Ukulungiswa kwe-voltage kanye ne-frequency overclocking nge-Gigabyte EasyTune

Master the Lungisa i-voltage kanye nemvamisa nge-Gigabyte EasyTune Kungabonakala kuyinkinga okokuqala uma uzama, ikakhulukazi uma ungakaze uthinte i-BIOS ngaphambili. Phakathi kwezikrini eziluhlaza okwesibhakabhaka, amaphrofayili azenzakalelayo, kanye namapharamitha ayinkulungwane anamagama angajwayelekile (i-PBO, i-LLC, i-CO…), kulula ukulahleka bese ugcina ucabanga ukuthi okuwukuphela kwendlela yokuphuma ukushiya konke kuzenzakalelayo.

Eqinisweni, i-EasyTune ingaba ithuluzi eliwusizo kakhulu uma wazi ukuthi yenzani ngemuva kwezigcawu nokuthi imiphi imingcele okungafanele uyidlule. Kuyo yonke le ndatshana, uzobona, ngemininingwane eminingi, I-EasyTune iziphatha kanjani uma ifaka i-overclocking? kumaprosesa Intel Futhi i-AMD, yini ngempela ekulungisayo (imvamisa, ama-voltage, i-LLC, amaphrofayili asheshayo), imiphi imikhawulo enayo mayelana nokweqisa kwe-BIOS, nokuthi ungayisebenzisa kanjani njengereferensi yokulungisa uhlelo lwakho ngesandla ngobuhlakani nangokungabi nazimanga eziningi.

Iyini i-Gigabyte EasyTune futhi ubani okufanele ayisebenzise?

I-Gigabyte EasyTune iyi- Uhlelo lokusebenza lwe-Windows oluthuthukiswe yi-GIGABYTE Ikuvumela ukuthi ushintshe amapharamitha ebhodi lomama kanye neprosesa ngaphandle kokufaka i-BIOS/UEFI. Umgomo wayo ucacile: ukwenza i-overclocking kanye nokwenza ngcono uhlelo kube lula ukufinyeleleka, ikakhulukazi kubasebenzisi abasafufusa noma labo abangafuni ukuqala kabusha izikhathi eziyishumi ukuze bahlole izinguquko.

Ngokusebenzisa isikhombikubona esilula kakhulu, i-EasyTune inikeza kokubili amaphrofayili e-overclocking azenzakalelayo (izindlela ezijwayelekile zokukhanya, eziphakathi kanye nezidlulele noma ze-Smart Boost) njengezinketho ezithuthukisiwe zokulungisa imvamisa ye-CPU, inkumbulo ye-RAM, amanye ama-voltage ayisihluthulelo ngisho nokuphathwa kwabalandeli.

Kuyithuluzi elithakazelisayo kakhulu abathanda nabadlali begeyimu abasebenzisa amabhodi omama ochungechunge lwe-GIGABYTE Z (njenge-Z87, Z97, Z370) noma amapulatifomu amasha njenge-X570/X570S futhi abafuna ukunciphisa ukusebenza ngokuchofoza okumbalwa, ngaphandle kokungena kuzo zonke izinhlaka zobuchwepheshe ze-BIOS.

Kodwa-ke, masicacise: yize i-EasyTune ivumela ukulungiswa okuthuthukile, ifilosofi yabasebenzisi abaningi abanolwazi iwukuthi "Okungathi sína" nokulungisiwe kahle kwenziwa kwi-BIOSI-EasyTune ingasebenza njengendawo yokuqala, ukuzama ukucushwa okusheshayo noma ukuqonda ukuthi i-CPU yakho ingahamba ibanga elingakanani, kodwa uma ufuna ukulawula okuphezulu kanye nokuzinza kwesikhathi eside okungcono kakhulu, kuzodingeka ugcine use-BIOS, akukho kungabaza ngakho.

Amaphrofayili azenzakalelayo: Ukuthuthukisa Okusheshayo, Ukuthuthukisa Okuhlakaniphile, kanye ne-OC yokuchofoza okukodwa

Esinye sezici ezihlaba umxhwele kakhulu ze-EasyTune ukuthi izindlela zokusebenzisa ngokweqile okuzenzakalelayoKuye ngokuthi i-motherboard kanye ne-processor generation generation, lezi zici zingabizwa ngokuthi i-Quick Boost, i-Smart Boost, noma zivele nje njengezinga le-OC (Elilula, Eliphakathi, Elidlulele). Umqondo uwukuthi umsebenzisi kufanele akhethe iphrofayili bese evumela isofthiwe ukuthi yenze okunye.

Lawa maphrofayili ayafika kulungiselelwe kusengaphambili onjiniyela be-GIGABYTEBahlola inhlanganisela yemvamisa kanye ne-voltage ehlukene ukuqinisekisa ukuthi zisebenza ezimisweni eziningi. Ngakho-ke, ephepheni, bathembisa ukusebenza okuzinzile amahora angama-24 ngosuku, izinsuku eziyi-7 ngesonto ngaphandle kokudinga ukwazi ukuthi iyini i-Vcore noma i-FSB.

Kumaphaneli ajwayelekile e-Quick Boost noma e-Smart Boost ubona okuthile okufana namazinga amathathu: Okulula, Okuphakathi NokukhuluImodi ngayinye isunduza i-CPU ifike emvamisa ephezulu, kuyilapho igcina umkhawulo othile wokuphepha wama-voltage namazinga okushisa. Imvamisa ye-CPU okuqondiwe ozoyithola ngemodi ngayinye esebenzayo ivame ukuboniswa ekhoneni eliphezulu lethebhu.

Isibonelo esiqondile: ngeprosesa yePentium G3258 (uhlelo lweminyaka lwe-Intel, oludumile ngokuvulwa), i-GIGABYTE inikeza amaphrofayili angakwazi ukuyikhulisa kusukela esisekelweni sayo esingu-3,2 GHz kuya ku- amaza afana ne-i5-4690K noma ngisho ne-i7-4790KKuye ngesistimu yokupholisa esetshenzisiwe. Konke lokhu kufezwa ngokukhetha enye yezindlela ze-EasyTune.

Empeleni, la maphrofayili athinta Isiphindaphindi se-CPU kanye ne-voltage ngobudlova, kodwa bavame ukuba nokugcina kakhulu kwezinye izici futhi babe nethemba kakhulu kwezinye, ikakhulukazi uma i-chip yakho ingalungile noma ukupholisa kwakho kwanele.

Okuhlangenwe nakho kwangempela: lapho i-EasyTune iba engazinzile

Ngaphandle kwenkolelo-mbono, kunezimo zabasebenzisi abasanda kuqala ukusebenzisa i-overclocking, abake bahlangana nabo lapho bezama i-EasyTune. Izikrini eziluhlaza okwesibhakabhaka ngokushesha ngemva kokusebenzisa izinguqukoYilokhu okungenzeka uma uphoqa i-voltage noma imvamisa ngesandla ngaphandle kokuqonda ngokugcwele ukuthi zixhumana kanjani.

Isibonelo esijwayelekile yileso somsebenzisi one-Intel Core i7-8700K kubhodi lomama le-Z370 Aorus Gaming 7 kanye ne-280mm AIO liquid cooler. Bangene kuzilungiselelo ezithuthukisiwe ze-EasyTune, basetha i-voltage ibe manual, bayishiya enanini "elizenzakalelayo" (cishe i-1,2V) ukuze bahlole ukuthi ushintsho lusetshenziswe ngokushesha, bese bechofoza ku-Apply, Uhlelo luye ngqo esikrinini esiluhlaza okwesibhakabhaka ngaphandle kokuthinta okunye.

Ngemva kokuqala kabusha, wazama okuthile okunamandla kakhulu: ukwandisa imvamisa ibe yi-5 GHz nge-EasyTune. Kwabonakala sengathi kusebenza ekuqaleni, kodwa ngemva kokusebenzisa i-Prime95 uhlelo lwaba olungazinzile futhi iphutha laphinde lavela. BSODWabe esenyusa i-voltage yaba ngu-1,35V kusuka ku-EasyTune, futhi ngokushesha nje lapho ushintsho selusetshenzisiwe, Ama-RPM abalandeli akhuphuke kakhulu futhi ikhompyutha yaphinde yaphahlazeka..

Ukucushwa kwe- hardware (280mm AIO, ugesi we-Corsair ongu-1200W okwanele, ibhodi lomama eliphezulu, i-BIOS ebuyekeziwe) ayizange ikhombe ngqo inkinga nge-PSU noma ukupholisa okungaphansi kwesisekelo, kodwa kunalokho yabonisa inkinga izilungiselelo ze-voltage nemvamisa ezingalingani isetshenziswa kusukela ohlelweni lokusebenza.

Lolu hlobo lwesimo luholela abantu abaningi ekukholweni ukuthi uhlelo alunamsebenzi nokuthi kuyimpoqo ukusebenzisa i-BIOS kuphela, kodwa okwenzekayo ngempela ukuthi, uma ungaqondi ukuthi i-CPU isabela kanjani kushintsho ngalunye, i-EasyTune ingaba yi- ithuluzi eliyingozi ezandleni ezingenalwazinjengoba nje i-BIOS ngokwayo ibiyoba njalo uma usebenzise i-1,45V ku-5GHz ngaphandle kokuhlolwa okuphakathi.

I-EasyTune uma iqhathaniswa ne-BIOS: izinzuzo kanye nemikhawulo yendlela ngayinye

Kukhona umbono obanzi phakathi kwabasebenzisi abangochwepheshe: "Ukuzihlanganisa kalula" kuvame ukuphela kabiHhayi ngoba isofthiwe ayiklanywanga kahle, kodwa ngoba ikhuthaza ukwanda kwamaza kanye nama-voltage ngaphandle kokudlula enkambisweni yokufunda ehilela ukuqonda amazinga okushisa, ukuzinza, imikhawulo ye-silicon, kanye nemingcele ephephile.

I-BIOS ka-GIGABYTE (ikakhulukazi kuma-motherboards e-overclocking, njengamamodeli amaningi e-Z-series) inikeza ukulawula okungenamkhawulo kune-EasyTune. Lapho ungalungisa khona iziphindaphindi, i-FSB/BCLK, abahlukanisi bememori, ama-voltage amahle e-chipset, i-VTT, i-GTL, i-LLC kanye namapharamitha ayinkulungwane athuthukileI-EasyTune ikuveza engxenyeni yalolo hlu kuphela, futhi ngaphezu kwalokho, ikwenza lokho kusuka ku-Windows, uhlelo seluvele lulayishiwe.

Iseluleko esisodwa esivame ukunikezwa kwabaqalayo ukucela usizo kothile onolwazi ekusetheni ukunqwabelana ngokweqile okulinganiselwe nokuphephile kusuka ku-BIOS (isibonelo, ukuthuthukisa iprosesa ibe yi-3,6 GHz ngokudlala nge-FSB kanye ne-multiplier) futhi, kusukela lapho, funda iziqondiso kanye nocwaningo ngaphambi kokufuna izibalo eziphakeme.

Isibonelo, iziqondiso ze-GIGABYTE BIOS ezinemininingwane zichaza amapharamitha anjengalawa:

• Isilinganiso Sewashi Le-CPU: isiphindaphindi seprosesa.
• Ukulawulwa Kwewashi Lomsingathi we-CPU: ivumela ukulawula ibhasi (FSB/BCLK) ukuze kusetshenziswe i-overclocking.
• Imvamisa Yomsingathi we-CPU: inani lebhasi, elivame ukulungiswa ngokungeza ama-MHz ambalwa ku-standard (266, 333, 400, njll., kuye ngochungechunge lwe-CPU).
• Imvamisa ye-PCI Express: ikhiyiwe ku-100 MHz ukuze igweme ukulimaza ikhadi lehluzo noma ibhasi le-PCIe.

Ngaphezu kwalokho, kunconywa ukuthi imisebenzi ezenzakalelayo efana ne-CIA2 (i-automatic CPU overclocking) noma i-Performance Enhance (i-automatic RAM overclocking) ingasebenzi noma ingasebenzi kwimodi ejwayelekile, ngoba Umgomo uwukuba nokulawula okuphezulu ngesandla yokulungiswa ngakunye futhi kuvimbele ibhodi ekushintsheni izinto ngokwalo.

Isihluthulelo ukuqonda ukuthi i-EasyTune ayithathi indawo yalelo zinga lemininingwane, kodwa kunalokho ikunikeza ukufinyelela okusheshayo kuzilungiselelo ezivame kakhulu (imvamisa, i-Vcore, amanye amaphrofayili e-RAM) ngaphakathi kwendawo elula ukuyisebenzisa. Kuhle kakhulu ekuhlolweni okusheshayo nasekuhlolweni; ukuze uthole okuningi ku-chip ethile, I-BIOS ihlala iyindawo lapho kunqotshwa khona noma kulahleke khona i-overclocking.

Amapharamitha e-GIGABYTE BIOS athinta i-voltage kanye nemvamisa

Ukuze uqonde kangcono ukuthi i-EasyTune ingase ikwenzeni ngaphansi kwe-hood, kufanelekile ukubuyekeza ezinye zazo izilungiselelo ze-BIOS ze-GIGABYTE ezijwayelekile ezithinta ukunqwabelana kwe-overclocking kanye nokuzinza kwesistimu, ikakhulukazi kumapulatifomu e-Intel akudala:

Esigabeni esithi Izici Ezithuthukisiwe ze-BIOS kunezinketho eziningana zamandla nokuphepha:

• Isivikelo Sememori EsingasebenziKuvame ukunconywa ukuyikhubaza uma ibangela izinkinga ezingajwayelekile, yize ezinhlelweni eziningi zesimanje ishiywa ivuliwe ngezizathu zokuphepha.
• I-CPU Enhanced Halt (C1E) kanye ne-CPU EIST (SpeedStep)Lokhu kunciphisa imvamisa kanye ne-voltage uma ingasebenzi. Ukuze kuqhutshekwe kusebenze isikhathi eside, abasebenzisi abaningi bayayikhubaza; ngama-cooler asezingeni eliphansi, kuvamile ukuwashiya evuliwe ukuze kusetshenziswe amandla aphansi kanye nomsindo omncane.
• I-CPU Thermal Monitor 2 (TM2)Kunconywa ukuthi uyigcine isebenza ukuze uvikele i-CPU uma izinga lokushisa likhuphuka.
• I-Virtualization TechnologyKuhlobene nokwenza i-virtualization; ayithinti ukusebenza kwe-overclocking, kodwa ivame ukushiywa ivuliwe uma isetshenziswa imishini engokoqobo.

Isimo Sempilo Se-PC sikuvumela ukuthi ulungiselele izexwayiso zokushisa kanye nokwehluleka kwabalandeli. Kungumqondo omuhle ukuzivumela. Izinga lokushisa le-CPU bese usetha umkhawulo ofanele, bese ukhubaza izaziso zabalandeli ongaxhumanga nabo ukuze ugweme imiyalezo ecasulayo.

Ukuqongelela ngokweqile kwangempela kwenzeka kumenyu ye-MIT (MB Intelligent Tweaker). Lapho uzothola izinketho ezifana nalezi:

• Isilinganiso Sewashi Le-CPU: ichaza isiphindaphindi se-CPU.
• Imvamisa Yomsingathi we-CPU: imvamisa yesisekelo (FSB/BCLK) lapho iphindaphindwa khona.
• Isiphindaphindi Sememori Yesistimu (i-SPD)Izihlukanisi zememori, ezikuvumela ukuthi ulungise i-DDR2/DDR3/DDR4 ukuze ihambisane nemvamisa yayo esebenzayo.
• Imvamisa ye-PCI Express: isethwe ku-100 MHz ukuze ibhasi le-PCIe lingathinteki ngokunqwabelana kwe-CPU.
• Isikhathi se-DRAM Esingakhethwa: ukulungiswa ngesandla kwe-RAM latencies ukuze uthole okuningi kukho.

Ngokuphathelene nama-voltage, i-GIGABYTE ihlukanisa amapharamitha anjengalawa:

• Ukulawulwa Kwe-DDR Overvoltage: kuphakamisa i-RAM voltage ngaphezu kwenani elijwayelekile (isibonelo, kusuka ku-1,80 V kuya ku-2,10 V uma amamojula edinga lokho).
• Ukulawulwa Kwe-FSB Overvoltage (VTT): ilungisa i-voltage yebhasi engaphambili, ebalulekile ekuzinzeni kuma-overclocks aphezulu, ikakhulukazi ngama-CPU angu-65nm noma angu-45nm.
• (G)Ukulawulwa Kwe-MCH Overvoltage: ilawula i-voltage ye-northbridge noma isilawuli sememori (MCH), ngenani lesisekelo elihlukahluka kuye ngebhodi lomama.
• I-CPU GTL REF Voltage: ireferensi ye-voltage esetshenziselwa ukunquma amazinga aphezulu/aphansi e-logic; ukuyilungisa kahle kungasiza ngokudlula ngokweqile kuma-processor amaningi, ikakhulukazi ama-quad.
• Ukulawulwa Kwevolumu Ye-CPU (i-Vcore): i-voltage eyinhloko ye-CPU, evame ukushiywa ngesandla ukuqinisekisa ukuvumelana nokuqina.

Amanye amabhodi omama e-GIGABYTE afihla ezinye zalezi zinketho ezithuthukisiwe kuze kube yilapho, Uma nje ungena kwi-BIOS, cindezela u-Ctrl+F1Lokhu kusebenza njengesinyathelo sokuphepha ukuvimbela abasebenzisi abangenalo ulwazi oluningi ukuthi bangathinti ngengozi ama-voltage azwelayo.

Lonke leli nethiwekhi lamapharamitha yilokho i-EasyTune ekwenza kube lula ngokunikeza ukulawula imvamisa "kuphela" kanye ne-Vcore noma amazinga ambalwa okuqongelela achazwe ngaphambilini. Nokho, ngaphansi kwe-hood, ukuzinza kwesistimu kuncike ngokulinganayo kulezi zilungiselelo ezifanayo.

Indlela yokusebenzisa i-EasyTune ngaphandle kokufaka engcupheni ukuzinza kohlelo

Njengoba lonke lolu lwazi lusetafuleni, umbuzo obiza izigidi zamaRandi uthi: ungayisebenzisa kanjani i-EasyTune ngokuhlakanipha ngaphandle kokuyiguqula ibe yinkinobho yokuzibhubhisa? Isihluthulelo sikulokhu qonda njengethuluzi lokubhekiselahhayi njengendawo yokugcina yokudlula ngokweqile.

Isu elifanele liqukethe:

• Zama eyokuqala amaphrofayili ezenzakalelayo alondolozayo kakhudlwana (Ukukhanya, Ukuthuthukisa Okuhlakaniphile Okumaphakathi) futhi uqaphe amazinga okushisa, amaza kanye nama-voltage ngamathuluzi anjenge-HWINFO, i-AIDA64 noma iphaneli ye-EasyTune uqobo.
• Qaphela amanani atholakala lapho uhlelo luzinzile: imvamisa kuwo wonke ama-core, i-Vcore ngaphansi komthwalo, amazinga okushisa aphezulu ekucindezelekeni isikhathi eside.
• Zama ukudlulisela lawo mapharamitha ayisisekelo ku-BIOS, bese usuka lapho, ulungisa ngesandla ezinye izinto ezifana ne-LLC, imikhawulo yamandla kanye nezinketho zokonga amandla (i-C1E, i-EIST, i-Curve Optimizer ku-Ryzen, njll.).
• Gwema izinguquko ezingazelelwe: ukuphakamisa noma ukwehlisa ama-voltage ngezinyathelo ezincaneHlola ukuzinza ngezivivinyo zokucindezeleka nemidlalo yangempela, futhi unganeliseki ngokuthi "ayizange iphahlazeke ngemizuzu emi-5".

Kubalulekile futhi ukungasebenzisi i-EasyTune ngokweqile ngokuyisebenzisa njalo ngemuva. Uma usuthole indawo efanelekile yemvamisa kanye ne-voltage futhi wayenza ngempumelelo ku-BIOS, into enempilo okufanele uyenze iwukuba khipha noma khubaza i-EasyTune bese uvumela ibhodi lomama ukuthi lisebenzise izilungiselelo ekuqaleni, ngaphandle kokuthembela kusofthiwe eyengeziwe ku-Windows.

Okokugcina, kubalulekile ukukhumbula ukuthi i-chip ngayinye ihlukile: isibonelo se-5950X sasiyi- isampula yobunjiniyelaLokhu kusho ukuthi ingaziphatha ngendlela ehlukile (engcono noma embi kakhulu) kuneziyunithi zezentengiselwano. Ukukopisha izibalo eziqondile ezivela komunye umsebenzisi akuqinisekisi ukuthi i-CPU yakho izosabela ngendlela efanayo; yingakho kubalulekile ukuzihlola wedwa njalo.

Uma kukhulunywa ngakho, i-Gigabyte EasyTune iyithuluzi eliphelele lokulungisa i-voltage, imvamisa, imemori, kanye nabalandeli ngaphakathi kwe-Windows, enamaphrofayili azenzakalelayo anganikeza indawo enhle yokuqala ngisho nakubasebenzisi abangenalwaziKodwa-ke, imikhawulo yayo iyabonakala uma ufuna ukulungiswa kahle noma uhlangabezana nokukhubazeka okungaqondakali: yilapho i-BIOS, iziqondiso zokucushwa kwebhodi le-GIGABYTE ezinemininingwane (kufaka phakathi icebo le-Ctrl+F1 lokwembula izinketho ezifihliwe), kanye, ngaphezu kwakho konke, ukubekezela kokuzama nephutha kungena khona. Uma isetshenziswa ngokuhlakanipha, i-EasyTune isebenza njengekhampasi yokuthola ukuthi iprosesa yakho ikwazi ukwenzani nokuthi isabela kanjani kumazinga ahlukene e-voltage kanye nemvamisa; kusukela lapho, ukulungiselelwa kokugcina, okuzinzile kuyinto ozofuna ukuthi ifakwe ikhodi eqinile ebhodini le-motherboard, hhayi ohlelweni lwe-Windows.