Sabuwar labarin: ASUS ROG MAXIMUS XI GENE bita: Micro-ATX Boiled Boiled

Gidan yanar gizon mu yana ɗaya daga cikin ƴan albarkatun kan layi a cikin ɓangaren masu magana da harshen Rashanci waɗanda har yanzu suna ba da kulawa sosai ga uwayen uwa da gwada na'urorin zamani daga duk masana'antun da ke kan kasuwanmu. Duk da haka, ta hanyar zuwa gauwa -uba» 3DNews, za mu ga cewa sake dubawa na ƙarshe na mATX motherboard wanda za a iya amfani da shi don gina PC mai ƙarfi na gaske ya fito a farkon 2017. Irin wannan jirgi, don haka komai yana cikin tsari tare da overclocking, duka tare da aminci da aiki. Ainihin, idan ya zo ga sake dubawa, ATX da mini-ITX mafita suna zama a cikin dakin gwaje-gwaje - waɗannan su ne abubuwan da ke faruwa a yanzu. A halin yanzu, akwai shari'o'in Micro-ATX akan siyarwa, waɗanda suka dace sosai don magance ayyukan da aka nuna - suna da tsarin sanyaya da kyau kuma suna iya ɗaukar abubuwa masu ƙarfi. Ma'anar, ya bayyana, ƙananan: kuna buƙatar jirgi - kuma ɗayan 'yan zaɓuɓɓukan za su kasance ASUS ROG MAXIMUS XI GENE. Karanta game da duk ribobi da fursunoni na na'urar a cikin wannan bita.

Ƙayyadaddun bayanai da marufi

An dade ana yi wa allunan jerin MAXIMUS GENE lakabi da "Zhenok" da mutane. Babban halayen 11th na Zhenya, wanda ke goyan bayan na'urori masu sarrafa Kofi Lake (Refresh), an nuna su a cikin tebur da ke ƙasa.

ASUS ROG MAXIMUS XI GENE
Masu sarrafawa masu goyan baya	Na'urorin Intel na ƙarni na 9 da na 8 (Core, Pentium Gold da Celeron) don dandalin LGA1151-v2
Chipset	Intel Z390 Express
Tsarin ƙwaƙwalwar ajiya	2 × DIMM, har zuwa 64 GB DDR4-2133-4700 (OC)
Ramin fadadawa	1 x PCI Express x16 1 x PCI Express x4
Abubuwan mu'amalar tuƙi	2 × M.2 (Socket 3, 2242/2260/2280) tare da goyon bayan PCI Express x4 1 × DIMM.2 tare da goyon bayan PCI Express x8 4 x SATA 6Gb/s
	RAID0, 1, 10
Hanyar sadarwa na gida	Intel I219V, 10/100/1000 Mbps
Mara waya ta hanyar sadarwa	Wireless Intel-AC 9560
Audio subsystem	ROG SupremeFX (S1220A) 7.1 HD
Interfaces akan bangon baya	1 x PS/2 1 × HDMI 1 x RJ-45 1 × na gani S/PDIF 3 x USB 3.1 Gen2 Nau'in A 1 x USB 3.1 Gen2 Type C 6 x USB 3.1 Gen1 Nau'in A 2 x USB 2.0 Nau'in A 5 × audio 3,5mm
Factor Factor	mATX
Cost	23 000 rubles

An tattara na'urar a cikin ƙaramin akwati amma launi. Baya ga allon, akwai kayan haɗi da yawa a ciki - duka suna da amfani kuma ba su da amfani sosai:

• Littafin mai amfani, kowane nau'in lambobi, faifan kwali, da kuma kafofin watsa labarai na gani tare da software da direbobi;
• eriya mai nisa don tsarin sadarwa mara waya;
• biyu SATA igiyoyi;
• na USB tsawo ɗaya don haɗa raƙuman RGB;
• ƙarin sukurori don shigar da SSD;
• Q-haɗin don sauƙin haɗin maɓallan harka;
• ROG DIMM.2 module yana goyan bayan shigarwar SSD dual.

Zane da fasali

ASUS ROG MAXIMUS XI GENE ya dogara ne akan cikakken nau'in nau'in mATX, wanda ke da PCB 244mm a kowane gefe. Muna mai da hankali ga wannan saboda a cikin ɓangaren kasafin kuɗi galibi ana samun na'urori waɗanda ma sun fi cire kwalayen da'ira, suna gabatowa cikin girman maimakon tsarin mini-ITX.

A ka'ida, duk wani motherboard na nau'in nau'in nau'in mATX yana ba ku damar siyar da ramukan faɗaɗa huɗu lokaci ɗaya (a kan masu haɗa bakwai don ma'aunin ATX). Koyaya, ASUS ROG MAXIMUS XI GENE ya haɗa da tashar jiragen ruwa guda biyu kawai, ɗaya daga cikinsu shine PEG, aka PCI Express x16 3.0. Ana kuma ƙarfafa wannan haɗin. Firam ɗin ƙarfe na wucin gadi da ake kira SafeSlot, a cewar ASUS, yana ƙara ƙarfin tashar jiragen ruwa sau 1,8 a ƙarƙashin nauyin karaya da sau 1,6 ƙarƙashin nauyin cirewa. Yin la'akari da cewa Zhenya na iya zama tushen wani nau'in tsayawar benci, irin wannan ƙarfafa tashar jiragen ruwa ta PEG ba shakka ba zai zama abin ban mamaki ba, saboda wani lokacin dole ne a canza katunan bidiyo sau 10 ko fiye a cikin rana.

Mafi kusa da soket ɗin processor shine ramin PCI Express x4 - waɗannan layuka huɗu ne daga kwakwalwar kwakwalwar da suka dace da ƙa'idar 3.0. Mai haɗawa ba shi da latch, don haka ana iya shigar da wani abu a ciki - har ma da katin bidiyo. Koyaya, wannan kwamiti baya goyan bayan irin waɗannan fasahohi kamar AMD CrossFire da NVIDIA SLI, don haka ba ma'ana ba ne a sanya katin zane a nan.

Gaskiyar cewa an fara siyar da PCI Express x4, don yin magana, yana da kyau. Wannan gaskiyar, a gefe guda, yana nufin cewa za mu iya amfani da babban supercooler a cikin tsarin. Don haka, ba Thermalright Archon ko Noctua NH-D15 ke toshe babban tashar PEG (da PCI Express x4).

Dugadin Achilles na ASUS ROG MAXIMUS XI GENE shine kusancin DIMM soket biyu zuwa soket na LGA1151-v2. Nisa daga cibiyar soket zuwa ramin farko shine kawai (!) 45 mm. Wannan yana nufin cewa yawancin masu sanyaya hasumiya za su rufe tashoshin DIMM da ake buƙata don shigar da RAM. Hukumar tana goyan bayan shigar da na'urorin DDR4 masu saurin gaske, wanda ke nufin cewa ana iya amfani da kayan RAM tare da manyan heatsinks a cikin tsarin, wanda, ƙari, ba sa tafiya tare da supercooler.

Babu shakka, ASUS ROG MAXIMUS XI GENE an "kaifi" don amfani da tsarin sanyaya ruwa mara izini, amma a nan mun sami matsala. Don haka, shingen ruwa na NZXT Kraken X62 “dropsy” da aka yi amfani da shi a wurin tsayawa shima ya toshe ramin DIMM - saboda kayan aikin bututu na wannan CO suna hannun dama. A sakamakon haka, dole ne in juya toshe ruwan Kraken 90 digiri, kuma wannan, masoyi masu karatu, shine gonakin gama gari, saboda "dropsy" yana da alamar tambari mai mahimmanci, wanda ke nuna takamaiman wuri (ko da yake ana iya kashe hasken baya a cikin software na na'urar sanyaya). Don haka a nan yana da mahimmanci don kusanci da zabi na sanyaya ruwa. Misali, tare da Cryorig A80 ba za ku sami irin waɗannan matsalolin ba.

Af, ba ni da koke game da adadin ramukan DIMM. ASUS ROG MAXIMUS XI GENE wata na'ura ce da za a yi amfani da ita tare da abubuwa masu tsada, don haka yana yiwuwa a shigar da kayan aikin tashoshi biyu na 32 GB a cikin tsarin. Za su shigar da shi kuma su manta da rashin RAM na shekaru masu zuwa.

Ana siyar da ramukan DIMM kusa da soket ɗin sarrafawa saboda yunƙurin injiniyoyin ASUS na tara ƙarin ramuka uku a bayansu. Nan da nan a bayan tashoshin jiragen ruwa don RAM akwai ramummuka biyu na M.2 - an sanye su da filogi na ƙarfe na gama gari, wanda a lokaci guda yana taka rawar sanyi mai ƙarfi. Kuma a bayansu akwai ramin DIMM.2 don shigar da katin faɗaɗa na musamman, wanda ke da ƙarfi a cikin manyan uwayen uwa na jerin MAXIMUS. Ƙari game da shi - kawai a ƙasa.

Kamfanin M. Corts tare da kai ka shigar da kyawawan abubuwan da ke da-gari na 2, 2242 da 2260 - yayin da kowannensu yana aiki kawai a yanayin PCI Express X2280 4). An rufe su da babban radiator na aluminum. Af, ana iya cire shi kawai idan ba a shigar da katin bidiyo a cikin PCI Express x3.0 slot ba. Don yin wannan, cire sukurori biyu.

A baya, kamar yadda kuka sani, duk muna da ƙarfi. Idan ni injiniyan ASUS ne, zan matsar da ramukan DIMM zuwa wurin M.2 tafiyarwa, in raba ramukan SSD a cikin ROG MAXIMUS XI GENE: wanda zai shigar da shi sama ko zuwa dama na PCI Express x4, yana sake yin kwakwalwan kwamfuta. heatsink da motsi ramin don batura; M.2 na biyu zai sanya shi a tsaye. A gaskiya, wannan shine yadda ake aiwatar da shi, misali, a cikin ASUS Prime X299 Deluxe. Ee, ba zai yi kyau sosai ba, amma, a ganina, ya fi dacewa.

Hakanan allon yana haskaka duk gefen dama da babban alamar ROG akan murfin I/O na filastik. ASUS ROG MAXIMUS XI GENE kuma an sanye shi da masu haɗin 4-pin guda biyu don haɗa raƙuman LED da sauran sassan RGB.

An shigar da allon ROG DIMM.2 na mallakar mallaka a cikin ramin DIMM.2. A karon farko, irin wannan sifa ta zane ta “jamhuriya” motherboards ta bayyana a ciki Asus Maximus IX Apexwanda ya fito a shekarar 2017. Hanyoyi takwas na PCI Express 3.0 daga processor an haɗa su zuwa ramin. Don haka, idan muka yi amfani da shi don manufar da aka yi niyya, to, tashar PEG kawai na na'urar tana aiki ta atomatik a yanayin x8.

Zane na katin DIMM.2 ya sake canzawa, kuma sabon zaɓi yana ba da sanyi mai sanyi don SSD. Ita kanta hukumar tana ba ka damar shigar da na'urorin M.2 guda biyu masu tsayi har zuwa 110 mm kowannensu.

Saboda wannan tsari na tashar jiragen ruwa na M.2, musamman, masu haɗin SATA 6 Gb / s guda hudu ne kawai suka rage a kan jirgin. Amma ga PC na caca, wannan adadin pads zai isa.

ASUS ROG MAXIMUS XI GENE sanye take da masu haɗin 4-pin guda bakwai a lokaci ɗaya, waɗanda zaku iya haɗa magoya baya. Don allon mATX, wannan kyakkyawar alama ce! A lokaci guda, wani ɓangare na masu haɗin (biyar) suna haskakawa a cikin baki - suna ba ku damar daidaita saurin juyawa na ba kawai Carlsons tare da PWM ba. Don haka, babu buƙatar amfani da ƙarin na'urori kamar reobas ko ɗaukar akwati tare da ginanniyar mai sarrafa fan. Kyakkyawan! Sauran masu haɗin haɗin biyun fari ne, ba za su iya rage gudun ba. Kuna iya "rataye" akan su, alal misali, magoya baya tare da ƙananan gudu na farko.

Gabaɗaya masu haɗin fil 4 an sanya su da kyau. Bari mu ce muna amfani da ƙaramin akwati na hasumiya da LSS mai kashi biyu a cikin tsarin. Famfuta da magoya baya ɗigo suna haɗi zuwa saman jere na masu haɗawa. Mai shigar da karar, wanda ke kan bangon baya, yana zuwa ga mahaɗin da ke kusa da ramin PCI Express x4, kuma fan ɗin na gaba yana zuwa tashar W_PUMP, wanda yake a ƙasa kuma yana jujjuya digiri 90. Wannan tashar jiragen ruwa kuma za ta zo da amfani ga waɗanda za su tattara LSS na al'ada tare da ASUS ROG MAXIMUS XI GENE - tankin famfo yawanci ana hawa a ƙasan harabar hasumiya.

Ee, duk masu haɗin haɗin da ke ƙasan PCB ana juya digiri 90. Anyi wannan da gangan, saboda katin bidiyo mai sanyaya ramuka uku zai toshe wannan yanki na motherboard kawai. Daga cikin tashoshin jiragen ruwa masu ban sha'awa na ciki, na lura da kasancewar W_IN / OUT, W_Flow - waɗannan masu haɗawa suna lura da yanayin zafi na refrigerant da yawan kwararar sa a cikin tsarin sanyaya ruwa. Hakanan allon yana da hanyar haɗin Node, wanda ake buƙata don haɗa wutar lantarki mai dacewa. Idan kun yi haka, za ku iya sarrafa saurin fan na wutar lantarki, da kuma kula da abubuwan shigar da wutar lantarkin da ke fitarwa. Ana iya samun jerin kayan aikin da suka dace a nan.

I/O panel na allon yana da ginanniyar faranti. Yana da kyawawan abubuwa masu yawa tare da tashoshin jiragen ruwa daban-daban - ban da jacks na analog guda biyar da fitowar S/P-DIF na gani, zaku iya samun fitowar nunin HDMI, tashar haɗin haɗin PS/2 (har yanzu ana buƙata don matsananciyar overclocking, azaman mai sarrafa USB. a cikin yanayin damuwa na iya "fadi a kashe"), saitin tashoshin USB, gami da sabon nau'in-C, cibiyar sadarwa gigabit, har ma da maɓalli biyu: ClearCMOS da USB BIOS Flashback.

An ƙirƙiri haɗin hanyar sadarwa ta hanyar amfani da Intel I219-V mai sarrafa, kuma ana ƙirƙira mara waya ta amfani da Wireless-AC 9560, wanda, ban da Wi-Fi 802.11 a / b / g / n / ac tare da ma'aunin bandwidth har zuwa 1733 Mbps, kuma yana goyan bayan Bluetooth 5.0.

Sautin a cikin ASUS ROG MAXIMUS XI GENE, kamar a cikin sauran sauran allunan ROG, ana amsa su ta Babban Codec audio na FX, wanda ya dogara da sanannen guntu Realtek ALC1220A. Mai sana'anta ya yi iƙirarin cewa yana samun "keɓaɓɓen juzu'ai" na wannan microcircuit, don haka harafin A na biyu yana cikin sunan. 1220 da 113 dB. A al'ada don allon allo masu tsada, hanyar sauti ta haɗa da ingantattun Nichicon capacitors da RC108 da OPA4580 amplifiers na aiki wanda Texas Instruments ke ƙera. guntu mai jiwuwa ita kanta tana da kariya, kuma duk abubuwan da ke cikin tsarin sauti an raba su da sauran abubuwan da ke cikin allo ta hanyar tsiri mara amfani.

Duk allunan da ke cikin jerin MAXIMUS sun dace da overclocking, kuma ROG MAXIMUS XI GENE shima ya dace da wuce gona da iri. Saboda haka, hukumar tana da yawa overclocker "inganta" lokaci guda, wanda ya sa rayuwa ta fi sauƙi ga matasa kuma ba matasa masu goyon baya ba. Maɓallin wuta da sake saiti, da kuma alamar siginar POST, suna da sauƙin hange. Kuma a gefen dama na allon da'ira da aka buga akwai alamun QLED waɗanda ke nunawa a fili a wane mataki kwamfuta ke lodawa. Hakanan akwai maɓallan Sake gwadawa (yana sake kunna tsarin nan take) da Safe Boot (fara rumfar tare da saitunan aminci). Ƙara zuwa wannan maɓalli na MemOK!, Dakatarwa (kwamfutar ta tsaya ta yadda mai amfani zai iya canza sigogi yayin aiwatar da benchmarking) da Slow Mode (nan da nan yana sake saita ma'aunin CPU zuwa 8x don tabbatar da cewa kwamfutar ta wuce gwaje-gwaje masu wahala musamman). A ƙarshe, a ƙasan na'urar akwai waƙar tuntuɓar ProbeIt wanda ke ba ku damar auna daidai ƙarfin ƙarfin tsarin ta amfani da multimeter. An samo shi, duk da haka, ba a yi nasara sosai ba. Lokacin amfani da katin bidiyo tare da mai sanyaya ramuka uku, ba za ku iya kusantarsa ​​ba (ko kusanci, amma sai ku yi aiki da ƙarfe na ƙarfe). Kuma gabaɗaya, yin aiki tare da bincike kusa da mai jujjuya fan na 3D accelerator sana'a ce ta haka.

Ana yin amfani da CPU ta hanyar haɗin haɗin 8-pin guda biyu. Kar ka manta cewa samar da wutar lantarki tare da irin wannan saitin igiyoyi ba su da yawa, kuma galibi muna magana ne game da na'urori masu ƙarfi - 700 watts ko fiye. Koyaya, ana buƙatar ƙarin iko ga na'ura mai sarrafawa kawai a cikin matsanancin yanayi.

Mai sauya wutar lantarki ta ASUS ROG MAXIMUS XI GENE ya dogara ne akan mai sarrafa ASP1405I PWM. Yana iya zama alama cewa allon yana sanye da matakai 12, amma ba haka bane. Kowace tashar da ke da alhakin gudanar da aikin CPU tana sanye take da inductor guda biyu da tarukan IR3555 guda biyu. Sauran matakai guda biyu suna kula da iGPU. Mai sauya wutar lantarki yayi kama da karfi sosai.

Tsari na nau'ikan radiyon aluminium masu matsakaicin girma, hade, duk da haka, tare da bututun zafi na jan karfe, suna da alhakin sanyaya tasirin tasirin filin. Zan yi magana game da yadda ingantaccen tsarin sanyaya na yankin VRM ke aiki yayin overclocking.

source: 3dnews.ru