

ukwanda lwe-ddr5 oluphansi komkhiqizo

imilinganiselo yememori ye-DDR5

okhono lwe-DDR5

i-brand leddr5 memory

umphathi wememori yeddr5

Ukusebenza Okuningi Nangokubanzi

Imemori ye-DDR5 ibekwa amastandadha omusha wokusebenza ngokubanzi bokwenza izinkqubo. Lo teknoloji ibonisa amagugu okuthola kwe-4800 MT/s, okuhlanganisa usuku olukhulu kusukela kwe-2133 MT/s ye-DDR4. Lokhu kubanzi obuningi bekuxazulula ukuguqula kwezinhlelo, kubekezela konke kusukela ekugameni kuma-aplikesheni amaphrofesonaleni. Isakhiwo esiphezulu sibonisa ukuchithwa kwezinkqubo ngokuvamile, sikhupha amakhawulezwe kwezinhlelo futhi yabelise ukusebenza ngokujwayelekile. Isakhiwo se-khawulusi ezimbili ngasinye isilawuli singcwalisa ubungozi be-handling yedatha ngokubili, sinezindleko ezingcono ekusebenzeni kwememozi enezimalini. Lokhu kusebenza okuphezulu kuhlelwa ngokwengeza kuma-aplikesheni abadinga ukuguqula kwekhishini eliphezulu, njengokuhlela kovidiyo, ukwenza amamodeli we-3D, nezinkqubo zokudala ezinhlelekile.

Ukuphatha Amandla Nefficiency

Enye yeziqakatha ezikhulu kwi-DDR5 yilokhu kunezindlela zokuphatha amandla. Ukuhlanganiswa kwe-Power Management ICs (PMIC) ngqo kumathini wememori kuyachaza uhlobo lwesigama se-philosophy. Le nqamle yokulawula ivolti ayenza ukuba amandla aphelele ngokungcono kodwa futhi akuncise ukuchwepheshe kwemotherboard futhi kube nephuqo elinembile. Ivolti encane edlulelweyo ezingama-1.1V, ngaphansi kwe-DDR4 engama-1.2V, iyenza ukuba amandla aphelwe ngakore kuphela kodwa nezifiso eziphezulu. Ukuphathwa kwamandla okunconywa kungenza ukuba kunezinto eziphakathi ngokulungileyo, ukuvumela ukusebenza okuphakade lapho kunezindleko eziphezulu futhi inkinobodwa engaphezu kwendawo.

Inhlanhla Yokuqina Ngokwamanje

Isicathamiya samakhono we-DDR5 sibonisa ukuba yini xa kubhekwa ngokulandelana nokwenza uhlelo lwemfundo. Ngemuva kokunyakula kwamadivithi kwezimali futhi kunezilingo zokuthola, izindleko ezinhle kakhulu ziyafika kakhulu, lokhu kwenza kube khona okuhambisana nezidingo zezimali zokukhiqiza noma ukuvuselela. Izigaba le teknoloji zinikeza amandla angcono ekuvuthelweni, ngokwesicatfuwa esikhulu kunaleyo ekhona manje. Lokhu kuvumela ukuthi amakhono atholakele kwe DDR5 ayasebenza njalo nalokho kuzozala kakhulu. Amakhono aphezulu kanye nezinye izigaba zenhlanhla zinikeza umphumela olawulayo kuzo zonke izinto ezenziwa ngemibili, lokhu kwenza kube khona okuhambisana nezidingo zokuthenga labantu abathenga isimo eside.