I-RAM ingenye yezingxenye ezibalulekile zokunquma ukushelela kwanoma yiluphi uhlelo, kungakhathaliseki ukuthi wakha i -rig yokudlala esebenza kahle kakhulu noma indawo yokusebenzela yokuhlela yobungcweti. Kulesi sigaba se-Hardware Guide, sihlaziya ngokuningiliziwe ukuthi umthamo kanye nesivinini kuthinta kanjani ukwenza imisebenzi eminingi ngesikhathi esisodwa, okukusiza ugweme izithiyo ezicasulayo emsebenzini wakho.
Ukuze ukhethe kahle, kubalulekile ukuqonda imiqondo efana nemvamisa ye-MHz kanye nokubambezeleka kwe-CAS , njengoba la manani echaza ukuthi iprosesa ifinyelela ngokushesha kangakanani idatha yesikhashana. Kuye ngebhodi lakho le-motherboard, ungakhetha i-DDR4 noma isizukulwane sakamuva se-DDR5, njalo uqinisekisa ukuhambisana okuphezulu phakathi kwezingxenye ukuqinisekisa ukuzinza kwesistimu yokusebenza kanye nesofthiwe.
Ngaphezu kwezincazelo zobuchwepheshe, sinikeza ukuqhathanisa kwakamuva kanye neziqondiso zokufaka isinyathelo ngesinyathelo ukuze noma yimuphi umsebenzisi akwazi ukuthuthukisa inkumbulo yakhe ngokuphephile. Kungakhathaliseki ukuthi udinga ukwenza ngcono i-PC yakho ukuze isakazeke, ukuhweba nge-cryptocurrency, noma ukuphequlula nje ngamathebhu amaningi avuliwe, uzothola ulwazi oludingayo lapha ukuze wenze utshalomali lwehadiwe oluhlakaniphile futhi wandise impilo yekhompyutha yakho.
Thola ukuthi izinkumbulo ze-HBM ne-DRAM zisebenza kanjani, ukuthi ubani ozikhiqizayo, nokuthi kungani i-AI ibangele ukushoda kwama-chip emhlabeni wonke kuze kube ngu-2027.
Funda ukuthi ungayisebenzisa kanjani imodi yememori ephansi ku-Windows 11 ngezilungiselelo namaqhinga okunciphisa ukusetshenziswa kwe-RAM.
Thola ukuthi ungayilungiselela kanjani imemori kumaseva e-CXL, izindlela ze-NUMA, ukuhlanganisa, kanye nezinzuzo ze-AI kanye nezikhungo zedatha ezinkulu.
Thola ukuthi i-Mac yakho idinga i-RAM engakanani, ukuthi ungabona kanjani ukuthi i-RAM yakho iyancipha yini, kanye namaqhinga okukhulula nokuthuthukisa imemori ngaphandle kokushintsha ikhompyutha yakho.
Inkumbulo ye-DRAM iyanda ngenxa ye-AI ne-HBM. Zitholele ukwenyuka kwentengo okulindelekile, amasegimenti athinteke kakhulu, kanye nendlela yokwenza isinqumo sakho sokuthenga kusenesikhathi.
Isiteshi Esikabili noma Esine? Thola ukuthi ubani oyisebenzisayo, i-DDR4 uma iqhathaniswa ne-DDR5, nokuthi ungayikhetha kanjani i-RAM yokudlala, ukuyinikezela, nokusebenza.
I-SOT-MRAM ene-Tungsten: 0,35 ns, 156 fJ, nokuzinza okuphezulu. Thola ukuthi le nkumbulo ingangena kanjani esikhundleni se-SRAM ngokusebenzisa amandla aphansi.
Izintengo ze-DRAM ne-NAND ziyakhuphuka ngenxa ye-AI: AbakwaSamsung, iMicron, neSanDisk bamemezela ukwenyuka. Idatha, imigqa yesikhathi, nezibikezelo zika-2026. Ngena uzilungiselele.
Iyini inkumbulo ye-graphene PoX: 400ps ngokusebenza ngakunye, ayiguquki, futhi ilungele ukuguqula i-AI namadivayisi akho.
I-Fenghua No. 3 ngokuningiliziwe: I-RISC-V, i-HBM ye-AI, ama-API wesimanje, ne-8K. Konke esikwaziyo manje, kuchazwe ngokucacile.
IPhoenix isebenzisa i-SK Hynix's DDR5 naphezu kwe-ECC. Izingozi, i-CVE-2025-6202, kanye nokunciphisa okusebenzayo ukuze kugwenywe ukugxila emizuzwini.
Ingqophamlando ye-3D DRAM: i-imec ne-Ghent zithola ama-bilayers angu-120 Si/SiGe. Izinselelo, izixazululo, nokufana ne-3D NAND. Thola ukuthi ihlanganisani.
I-CAMM2 ngokuningiliziwe: izinzuzo, i-LPCAMM2, izibalo ezibalulekile, nesimo semakethe. Ingabe ingcono kune-SO-DIMM? Sizokutshela amaqiniso.
I-DDR4 isizophela. Izinsuku ezibalulekile, ukushoda, amanani, nezinyathelo ezilandelayo. Ngena uzilungiselele.
Funda konke mayelana ne-DDR6: imininingwane, isivinini, izinkundla ezintsha, nedethi yokukhishwa. Ungaphuthelwa!
Funda indlela yokusheshisa i-RAM yakho nge-XMP noma i-EXPO futhi uthuthukise ukusebenza kwe-PC yakho ngemizuzu. Umhlahlandlela olula, olula, nothembekile wesinyathelo nesinyathelo.
Sikulethela isihloko lapho sikutshela khona ukuthi kuyafaneleka yini ukusebenzisa u-32GB we-RAM kumageyimu, esikucabangayo, nokuthi kungani.
