Ukudluliselwa komlawuli wememori kwiiprosesa eziphambili, ezenzeke kwiminyaka emininzi eyadlulayo, kwamisela isingqisho sokuphucula kwiziphumo zokugqithisa kakhulu kwe-RAM. Njengomthetho, ngoku irekhodi elitsha lenzeka emva kokukhululwa kweeprosesa eziphambili zesizukulwana esitsha; emva kweeveki ezimbalwa imeko izinzile, kwaye iirekhodi ezimiselweyo zilinda iinyanga ukuba zihlaziywe. Imeko yaphuhliswa ngokufanayo emva kokukhululwa kweeprosesa ze-Intel Coffee Lake Refresh ekwindla yokugqibela. Inkampani yokuvelisa ide yaququzelela iminyhadala yee-overulsers ezandulela isibhengezo esisemthethweni seqonga elitsha ukuze babelane ngedatha entsha malunga nokugqithiswa kweprosesa yolu sapho emva kokuba ulwazi luphakanyisiwe.
Ngaphambili ukugqithisa imemori, ehambelana ne-DDR4-5609 mode, igcinwe ukususela phakathi kuJanuwari walo nyaka. Kule nyanga, iiprosesa ze-Intel Coffee Lake Refresh kunye ne-R0 entsha kufuneka ziqhubeke zithengiswa, ezinokuthi zitshintshe ibhalansi yamandla kwindawo yokugqithisa imemori egqithisileyo, kodwa kude kube oku kwenzeke, iingcali ezigqithisiweyo zisebenzisa iikopi zemveliso kunye neesampuli zobunjineli zeprosesa. ukunyathela kweP0 kwangaphambili.
Iqela elingaziwa labantu abanomdla, abamenywe yi-ADATA ukuba bakhuthaze iimodyuli zabo zeememori, benza okufanayo. Kumzamo wabo wesibini, bakwazile ukogqitha irekhodi kaJanuwari yokugqithisa i-RAM, kwaye ngoku esona siphumo sihambelana nemowudi. kunye namaxabiso okulibaziseka 31-31-31-46-3. Kwimemori yokugqithisa, i-latencies ephantsi ayifane ihambisane kunye neziphumo eziphezulu ze-frequencies. Ukongeza, ukonyusa uzinzo lwenkqubo ngexesha lokugqithisa, abanomdla bahlala besebenzisa imodyuli yememori enye, kwaye kungcono ukuba neechips zeDDR4 ezibekwe kwicala elinye kuphela. Ngokufanelekileyo, bazama ukunciphisa inani leenkumbulo ezisebenzayo, ke bashiya imodyuli enye kwi-DIMM slot.
Ngexesha lovavanyo, iqela le-overulsers yaseTaiwan lasebenzisa i-MSI MPG Z390I Gaming Edge AC motherboard esekwe kwi-Intel Z390 chipset, kunye nesampulu yobunjineli ye-Core i9-9900K iprosesa ene-P0 yokunyathela yafakwa kuyo. Le prosesa yapholiswa ngenitrogen engamanzi. Njengomthetho, kwiimeko ezinjalo, imodyuli yememori iphinda ipholile nge-nitrogen engamanzi, apho i-reservoir yobhedu eyandisiweyo ifakwe kuyo, kodwa umfanekiso opheleleyo weemeko zolu vavanyo awukwazi ukufunyanwa kwinkcazo ekhoyo.
I-nitrogen yolwelo ikuvumela ukuba upholise amacandelo ekhompyuter kakuhle kakhulu, kodwa awakwazi ukusebenza kwiimeko ezinzima ixesha elide. Nangona kunjalo, ngamanye amaxesha imizuzwana embalwa yokusebenza kwinqanaba eliphezulu lanele ukubhalisa irekhodi kwiinkcukacha ezikhethekileyo. Ukuba inkqubo yoqwalaselo olukhankanyiweyo isetyenziselwe ukugqithisa iimodyuli zememori ezidityanisiweyo, isiphumo sophindaphindo siya kuba sezantsi. Ngokuqinisekileyo siya kufumanisa kwiiveki ezizayo ukuba ngaba iiprosesa ze-7nm ze-AMD ezintsha okanye i-Intel Coffee Lake Refresh processors kunye nokunyathela okutsha baya kukwazi ukutshintsha ibhalansi yamandla kwi-memory overclocking.
umthombo: 3dnews.ru