An san girke-girke don cin nasarar kasuwar saka idanu na tebur, duk katunan sun bayyana ta manyan 'yan wasa - ɗauka kuma maimaita shi. ASUS yana da layin wasan TUF mai araha tare da kyakkyawan rabo na farashi, inganci da fasali, Acer yana da sau da yawa mafi araha Nitro, MSI yana da adadi mai yawa na samfura masu arha a cikin jerin Optix, kuma LG yana da wasu mafi araha UltraGear mafita. a cikin kashi mai tsada. Gigabyte, har ya zuwa yanzu, ya yi ƙoƙari ya yi yaƙi a cikinta - kuma ba wani wuri ba. Amma majagabansa nan da nan sun nuna babban matsayi, ko da yake ba tare da gunaguni game da ƙananan abubuwa ba.
Lokaci ya wuce, an tara kwarewa, kuma yanzu lokaci ya yi da za a shiga yakin neman wuri a cikin rana a cikin tsakiyar kasafin kuɗi na sababbin samfurori na wasanni. Don yin wannan, Gigabyte ya ɗauki sabon 27-inch WQHD * VA panel kuma ya sanya shi cikin ƙira mafi araha, yayin da yake kiyaye duk manyan fa'idodin maganin da aka yi amfani da su. Samfurin ya sami mafi sauƙin suna mai yiwuwa, ba tare da wani alaƙa da layin AORUS ba - ana kiran mai saka idanu Gigabyte G27QC. Haɗu!
Технические характеристики
Kamfanin ya ƙaddamar da sabon samfurin tare da ƙarin hanyoyin wasan caca guda biyu a cikin matakai biyu: sanarwar farko ta faru a farkon Janairu 2020, kuma ƙaddamarwar ya faru watanni 3,5 bayan haka (a ƙarshen Afrilu). Gigabyte G27QC mai saka idanu ya buga dillalan Rasha har ma daga baya, kuma farashin shawarar masana'anta ya zama matakin jin daɗi na 29 rubles.
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Gigabyte G27QC ana iya la'akari da ingantaccen bayani tsakanin wasan caca 27-inch * VA tare da ƙudurin WQHD, yayin da yake da jerin abubuwan ban sha'awa na masu fafatawa kai tsaye 11. Gaskiya ne, idan kun cire AOC ɗin da ba a iya samun damar shiga da kuma tsohuwar Acer, nan da nan G27QC ta sami kanta a matsayi na biyu dangane da samuwa (matsakaicin farashin), kuma wannan babbar nasara ce ga Gigabyte. Zai kasance kamar haka koyaushe!
| Gigabyte G27QC | |
| nuni | |
| Diagonal, inci | 27 |
| Rarraba rabo | 16:9 |
| Matrix shafi | Semi-matte |
| Madaidaicin ƙuduri, pix. | 2560 x 1440 |
| PPI | 110 |
| Zaɓuɓɓukan Hoto | |
| Nau'in Matrix | Mara iyaka * VA Lanƙwasa 1500R |
| Nau'in Haske | Farin-LED + KSF Phosphor Layer (92% DCI-P3) |
| Max. haske, cd/m2 | 250 (kimanci na yau da kullun) |
| Bambanci a tsaye | 3000: 1 |
| Adadin launuka masu nunawa | miliyan 16,7 (8 bits) |
| Matsakaicin farfadowa na tsaye, Hz | 48-165 + G-Sync Mai jituwa, FreeSync Premium |
| Lokacin amsawa BtW, ms | ND |
| Lokacin amsa GtG, ms | 1 (MPRT) |
| Matsakaicin kusurwar kallo a kwance/ tsaye, ° |
178/178 |
| Masu haɗin | |
| Abubuwan shigar bidiyo | 2 x HDMI 2.0; 1 x Nuni na 1.2a |
| Sakamakon bidiyo | Babu |
| Ƙarin tashoshin jiragen ruwa | 1 x Audio-Out (3.5 mm); 2 x USB 3.0 |
| Masu magana da aka gina: lamba x iko, W | 2 x 2 |
| Siffofin jiki | |
| Daidaita Matsayin allo | Kwangilar karkata, canjin tsayi |
| Dutsen VESA: girma (mm) | Ee (100 x 100 mm) |
| Dutsen don kulle Kensington | A |
| Wurin lantarki | Gina |
| Max. amfani da wutar lantarki aiki / jiran aiki (W) |
70 / 0,5 |
| Hanyar girma (tare da tsayawa), L x H x D, mm |
610 x 400-531 x 203 |
| Hanyar girma (ba tare da tsayawa ba), L x H x D, mm |
610 x 367 x 85 |
| Nauyin net (tare da tsayawa), kg | 6,4 |
| Nauyin net (ba tare da tsayawa ba), kg | ND |
| Kimanin farashi | 25 500-30 000 rubles |
Ba mu da ainihin bayanai akan matrix ɗin da aka shigar a cikin na'urar, kamar yadda babu kowa akan Intanet. Kwamitin da ke da TX mai kama da jarumi na bita ba a san shi ba har yanzu ga "kyakkyawan kamfani", don haka za mu iya dogara ne kawai ga bayanin da Gigabyte ya ba da kanta da sakamakon da aka samu yayin gwajin sabon samfurin. Za mu yi magana game da na farko a yanzu, kuma mu bar na biyu don sassan da suka dace na labarin.
A cikin dukkan yuwuwar, G27QC yana amfani da daidai wannan 8-bit * VA panel tare da diagonal na inci 27, ƙudurin WQHD da matsakaicin matsakaicin mitar 165 Hz, kamar yadda a cikin yanayin da aka yi bita a baya. . Matrix yana da ikon haifuwa har zuwa inuwa miliyan 16,7, yana da gamut ɗin launi wanda aka faɗaɗa zuwa 92% DCI-P3 (mafi yiwuwa saboda amfani da abin da ake kira KSF Layer a saman daidaitaccen hasken baya na W-LED) da ba shi da flicker (Flicker-Free), kuma radius na lanƙwasa ya zuwa yanzu matsakaicin girman irin wannan nunin, 1500R.
Mai sana'anta ya ƙayyade matsakaicin matsakaicin matakin bambanci a daidaitaccen matakin * VA a 3000: 1 da kusurwar kallo a digiri 178 a cikin jiragen biyu. Matsakaicin haske na mai saka idanu shine nits 250 (kamar yadda Gigabyte ya ce - "ƙimar ta yau da kullun") - kuma wannan ya haifar da gaskiyar cewa mai saka idanu ya yi ba tare da bin VESA DisplayHDR 400 ba, kuma TX ɗin sa kawai yana nuna girman kai rubutun "Shirye don HDR ". Daga ƙarshe, yana nuna cewa ana iya kunna aikin HDR a cikin tsarin aiki, amma ba za ku iya ƙidaya kowane canje-canje na musamman ba (ban da hoton da aka saba da shi tare da matattun bayanai da inuwa, da kuma sarrafa haske ta atomatik).
Don CV27Q, an ayyana kewayon dubawa a tsaye na 48-165 Hz (tare da LFC akan AMD har ma ya fi girma), kuma AMD FreeSync Premium tare da tallafin HDR na asali da NVIDIA G-Sync a cikin Yanayin da ya dace ana tallafawa azaman tsarin daidaitawa na daidaitawa. Gaskiya ne, har zuwa karshen watan Yuli, goyon bayan hukuma a cikin sabon direba na "kore" ba a riga an gano shi ba, amma wannan lamari ne na lokaci. Bugu da kari, ko da ba tare da shi ba, mai amfani zai iya kunna fasahar da ake buƙata cikin sauƙi kuma ya ji daɗin hoto mai santsi (ba yagewa).
Da yake magana game da sauri, mai sana'anta ya ci gaba da yin amfani da adadi na 1 ms ta amfani da hanyar MPRT, wanda ya ba mu damar yin hukunci ba lokacin amsawar panel ba, amma lokacin da firam ɗin ya bayyana akan allon - godiya ga abin da ake kira baƙar fata firam. ta amfani da fasahar da aka sani da ita tare da bakon suna AIM Stabilizer. Mafi ƙarancin lokacin GtG, bisa ga bayanan da ba na hukuma ba, shine 4 ms, na yau da kullun don wasa (kuma ba kawai) * nunin VA ba.
A cikin sabon samfurinsa, kamfanin yana amfani da sigar farko ta fasahar daidaita Black Equalizer, da kuma aikin Dashboard da aka saba. Yana ba ku damar nuna bayanan fasaha (ƙarfin wutar lantarki, zazzabi da mitar CPU/GPU, saurin fan, da sauransu) akan allon a ainihin lokacin. Ana iya aiwatar da wannan ta amfani da software na ɓangare na uku, amma Gigabyte yana ba da wannan aikin, kamar yadda suke faɗa, daga cikin akwatin.
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Wani cikakken sakin layi na rubutu a cikin bayanin mai saka idanu yana keɓancewa ga Mai Rage Hasken Blue (ragin ɓangaren shuɗi na bakan) da PbP/PiP ("hoto-in-hoto" da "hoto-zuwa hoto") ayyuka. Jerin ayyukan GameAssist yana ci gaba don nuna giciye akan allo, mai ƙidayar lokaci, counter da grids daban-daban, da sabunta Sidekick don sarrafa saitunan saka idanu ta hanyar kayan aiki don Windows tare da goyan baya don sabunta firmware ta atomatik (sabon aikin Sabunta Auto).
Jerin abubuwan da ke akwai don haɗi akan Gigabyte G27QC ya isa sosai: nau'in HDMI guda biyu 2.0 da DP 1.2a ɗaya, wanda ke bayyana ikon mai saka idanu zuwa matsakaicin. Don haɗa belun kunne, mai saka idanu yana da jakin sauti na 3,5 mm, kuma don aiki tare da kayan aiki, ana samar da USB 3.0 guda biyu, amma ba tare da goyan bayan caji mai sauri ba. Ginin tsarin sauti a cikin sabon samfurin yana wakiltar "tweeters" guda biyu na 2 W kowannensu - bai kamata ku sanya fatan ku a kansu ba.
Kayan aiki da bayyanar
Gigabyte G27QC mai saka idanu ya zo a cikin wani akwati mai girman gaske kuma mai nauyi da aka yi da kwali da ba a fenti ba, wanda ya ƙunshi hotunan ƙira guda biyu na nuni, da kuma cikakken jerin abubuwan fasali a cikin nau'ikan gumaka.
Don sauƙi na sufuri, akwatin yana sanye da kayan aiki na filastik.
Gabaɗaya jerin fasalulluka na ƙirar sun ƙunshi maki 10, kuma daga ɗaya daga cikin lambobi na bayanai zaku iya gano lambar batch, serial number, cikakken sunan mai duba, nauyinsa da ƙasar ƙera (China).
Kunshin nuni ya ƙunshi duk abin da kuke buƙata:
- wutar lantarki (2 inji mai kwakwalwa. na ma'auni daban-daban);
- DP na USB;
- HDMI na USB
- Kebul na USB don haɗa mai saka idanu zuwa PC da aiki da tashar USB;
- jagorar mai amfani mai sauri don saitin farko;
- katin garanti.
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A cikin yanayin gwarzo na bita, mai amfani zai iya amfani da kowane ɗayan abubuwan da ke akwai, kowannensu zai haɓaka ƙarfin samfurin. Koyaya, idan kuna son kare kanku daga yuwuwar matsaloli da buƙatar ƙarin matakan saiti, muna ba da shawarar yin amfani da haɗin DisplayPort. Hakanan, kar ku manta cewa don samun damar saita 165 Hz kuna buƙatar katin bidiyo na matakin GeForce GTX 950 ko fiye na zamani, kuma masu adaftar hoto na AMD kawai suna buƙatar tabbatar da cewa katin bidiyo da suke amfani da shi yana da tashar DP. sigar 1.2.
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Sabon samfurin Gigabyte ya ci gaba da yanayin kawar da abubuwan ƙira masu rikitarwa da tsada - kuma a sakamakon haka, G27QC ya zama mafi sauƙi kuma mafi ƙayyadaddun abubuwa fiye da wanda ya gabace shi, AORUS CV27Q, wanda ya dace da manufar nunin caca mai araha.
Abin da muke da shi a gabanmu har yanzu shi ne jiki mai lanƙwasa "marasa ƙarfi" tare da ƙananan firam ɗin ciki a gefe uku da kuma rufin filastik a ƙasa. Masu zanen kaya sun yanke shawarar tsoma shi tare da abubuwan da ba a iya amfani da su masu sheki, waɗanda kuma ana samun su a kan gyare-gyaren tsayuwar da tsakiya. Mai saka idanu ba shi da kowane irin tsarin haske don sararin samaniya, kuma daga mahangar ergonomic, G27QC ya sami damar kiyaye digiri biyu kawai na 'yanci - karkatar gaba / baya da canjin tsayi.
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An kuma bayyana ajiyar kuɗin a cikin haɗin da aka ɓace cikin sauri-saƙon tsakiya yana haɗe da shari'ar daga masana'anta ta hanyar dutsen da ya dace da VESA na al'ada tare da sukurori huɗu.
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Matsayin G27QC yana da siffa mafi tsari, kuma saman gaba an yi shi da filastik, yayin da masu saka idanu na AORUS suna da ƙarfe. Girman girmansa suna da girma isa ga mai duba 27-inch, wannan ana iya gani musamman saboda zurfin tsayawar.
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Ana aiwatar da tsarin tafiyar da kebul ta hanyar yankewa a cikin ginshiƙi na tsakiya, kuma an yi wa ado da abubuwan sakawa mai sheki. Mai sana'anta baya bayar da ƙarin kayan haɗi don riƙe igiyoyi.
Ergonomics na tsayawa, kamar yadda muka gani a baya, ba shine mafi fadi ba: karkatar (daga -5 zuwa +20 digiri) da tsawo (130 mm) za a iya canza. Babu wani zaɓi don jujjuya zuwa yanayin hoto (Pivot), don haka panel ɗin yana a tsakiya sosai.
Duk abubuwan da aka ɗaure na mai duba, gami da ciki na tsayawa da tushe, an yi su ne da ƙarfe. Don mannewa abin dogara ga farfajiyar aiki, ana amfani da ƙafar roba bakwai na nau'i daban-daban - suna da kyau a riƙe da saka idanu a matsayi ɗaya, ciki har da saboda isasshen nauyin na'urar.
Jarumin bita yana sanye da matrix tare da filin aiki na rabin-matte, wanda ke yaƙi da haske akan allon yadda ya kamata kuma baya damu da tasirin crystalline mai wuce gona da iri.
Yin amfani da sitika a jikin na'urar, zaku iya duba duk lambobi (jeri, lambar batch, da sauransu) kuma a ƙarshe gano kimanin kwanan watan samarwa. An fitar da kwafin da ya zo mana a cikin Afrilu 2020 kuma, da alama, ta Gigabyte da kanta (amma wannan bai tabbata ba).
Dukkan mu'amalar haɗin kai suna kan toshe ɗaya kuma ana nusar da su zuwa ƙasa. Haɗin igiyoyi bai dace sosai ba saboda ƙarancin ergonomic na ci gaba.
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Duk da ɗan ɗan bambanta tsarin da masu zanen Gigabyte suka yi game da bayyanar G27QC mai araha, ingancin kayan da aka yi amfani da su ya kasance mai girma sosai. Ana aiwatar da sarrafa abubuwan da aka yi a matakin mafi girma, zanen ba shi da lahani, ramukan suna daidai da tsayin haɗin gwiwa.
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Mai saka idanu baya yin ƙulli ko murƙushewa lokacin da aka murɗa ko canza matsayi. Abubuwan sarrafawa ba su da koma baya. Sai dai itace cewa gwarzo na bita ba ya jinkirin mafi kyawun wakilan sashin dangane da inganci, kuma kawai abin da zai iya rikitar da mu shine abubuwa masu ban sha'awa masu ban sha'awa, wanda nan take tattara ƙura kuma ya zama da sauri da sauri.
Menu da sarrafawa
Tushen tsarin kula da na'urar shine madaidaicin joystick mai matsayi biyar wanda yake a saman bayan shari'ar, a gefen damansa. A gefen ƙasa akwai alamar wuta tare da farin haske, wanda ba za a iya kashe shi ba, wanda muke gani kawai a matsayin sha'awar masana'anta don kara nisa sabon samfurin daga AORUS mai daraja, inda wannan zaɓi yake samuwa.
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Gudun menu yana da girma. Tsarin yana amsawa kai tsaye ga ayyukan mai amfani-ba mu lura da wani jinkiri mai ban haushi ba. Kuma godiya ga faɗakarwar allo, sarrafa na'urar yana da sauƙi kuma mai sauƙi duka a rana da dare, idan babu hasken waje.
Daga cikin zaɓuɓɓukan da ke da saurin shiga, gwarzon bita yana da waɗannan ta tsohuwa: zaɓar tushen siginar, mai daidaita baƙar fata, daidaita haske da ƙara, kazalika da samun dama ga saitunan GameAssist da Dashboard ta hanyar toshewar OSD na farko. Idan ana so, za a iya canza ayyukan duk wuraren joystick guda huɗu - zaɓin zaɓuɓɓukan da ke akwai yana da faɗi sosai.
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Bayyanar menu na OSD shine cakudar ƙira na abin da za mu iya gani a cikin masu saka idanu na Samsung da BenQ, amma an yi shi cikin launi daban-daban (wannan lokacin shuɗi, tare da ƙananan canje-canje na waje), ba tare da fifikon kowane bayani ba. Komai mai sauƙi ne kuma a takaice. A gabanmu muna da wani katanga na sama mai dauke da abubuwa guda shida da masana’anta suka dauka su ne manyan, sai kuma sassa takwas, wadanda saitin su ya kasu kashi uku.
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Sashe na farko, Gaming, yana ba da damar yin amfani da abubuwan da ake kira sigogi na caca, gami da AIM Stabilizer, Black Equalizer, Super Resolution, Low Blue Light, Yanayin Nuni (saitunan sikelin da aka gina), saitunan overdrive matrix overclocking da ikon kunna AMD. FreeSync. Siffar ta ƙarshe kuma tana ba ku damar kunna G-Sync a cikin saitunan direban daidai.
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gyare-gyare don haske, bambanci, gamma, kaifi, zafin launi da jikewar launi ana haskaka su a cikin sashin Hoto. Anan zaka iya zaɓar daga yanayin hoto da aka saita da yawa.
A cikin sashe na uku za ku iya samun damar zaɓar tushen hoto, canza kewayon tonal lokacin amfani da haɗin HDMI kuma kunna Overscan.
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Zaɓuɓɓuka masu yawa don keɓance ayyukan PiP da PbP an gabatar da su a cikin sashe na gaba mai taken da ya dace.
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A cikin sashin tsarin, zaku iya zaɓar tushen mai jiwuwa kuma saita ayyukan shiga cikin sauri, daidaita ƙarar, da canza bayyanar menu. A cikin ƙarin saituna, zaku iya kashe sanarwar game da ƙudurin aiki, canza hasken wutar lantarki da sigar DP, kunna kashewa ta atomatik da sauyawa ta atomatik zuwa tushen siginar da aka haɗa.
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Zaɓin yaren yanki yana haskakawa a cikin sashe na musamman. Akwai Rashanci tare da ingantaccen fassarar inganci da isasshiyar font.
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Sashe biyu na ƙarshe suna ba da shawarar adana saitunan zuwa ɗayan saitattun mai amfani da sake saita duk sigogi zuwa ƙimar masana'anta.
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An gabatar da ɗan ƙaramin faffadan fasalulluka a cikin ƙarin sigar gani ta hanyar sabunta aikace-aikacen Sidekick na OSD, wanda zai iya maye gurbin zuwa daidaitaccen menu na saka idanu. Yawancin masu amfani za su sami wannan hanyar sarrafa nunin mafi dacewa. Kuna iya zazzage sabuwar sigar kayan aikin Sidekick .
Gwaji
Hanyar Gwaji
An gwada Gigabyte G27QC mai saka idanu ta amfani da X-Rite i1 Nuni Pro colorimeter a hade tare da X-Rite i1 Pro reference spectrophotometer, kunshin software na Argyll CMS tare da keɓancewar hoto na dispcalGUI da shirin HCFR Colormeter. An gudanar da dukkan ayyukan a cikin Windows 10, yayin gwaji, ƙimar farfadowar allon shine 165 Hz.
Dangane da hanyar, za mu auna sigogi masu zuwa:
- farin haske, baƙar haske, bambancin bambanci a ikon hasken baya daga 0 zuwa 100% a cikin 10% karuwa;
- launi gamut;
- zafin launi;
- launukan gamma na manyan launukan RGB guda uku;
- lankwasa gamma mai launin toka;
- Rarraba launi DeltaE (bisa ga ma'aunin CIEDE1994);
- daidaituwar haske, daidaiton zafin launi (a cikin Kelvin da DeltaE raka'a) tare da haske a tsakiyar 100 cd/m2.
Duk ma'aunin da aka kwatanta a sama an aiwatar da su kafin da bayan daidaitawa. Yayin gwaje-gwaje, muna auna manyan bayanan martaba: tsoho, sRGB (idan akwai) da Adobe RGB (idan akwai). Ana yin gyare-gyare a cikin bayanan martaba, ban da lokuta na musamman, waɗanda za a tattauna daga baya. Don masu saka idanu mai faɗi-gamut, muna zaɓar yanayin kwaikwayi hardware na sRGB idan akwai. Kafin fara duk gwaje-gwaje, mai saka idanu yana dumama har tsawon sa'o'i 3-4, kuma an sake saita duk saitunan sa zuwa saitunan masana'anta.
Za mu kuma ci gaba da tsohuwar al'adarmu ta buga bayanan martaba don masu saka idanu da muka gwada a ƙarshen labarin. A lokaci guda, dakin gwaje-gwaje na 3DNews yayi kashedin cewa irin wannan bayanin martaba ba zai iya gyara gazawar 100% na takamaiman mai saka idanu ba. Gaskiyar ita ce, duk masu saka idanu (ko da a cikin samfurin iri ɗaya) dole ne su bambanta da juna ta hanyar ƙananan kurakurai masu launi. Ba shi yiwuwa a zahiri a yi matrices guda biyu iri ɗaya, don haka duk wani gyare-gyare mai mahimmanci na saka idanu yana buƙatar mai launi ko spectrophotometer. Amma bayanin martaba na “duniya” da aka ƙirƙira don takamaiman misali na iya gabaɗaya inganta yanayin sauran na'urori iri ɗaya, musamman a yanayin nunin arha tare da bayyananniyar lahani.
Siffofin aiki
A cikin Gigabyte G27QC mai saka idanu, masana'anta suna ba da yanayin saiti guda shida da ƙarin ƙarin nau'ikan (Custom) guda uku don saitunan jagora gaba ɗaya. A yayin gwaji, mun yi amfani da hanyar sadarwa ta DisplayPort a matsayin mafi kyawun dubawar da ba ta da matsala.
Ta hanyar tsoho, manyan saitunan sigogi sunyi kama da haka:
- Yanayin hoto - Standard;
- haske - 85;
- bambanci - 50;
- kaifi - 5;
- zafin launi - Na al'ada;
- gamma - 3;
- mai daidaita baki - 0;
- Overdrive - Ma'auni;
Yayin daidaitawar hannu (100 cd/m2 da 6500 K), sigogin sun ɗauki nau'i mai zuwa:
- Yanayin hoto - Al'ada;
- haske - 10;
- bambanci - 50;
- kaifi - 5;
- zafin launi - Mai amfani (99/93/100);
- gamma - Kashe;
- mai daidaita baki - 0;
- Overdrive - Ingancin Hoto/Ma'auni.
Don samun damar cikakken jerin sigogin da ake buƙata, an yi amfani da yanayin mai amfani. Bayan canzawa zuwa gare shi, babu wani canje-canje ga hoton da ya faru, kuma don samun canje-canjen da ake bukata ba kawai don daidaita ma'aunin haske da zafin launi (RGB Gain) ba, har ma don canza yanayin "Gamma". Bugu da ƙari, ga dandanonmu, mun daidaita matakin haɓakawar Overdrive, amma duk katunan game da saurin ƙirar za a bayyana su a cikin sashin da ya dace.
Farin haske, baƙar haske, bambanci rabo
An gudanar da gwajin a cikin yanayin "Standard" tare da saitunan tsoho.
| Hasken menu (%) | Farin haske (cd/m2) | Baƙar haske (cd/m2) | Daidaiton Bambanci (x:1) |
| 100 | 332 | 0,102 | 3255 |
| 90 | 308 | 0,095 | 3242 |
| 80 | 283 | 0,087 | 3253 |
| 70 | 259 | 0,08 | 3238 |
| 60 | 234 | 0,072 | 3250 |
| 50 | 209 | 0,064 | 3266 |
| 40 | 183 | 0,056 | 3268 |
| 30 | 157 | 0,048 | 3271 |
| 20 | 130 | 0,04 | 3250 |
| 10 | 103 | 0,032 | 3219 |
| 0 | 75 | 0,023 | 3261 |
Matsakaicin haske shine 332 cd/m2, wanda ya fi girma fiye da matakin da masana'anta suka bayyana, kuma ƙananan ƙimar ta tsaya a 75 cd/m2, wanda, bi da bi, ya kai rabin na AORUS CV27Q mai kama da haka, kuma gabaɗaya quite high.
Amma jarumi na bita ba shi da matsala tare da zurfin filin baƙar fata da daidaitattun daidaito. Matsakaicin ƙima a cikin kewayon daidaitawar haske shine 3250:1 tare da 2000: 1 mai ban dariya na ɗan'uwansa mafi tsada. Wannan kyakkyawan sakamako ne don nunin wasan caca * VA, amma yana da kyau a tuna cewa irin wannan zurfin baƙar fata ba halayyar gaba ɗaya saman matrix bane.
Sakamako tare da daidaitattun saitunan
A cewar masana'anta, mai saka idanu yana sanye da matrix tare da gamut launi wanda aka faɗaɗa zuwa 92% DCI-P3 (2% sama da na AORUS CV27Q). A halin yanzu da kuma a cikin shekaru biyar masu zuwa, yarda da wannan wuri mai launi zai zama ma'auni na gaskiya akan hanyar cin nasara da cikakken BT.2020 (aka Rec.2020).
Ga matsakaita mabukaci, wannan yana nufin cewa duk wani abun ciki akan allon sabon G27QC zai kasance mafi cikakken launi fiye da masu saka idanu tare da hasken baya na W-LED na al'ada. Don wasa-da sauran yanayi inda ba ku damu da ingancin launi mai girma ba - wannan ƙari ne. Amma don yin aiki tare da launi, in babu wani ilimi da kuma bayanin launi na na'urar, wannan wani abu ne mai ban sha'awa.
Tare da saitunan tsoho, mai saka idanu ya kasance kawai 3% mai yarda da DCI-P82,3. Idan muka kwatanta shi da ma'auni na sRGB, to, gwarzo na bita ya zarce shi da ja, rawaya, turquoise da koren motsa jiki kuma ya ɗan yi hasarar a cikin inuwar shuɗi.
Matsalolin launin toka mai launin toka, tare da madaidaicin fari, ana canza su a cikin rukuni mai yawa zuwa yanki mai ɗanɗano mai launin kore mai launin kore, a zazzabi mai launi na kusan 6800 K.
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A kan masu lanƙwasa gamma muna ganin ɗan bambance-bambancen tashoshi na RGB da ɗan ƙaramin hoto mai bambanta saboda magudanar da ke wucewa a ƙasan abin da ake tunani. Ana karanta inuwa mai zurfi sosai; ba mu da matsala game da ganuwa na manyan bayanai.
Lokacin tantance daidaiton launi, G27QC ya nuna matsakaicin sakamako, wanda ba abin mamaki ba ne idan aka yi la'akari da canjin abubuwan tunani akan zanen CIE, ko da idan aka kwatanta da saitin sRGB azaman tunani (tare da shi mai saka idanu yana nuna ƙaramin karkata fiye da kwatantawa da DCI). -P3). Duk da haka, ya isa ya haifar da bayanin launi kuma rabin matsalolin za su ɓace nan da nan.
Sakamako a yanayin AIM Stabilizer
Lokacin da aka kunna AIM Stabilizer, na'urar lantarki ta saka idanu tana kulle haske a nits 125 ba tare da ƙarin daidaitawa ba. Matsakaicin bambancin ya kasance a matakin farko na 3250: 1.
Gamut launi a zahiri ba ya canzawa (bambancin yana cikin kuskuren aunawa) - saka “baƙar firam” yana aiki ta wata hanya ta daban.
Farin batu ya kusanci 6500 K, amma yana riƙe da launin kore mai launin kore, kuma ma'auni na CGs masu launin toka ya ɗan yi rauni.
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A cikin gamma masu lankwasa, yanayin bai canza ba kwata-kwata: hangen nesa na inuwa mai zurfi yana da kyau a kan bangon haɓakar haɓaka gaba ɗaya.
Matsayin ƙetare lokacin dubawa a cikin yanayin Agryll CMS, duk da haka, ya juya ya zama ƙasa, wannan yana da mahimmanci a cikin matsakaicin matsakaici. Koyaya, nau'in ido a cikin wannan yanayin ba shi yiwuwa ya haifar da sha'awar yin aiki tare da AIM Stabilizer na dogon lokaci.
Sakamako a yanayin Karatu
Maimakon yanayin AORUS da ya ɓace akan G27QC, mun yanke shawarar yin nazarin saiti na Karatu, da nufin yin aiki na dogon lokaci a mai saka idanu a cikin ƙaramin haske. A wannan yanayin, ba a toshe daidaitawar haske, amma ta tsohuwa an rage shi zuwa nits 206 tare da ma'aunin bambanci na 2600:1.
A cikin lambobi, gamut launi ana lura da raguwa, wanda ba za a iya gani akan zane na 2D CIE ba. Yarda da DCI-P3 ya ragu zuwa 72% kuma yardawar sRGB ta ragu zuwa 92,5%.
Ma'anar farin tana shiga cikin yankin dumi, amma ma'auni mai launin toka yana kula da sakamako mai girma dangane da daidaituwa.
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Abin mamaki, ba mu sami wani canje-canje a cikin gamma masu lankwasa ba, ban da ingantacciyar hangen nesa na wurare masu duhu na hotuna.
Idan aka yi la’akari da abin da ya faru da gamut ɗin launi da fari, ba abin mamaki ba ne don ganin karkacewar DeltaE94 yana ƙaruwa sosai. Matsakaicin ƙimar shine 2,33, kuma matsakaicin shine 6,09. A gefe guda, don ayyukan da aka ba da wannan yanayin, daidaiton launi ba shi da mahimmanci, don haka kawai manta game da kowane ɓata kuma kuyi aiki a hankali.
Sakamako a yanayin sRGB
Lokacin da matrix a cikin mai saka idanu yana da gamut ɗin launi mai faɗaɗa, ana iya ganin ma'anar kasancewa da aiki na yanayin kwaikwayon sRGB a zahiri nan da nan.
Abin takaici, labarin tare da jarumi na bita bai kasance kamar yadda muke tsammani ba. Mai saka idanu na G27QC ba shi da ikon rage sararin launi ko da dan kadan. Yanayin sRGB yana aiki mafi girman iyawar matrix; ana iya daidaita haske, amma komai (har da Overdrive) ba zai iya ba. Ajiye akan ƙirƙirar firmware ko rarrabuwa ta musamman tsakanin samfura daga sassan farashi daban-daban ana bayyane a sarari (tuna cewa AORUS CV27Q yana da cikakken kwaikwayo).
Amma yanayin sRGB ya sami damar nuna mafi ƙanƙanta sabani na madaidaicin madaidaicin fari da launin toka, waɗanda ke kiyaye babban kwanciyar hankali na CG.
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Halin da ke tare da lanƙwasa gamma a cikin yanayin sRGB yana da inganci. Ana nuna su daidai da buƙatun ma'auni: inuwa suna bayyane a fili a cikin hoton, matsakaicin daidaitattun daidaito da watsawa marasa matsala na launuka masu haske.
Amma tunda yanayin bai yi wani canje-canje ga gamut ɗin launi ba, ƙetare DeltaE94 ya kasance a wurin: 1,74 akan matsakaici da 5,27 a matsakaici. A takaice dai, babu wani abu na musamman da za a kama a nan. Sai dai idan kuna son samun daidaitawar gamma mai lankwasa daidai kuma ba ku damu da saitunan hoto masu kulle ba.
Sakamako bayan daidaitawa
Yanzu bari mu koma daidaitattun saitunan kuma muyi gyaran hannu. Don yin wannan, mun fara canza yanayin gamma (don ƙananan gyare-gyare zuwa katin bidiyo na LUT) ta hanyar saita shi zuwa Kashe; Daidaita matakin haske kuma canza ribar RGB don cimma yanayin zafin launi da ake so.
Mun sami nasarar haɓaka gamut ɗin launi zuwa matakin 87,1% DCI-P3, amma Gigabyte G92QC tabbas ba zai taɓa kaiwa 27% da masana'anta suka bayyana ba. Tarihi yana maimaita kansa, kamar yadda yake tare da AORUS CV27Q, kuma wannan abin bakin ciki ne.
Ma'anar farin ya koma al'ada, kuma kwanciyar hankali na launin toka ya ragu kadan.
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An jera layukan gamma ba tare da rashin daidaituwa na RGB ba daidai da abin da aka ambata.
Bayan yin amfani da bayanin martaba da aka ƙirƙira, tsarin aiki ya karɓi duk mahimman bayanai game da damar abubuwan gwajin, kuma tare da kyakkyawan madaidaicin madaidaicin madaidaicin gamma, wannan ya ba da damar samun babban maki a cikin gwajin Argyll CMS. Duk da haka, lokacin aiki tare da launi, kar ka manta cewa * VA matrices suna da nasu halaye waɗanda ke da mummunar tasiri ga amfani da aikin: Black Crush Effects, canza launi tare da gefuna na allon, ƙarin sanduna masu mahimmanci akan sauye-sauyen launi masu rikitarwa - Banding. Idan ba ku sami kuɗi daga hotuna da bidiyo ba kuma ku ma'amala da sarrafa launi sau ɗaya ko sau biyu a shekara (ba tare da girmamawa sosai kan daidaito ba), to G27QC yakamata ya dace da ku kawai.
Haskakawa Uniformity
An duba daidaiton hasken baya na nuni bayan an rage haske a tsakiyar tsakiyar mai saka idanu zuwa 100 cd/m2 da saita zafin launi zuwa ~ 6500 kelvin.
Hoton da ke sama yana nuna hoton farar filin tare da takamaiman diyya mai fallasa yayin harbi (a cikin duhu) da ƙarin sarrafa software don ƙarin wakilcin gani na daidaiton haske.
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A kan farar fata, matsaloli tare da daidaituwar hasken baya ba a bayyane sosai, amma lokacin kallon filayen launin toka suna bayyane. Musamman, a cikin samfurin mu duk gefuna na matrix suna da duhu duhu, amma a tsakiyar ɓangaren haske ya zama iri ɗaya.
Matsakaicin karkata daga wurin cibiyar shine 3,8%, kuma matsakaicin shine 14%. Sakamakon yana da girma, kuma wannan ya sa mai saka idanu na G27QC ya bambanta da tsadar CV27Q a cikin kyakkyawan shugabanci.
Abin takaici, mai saka idanu bai haifar da irin wannan farin ciki ba dangane da daidaiton yanayin zafin launi. Yaduwar dabi'u ya kusan 550 kelvin, matsakaicin karkata daga tsakiya shine 1,5%, kuma matsakaicin shine 4,2%. Yanayin zafin launi yana ƙaruwa a hankali daga dama zuwa hagu, wanda za'a iya gani ba tare da na'urori ba.
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Yanzu bari mu dubi daidaitattun haske da tasirin launi daban-daban a cikin yanayin filin baƙar fata. Za mu yi haka ta amfani da hotuna guda biyu da aka ɗauka a nesa daban-daban daga allon (~ 70 da 150 cm).
A cikin akwati na farko, tasirin Glow yana bayyane a fili a cikin sasanninta, wanda kuma shine halayyar * VA matrices - yana bayyana kanta a cikin nau'i na digo a cikin zurfin filin baƙar fata a gefuna tare da inuwa mai rauni. Bugu da ƙari, za ku iya lura da wuraren haske tare da ƙananan gefuna da na sama na panel.
Idan ka matsa gaba daga mai duba, Glow ya ɓace - kuma hoton zurfin filin baƙar fata yana canzawa sosai. Waɗancan “wuraren” masu haske iri ɗaya suna bayyana a sarari - akwai kusan 8-10 daga cikinsu, kamar yadda muka lura fiye da sau ɗaya tare da masu saka idanu na zamani * VA, musamman tare da AORUS CV27Q. Muna bayyana gaba gaɗi cewa wannan, abin takaici, shine al'ada ga irin waɗannan samfuran, kuma yadda kuke ji game da shi ya rage naku. Babban abu shine mun gargaɗe ku: * VA matrix ba garantin filin baƙar fata bane. Daga cikin mafita na IPS, dole ne ku nemi irin wannan tsoro na dogon lokaci, amma tsakanin * VA - 80-90% na samfuran zamani akan kasuwa daidai da abin da muka nuna.
Kima na gani na hoto da fasalin fasalin
Ingancin gradients da saurin amsawa
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Gigabyte G27QC, bisa ga masana'anta, yana amfani da matrix 8-bit, wanda ke ba da ingantaccen gradients tare da saitunan tsoho da kuma bayan gyare-gyaren hannu. Calibration tare da ƙaramin canje-canje ga LUT na katin bidiyo kaɗan yana rage ingancin su - sauye-sauye masu kaifi da yawa suna bayyana tare da inuwa mai rauni da aka bayyana a cikin yanki na 5-30%.
Amma ga tasirin bandi (kaifi mai kaifi akan cika launi mai laushi), an bayyana shi a fili tare da saitunan masana'anta kuma bayan duk hanyoyin da mai amfani ya yi. Don yawancin nunin * VA na zamani, wannan daidai yake da kwas ɗin, sabili da haka muna iya aminta cewa har yanzu ana amfani da fasahar FRC don haɓaka wakilcin launi, kuma ba ta hanya mafi kyau ba.
Yanzu bari mu matsa zuwa alamun saurin nunin. Mai saka idanu da ke ƙarƙashin binciken yana amfani da * VA panel tare da ƙimar wartsakewa na 165 Hz (kalmar " ɗan ƙasa" tana nufin cewa don cimma ta, ƙarin overclocking ta hanyar saitunan saka idanu ba a buƙata). A cikin wannan al'amari, Gigabyte mafita yana da ɗan fa'ida a cikin lambobi, tunda yawancin masu fafatawa suna ba da 144 Hz kawai. A gefe guda, mai siye mai ci gaba ba shakka ba zai mai da hankali kan wannan bambance-bambancen ba, amma masu amfani waɗanda ke da kwaɗayin halayen fasaha na iya yiwuwa.
Jarumin bita ya kasance na samfuran wasan kwaikwayo (jerin Gigabyte Gaming), amma mitar da aka bayyana a tsaye a tsaye ba koyaushe alama ce ta matrix mai sauri tare da ƙarancin amsawa ba. Ba za mu gaya muku wani sabon abu anan ba, saboda G27QC shine hoton tofa na AORUS CV27Q wanda muka sake dubawa a baya.
Kamar yadda gwajin na gaba ya nuna, mai saka idanu da muka yi nazari shine wakilin sansanin matsakaicin matsakaici * VA nuni, wanda nan da nan ya bayyana daga hoton da ke sama, wanda a wannan karon muka samu ta amfani da madaidaicin jagora - don ƙarin nuna bambanci tsakanin hanyoyi da kuma nuna yadda masu motsi suke kallon abubuwa idan an duba su da idon mutum.
A daidaitaccen yanayin gwaji, ƙwanƙwasa a kan wurare masu duhu sun zama bayyane a sarari. Mai saka idanu, ba shakka, ya fi samfuran 100-Hz * VA da yawa tare da babban ƙuduri kuma ya zarce duk mafita na 60-Hz, amma ya yi nisa da matakin IPS mai inganci kuma musamman TN + Fim. In ba haka ba, lokacin yin ayyuka na yau da kullun akan PC, mai amfani zai iya jin daɗin haɓakar motsin siginan kwamfuta na linzamin kwamfuta, gungurawar shafi, motsin taga, da sauransu.
Yana da matukar wahala a kimanta ingancin masana'antar OverDrive overclocking, tun da bambanci tsakanin manyan hanyoyin guda uku na G27QC ba a san shi sosai ba. A kowane hali, babu wasu takamaiman kayan tarihi a cikin hotunan gwajin, amma mafi matsala yanayin sabon samfurin - rubutu mai haske akan bangon duhu - ɗan ɗan ɓata ra'ayi gabaɗaya: G27QC ba zai iya jure shi daidai ba a kowane ɗayan hanyoyin OD. . Kuna da 'yan zaɓuɓɓuka: ƙaƙƙarfan kayan tarihi na shuɗi, koren-rawaya, ko wasu cakuɗaɗen su. Babu yanayin guda ɗaya da ke kawar da nunin waɗannan lahani, wanda ya sake tabbatar da cewa ko da wasan * VA matrices suna da matsala tare da sauyawa a cikin duhu.
Mahimman canje-canje na faruwa ne kawai lokacin da yanayin “baƙar firam ɗin sakawa” (AIM Stabilizer) aka kunna. A wannan yanayin, ikon yin aiki tare da AMD FreeSync da G-Sync Compatible ya ɓace, an toshe haske, abubuwa sun zama masu haske, yana yiwuwa a karanta font ɗin akan na'urar buga rubutu mai motsi ba tare da damuwa akan idanu ba, amma kayan tarihi masu ƙarfi nan da nan sun bayyana. kuma abubuwa sun fara ninka sau biyu (madauki igiyoyi ba kawai a bayan abubuwa ba, har ma a gabansu). Ko abubuwan da ke gani na aiki a la "kamar mai saka idanu na CRT" sun cancanci bayyanar irin wannan lahani akan abubuwan motsi shine tambayar dala miliyan. Kuma amsar ta dogara ne kawai akan abin da kuke shirin yi a bayan mai saka idanu da kuma tsawon lokacin.
Da yake magana game da kwanciyar hankali na matsakaicin mitar dubawa, ana iya lura da cewa ba mu gano wata matsala ba lokacin gwada mai duba. Gwaji na musamman daga kunshin TestUFO ya tabbatar da wannan sosai - 165 Hz gaskiya ne.
Viewing Angles and Glow-эффект
Yanzu bari mu kalli kusurwoyin kallo na Gigabyte G27QC tare da na zamani * VA panel akan jirgin bayan rage haske zuwa matakin mafi kyau (yi wannan nan da nan, ba tare da tunani mai yawa ba).
Tare da ƙananan ƙetare, canjin launi ya kusan zama wanda ba a san shi ba, kuma ana kiyaye bambancin hoton a matakin da ya dace.
Tare da ɓata mai ƙarfi daga al'ada, inuwa ta zama mafi bayyane sosai, jikewar hoton akan allon a hankali amma tabbas yana raguwa, kuma bambanci ya faɗi. Lokacin da aka duba daga gefe, hoton da ke kan mai saka idanu yana ba da launi ja-ruwan hoda, wanda ya dace da yawancin mafita tare da gamut launi mai tsawo. Tasirin Black Crush ba a bayyana sosai ba, aƙalla ya fi rauni fiye da tsofaffin hanyoyin * VA.
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Mai saka idanu na Gigabyte yana da tasiri mai haske akan filin baƙar fata, amma kuma ba a bayyana shi sosai fiye da kan hanyoyin magance nau'in IPS kuma yana haifar da raguwa sosai. Dangane da matsayin mai amfani a gaban allo mai cike da baƙar fata (ko aƙalla tare da ratsan baƙar fata a sama da ƙasa lokacin kallon fim ɗin a cikin ɗaki mai duhu), baƙar fata da matakin bayyanarsa sun bambanta sosai.
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Dangane da hotuna masu launi, kusurwar kallo ne da sauran fasalulluka na * VA samfuran da ke da tasiri mafi girma a nan, maimakon Glow. Lokacin da aka duba shi daga kusurwa, bambancin hoton yana raguwa sosai; a wasu lokuta, sakamako na poster na iya bayyana a cikin rikitattun launi na launi, wanda ke bayyane a fili a cikin hotunan da ke sama.
Crystal sakamako, Tsaye-tsalle, PWM
Gigabyte G27QC mai saka idanu yana amfani da * VA panel tare da filin kariya na rabin-matte wanda shima ya rufe firam ɗin ciki na baƙar fata.
Ga yawancin masu amfani, a ƙarƙashin daidaitattun yanayin aiki, tasirin crystalline (CE) ba zai zama da kyar ba. Dangane da abubuwan gani, ba za a iya kwatanta hoton da hoton daga allo mai sheki ba, amma har yanzu mai duba yana da kyawawan kaddarorin anti-glare. Lokacin canza kusurwar kallo (na musamman lokacin da aka duba shi daga sama ko ƙasa), hangen nesa na FE baya karuwa. Jarumin bita ya tsira daga tasirin Cross-Hatching.
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Ingancin yin rubutu akan G27QC yana da kyau. Sabon samfurin ba shi da wata matsala mai kama da waɗanda aka samo akan * VA matrices tare da ƙaramin pixel density. Daidaitaccen Sharpness mai santsi zai taimake ka daidaita kaifi zuwa dandano, amma yawancin masu amfani ba za su buƙaci yin wannan ba.
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A cewar masana'anta, nunin yana da hasken baya na Flicker-Free, wanda aka tabbatar yayin gwajin mu. A kowane matakin haske, ba a amfani da tsarin PHI, ko mitar sa yana da kilohertz da yawa ko ma dubun-hudu na kilohertz. Masu amfani za su iya samun tabbaci game da idanunsu. Ya rage don tunawa da buƙatar ɗaukar hutu yayin aiki kuma kada a saita haske da yawa a cikin ƙananan haske ko matsakaici na yanayi.
Lokacin kunna yanayin "baƙarar firam ɗin sakawa" (AIM Stabilizer) a mitar a tsaye na 165 Hz, mun gano ƙirar PWM tare da mitar da ta dace da kuma babban aikin sake zagayowar - wannan shine yadda yakamata ya kasance. A wannan yanayin, damuwa a kan idanu tabbas yana ƙaruwa, amma abubuwa masu motsi akan allon kuma suna ƙara bayyana. Don ɗan gajeren zaman wasan caca, wannan yanayin na iya zama mai ban sha'awa, amma idan kun yi aiki a mai saka idanu na dogon lokaci, tabbas ya kamata a guji shi.
binciken
Gigabyte ya yanke shawarar bin hanyar da wasu masana'antun suka bi kuma ya ƙaddamar da sabon layi na ƙarin hanyoyin magance caca masu araha, waɗanda a bayyane yake an ƙaddara su zama sananne, tunda ajiyar kusan ba ta da wani tasiri akan ingancin samfurin da mahimman ayyukansa, musamman ga waɗanda suke. waɗanda ke yin la'akari da irin waɗannan masu saka idanu na musamman don dalilai na nishaɗi. Babu ƙwararrun aiki tare da launi - kawai wasanni, fina-finai, jerin talabijin da fa'idodin Intanet mara iyaka.
Mai sana'anta ya sauƙaƙa AORUS CV27Q da muka yi karatu a baya a hankali kuma daidai yadda zai yiwu kuma ta haka ne muka sami G27QC daga jerin Gigabyte Gaming, wanda ake siyar da kuɗi daban-daban. Sabon samfurin yana da tsarin hasken wutar lantarki na waje, an cire haɗin haɗin da sauri-saki, kayan sun ɗan yi muni (kawai mafi ƙarancin haske), bayanan sRGB ba ya aiki, babu yarda da VESA DisplayHDR 400, wani daban. siffar tsayawar kuma babu yiwuwar juya hagu da dama.
An canza tsarin launi na menu don saka idanu, ayyuka daban-daban da "fasaha" an yanke su a matakin software, wasu saitunan sun iyakance, amma dangane da saurin matrix, saitunan masana'anta, duk fasalulluka na * Kwamitin VA da aka yi amfani da shi da daidaiton hasken baya akan baƙar fata - wannan har yanzu AORUS mai tsada iri ɗaya ne kuma ba manyan masu fafatawa masu tsada ba daga sauran masana'antun.
Bugu da ƙari, sabon samfurin ya sami damar fin ɗan'uwansa a zurfin filin baƙar fata (kimanin 60-65%) kuma ya zarce shi sosai a cikin daidaituwar haske, matakin haske akan filin haske da ɗan ƙaramin zafin launi. A wasu kalmomi, G27QC ta wasu hanyoyi ma ta fi ɗan'uwansa mafi tsada - kuma hakan ya sa ya zama mai ban sha'awa sau biyu. Sa'a tare da zabinku!
Daga uwar garken fayil na 3DNews.ru zaka iya don wannan mai saka idanu, wanda muka karɓa bayan tsari da bayanin martaba.
girma:
- kyakkyawan ingancin kayan aiki da aiki;
- ergonomic tsayawa da VESA Dutsen;
- babban zaɓi na hanyoyin haɗin haɗin gwiwa da ginanniyar tashar USB tare da tashoshin USB 3.0 guda biyu;
- saitin bayarwa mai kyau;
- goyon baya ga ayyukan PbP/PiP tare da saitunan da yawa;
- ginanniyar tsarin magana (ko da yake mai sauƙi da rauni);
- babban adadin fasalulluka na software, gami da sabunta aikace-aikacen Sidekick don saita mai saka idanu daga Windows tare da ikon sabunta firmware mai saka idanu ta atomatik;
- tsarin kula da ba tare da matsala ba bisa tsarin joystick na hanya biyar;
- babban kewayon daidaitawar haske tare da madaidaicin babban bambanci a sama wanda masana'anta suka ayyana - ƙarancin * VA;
- fadada launi gamut (amma ba kowa ba ne zai so shi);
- Tallafin HDR (ba tare da wani yarda da ko da mafi sauƙi VESA DisplayHDR 400);
- saitunan masana'anta masu inganci (sai dai ma'anar fari);
- isassun daidaitawar OverDrive overclocking da babban saurin panel (don sashin * VA) - duk da haka, akwai wasu kurakurai;
- goyan bayan AMD FreeSync Premium da G-Sync masu dacewa da fasahar daidaitawa na daidaitawa a cikin kewayon 48-165 Hz, amma har yanzu ba tare da tallafin hukuma ba a cikin direba daga “kore” (duk abin da za a ƙara a nan gaba);
- ingantacciyar daidaituwar haske akan filin haske dangane da matakin haske - canji mai ban mamaki idan aka kwatanta da AORUS CV27Q;
- kasancewar yanayin aiki na hasken baya tare da “baƙar firam ɗin sakawa” (AIM Stabilizer) - analog na ULMB/ELMB/VRB, wanda bai dace da aikin AMD FreeSync da G-Sync na lokaci ɗaya ba;
- Flicker-Free hasken baya da dabarar crystalline sakamako;
- ingantattun fonts (ba a buƙatar ƙarin gyare-gyare na ƙwanƙwasa, amma ana iya yin su da wayo) da rashin sautunan ɓarna daban-daban yayin aiki;
- m farashin idan aka kwatanta da fafatawa a gasa a kasuwa - wannan shi ne daya daga cikin mafi araha saka idanu a cikin aji;
disadvantages:
- banding / posterization a kan hadaddun launi canje-canje;
- kwaikwayon rashin aiki na sararin sRGB - saba aiki da wasa tare da hotuna masu kyau;
- rashin daidaituwa na haske a kan filin baƙar fata a cikin nau'i na 8-10 da aka ba da haske (girgije) - mun yanke shawarar sake kawo wannan batu a nan don kada wani daga cikin masu siyar da zai yi mamakin wannan fasalin na G27QC da yawancin sauran masu fafatawa. ;
- kayan tarihi masu ƙarfi akan jujjuyawar duhu a kowane matakin OD overclocking - mai sauƙin ganewa lokacin gungura rubutu haske akan bangon duhu; masu fafatawa suna da abu guda, kash;
Maiyuwa ba dace ba:
- sassauƙan ƙira da yin amfani da abubuwan da aka saka masu sheki marasa amfani;
- rashin iya kashe alamar wutar lantarki;
- tsaye mai zurfi sosai;
- rashin ikon jujjuya jiki hagu da dama da haɗin sauri-saki;
- matsakaicin daidaituwar hasken baya dangane da yanayin zafin launi akan filin haske;
- Sakamakon Black-Crush yana da rauni sosai idan aka kwatanta da tsohuwar * VA;
- Lokacin kunna yanayin tare da shigar da "baƙar fata", ya zama a bayyane cewa saurin panel ɗin ba shine mafi girma ba idan aka kwatanta da alamun TN + Fim da IPS (hanyar da ke da kayan tarihi masu ƙarfi ya bayyana a baya da bayan abin motsi. ).
source: 3dnews.ru