Iwebhusayithi yethu sesinye sezixhobo ezimbalwa ezikwi-Intanethi kwicandelo lolwimi lwesiRashiya esanika ingqwalaselo efanelekileyo kwiibhodi zoomama kunye novavanyo lwezixhobo zanamhlanje kubo bonke abavelisi abakhoyo kwimarike yethu. Nangona kunjalo, ngokuya kwicandelo "»I-3DNews, siza kubona ukuba okokugqibela uphononongo lwe-motherboard ye-mATX, enokusetyenziselwa ukwakha iPC yokudlala enamandla ngokwenene, yapapashwa ekuqaleni kuka-2017. Ibhodi enje ukuba yonke into iya kulunga ngokugqithiswa, ukuthembeka, kunye nokusebenza. Ngokusisiseko, xa kufikwa kuphononongo, i-ATX kunye ne-mini-ITX izisombululo ziindwendwe kwilabhoratri yovavanyo - ezi ziindlela zangoku. Ngeli xesha, kukho iimeko ze-Micro-ATX ezithengiswayo ezilungele ukusombulula ezi ngxaki-zinokupholisa okucwangcisiweyo kwaye ziyakwazi ukwamkela izinto ezinamandla. Kuvela ukuba umcimbi uncinci: ufuna ibhodi - kwaye enye yeendlela ezimbalwa ziya kuba yi-ASUS ROG MAXIMUS XI GENE. Funda ngazo zonke iingenelo kunye neengozi zesixhobo kolu hlaziyo.
Iinkcukacha kunye nokupakishwa
Abantu beebhodi zechungechunge ze-MAXIMUS GENE sele bebizwa ngokuba yi "Zhenko". Iimpawu eziphambili zenguqu ye-11 ye-Zhenya, exhasa i-Coffee Lake (Hlaziya) iiprosesa, iboniswe kwitheyibhile engezantsi.
| ASUS ROG MAXIMUS XI GENE | |
| Iiprosesa ezixhaswayo | I-Intel 9th kunye ne-8th isizukulwana iprosesa (Core, Pentium Gold kunye neCeleron) ye-LGA1151-v2 iqonga |
| Chipset | Intel Z390 Express |
| Inkqubo engaphantsi kweMemori | 2 × DIMM, ukuya kuthi ga kwi-64 GB DDR4-2133-4700 (OC) |
| Ukwandiswa kwiindawo zokubeka | 1 × PCI Express x16 1 × PCI Express x4 |
| Qhuba ujongano | 2 × M.2 (Isokhethi 3, 2242/2260/2280) ngenkxaso ye-PCI Express x4 1 × DIMM.2 kunye PCI Express x8 inkxaso 4 × SATA 6 Gb/s |
| I-RAID 0, 1, 10 | |
| Inethiwekhi yendawo | Intel I219V, 10/100/1000 Mbit/s |
| Inethiwekhi engenantambo | I-Intel Wireless-AC 9560 |
| Inkqubo esezantsi yomsindo | I-ROG SupremeFX (S1220A) 7.1 HD |
| Iphaneli yokusebenzela yangasemva | 1 × PS/2 1 × HDMI I-1 × i-RJ-45 I-1 × i-optical S / PDIF 3 × USB 3.1 Gen2 Uhlobo A 1 × USB 3.1 Gen2 Uhlobo C 6 × USB 3.1 Gen1 Uhlobo A 2 × USB 2.0 Uhlobo A I-5 × 3,5 mm yomsindo |
| Into yefom | mATX |
| ixabiso | 23 000 ruble |
Isixhobo sipakishwe kwibhokisi yekhadibhodi encinci kodwa enemibala. Ukongeza kwibhodi, yayinezixhobo ezininzi-eziluncedo kwaye azikho luncedo kangako:
- incwadi yomsebenzisi, zonke iintlobo zezitikha, ikhadibhodi emele imagi, kunye nemidiya ye-optical enesoftware kunye nabaqhubi;
- i-eriyali ekude yemodyuli yonxibelelwano engenazingcingo;
- iintambo ezimbini zeSATA;
- intambo yolwandiso olunye lokudibanisa imicu yeRGB;
- izikrufu ezongezelelweyo zokufakela i-SSD;
- Isidibanisi se-Q soqhagamshelwano olulula lwamaqhosha etyala;
- Imodyuli ye-ROG DIMM.2, exhasa ukufakwa kwee-SSD ezimbini.
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Uyilo kunye neempawu
I-ASUS ROG MAXIMUS XI GENE isekelwe kwifom yefom ye-mATX epheleleyo, apho icala ngalinye lebhodi yesiphaluka eprintiweyo i-244 mm ubude. Sinikela ingqalelo kule nto kuba kwicandelo lohlahlo lwabiwo-mali kaninzi kukho izixhobo ezineebhodi zesekethe ezikhutshiweyo, ezikufutshane nobukhulu kwifomathi ye-mini-ITX.
Ngokwethiyori, nayiphi na ibhodi yefom ye-mATX ikuvumela ukuba uthengise iindawo zokubeka ezine zokwandisa ngaxeshanye (ngokuchasene nezihlanganisi ezisixhenxe zomgangatho we-ATX). Nangona kunjalo, i-ASUS ROG MAXIMUS XI GENE ibandakanya izibuko ezimbini kuphela, enye yazo yi-PEG, eyaziwa ngokuba yi-PCI Express x16 3.0. Esi sidibanisi siqiniswa ngakumbi. Isakhelo sesinyithi esiphuculweyo esibizwa ngokuba yi-SafeSlot, ngokwe-ASUS, sonyusa amandla echweba ngamaxesha angama-1,8 phantsi komthwalo wokuphuka kunye namaxesha angama-1,6 phantsi komthwalo wokutsala. Ukuthathela ingqalelo into yokuba "uZhenya" unokuba sisiseko sohlobo oluthile lokuma kwebhentshi, ukomelezwa kwe-PEG port ngokuqinisekileyo akuyi kuba yinto engafanelekanga, kuba ngamanye amaxesha kufuneka utshintshe amakhadi evidiyo amaxesha ali-10 okanye ngaphezulu ngosuku.
I-PCI Express x4 slot esondeleyo kwiprosesa yeprosesa yimizila emine esuka kwi-chipset, ehambelana nomgangatho we-3.0. Isidibanisi asinalo i-latch, ngoko ke nantoni na inokufakwa kuyo - nokuba ikhadi levidiyo. Nangona kunjalo, ibhodi ekuthethwa ngayo ayixhasi iteknoloji efana ne-AMD CrossFire kunye ne-NVIDIA SLI, ngoko akukho nto yokufaka ikhadi lemifanekiso apha.
Inyani yokuba i-PCI Express x4 ithengiswe kuqala, ukuze sithethe, ilungile. Le nyaniso, kwelinye icala, ithetha ukuba sinokusebenzisa i-supercooler enkulu kwinkqubo. Ke ngoko, akukho Thermalright Archon okanye iNoctua NH-D15 egqithe izibuko le-PEG eliphambili (njenge-PCI Express x4).
Isithende se-Achilles se-ASUS ROG MAXIMUS XI GENE yindawo esondeleyo yezixhumi ezimbini ze-DIMM kwi-LGA1151-v2 socket processor. Umgama ukusuka kumbindi wesokethi ukuya kwindawo yokuqala kuphela (!) 45 mm. Oku kuthetha ukuba uninzi olupholileyo lwenqaba luya kuvala izibuko ze-DIMM ezifunekayo ukufaka i-RAM. Ibhodi ixhasa ukufakwa kweemodyuli ze-DDR4 ezikhawulezayo, okuthetha ukuba inkqubo inokusebenzisa iikiti ze-RAM ezine-heatsinks ezinkulu kakhulu, ezingayi kusebenza ngakumbi ngee-coolers ezinkulu.
Kucacile ukuba i-ASUS ROG MAXIMUS XI GENE "ilungiselelwe" ukusebenzisa inkqubo yokupholisa ulwelo olungagciniyo, nangona kunjalo, apha sihlangabezana neengxaki. Ngaloo ndlela, ibhloko yamanzi ye-NZXT Kraken X62 ibhloko yamanzi esetyenziswe kwindawo yokumisa nayo ivalwe i-DIMM slot - kuba izixhobo zombhobho zale CO zifumaneka ngasekunene. Ngenxa yoko, kwafuneka siguqule ibhloko yamanzi e-Kraken i-90 degrees, kwaye oku, bafundi abathandekayo, , kuba "i-dropsy" ine-logo ekhanyisiweyo, echaza indawo ethile kakhulu (nangona i-backlight inokuvalwa kwisofthiwe yesixhobo sokupholisa). Ngoko apha, kwakhona, kuyimfuneko ukuthatha indlela enoxanduva ekukhetheni ukupholisa kwamanzi. Umzekelo, ngeCryorig A80 awuyi kuba neengxaki ezinjalo.
Ngendlela, andinazikhalazo malunga nenani le-DIMM slots. I-ASUS ROG MAXIMUS XI GENE sisixhobo esiya kusetyenziswa kunye namacandelo exabiso eliphezulu, ngoko ke kunokwenzeka ukuba i-channel 32 GB kit iya kufakwa kwinkqubo. Baza kuyifaka kwaye balibale malunga nokungabikho kwe-RAM kwiminyaka emininzi ezayo.
Iindawo zokubeka ze-DIMM zithengiswa kufutshane neprosesa yesokhethi ngenxa yomzamo weenjineli ze-ASUS zokukrazula ezinye izihlanganisi ezintathu ngokulandelayo. Ngokukhawuleza emva kweechweba ze-RAM kukho i-slots ezimbini ze-M.2 - zixhotyiswe ngeplagi yentsimbi eqhelekileyo, edlala indima yokupholisa i-passive. Kwaye emva kwabo kukho idibansi ye-DIMM.2 yokufakela ikhadi elikhethekileyo lokwandiswa, eliqiniswe ngokuqinileyo kwiibhodi eziphezulu zechungechunge lwe-MAXIMUS. Funda ngakumbi ngayo ngezantsi.
Izibuko ze-M.2 kunye zikuvumela ukuba ufake iidrive ezimbini eziqinileyo zemo yefom ye-2242, i-2260 kunye ne-2280 - kunye nekhonkco ngalinye elisebenza kuphela kwi-PCI Express x4 3.0 imo (imigca ye-chipset). Zigqunywe ngeradiyetha enkulu yealuminiyam. Ngendlela, inokususwa kuphela ukuba ikhadi levidiyo alifakwanga kwi-slot ye-PCI Express x16. Ukwenza oku, kufuneka ukhulule izikrufu ezimbini.
Ngokujonga emva, njengoko sisazi, sonke somelele. Ukuba bendiyinjineli ye-ASUS, bendiya kuhambisa iindawo zokubeka i-DIMM kwindawo ye-M.2 drives, kwaye ndahlule iindawo zokubeka i-SSD kwi-ROG MAXIMUS XI GENE: Bendiya kufaka enye ngasentla kwe-PCI Express x4 okanye ekunene kwayo, ukwenza kwakhona. i-chipset heatsink kunye nokuhambisa i-slot yeebhetri; eyesibini i-M.2 iya kwenziwa ime nkqo. Ngokwenyani, le yindlela ephunyezwa ngayo, umzekelo, kwi . Ewe, bekungayi kuba yinto enhle, kodwa, ngokombono wam, bekuya kuba luncedo ngakumbi.
Kwaye lonke icala lasekunene lebhodi kunye ne-icon enkulu ye-ROG kwiplagi yeplastiki yephaneli ye-I / O iyakhanyiswa. I-ASUS ROG MAXIMUS XI GENE ikwaxhotyiswe ngeziqhagamshelo ezimbini ze-4-pin zokudibanisa imicu ye-LED kunye nezinye iiperipherals ze-RGB.
I-DIMM.2 slot ixhotyiswe ngebhodi ye-ROG DIMM.2 yobunini. Okokuqala ngqa loyilo loyilo lwe "republican" motherboards luvele ngaphakathi , eyaphuma emva kwi-2017. Iindlela ezisibhozo ze-PCI Express 3.0 ukusuka kwiprosesa ziqhagamshelwe kwindawo yokubeka. Ke ngoko, ukuba siyisebenzisa njengoko bekucetyiwe, izibuko le-PEG kuphela lesixhobo lisebenza ngokuzenzekelayo kwimo ye-x8.
Uyilo lwekhadi le-DIMM.2 litshintshile kwakhona, kwaye ulwahlulo olutsha lunikeza ukupholisa okungapheliyo kwi-SSD. Ibhodi ngokwayo ikuvumela ukuba ufake ii-M.2 ezimbini ukuya kwi-110 mm ubude nganye.
Ngenxa yolu qwalaselo lwezibuko ze-M.2, ngokukodwa, kukho iziqhagamshelo ezine ze-SATA 6 Gb/s ezisele ebhodini. Kodwa kwiPC yokudlala, eli nani leepads liya kwanela.
I-ASUS ROG MAXIMUS XI GENE ixhotyiswe ngeziqhagamshelo ezisixhenxe ze-4-pin apho unokudibanisa abalandeli. Esi sisalathisi esihle kwibhodi ye-mATX! Ngelo xesha, ezinye izihlanganisi (ezintlanu) zigxininiswe kumnyama - zikuvumela ukuba ulungelelanise isantya sokujikeleza kungekhona kuphela iCarlsons nge-PWM. Ngoko ke, akukho mfuneko yokusebenzisa izixhobo ezongezelelweyo ezifana ne-rheobass okanye ukhethe ityala kunye nomlawuli we-fan eyakhelwe-ngaphakathi. Buhle! Izihlanganisi ezimbini eziseleyo zimhlophe, azikwazi ukunciphisa isantya. Unako "ukuxhoma" kubo, umzekelo, abalandeli abanesantya esiphantsi ekuqaleni.
Izihlanganisi ezi-4-pin zihlala zibekwe kakuhle. Masithi sisebenzisa ityesi encinci yenqaba kunye nenkqubo yenkxaso yobomi yamacandelo amabini kwinkqubo. Umpompo wamanzi kunye neefeni zixhunywe kumgca ophezulu wezixhumi. I-case impeller, ebekwe eludongeni lwangemva, iya kwikhonkco kufuphi ne-PCI Express x4 slot, kunye ne-front case fan iya kwi-W_PUMP port, esezantsi kwaye ijikeleze i-90 degrees. Eli zibuko liya kuba luncedo kwabo baya kudibanisa isistim sokuxhasa ubomi kunye ne-ASUS ROG MAXIMUS XI GENE - indawo yokugcina amanzi kunye nempompo ihlala ixhonywe ezantsi kwecala lenqaba.
Ewe, zonke izihlanganisi ezibekwe emazantsi ePCB zijikeleziswa ngamaqondo angama-90. Oku kwenziwa ngenjongo, kuba ikhadi levidiyo elinendawo epholileyo ene-slot ezintathu liya kuvala nje le ndawo yebhodi yomama. Kwizibuko zangaphakathi ezinomdla, ndiyaqaphela ubukho be-W_IN / OUT, W_Flow - ezi ziqhagamshelo zihlola ukushisa kwefriji kunye nesantya sokuhamba kwayo kwinkqubo yokupholisa ulwelo. Ibhodi nayo ine-Node connector, eyimfuneko yokudibanisa umbane ohambelanayo. Ukuba wenza oku, uya kuba nakho ukulawula isantya sokujikeleza kwefeni yonikezelo lwamandla, kunye nokubeka iliso kwigalelo layo kunye nemveliso yombane. Uluhlu lwezixhobo ezihambelanayo lunokufunyanwa .
Iphaneli ye-I/O yebhodi ixhotyiswe nge-built-in blank. Ipakishwe ngokuxineneyo kunye namachweba ahlukeneyo - ukongeza kwiijekhi zeaudio ze-analog ezintlanu kunye nemveliso ye-S/P-DIF yokubona, unokufumana i-HDMI imveliso yokubonisa, i-PS / 2 port edibeneyo (isafuneka ngexesha lokugqithisa ngokugqithiseleyo, ekubeni i-USB isilawuli siphantsi kweemeko zoxinzelelo lunokuthi "luwe"), isethi yamazibuko e-USB, kuquka i-Type-C entsha, inethiwekhi yegigabit kunye namaqhosha amabini: ClearCMOS kunye ne-USB BIOS Flashback.
Uqhagamshelo lwenethiwekhi enentambo lwenziwa kusetyenziswa isilawuli se-Intel I219-V, kwaye i-wireless yenziwa kusetyenziswa i-Wireless-AC 9560, leyo, ukongeza kwimigangatho ye-Wi-Fi 802.11 a/b/g/n/ac ene- throughput of ukuya kuthi ga kwi-1733 Mbit/s, ikwaxhasa kunye neBluetooth 5.0.
Isandi kwi-ASUS ROG MAXIMUS XI GENE, njengakwezinye iibhodi ze-ROG ezininzi, zinikezelwa yi-codec yomsindo we-Supreme FX, esekelwe kwi-chip eyaziwayo ye-Realtek ALC1220A. Umenzi uthi ufumana "iinguqulelo ezikhethekileyo" zale chip, yingakho kukho unobumba wesibini A. Xa kuthelekiswa ne "standard" Realtek ALC1220, umlinganiselo wesignali-kwingxolo ye "elite" phezulu - 113 ngokuchasene ne-108 dB. Ngokwemveli, kwiibhodi ezibizayo, isekethe ye-audio ibandakanya i-Nichicon capacitors ekumgangatho ophezulu kunye ne-RC4580 kunye ne-OPA1688 i-amplifiers yokusebenza evela kwi-Texas Instruments. I-audio chip ngokwayo ikhuselwe, kwaye zonke izinto zenkqubo yesandi zahlulwe kuwo onke amacandelo ebhodi ngomcu we-PCB ongaqhubekiyo okwangoku.
Zonke iibhodi zechungechunge ze-MAXIMUS nazo zifanelekile ukugqithisa, kwaye i-ROG MAXIMUS XI GENE nayo ifanelekile ukugqithisa ngokugqithiseleyo. Ke ngoko, ibhodi inee-overclocking ezininzi "zokuphucula" ngaxeshanye, ukwenza ubomi bube lula kwabancinci kwaye abancinci abanomdla. Amandla kunye namaqhosha okusetha kwakhona, kunye nesalathisi se-POST, kulula ukuyibona. Kwaye kwicala lasekunene lebhodi yesekethe eprintiweyo kukho izikhombisi ze-QLED ezibonisa ngokucacileyo ukuba yeyiphi inqanaba ikhompyuter elayishayo. Kukwakho namaqhosha eZama kwakhona (iqalisa kwakhona inkqubo ngoko nangoko) kunye neSafe Boot (izisa istand kunye nezicwangciso ezikhuselekileyo). Makhe songeze oku iiswitshi ze-MemOK!, Misa (ikhompyuter iyanqunyanyiswa ukuze umsebenzisi atshintshe iiparamitha zayo ngelixa ibhentshimakhi isebenza) kunye neMowudi ecothayo (ukusetha ngokukhawuleza isiphindaphindi se-CPU ukuya kwi-8x ukuqinisekisa ukuba ikhomputha idlula iimvavanyo ezinzima kakhulu) . Ekugqibeleni, ezantsi kwesixhobo kukho umkhondo woqhagamshelwano weProbeIt, okuvumela ukuba usebenzise i-multimeter ukulinganisa ngokuchanekileyo ii-voltages eziphambili zenkqubo. Ibekwe, nangona kunjalo, imeko embi kakhulu. Xa usebenzisa ikhadi levidiyo kunye ne-slot-slot epholileyo, awukwazi ukusondela kuyo (okanye unokusondela, kodwa ke kuya kufuneka usebenze ngentsimbi ye-soldering). Kwaye ngokubanzi, ukusebenza ngeprobe ecaleni kwefeni ejikelezayo ye-3D ye-accelerator ayingomsebenzi olungileyo.
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Iprosesa esembindini inikwe amandla isebenzisa izixhumi ezimbini ze-8-pin. Ungalibali ukuba izixhobo zombane kunye neeseti ezinjalo zeentambo aziqhelekanga kakhulu, kwaye sithetha kakhulu ngezixhobo ezinamandla - ii-watts ezingama-700 okanye ngaphezulu. Nangona kunjalo, iprosesa idinga amandla ongezelelweyo kuphela kwiimeko ezinzima.
I-ASUS ROG MAXIMUS XI GENE yokuguqula amandla isekelwe kumlawuli we-ASP1405I PWM. Kungabonakala ngathi ibhodi ixhotyiswe ngezigaba ezili-12, kodwa oku akunjalo. Ijelo ngalinye elijongene nokusebenza kwe-CPU lixhotyiswe ngee-inductors ezimbini kunye neendibano ezimbini ze-IR3555. Izigaba ezibini ezingakumbi "zijonge" i-iGPU. Umguquleli wamandla ubonakala unamandla kakhulu.
Uluhlu lwee-radiator ze-aluminium ezinobungakanani obuphakathi, nangona kunjalo, ezidityaniswe ngumbhobho wokushisa wobhedu, uxanduva lokupholisa i-transistors ye-field-effect. Ndiza kuthetha ngakumbi malunga nendlela esebenzayo yokupholisa indawo ye-VRM ngexesha lokugqithisa.
umthombo: 3dnews.ru