- Ukuqhuma kwe-AI kunyuse isidingo se-DRAM kanye nentengo ye-RAM, ikakhulukazi i-DDR5.
- Ukwenza ngcono ukusetshenziswa, ukulungisa inani elidingekayo, kanye nokulinganisa i-DDR4 kusiza ekunciphiseni izindleko.
- Ama-adaptha e-SODIMM kuya ku-DIMM kanye nama-PC ahlanganiswe kusengaphambili ayizinketho eziwusizo, yize kunemikhawulo.
- Izixazululo ezihlanganisiwe njenge-aiDAPTIV kanye namaqhinga esikhashana ziyavela njengoba imakethe izinza.
La Imemori ye-RAM ikhuphuke kakhulu. Ngesikhathi esinqunyiwe, abasebenzisi abaningi bayazibuza ukuthi benzeni: banamathele kwi-PC yabo yamanje noma idivayisi yeselula, bakhokhe izindleko ezengeziwe, noma bathole izixazululo zokudala ukuze bagweme ukuba nenkinga yokuswela imali? Okwakubonakala sengathi inkinga eyenzeka kanye nje sekuphenduke isiphepho esiphelele, okuhlanganisa ukwanda kobuhlakani bokwenziwa, imboni ye-semiconductor egxile kakhulu, kanye nesidingo esikhula njalo.
Kulo mongo, okulandelayo kuye kwavela ezinye izindlela zokwenyusa izindleko ze-RAM Lokhu kusukela kumaqhinga okusetha kanye nokuthenga okuhlakaniphile kuya ku-DIY yobuchwepheshe bangempela: amamojula aphathekayo kuma-PC edeskithophu asebenzisa ama-adapter, imemori eyenziwe ngesandla eyenziwe ekhaya, noma izixazululo ezintsha ze-hybrid ezizama ukukhipha okuningi kuma-SSD ukuze kuncishiswe ukucindezeleka ku-RAM yendabuko. Akuzona zonke ezawo wonke umuntu, kodwa zidweba isithombe esicacile salokho okuzayo.
Kungani i-RAM ibiza kangaka?
Esinye sezici ezibalulekile zalesi simo ukuthi ukuhlakanipha okungekhona okwangempela Kudinga inkumbulo eningi kakhulu ukusebenza. Izikhungo ezinkulu zedatha eziqeqesha futhi zisebenzise amamodeli olimi, abasizi, kanye nezinsizakalo zamafu seziphenduke izivikeli ze-RAM kanye nesitoreji, zincintisana ngqo nemakethe yabathengi: ama-PC, ama-laptop, amaselula, namanye amadivayisi.
Lesi simo sikhumbuza inkinga yamakhadi ehluzo ngesikhathi sokuchuma kwezezimayini ze-cryptocurrency: Ukunikezwa kunciphile futhi isidingo sikhuphuke kakhulu.Ngakho-ke amanani aphendule ngokukhuphuka, futhi ukungalingani kuyabonakala kulo lonke uchungechunge lokuhlinzeka. Ukukhiqiza ama-memory chips akuyona into engandiswa ngobusuku obubodwa; ukwakha amafektri amasha nokulungisa imigqa yokukhiqiza kuthatha iminyaka nezigidigidi zamaRandi ekutshalweni kwezimali.
Abahlaziyi abanjengo-IDC kanye nochwepheshe benkumbulo sebenesikhathi eside bexwayisa ngalokho Ukuntuleka kwamanje akuyona inkinga yesikhashana ezohlala izinyanga ezimbalwa kuphela.kodwa inkinga engahlala iminyaka eminingana. Izilinganiso zikhomba ukwanda okuqhubekayo okungenani ezinyangeni eziyisithupha ezizayo, kanti ezinye zize zandise isikhathi kuze kube ngu-2027, kanye nokwanda okukhulu kakhulu ikota nekota.
Ukuze uthole umbono womthelela, kulinganiselwa ukuthi Amanani amamojula e-desktop DDR5 aphindaphindeke kakhuluEzimweni eziningi, amanani aphindwe kathathu uma kuqhathaniswa nesikhathi esifushane esidlule, kanti kwezinye, aphindwe kane. Izinkampani zokuhlaziya ezifana neTrendForce zikhomba ukwanda kwekota ngaphezu kwekota okungaphezu kuka-100% ku-PC DRAM, into engakaze ibonwe ngaphambili kulelo zinga emakethe yememori.
Lokhu kukhuphuka kwentengo akugcini ku-RAM kuphela. Amadrayivu e-SSD, amakhadi ehluzo, nezinye izingxenye ezibalulekile Amanani nawo akhuphukile, ngokwengxenye ngenxa yengcindezi efanayo evela ku-AI ochungechungeni lokuhlinzeka futhi ngokwengxenye ngenxa yezinyathelo zamasu zabakhiqizi abakhulu, abalungisa ukuhlinzeka nokukhiqiza ukuze balondoloze imingcele futhi babeke phambili izingxenye ezinenzuzo kakhulu.
Indima ye-AI, izikhungo zedatha, kanye nabakhiqizi abakhulu
Ukuqhuma kobuhlakani bokwenziwa obukhiqizayo kubeke imboni yememori ezintanjeni. ngaphansi kwengcindezi ayengayiboni amashumi eminyakaAmaphrojekthi amakhulu, njengamapulazi amakhulu eseva anikezelwe kumamodeli e-AI, athatha ingxenye enkulu yokukhiqizwa komhlaba kwe-DRAM kanye nememori esebenza kahle kakhulu.
Ngo-2025, lokho abaningi abakubiza ngokuthi unyaka we-AINjengoba kutshalwe imali engamakhulu ezigidigidi zamaRandi engqalasizinda ezinikele kulezi zinhlobo zemithwalo yemisebenzi, lezi zikhungo zedatha zithembele ezinsikeni ezintathu eziyisisekelo: amandla okusebenzisa ikhompyutha (ama-GPU/ama-CPU akhethekile), i-bandwidth yememori, kanye nesitoreji esisheshayo. Ngakho-ke i-RAM iyisithiyo esibalulekile.
Kuhle ukugqamisa into ebalulekile: Akukhona nje ukuthi kunesidingo esikhuluIsidingo sodwa asichazi amazinga entengo. Izinqumo zokukhiqiza, ukuqongelela kwemakethe yememori ezandleni ezimbalwa kakhulu, kanye namasu abaphakeli abakhulu, abasebenzisa umongo ukulungisa izinto ezikhona, ukuhlela ukwenyuka kwentengo, kanye nokubeka phambili amakhasimende athile, nakho kudlala indima.
Abaphathi bezinkampani ezifana ne-Samsung, i-Xiaomi, i-HP, i-Asus, ne-Dell bavumile ukuthi Babhekene nokuntuleka kwenkumbulo okubi kakhulu eminyakeni eminingi.Abanye abakhiqizi bama-laptop baxwayise ngaphakathi ukuthi izindleko ze-DRAM sezikhuphuke cishe ngo-40% kwikota eyodwa, futhi izibikezelo zikhomba ukwanda okwengeziwe ngo-60% esikhathini esizayo. Kuma-laptop asezingeni eliphansi, asezingeni eliphakathi, kanye nasezingeni eliphezulu, izindleko zezinto ezihambisana ne-RAM zenyuke phakathi kuka-10% no-25%.
Lokhu kucindezela kuguqula izinqumo ezinzima: noma izindleko ezikhuphukile zidluliselwa emananini okugcina amakhompyutha, omakhalekhukhwini kanye namanye amadivayisi, noma ukucushwa kulungiswa ngokusika inkumbulo noma ukushintshela kubuchwepheshe obushibhile. I-Asus isivele imemezele esidlangalaleni ukwenyuka kwentengo kanye nezinguquko emikhiqizweni yabo ngemuva kokuputshuka kwamadokhumenti ayecabanga ukwanda okufika ku-30% ngo-2026, kanti abanye abakhiqizi bahamba ngendlela efanayo.
Indlela inkinga ye-RAM ethinta ngayo amakhompyutha kanye namafoni eselula
Kumsebenzisi ojwayelekile, konke lokhu kudideka kuhunyushwa kube yinto ebambekayo kakhulu: imishini ebiza kakhulu noma imishini enenkumbulo encaneAma-PC amasha, kokubili ideskithophu ne-laptop, aseqala ukuzwa umthelela, futhi abakhiqizi sebevele becabanga ngokulungiselela nge-RAM encane ukuze bagcine amanani ephansi.
Esigabeni seselula, indaba ilandela indlela efanayo. Abaphathi abavela ku- izinkampani ezifana ne-Apple bavumile ukuthi uchungechunge lokuhlinzekwa kwememori lucindezelekile Futhi akulula ukubikezela ukuthi ukuhlinzekwa kanye nesidingo kuzolingana nini. Kukhulunywa ngokuzivumelanisa nezimo okuncane kunaseminyakeni edlule kanye nesimo lapho izindleko ze-RAM zizoqhubeka nokukhuphuka kulo lonke u-2026.
Izinkampani zokuhlaziya zikhombisa ukuthi, ngenxa yokwanda kwe-DRAM kuphela, Izindleko zokukhiqiza ama-smartphone zikhuphuke kakhulu.: cishe u-25% ebangeni eliphansi, u-15% ebangeni eliphakathi kanye no-10% ebangeni eliphezulu, kanye nokubikezelwa kokwenyuka okuqhubekayo okuphakathi kuka-10% no-15% phakathi nengxenye yokuqala ka-2026.
Njengoba kunikezwe lesi simo, kuvela izindlela ezimbili ezicacile kumsebenzisi: ukuthenga idivayisi manje ngaphambi kokuba amanani akhuphuke kakhuluNoma, ungathola okuningi ngemishini yakho yamanje, usebenzisa amasu athile okuthola okwengeziwe kwimemori etholakalayo, futhi uma kudingeka, uyandise ngokuhlakanipha ngaphandle kokusebenzisa imali eningi.
Ezweni lama-PC, le nkinga ithinta nalabo ababehlela ukuthuthukisa izingxenye noma ukwakha uhlelo kusukela ekuqaleni. I-RAM isibe ngesinye sezizathu ezinkulu zesabelomali, ikakhulukazi i-DDR5, futhi lokhu kushintshe ngokuphelele indlela abantu ababhekana ngayo nokucushwa okwakubonakala kusobala ngaphambili, njengokuya ngqo ku-RAM yeziteshi ezimbili engu-32GB kunoma yiluphi uhlelo lwesimanje.
Ingakanani i-RAM oyidingayo ngempela kwi-PC namuhla?
Esinye sezikhali ezinhle kakhulu zokulwa namanani akhuphukayo yinto elula njengokuthi Ungathengi i-RAM eningi kunaleyo oyidingayoMuva nje, amanani akhuphuke kakhulu. izidingo ezimenyezelwe eminye imidlalo kanye nezinhlelo zokusebenza, okudida abasebenzisi abaningi futhi kubenze bacabange ukuthi i-32 GB iwubuncane obusha bangempela, kuyilapho lokhu kungenjalo kwabaningi.
Okuhlangenwe nakho okusebenzayo nge-Windows 11 kukhomba amazinga afanele: Nge-4 GB ungaqhuba uhlelo futhi wenze imisebenzi eyisisekelo njengokuphequlula, ukudlala okuqukethwe kwe-multimedia noma ukudlala izihloko ezindala, yize uzobona imikhawulo ecacile ngokushesha nje lapho uvula izinhlelo zokusebenza eziningana ezisindayo ngesikhathi esisodwa.
Nge-8 GB izinto zithuthuka kakhulu Ukusetshenziswa okuvamile: izinhlelo zokusebenza zehhovisi, ukuphequlula amathebhu amaningi, izinhlelo zokusebenza zokukhiqiza, kanye nemidlalo eminingi yamanje emazingeni amukelekayo, uma nje ungasebenzisi kakhulu imisebenzi eminingi. Kusasebenza kancane, kodwa kusebenza kahle uma kunesabelomali esincane kakhulu.
Indawo emnandi namuhla isesekhona I-RAM engu-16 GB yekhompyutha yasekhayaNgaleyo mali, i-Windows 11 isebenza kahle cishe kunoma yisiphi isimo sokusetshenziswa esivamile futhi ungadlala imidlalo yesimanje ngaphandle kwezinkinga ezinkulu zokusebenza, ngaphandle kwasezimweni ezingavamile kakhulu noma ezingalungile kakhulu.
Gibela I-32 GB inengqondo uma usebenza nezinhlelo ezisindayo (ukuhlela ividiyo, amaphrojekthi amakhulu, imishini ebonakalayo, isofthiwe yobungcweti) noma uma ufuna indawo yokugcina isitoreji yesikhathi esizayo. Emidlalweni, i-32 GB iyinto yokunethezeka kunokuba yinto edingekayo ngempela kulezi zinsuku, ikakhulukazi ngamanani amanje.
Emkhakheni womsebenzi, Ama-64 GB noma ngaphezulu agcinelwe amaphrofayili athile kakhuluUkwenziwa kwe-3D, ukuhlaziywa kwedatha enkulu, izindawo zokuthuthukiswa okukhethekile, noma ukusebenza kanzima ngemishini ebonakalayo. Uma ungekho kulolo phiko, ukukhokhela lelo zinga le-RAM phakathi nenkinga cishe kuwukulahla imali.
Indlela yokuthola okuningi ku-RAM osuvele unayo: ukunciphisa ukusetshenziswa nokuthuthukisa
Enye indlela eshibhile kakhulu kunezindleko ezikhuphukayo ze-RAM, kalula nje, Ungathengi inkumbulo entsha uma ungakwazi ukuyigwema.Kumakhompyutha amaningi, inkinga akuyona kakhulu inani elifakiwe kodwa ukuthi ukusetshenziswa kwezinhlelo zokusebenza kanye nezinqubo zangemuva kuphathwa kabi kangakanani.
I-Windows 11 ivame ukusebenzisa imemori eningi, kodwa kunendawo yokuyinciphisa. Khubaza izinhlelo ezilayisha ekuqaleni noma zingadingekiUkubukeza izinsizakalo zangemuva, ukukhawulela isofthiwe yokuhlala engadingekile (njengezinye izinsiza zabakhiqizi noma iziqalisi zemidlalo), kanye nokulungisa imiphumela ethile yokubuka kungakhulula ama-gigabytes amaningana.
Ngaphezu kokuphathwa kwe-boot, kufanelekile ukuhlola isiphequluli, ngoba Ukuvula amathebhu amaningi kuyi-RAM hog enkuluUkusebenzisa amaphrofayili, ukuvala izikhathi ezingadingekile, kanye, uma kudingeka, ukushintshela kuziphequluli ezisebenzisa izinsiza kancane kungenza umehluko emishinini enememori elinganiselwe.
Ezinhlelweni eziyisisekelo kakhulu, kunengqondo ngisho nokubuyekeza izinsizakalo zesistimu ezinganikeli lutho ekusebenziseni kwakho kwansuku zonke, kanye namathuluzi ahlala ekhona ukuhlola izibuyekezo noma ukuvumelanisa idatha efwini. Konke ukulungiswa okuncane kuyanezela. Futhi, ngendlela ecophelelayo, kungenzeka ukuthola isikhala esiphakathi kuka-1 no-3 GB ezimweni eziningi, okwenza umehluko omkhulu ekusebenzeni.
Lokhu akuthathi indawo yokuthuthukiswa kwe-RAM uma kudingeka ngendlela efanele, kodwa kuyakuvumela lokho. ukwelula iqembu izinyanga eziningana (noma ngisho neminyaka) ngaphambi kokukhokha ngesikhathi esibi kakhulu emakethe.
Imakethe esetshenzisiwe kanye nokushintshana kweplatifomu: DDR4 vs. DDR5
Uma kungekho enye indlela ngaphandle kokukhulisa inkumbulo, enye inketho ethakazelisayo yile iya emakethe esetshenzisiweI-RAM akuyona into ehlushwa ukuguguleka okukhulu njengekhadi lehluzo noma i-SSD, futhi ivame ukumelana novivinyo lwesikhathi eside uma nje ingazange ihlukunyezwe noma ihlukunyezwe ngokweqile.
Kodwa-ke, uma ubheka izinga lokuqagela lamanje, kubalulekile ukuqhathanisa ngokucophelela: Kuzuzisa ngempela kuphela uma umehluko ngentengo entsha udlula u-30%.Uma kungenjalo, kungcono ukuthenga ikhithi entsha enewaranti ephelele. Noma nini lapho kungenzeka, kungcono ukuthenga ezitolo noma ochwepheshe abanikeza uhlobo oluthile lokusekela.
Uma uphoqelekile ukusebenzelana nabantu abazimele, zama ukuqinisekisa ukuthi inkumbulo yakho iphelele. Zama ngephrofayili ye-XMP noma ye-EXPO evuliwe. Ukuqinisekisa ukuthi isebenza ngamaza kanye nokubambezeleka okulinganiselwe, futhi uhlole ukuthi amazinga okushisa kanye nama-voltage ajwayelekile. Kungumzamo omncane owengeziwe ongakusindisa ezinkingeni eziningi.
Ngale kwemakethe esetshenzisiwe, enye indlela yokunciphisa izindleko ukwakha izinhlelo kusetshenziswa i-DDR4 esikhundleni se-DDR5uma nje ipulatifomu ivuma. Nakuba i-DDR4 nayo ikhuphuke ngentengo, isalokhu iphansi kakhulu kune-DDR5: akuvamile ukuthola ama-kit angu-32GB ngesigamu sezindleko zememori ye-DDR5 elinganayo.
Amapulatifomu esizukulwane se-Intel se-12, 13, kanye ne-14 anikeza iyahambisana kokubili ne-DDR4 kanye ne-DDR5Lokhu kukuvumela ukuthi wakhe i-PC enekhono elikhulu nge-motherboard ye-DDR4 futhi wonge inani elikhulu kwimemori. Nge-AMD, lokhu kuguquguquka kutholakala kuphela ochungechungeni lwe-Ryzen 5000 nangaphambilini; izizukulwane ezintsha zisebenzisa i-DDR5 kuphela, okwandisa izindleko zizonke.
Engxenyeni endala yohlu lwezinhlelo zokusebenza, kube nesithakazelo kumabhodi e-motherboard nama-processor ahambisana ne-DDR3, kodwa nansi sesivele singena emkhakheni wehadiwe esiphelelwe yisikhathi kakhulu. ngaphandle kokusekelwa okusemthethweni kwe-Windows 11 ezimweni eziningi futhi ngemikhawulo ebalulekile yokusebenza, ngakho-ke kunengqondo kuphela ezimweni ezithile kakhulu.
Ama-adaptha e-SODIMM kuya ku-DIMM: sebenzisa i-RAM yelaptop kudeskithophu yakho
Enye yezindlela ezithakazelisa kakhulu nezikhulunywa ngazo zokugwema ukukhuphuka kwezindleko ze-RAM yile Ukusebenzisa kabusha amamojula e-SODIMM e-laptop kuma-PC edeskithophuLo mbono usekelwe kokuthile okulula kakhulu: Ama-DDR5 SODIMM ama-laptop anyukile ngentengo, kodwa hhayi kakhulu njenge-desktop DIMM yawo.
Nakuba amamojula e-desktop DIMM esebiza kakhulu njenge Isaphulelo esingu-245% ngentengo yaso evamileAma-SODIMM akhuphuke ngo-"kuphela" cishe ngo-136%. Lowo mehluko ongaphezu kuka-100% uholele abasebenzisi abaningi ekubhekeni imemori yeselula njengendlela ehlukile engabizi kakhulu.
Ukuze kwenziwe lo mdlalo, kusetshenziswa okulandelayo Ama-adaptha e-SODIMM kuya ku-DIMMLezi izesekeli ezincane eziguqula izixhumi zemojula yelaptop zibe yifomethi yedeskithophu. Izindleko zazo ziqala ku-€8 kuya ku-€20/$ ezitolo eziku-inthanethi, ngakho-ke inhlanganisela ye-adaptha kanye ne-SODIMM isashibhile kunemojula ye-DIMM efanayo.
Ukuze sikunike izibalo ezithile ezibonisayo, imodyuli I-16GB DDR5 SODIMM ingabiza cishe ama-euro ayi-100-120Nakuba inguqulo yayo ye-desktop DIMM ibiza kalula phakathi kuka-€146 no-€172 noma ngaphezulu, kuye ngemakethe. Lowo mehluko, ophindaphindwe ngamamojula amabili noma amane, umele ukonga okukhulu, okuvame ukwedlula u-$50/€50 ekunwetshweni.
Inqubo ivame ukudinga, ngaphezu kwe-adaptha, izinguquko ezimbalwa ku-BIOS Lokhu kuvumela i-motherboard ukuthi ibone kahle imvamisa yememori kanye nezikhathi. Abanye abathandi babhale lo mkhuba ezinkundleni zokuxhumana ezikhethekile, futhi usuba umkhuba phakathi kwabasebenzisi abathuthukile abafuna ukuthuthukisa i-RAM ngaphandle kokukhokha iprimiyamu yamanje.
Izinzuzo kanye nokungalungi kwama-adaptha e-SODIMM kuya ku-DIMM
Inzuzo enkulu yalokhu kusetha konke isobala: ukonga imali phakathi kwamanani akhuphukayoUkusebenzisa ukwenyuka kwentengo okuphansi kwama-SODIMM kukuvumela ukuthi wandise i-RAM yekhompyutha yakho yedeskithophu ngaphandle kokulahlekelwa yimali, okuthakazelisa kakhulu abasebenzisi abadinga i-32 GB noma ngaphezulu futhi abangafuni ukuthatha imali mboleko yendlu.
Kodwa-ke, konke lokho okukhazimulayo akulona igolide. Amamojula e-laptop avame ukuba nawo amaza aphansi kancane kanye nokubambezeleka okuphezulu kunezilinganiso zabo zedeskithophu, okusho ukusebenza okuphansi, ikakhulukazi emisebenzini ezwela i-bandwidth yememori, njengeminye imidlalo noma izinhlelo zokusebenza ezithile.
Ngaphezu kwalokho, ukwengeza i-adaptha kuchungechunge kwethula omunye umthombo ongaba khona wokungahambisani kanye nokungazinzi. Kunezimo ezibhaliwe lapho izinhlelo zingasazinzile.Zibhekana nokuphahlazeka okungahleliwe noma azivumeli ukufinyelela imvamisa ekhangisiwe ngaphandle kokwehlisa imininingwane kancane.
Ngenxa yalezi zizathu, ochwepheshe abaningi batusa ukubuka lesi sixazululo njenge ikhambi lesikhashana kunesixazululo esihlala njaloIwusizo kakhulu kuma-PC amadala ofuna ukuwandisa isikhathi sokuphila kwawo iminyaka embalwa ngenkathi ulinde imakethe ukuthi ithule, noma kumakhompyutha esibili lapho ukusebenza okuphezulu kungabalulekile khona.
Kufanele futhi kuqashelwe ukuthi ubuhle kanye nokuhambisana ngokomzimba kungathinteka: Ama-adaptha engeza ukuphakama nevolumu Ngokuphathelene nebhodi lomama, lokhu kungaphazamisa ama-cooler e-CPU amakhulu kakhulu noma ama-case amancane kakhulu. Ngaphambi kokuthenga, kuyalulekwa ukuthi uthathe izilinganiso ngokucophelela futhi uhlole okuhlangenwe nakho kwabanye abasebenzisi ngebhodi lomama elifanayo.
Izinkumbulo ezenziwe nge-DIY: amamojula okugoqa kanye neminye imibono eyeqisayo
Ngaphandle kwama-adapter, umphakathi othanda kakhulu uphinde wahlola izixazululo zobuciko ezengeziweKwezinye izimo, abasebenzisi abathuthukile babonise ukuthi bakhiqiza kanjani izinti zabo ze-RAM kusuka kumamojula e-SODIMM, bewahlanganisa ukuze bakhe inhlanganisela emakethe engayinikezi ngokuqondile noma eshibhile kakhulu.
Isibonelo esisodwa okuxoxwe ngaso kwakuyiso somsebenzisi onqume joyina amamojula amabili e-SODIMM angu-16 GB ngokusebenzisa ukusonta ukuze uthole ukuthi yini, ngazo zonke izinjongo ezisebenzayo, uhlobo "lwemodyuli engu-32 GB" eyenziwe ngokwezifiso. Abanye bakhethe ukushintsha amamojula aklanyelwe ama-laptop anezinto eziyisisekelo namathuluzi, belandela izifundo ezivela eziteshini ezikhethekile.
Kube khona nezinye iziphakamiso "ezinobungane" ze-DIY, njengokuthenga Amamojula e-DDR5 SODIMM angakathintwa ukwenyuka kwentengo kanye nama-adapter ashibhile, uhlobo olungelukhulu kakhulu kune-soldering eqondile kodwa olunefilosofi efanayo: aluxhomekile ekunikezelweni kwamamojula e-DIMM endabuko.
Inkinga ngazo zonke lezi zigigaba ukuthi Azifanele umphakathi jikeleleKudinga ulwazi lwe-elekthronikhi, amathuluzi afanele, isikhathi, kanye nokwamukela ingozi yangempela yokulimaza imojuli, i-motherboard, noma ngisho neprosesa ngokwayo uma kukhona okungahambi kahle. Ngaphezu kwalokho, noma yisiphi isiqinisekiso asisebenzi uma uthatha insimbi yokusongelwa.
Kubasebenzisi abaningi, lezi zindaba zisebenza njengendaba ethakazelisayo kanye nokubonisa ukuthi umphakathi ungahamba ibanga elingakanani kunokuba kube yisiqondiso esisebenzayo okufanele usilandele. Iningi lemakethe lizoqhubeka nokukhetha ukukhokha okwengeziwe, ukunciphisa i-RAM, noma ukulinda izikhathi ezingcono, kuyilapho iqembu elincane elinobuchwepheshe obukhulu lihlola lezi zindlela ezihlukile.
Ama-PC akhiwe ngaphambilini uma kuqhathaniswa nama-PC akhiwe ngokwezifiso phakathi nenkinga ye-RAM
Olunye ushintsho olubangelwe yilokhu kukhuphuka kwentengo ukuthi Ama-PC akhiwe ngaphambilini athole ukuthandwa Uma kuqhathaniswa nokuhlanganisa izingxenye ngazinye, into eminyakeni embalwa edlule eyayizwakala sengathi iyahlambalaza kwabaningi abathanda izinto, isizathu ukuthi abanye abahlanganisi bangaxoxisana ngamanani amakhulu futhi balondoloze amanani ancintisanayo kakhulu kunokuba uthenga ingxenye ngayinye ngokwehlukana.
Ezilungiselelweni eziphakathi nendawo neziphezulu, akuvamile ukuthola imishini ehlanganiswe kusengaphambili enezindleko eziphelele ezilingana noma ezingaphansi kune Lokhu kuphansi kunalokho obungakukhokha ngezingxenye ezifanayo ezithengwe ngokwehlukana, okuhlanganisa ukuhlanganiswa nokuhlolwa. Lokhu kungenxa yesivumelwano nemikhiqizo, ukuthenga amasheya amadala ngamanani angcono, kanye nomnotho wesilinganiso.
Isibonelo, ikhompyutha yedeskithophu eneprosesa ye-Ryzen engu-8-core, i-RAM engu-32 GB ye-DDR4, i-SSD esheshayo engu-1 TB, ikhadi lehluzo eliphakathi kuya kwelekhwalithi ephezulu, ukupholisa uketshezi, kanye nokunikezwa kwamandla okuhle kungabiza, kuhlanganiswe kusengaphambili, kungaphansi kwalokho obekungabiza ngokuhlanganisa intengo yamanje yengxenye ngayinye kanye nokufaka phakathi umsebenzi. Umehluko awumkhulu kakhulu, kodwa uyayichitha inganekwane ukuthi ukuhlanganisa izingxenye kushibhile njalo.
Kwenzeka into efanayo ebangeni eliphezulu: izinhlelo ezineziprosesa ezisezingeni eliphezulu, i-DDR5 enesivinini esikhulu engu-32 GB, i-SSD enhle, kanye namakhadi ehluzo esizukulwane sakamuva ngezinye izikhathi anikezwa nge izaphulelo ezisebenzayo ezingaphezu kwama-euro ayi-100 Ngokuphathelene nentengo yezingxenye ngazinye, okuthi uma usonga isikhathi sokusesha nokuhlanganisa, kuzenze zikhange kakhulu.
Yiqiniso, akuzona zonke izinhlelo ezakhiwe ngaphambilini ezishibhile. Ezinye izinhlobo ziyaqhubeka nokukhulisa amanani noma ukunciphisa izindleko zikagesi, amabhodi omama, noma ukupholisa. Yingakho kubalulekile. hlukanisa imishini bese uqhathanisa izindleko zayo ezilinganiselwe ngengxenye ngayinye ngentengo yokugcina. Kodwa, esimweni samanje, kufanelekile ukubafaka ekuqhathaniseni, ikakhulukazi uma ungenalo ulwazi lokwakha ama-PC.
Kunoma ikuphi, isimilo sicacile: Inkinga ye-RAM ishintshe imithetho yomdlalo Kuhilela nendlela yokuthenga i-PC, futhi sekuyisikhathi sokubukeza izimfundiso ezindala mayelana nokuthi iyiphi inketho engcono noma eshibhile njalo.
Izixazululo ezintsha: i-aiDAPTIV kanye nokusetshenziswa kwe-SSD okuhlakaniphile
Ngenkathi imakethe yememori ihluleka ukufika lapho, abanye abakhiqizi baphakamisa Izixazululo ezihlukile zokunciphisa ingcindezi ku-RAMEnye yezinto ezihlaba umxhwele kakhulu ivela kuPhison, umkhiqizi owaziwayo wabalawuli bememori ye-flash, oveze ubuchwepheshe obubizwa nge-aiDAPTIV.
I-AiDAPTIV yethulwa njenge uhlobo lwememori ye-cache ye-SSD ekhethekile Kuma-laptop, aklanyelwe ukwandisa ngempumelelo i-bandwidth ye-GPU yesistimu yemisebenzi ye-AI. Esikhundleni sokusebenzisa nje i-SSD njengesitoreji, isebenzisa umklamo othile wedrayivu kanye nama-algorithms okulungisa i-NAND athuthukisiwe ukuze asebenze cishe njengesandiso esihlakaniphile sememori yevidiyo.
Ngokungafani nokusetshenziswa kwendabuko kwefayela le-Windows paging, okuyi- ihamba kancane kakhulu uma iqhathaniswa ne-RAM Futhi njengoba ingasebenzi njengoshintsho lwangempela, lesi siphakamiso sizama ukusondela kumodeli ehlanganisiwe lapho i-SSD ithatha khona umthwalo wedatha ongadingi isikhathi esiningi, ikhulule izinsiza ze-DRAM zemisebenzi ebaluleke kakhulu.
Kuseyisixazululo esigxile kakhulu emisebenzini ethile ye-AI ephathekayo, kodwa sibonisa indlela engenzeka eminyakeni ezayo: hlanganisa izinhlobo ezahlukene zememori kanye nesitoreji ngesofthiwe ehlakaniphile eyazi ukuthi yiluphi ulwazi okufanele lubekwe endaweni ngayinye ngokusekelwe ekubalulekeni nasekusetshenzisweni.
Okwamanje, abadlali abakhulu njenge-Intel ne-AMD sebevele befunda ukuthi bangazilungisa kanjani izinkundla zabo ukuze zinikezwe. ukucushwa okulinganiselayo nokungabizi kakhulu Phakathi nale nkinga, sikhuthaza inhlanganisela efana nama-processor aphakathi nendawo (isb., i5) ne-DDR4 emishinini emisha, noma silungiselela izizukulwane ezintsha zememori nabalawuli abazothuthukisa kangcono yonke i-gigabyte etholakalayo.
Ngamafuphi, imboni iyaqhubeka nokunciphisa kancane kancane ukuthembela kwayo kwi-RAM yendabuko njengomthombo osheshayo kuphela, kodwa esikhathini esifushane, abasebenzisi kusadingeka babhekane nemakethe ebizayo, besebenzisa ezinye izindlela zokudala, ukuthenga okunesu, futhi, ezimweni eziningi, ukubekezela.
Isimo samanje ngokukhuphuka kwezindleko ze-RAM siwumphumela wenhlanganisela yezici, okuhlanganisa ukuqhuma kwe-AI, amandla okukhiqiza alinganiselwe embonini ye-semiconductor, kanye nezinqumo zabakhiqizi abakhulu; futhi ngenkathi isiphepho siphela, Amasu amahle kakhulu omsebenzisi ahilela ukulungisa ngokucophelela ukuthi ingakanani i-RAM ayidingayo, ukwandisa ukusetshenziswa kwe-RAM asenayo kakade, ukucabangela izixazululo ezifana ne-DDR4, ama-PC akhiwe ngaphambilini, noma ama-SODIMM anama-adapter uma kufaneleka, futhi ngaphezu kwakho konke, ukugwema ukuthenga ngokuphazima kweso ngesikhathi esibi kakhulu emjikelezweni wamanani..
