RGBlink DX8 Mai Gudanar da Ajiyayyen Mai zaman kansa Manual

Na gode da zabar samfuranmu! An ƙirƙira wannan littafin Jagorar mai amfani don nuna muku yadda ake amfani da wannan samfur cikin sauri da yin amfani da duk fasalulluka. Da fatan za a karanta duk kwatance da umarni a hankali kafin amfani da wannan samfurin.

Takaitacciyar Tsaron Ma'aikata

Kar a Cire Mufuna ko Rubutu: Guji rauni na mutum ta hanyar rashin cire murfin saman wanda ke fallasa voltage.
Tushen wuta: Yi aiki daga tushen wuta tare da har zuwa 230 volts rms kuma tabbatar da ingantaccen ƙasa don aiki mai aminci.

Takaitacciyar Tsaron Shigarwa

Kariyar Tsaro: Tabbatar cewa chassis ya haɗu da ƙasa ta hanyar wayar ƙasa da aka samar a cikin igiyar wutar AC don guje wa girgiza wutar lantarki.

Cire kaya da dubawa: Shirya tsaftataccen yanayi mai haske tare da samun iska mai kyau don shigarwa.

Samfurin ku ya ƙareview

DX8 shine Mai Kula da Ajiyayyen Mai zaman kansa wanda ke ba da kewayon shigarwa da siginar fitarwa ta tsarin tushen katin. Yana goyan bayan zazzafan musanya na kayayyaki kuma ya haɗa da zaɓuɓɓuka don ƙarin kayan wuta. DX8 ingantaccen dandamali ne mai inganci wanda ya dace da aikace-aikace daban-daban, gami da kamfanoni da tarurruka.

FAQ

Q: Zan iya amfani da DX8 a cikin abubuwan fashewa?

A: A'a, don guje wa haɗarin fashewa, kar a sarrafa samfurin a cikin yanayi mai fashewa.
Q: Menene zan yi idan ina buƙatar maye gurbin fuse?

A: Don guje wa hadurran wuta, yi amfani da fis kawai mai nau'in nau'in nau'in nau'i iri ɗaya, voltage rating, da kuma halin yanzu rating halaye. Koma maye gurbin fis ga ƙwararrun ma'aikatan sabis.

Na gode da zabar samfuranmu!
An ƙirƙira wannan littafin Jagorar mai amfani don nuna muku yadda ake amfani da wannan samfur cikin sauri da yin amfani da duk fasalulluka. Da fatan za a karanta duk kwatance da umarni a hankali kafin amfani da wannan samfurin.

Sanarwa

BAYANIN FCC

FCC/ Garanti
Sanarwar Hukumar Sadarwa ta Tarayya (FCC).

An gwada wannan kayan aikin kuma an same shi don biyan iyaka ga na'urar dijital ta aji A, bisa ga Sashe na 15 na dokokin FCC. An tsara waɗannan iyakokin don ba da kariya mai ma'ana daga tsangwama mai cutarwa lokacin da ake sarrafa kayan aiki a cikin yanayin kasuwanci. Wannan kayan aiki yana haifarwa, amfani, kuma yana iya haskaka ƙarfin mitar rediyo kuma, idan ba'a shigar da shi ba kuma aka yi amfani da shi ƙarƙashin littafin koyarwa, na iya haifar da tsangwama mai cutarwa ga sadarwar rediyo. Yin aiki da wannan kayan aiki a cikin wurin zama na iya haifar da tsangwama mai cutarwa, wanda mai amfani zai ɗauki alhakin gyara duk wani tsangwama.

Garanti da Diyya
RGBlink yana ba da garanti mai alaƙa da cikakkiyar masana'anta a zaman wani ɓangare na sharuɗɗan garanti na doka. A lokacin da aka karɓa, dole ne mai siye nan da nan ya bincika duk kayan da aka kawo don lalacewar da aka samu yayin jigilar kaya, da kuma abubuwan da suka shafi masana'anta. Dole ne a sanar da RGBlink nan take a rubuce game da koke-koke. Lokacin garanti yana farawa a ranar canja wurin haɗari, a cikin yanayin tsarin musamman da software a ranar ƙaddamarwa, a cikin kwanaki 30 na ƙarshe bayan canja wurin haɗari. Idan aka sami tabbataccen sanarwa na ƙarar, RGBlink na iya gyara kuskuren ko samar da wanda zai maye gurbinsa a wasu da'awarta, musamman waɗanda suka shafi diyya don lalacewa kai tsaye ko kai tsaye, da kuma lalacewar da aka danganta ga aikin software da sauran su. sabis ɗin da RGBlink ke bayarwa, kasancewa ɓangaren tsarin ko sabis mai zaman kansa, za a ɗauka ba shi da inganci muddin ba a tabbatar da lalacewa ga rashin kaddarorin da aka tabbatar a rubuce ba ko saboda niyya ko babban sakaci ko ɓangaren haɗin RGB.
Idan mai siye ko wani ɓangare na uku ya aiwatar da gyare-gyare ko gyare-gyare a kan kayan da RGBlink ke bayarwa, ko kuma idan an sarrafa kayan ba daidai ba, musamman, idan tsarin ya ba da izini kuma ana sarrafa shi ba daidai ba ko kuma, bayan canja wurin haɗari, kayan suna batun. zuwa tasirin da ba a yarda da shi ba a cikin kwangilar, duk garantin da'awar mai siye za a mayar da shi mara aiki. Ba a haɗa su a cikin garanti ba sune gazawar tsarin da aka danganta ga shirye-shirye ko na'urorin lantarki na musamman da mai siye ya bayar, misali. musaya. Tufafin al'ada da kuma kulawa na yau da kullun ba su ƙarƙashin garantin da RGBlink ya bayar ko dai. Dole ne abokin ciniki ya bi ka'idodin muhalli da ka'idojin sabis da kiyayewa da aka ƙayyade a cikin wannan littafin.

Takaitacciyar Tsaron Ma'aikata

Babban bayanin aminci a cikin wannan taƙaice shine na ma'aikatan aiki.
Kar a Cire Rufe ko Rufe
Babu sassan da za a iya amfani da su a cikin naúrar. Cire murfin saman zai fallasa voltage. Don guje wa rauni na sirri, kar a cire murfin saman. Kar a yi aiki da naúrar ba tare da an shigar da murfin ba.

Tushen wutar lantarki
An yi nufin wannan samfurin don yin aiki daga tushen wutar lantarki wanda ba zai yi amfani da fiye da 230 volts rms tsakanin masu gudanar da kayan aiki ko tsakanin duka mai gudanarwa da ƙasa ba. Haɗin ƙasa mai karewa ta hanyar jagorar ƙasa a cikin igiyar wutar lantarki yana da mahimmanci don aiki mai aminci.

Ƙaddamar da Samfur
Wannan samfurin yana ƙasa ta hanyar madubin ƙasa na igiyar wutar lantarki. Don gujewa girgiza wutar lantarki, toshe igiyar wutar lantarki cikin madaidaicin ma'auni kafin haɗawa da shigarwar samfur ko tashoshi na fitarwa. Haɗin ƙasa mai karewa ta hanyar madubin ƙasa a cikin igiyar wutar lantarki yana da mahimmanci don aiki mai aminci.

Yi amfani da Igiyar Wuta Mai Kyau
Yi amfani da igiyar wuta kawai da mai haɗawa da aka ƙayyade don samfurin ku. Yi amfani da igiyar wutar lantarki kawai wacce ke da kyau. Koma igiya da canje-canje masu haɗa zuwa ƙwararrun ma'aikatan sabis.

Yi amfani da Fuse ɗin da ya dace
Don guje wa hadurran wuta, yi amfani da fis kawai mai nau'in iri ɗaya, voltage rating, da kuma halin yanzu rating halaye. Koma maye gurbin fis ga ƙwararrun ma'aikatan sabis.

Kar Ayi Aiki A Cikin Fashewar Fashewa
Don guje wa fashewa, kar a sarrafa wannan samfurin a cikin yanayi mai fashewa.

Takaitacciyar Tsaron Shigarwa

Kariyar Tsaro

Don duk hanyoyin shigarwa na samfur, da fatan za a kiyaye mahimman aminci da ƙa'idodin kulawa don guje wa lalacewa ga kanku da kayan aiki.
Don kare masu amfani da wutar lantarki, tabbatar da cewa chassis ɗin ya haɗu da ƙasa ta hanyar wayar ƙasa da aka tanada a cikin Igiyar wutar AC.
Dole ne a shigar da kanti na AC a kusa da kayan aiki kuma ya kasance cikin sauƙi.

Cire kaya da dubawa

Kafin buɗe akwatin jigilar kayayyaki, bincika shi don lalacewa. Idan kun sami wata lalacewa, sanar da mai jigilar kaya nan da nan don duk daidaitawar da'awar. Yayin da kake buɗe akwatin, kwatanta abin da ke cikinsa da faifan tattarawa. Idan kun sami wani shortage, tuntuɓi wakilin ku na tallace-tallace.
Da zarar kun cire duk abubuwan da ke cikin marufi kuma ku duba cewa duk abubuwan da aka lissafa suna nan, duba tsarin na gani don tabbatar da cewa babu lalacewa yayin jigilar kaya. Idan akwai lalacewa, sanar da mai jigilar kaya nan da nan don duk daidaitawar da'awar.

Shirye-shiryen Yanar Gizo
Yanayin da ka shigar da samfur ɗinka ya kamata ya kasance mai tsabta, haske mai kyau, ba tare da tsayawa ba, kuma yana da isasshen ƙarfi, samun iska, da sarari ga duk abubuwan da aka gyara.

Samfurin Ƙarsheview

DX8 Mai Kula da Ajiyayyen Mai zaman kansa ne, yana ba da kewayon shigarwa da sigina na fitarwa ta hanyar tsarin tushen kati, da kuma goyan bayan zazzafan musanyawa na kayayyaki, da zaɓuɓɓuka gami da ƙarin kayan wuta. DX8 ingantaccen dandamali ne mai inganci wanda za'a iya tura shi cikin aikace-aikace daban-daban gami da kamfanoni da tarurruka.

Mabuɗin Siffofin

Rarraba siginar shigarwa
Ajiyayyen siginar fitarwa
Siginar shigarwa da fitarwa ta atomatik daidaitacce
HDMI 1.3 yana goyan bayan sarrafa 12-bit da RGB 4: 4: 4 sarari launi
SDI tana goyan bayan sarrafa 10-bit da RGB 4: 2: 2 sarari launi

Cikakken tsarin gine-gine na zamani, yana tallafawa musanyawa mai zafi
Dual Power module madadin

Kwamitin Gaba

Suna	Bayani
Allon LCD	Nuna halin yanzu na na'urar.
Baki Knob	· Amfani azaman Maɓallin Tabbatarwa. · Amfani da menu don yin aiki azaman Maɓallin Sama/Ƙasa don shigar da babban matakin na gaba menu (na farko).
Maɓalli	MENU: Latsa don shigar da shafin menu don bincika shigarwa & ƙudurin fitarwa da sigar na'urar (na farko). ● KUlle: ￮ Maɓallin Unlit: maɓalli akwai. Dogon danna maɓallin don kulle. ￮ Button Lit: kulle kuma babu samuwa. Dogon danna maɓallin don buɗewa. ● Mai watsa shiri: Latsa don canza siginar shigarwa/fitarwa zuwa na'urar mai masaukin baki. ● Ajiyayyen: Danna don canza siginar shigarwa/fitarwa zuwa na'urar ajiyar waje.
Rack Dutsen Kunnuwa	Yi amfani da screws masu ɗaukar kaya don gyara na'urar akan taragar.

Yi amfani da allon LCD
Bayan kunna DX8, zai nuna tambarin sa'an nan shigar da babban dubawa tare da sunan na'urar, IP address, fitarwa module bayanai, da sigina matsayi nuni.

Suna	Bayani
Bayanin Na'urar	Nuna sunan na'urar da adireshin IP.
Bayanin Module na Fitowa	Nuna HDMI/SDI fitarwa module.
Sigina	● Siginar da aka nuna ta samfurin fitarwa yana nufin siginar mai watsa shiri ko siginar madadin (ana iya kunna siginar). ● Kamar yadda aka nuna a sama, DX8 misali ne tare da na'urorin fitarwa na HDMI 1.3 guda biyu da nau'ikan fitarwa na SDI guda biyu da kayayyaki duk suna nuna abun cikin mai watsa shiri.

Rear Panel

Suna	Bayani
Ramin shigarwa	● Goyan bayan Dual HDMI 1.3 Input & Quad HDMI 1.3 Fitar Module, Dual SDI Input & Quad SDI Fitar Module.

	● tip purple yana nuna shigarwa.
Ramin fitarwa	● Taimakawa Quad HDMI 1.3 Input & Dual HDMI 1.3 Module Fitarwa, Ƙaddamarwar Quad SDI & Dual SDI Output Module. ● blue tip yana nuna fitarwa.
Ramin Sadarwa	Daidaitaccen Ramin Sadarwa tare da: - 1 × LAN Ethernet tashar jiragen ruwa - 1 × RS232 serial tashar jiragen ruwa ● rawaya tip yana nuna sadarwa.
Power Socket	Matsalolin wuta guda biyu. Ƙirar wutar lantarki biyu mai yawa, idan ko dai wutar lantarki ce an cire haɗin, na'urar har yanzu tana iya aiki kullum.

Girma

Babban darajar DX8girman:484*302*89mm.

Toshe Wuta

Haɗa DX8 zuwa filogin wuta ta hanyar haɗin kebul. Bayan an haɗa DX8 zuwa wutar lantarki, tura DIP Canja a gefen baya don kunna na'urar.
Mai Gudanar da Ajiyayyen Mai Zaman Kanta DX8 yana ba da zaɓuɓɓuka ciki har da ƙarin kayan wuta don tabbatar da ingantaccen aiki mai aminci.

Haɗin na'ura

DX8 tana goyan bayan HDMI 1.3, shigarwar SDI da samfuran fitarwa.
Da fatan za a haɗa siginar shigarwa, kamar kyamara, kwamfuta zuwa tashar INPUT na DX8 ta hanyar daidaitaccen kebul kuma haɗa tashar shigarwar HOST/ BACKUP na DX8 zuwa tashar shigar da FLEXpro16 HOST ko FLEXpro16 BACKUP.

Da fatan za a haɗa tashar OUT ta DX8 zuwa mai saka idanu kuma haɗa tashar fitarwa ta HOST/BACKUP na DX8 zuwa tashar fitarwa ta FLEXpro16 HOST ko FLEXpro16 BACKUP.

Lura

Daidaitawar FLEXpro16 HOST da FLEXpro16 BACKUP da matsayi na samfuran da aka shigar dole ne su kasance iri ɗaya.

Shigar da HOST da shigar da BACKUP na DX8 suna buƙatar haɗa su zuwa wuri ɗaya na tsarin shigar da aka shigar akan FLEXpro16.
Fitowar HOST da fitarwa na BACKUP na DX8 suna buƙatar haɗa su zuwa wuri ɗaya da tsarin fitarwa da aka shigar akan FLEXpro16.

Bayan haɗin kai mai nasara, iko akan DX8 da FLEXpro16 ta daidaitaccen adaftar wutar da aka bayar.

Ana iya kunna sigina tsakanin mai gida da na'urorin ajiyar ajiya da hannu ko ta atomatik.

Canja Da Hannu

Masu amfani za su iya cimma maɓallin dannawa ɗaya na HDMI, da sigina na fitarwa na SDI tsakanin na'urar mai watsa shiri da na'urar ajiya ta latsa maɓallin HOST da Maɓallin BACKUP a gaban panel.
Dogon latsa maɓallin HOST na iya canza siginar shigarwa da fitarwa daga na'urar ajiyar waje zuwa na'urar mai ɗaukar hoto.
Dogon latsa maɓallin BACKUP na iya canza siginar shigarwa da fitarwa daga na'urar mai ɗaukar hoto zuwa na'urar ajiyar waje.

Mai amfani zai iya duba matsayin LCD.

Lura: Idan maɓallin LOCK yana kunne, dogon danna maɓallin LOCK da farko, jira hasken maɓallin ya kashe sannan aiwatar da ayyukan da ke sama.

Canja ta atomatik

DX8 yana ɗaukar ƙira na baya-bayan nan don tabbatar da sauyawa mara kyau zuwa madadin idan akwai gazawar mai masaukin baki.
DX8 na iya gano gazawa ko ikon kutage, kuma yana canzawa ta atomatik zuwa siginar madadin don tabbatar da ci gaba da aminci yayin aiki.
A lokaci guda, DX8 yana karɓar siginar sauyawa kuma yana daidaita abun ciki na nuni daidai don tabbatar da daidaito tare da abun ciki daga madadin.

Lambar samfur

710-0020-02-0 DX8

Module Code

790-0020-01-1 Dual HDMI 1.3 Input & Quad HDMI 1.3 Fitar Module
790-0020-02-1 Dual SDI Input & Quad SDI Output Module

790-0020-21-1 Quad HDMI 1.3 Input & Dual HDMI 1.3 Fitar Module
790-0020-22-1 Quad SDI Input & Dual SDI Output Module

Sharuɗɗa & Ma'anar

RCA: Mai haɗin da aka yi amfani da shi da farko a cikin kayan aikin AV na mabukaci don duka sauti da bidiyo. Gidan Rediyon Amurka ne ya haɓaka mai haɗin RCA.
BNC: Yana tsaye ga Bayonet Neill-Concelman. Mai haɗin kebul da aka yi amfani da shi sosai a talabijin (mai suna don masu ƙirƙira shi). Mai haɗin bayoneti na silinda wanda ke aiki tare da motsi na kullewa.
CVBS: CVBS ko Haɗin bidiyo, siginar bidiyo ce ta analog ba tare da sauti ba. Mafi yawanci ana amfani da CVBS don watsa daidaitattun siginar ma'anar. A cikin aikace-aikacen mabukaci, mahaɗin yawanci nau'in RCA ne, yayin da a cikin aikace-aikacen ƙwararru mai haɗa nau'in BNC ne.

YPbPr: Ana amfani da shi don kwatanta sararin launi don ci gaba da bincike. In ba haka ba da aka sani da bangaren bidiyo.
VGA: Bidiyo Graphics Array. VGA siginar analog ce da aka saba amfani da ita akan kwamfutoci da suka gabata. Ba a haɗa siginar a cikin yanayin 1, 2, da 3 kuma an haɗa shi lokacin amfani da shi a yanayin.
DVI: Interface Kayayyakin Dijital. DDWG (Rukunin Ayyukan Nuni na Dijital). Wannan ma'auni na haɗin yana ba da masu haɗawa daban-daban guda biyu: ɗaya tare da fil 24 waɗanda ke ɗaukar siginar bidiyo na dijital kawai, da kuma ɗaya mai fil 29 waɗanda ke ɗaukar duka dijital da bidiyon analog.

SDI: Serial Digital Interface. Ana ɗaukar daidaitaccen bidiyon ma'anar akan wannan ƙimar canja wurin bayanai 270 Mbps. pixels na bidiyo suna da zurfin 10-bit da 4:2:2 ƙididdige launi. Ana haɗa bayanan ƙarin akan wannan ƙa'idar kuma yawanci ya haɗa da sauti ko wasu metadata. Ana iya watsa tashoshi masu jiwuwa har goma sha shida. An tsara sauti zuwa tubalan nau'i-nau'i na sitiriyo 4. Mai haɗawa shine BNC.
HD-SDI: Babban ma'anar serial dijital dubawa (HD-SDI), an daidaita shi a cikin SMPTE 292M wannan yana ba da ƙimar bayanan ƙima na 1.485 Gbit / s.
3G-SDI: Daidaitacce a cikin SMPTE 424M, ya ƙunshi hanyar haɗin 2.970 Gbit / s guda ɗaya wanda ke ba da damar maye gurbin dual-link HD-SDI.

6G-SDI: Daidaitacce a cikin SMPTE ST-2081 da aka saki a cikin 2015, 6Gbit / s bitrate kuma yana iya tallafawa 2160p@30.
12G-SDI: Daidaitacce a cikin SMPTE ST-2082 da aka saki a cikin 2015, 12Gbit / s bitrate kuma yana iya tallafawa 2160p@60.
U-SDI: Fasaha don watsa manyan sigina 8K masu girma akan kebul guda ɗaya. siginar sigina mai suna ultra high definition sigina / bayanai (U-SDI) don watsa siginar 4K da 8K ta amfani da kebul na gani guda ɗaya. An daidaita ma'amala a matsayin SMPTE ST 2036-4.

HDMI: Interface Multimedia High Definition Interface: Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwararren Ƙwaƙwalwa na Ƙaƙwalwa na Ƙaƙwalwa na Ƙaƙwalwa na Ƙaƙwalwa ) da aka yi amfani da shi don watsa bidiyo mai mahimmanci, har zuwa tashoshi 8 na sauti, da siginar sarrafawa, a kan kebul guda ɗaya.
HDMI 1.3: An sake shi a kan Yuni 22 2006, kuma ya ƙara iyakar agogon TMDS zuwa 340 MHz (10.2 Gbit / s) . Ƙimar tallafi 1920 × 1080 a 120 Hz ko 2560 × 1440 a 60 Hz). Ya ƙara tallafi don 10 bpc, 12 bpc, da 16 bpc zurfin launi (30, 36, da 48 bit/px), wanda ake kira launi mai zurfi.
HDMI 1.4: An sake shi a kan Yuni 5, 2009, ƙarin tallafi don 4096 × 2160 a 24 Hz, 3840 × 2160 a 24, 25, da 30 Hz, da 1920 × 1080 a 120 Hz. Idan aka kwatanta da HDMI 1.3, an ƙara ƙarin fasalulluka 3 waɗanda sune HDMI Ethernet Channel (HEC), tashar dawo da sauti (ARC), 3D Sama da HDMI, sabon Mai Haɗin Micro HDMI, da faɗaɗa saitin wuraren launi.

HDMI 2.0: An sake shi a ranar 4 ga Satumba, 2013, yana ƙara iyakar bandwidth zuwa 18.0 Gbit/s. Sauran fasalulluka na HDMI 2.0 sun haɗa da har zuwa tashoshin sauti 32, har zuwa 1536 kHz audio sampmitar, HE-AAC da ma'aunin sauti na DRA, ingantacciyar damar 3D, da ƙarin ayyukan CEC.
HDMI 2.0a: An fito da wannan a ranar 8 ga Afrilu, 2015, kuma an ƙara goyan baya ga Bidiyo mai ƙarfi mai ƙarfi (HDR) tare da metadata na tsaye.
HDMI 2.0b: An sake shi a cikin Maris 2016, yana goyan bayan jigilar Bidiyo na HDR kuma yana faɗaɗa siginar metadata a tsaye don haɗawa da Hybrid Log-Gamma (HLG).

HDMI 2.1: An sake shi a kan Nuwamba 28, 2017. Yana ƙara goyon baya ga ƙuduri mafi girma da kuma mafi girma na farfadowa, Dynamic HDR ciki har da 4K 120 Hz da 8K 120 Hz.
DisplayPort: Ma'auni na VESA na farko don bidiyo, amma kuma don sauti, USB da sauran bayanai. DisplayPort (DP) yana dacewa da baya tare da HDMI, DVI da VGA.
DP 1.1: An tabbatar da shi a kan 2 Afrilu 2007, kuma an ƙaddamar da sigar 1.1a akan 11 Janairu 2008. DisplayPort 1.1 yana ba da damar iyakar bandwidth na 10.8 Gbit/s (8.64 Gbit/s data rate) a kan daidaitaccen hanyar haɗin 4-lane, isa zuwa goyon bayan 1920×1080@60Hz

DP 1.2: An gabatar da shi a kan 7 Janairu 2010, ingantaccen bandwidth zuwa 17.28 Gbit / s goyon bayan ƙara ƙuduri, mafi girman adadin wartsakewa, da zurfin launi, matsakaicin ƙuduri 3840 × 2160@60Hz
DP 1.4: Buga a kan 1 Mar 2016. overall watsa bandwidth na 32.4 Gbit / s, DisplayPort 1.4 ƙara goyon baya ga Nuni Stream matsawa 1.2 (DSC), DSC ne a "na gani asara" encoding dabara tare da har zuwa 3: 1 matsawa rabo. Yin amfani da DSC tare da ƙimar watsa HBR3, DisplayPort 1.4 na iya tallafawa 8K UHD (7680 × 4320) a 60 Hz ko 4K UHD (3840 × 2160) a 120 Hz tare da 30-bit/px RGB launi da HDR. 4K a 60 Hz 30 bit/px RGB/HDR za a iya samu ba tare da buƙatar DSC ba.
Multi-yanayin Fiber: Zaɓuɓɓukan da ke goyan bayan hanyoyin yaɗawa da yawa ko hanyoyin juyawa ana kiran su filaye masu yawa, gabaɗaya suna da babban diamita mai faɗi kuma ana amfani da su don hanyoyin sadarwar gajeriyar nisa da aikace-aikacen da dole ne a watsa babban iko.

Single-yanayin Fiber: Zaɓuɓɓukan da ke goyan bayan yanayin guda ɗaya ana kiran su fiber-mode fibers. Ana amfani da filaye guda ɗaya don mafi yawan hanyoyin sadarwa fiye da mita 1,000 (3,300 ft).
SFP: Ƙananan nau'i-nau'i-factor pluggable, ƙaƙƙarfan tsari ne, mai zafi-pluggable cibiyar sadarwa da ake amfani da shi don aikace-aikacen sadarwa da bayanai.
Mai Haɗin Fiber Optical: Yana ƙare ƙarshen fiber na gani, kuma yana ba da damar haɗi da sauri da cire haɗin gwiwa fiye da splicing. Masu haɗin haɗin suna biyu da injina kuma suna daidaita muryoyin zaruruwa don haka haske zai iya wucewa. 4 mafi yawan nau'ikan masu haɗin fiber na gani sune SC, FC, LC, da ST.

SC: (Mai Haɗin Mai Biyan Kuɗi), wanda kuma aka sani da mai haɗin murabba'in shi ma kamfanin Japan ne ya ƙirƙira shi - Nippon Telegraph da Telephone. SC nau'in haɗin haɗakarwa ne na turawa kuma yana da diamita 2.5mm.
A zamanin yau, ana amfani da shi mafi yawa a cikin igiyoyin fiber optic faci, analog, GBIC, da CATV. SC yana ɗaya daga cikin shahararrun zaɓuɓɓuka, saboda sauƙi a cikin ƙira ya zo tare da tsayin daka da farashi mai araha.
LC: ( Lucent Connector) ƙaramin mai haɗa abubuwa ne (yana amfani da diamita na 1.25mm kawai) wanda ke da injin haɗakarwa. Saboda ƙananan girmansa, shine mafi dacewa don haɗin haɗin ɗimbin yawa, XFP, SFP, da SFP + transceivers.
CF: (Ferrule Connector) mai haɗa nau'in dunƙule ne tare da ferrule 2.5mm. FC mai haɗin zaren fiber optic ne mai siffar zagaye, galibi ana amfani da shi akan Datacom, telecom, kayan aunawa, da Laser yanayi guda ɗaya.

ST: (Madaidaicin Tip) AT&T ne ya ƙirƙira kuma yana amfani da dutsen bayoneti tare da doguwar jirgin ruwa mai ɗorewa don tallafawa fiber.
USB: Universal Serial Bus wani ma'auni ne wanda aka ɓullo da shi a tsakiyar 1990s wanda ke bayyana igiyoyi, masu haɗawa da ka'idojin sadarwa. An ƙera wannan fasaha don ba da damar haɗi, sadarwa da samar da wutar lantarki don na'urori da kwamfutoci.
USB 1.1: Cikakken-Bandwidth USB, ƙayyadaddun ƙayyadaddun shine sakin farko da kasuwar mabukaci ta karɓe ta. Wannan ƙayyadaddun ya ba da izinin iyakar bandwidth na 12Mbps.

USB 2.0: ko Hi-Speed USB, ƙayyadaddun ƙayyadaddun abubuwa sun inganta da yawa akan USB 1.1. Babban haɓakawa shine haɓakar bandwidth zuwa iyakar 480Mbps.
USB 3.2: Super Speed USB tare da nau'ikan 3 na 3.2 Gen 1 (sunan asali USB 3.0), 3.2Gen 2 (sunan asali USB 3.1), 3.2 Gen 2 × 2 (sunan asali USB 3.2) tare da saurin zuwa 5Gbps, 10Gbps, 20Gbps bi da bi. .

Siffar USB da adadi mai haɗawa

NTSC: Ma'aunin bidiyo mai launi da aka yi amfani da shi a Arewacin Amurka da wasu sassan duniya an ƙirƙira shi ta Kwamitin Ka'idodin Talabijin na Ƙasa a cikin 1950s. NTSC tana amfani da siginar bidiyo mai tsaka-tsaki.
PAL: Layin Madadin Mataki. Ma'auni na talabijin wanda lokacin mai ɗaukar launi ya canza daga layi zuwa layi. Yana ɗaukar cikakkun hotuna huɗu (filaye 8) don hotuna masu launi-zuwa-tsaye (filaye 8) don dangantakar lokaci-launi-zuwa-tsaye don komawa zuwa wurin tunani. Wannan canjin yana taimakawa soke kurakuran lokaci. Don haka, ba a buƙatar sarrafa hue akan saitin TV na PAL. Ana amfani da PAL sosai a cikin buƙata akan saitin TV na PAL. Ana amfani da PAL sosai a Yammacin Turai, Ostiraliya, Afirka, Gabas ta Tsakiya, da Micronesia. PAL yana amfani da tsarin watsa launi mai 625, filin 50 (25fps).

SMPTE: Ƙungiyar Injiniyoyin Motsi da Talabijin. Ƙungiya ta duniya, mai tushe a Amurka, wadda ke tsara ma'auni don sadarwar gani na baseband. Wannan ya haɗa da fim da ma'aunin bidiyo da talabijin.
VESA: Ƙungiyar Ma'auni na Bidiyo. Ƙungiya mai sauƙaƙe zane-zane na kwamfuta ta hanyar ma'auni.
HDCP: Babban kariyar abun ciki na dijital (HDCP) Intel Corporation ne ya haɓaka kuma ana amfani da shi sosai don kariyar bidiyo yayin watsawa tsakanin na'urori.

HDBaseT: Matsayin bidiyo don watsa bidiyon da ba a matsawa ba (siginar HDMI) da fasali masu alaƙa ta amfani da kayan aikin cabling Cat 5e/Cat6.
ST2110: A SMPTE haɓaka daidaitattun, ST2110 ya bayyana yadda ake aika bidiyo na dijital akan hanyoyin sadarwar IP. Ana watsa bidiyo ba tare da damuwa ba tare da sauti da sauran bayanai a cikin rafi daban-daban.SMPTE2110 an yi niyya ne musamman don samar da watsa shirye-shirye da wuraren rarraba inda inganci da sassauci suka fi mahimmanci.
SDVoE: Software Defined Video over Ethernet (SDVoE) hanya ce don watsawa, rarrabawa da sarrafa siginar AV ta amfani da kayan aikin TCP/IP Ethernet don sufuri tare da ƙananan latency. SDVoE ana yawan amfani dashi a aikace-aikacen haɗin kai.

Danta AV: An haɓaka ka'idar Dante don kuma an karɓa sosai a cikin tsarin sauti don watsa sautin dijital mara ƙarfi akan hanyoyin sadarwa na tushen IP. Ƙarin ƙayyadaddun Dante AV na baya-bayan nan ya haɗa da tallafi don bidiyo na dijital.
NDI: Network Device Interface (NDI) wani ma'auni ne na software wanda NewTek ya ƙera don ba da damar samfurori masu dacewa da bidiyo don sadarwa, bayarwa, da karɓar bidiyon ingancin watsa shirye-shirye a cikin inganci mai inganci, ƙananan latency wanda yake daidai kuma ya dace da sauyawa a ciki. yanayin samar da rayuwa akan hanyoyin sadarwa na tushen TCP (UDP) Ethernet. Ana yawan samun NDI a aikace-aikacen watsa shirye-shirye.
RTMP: Protocol na Saƙo na Real-Time (RTMP) da farko ƙa'idar ce ta mallaka ta Macromedia (yanzu Adobe) don yaɗa sauti, bidiyo da bayanai akan Intanet, tsakanin na'urar Flash da uwar garken.

RTSP: The Real Time Streaming Protocol (RTSP) yarjejeniya ce ta sarrafa hanyar sadarwa da aka tsara don amfani da ita a cikin nishaɗi da tsarin sadarwa don sarrafa sabar kafofin watsa labarai masu yawo. Ana amfani da ƙa'idar don kafawa da sarrafa zaman watsa labarai tsakanin wuraren ƙarshe.
MPEG: Ƙungiya Ƙwararrun Ƙwararrun Hoto ƙungiya ce ta aiki da ISO da IEC suka kafa don haɓaka ƙa'idodi waɗanda ke ba da damar matsawa na dijital da sauti / bidiyo.
H.264: Har ila yau, aka sani da AVC (Advanced Video Coding) ko MPEG-4i ne na kowa video matsawa misali.
H.264 Ƙungiyar Ƙwararrun Ƙwararrun Bidiyo na ITU-T (VCEG) ta daidaita tare da ISO/IEC JTC1 Moving Picture Experts Group (MPEG).

H.265: Har ila yau, aka sani da HEVC (High Efficiency Video Coding) H.265 ne magaji ga yadu amfani H.264 / AVC dijital video coding misali. Ƙaddamarwa a ƙarƙashin inuwar ITU, za a iya matsawa ƙuduri har zuwa 8192 × 4320.
API: Interface Programming Interface (API) yana ba da aikin da aka riga aka ƙayyade wanda ke ba da damar samun damar iyawa da fasali ko ayyukan yau da kullun ta hanyar software ko hardware, ba tare da samun damar lambar tushe ko fahimtar cikakkun bayanai na tsarin aiki na ciki ba. Kiran API na iya aiwatar da aiki da/ko samar da martani/rahoton bayanai.
DMX512: Matsayin sadarwa wanda USITT ya haɓaka don nishaɗi da tsarin hasken dijital. Babban yarda da ka'idar Digital Multiplex (DMX) ta ga ka'idar da aka yi amfani da ita don wasu na'urori masu yawa ciki har da masu sarrafa bidiyo. Ana isar da DMX512 akan kebul na 2 murɗaɗɗen nau'i-nau'i tare da igiyoyin XLR 5pin don haɗi.

ArtNet: Yarjejeniyar ethernet ta dogara ne akan tarin ka'idar yarjejeniya ta TCP/IP, galibi ana amfani da ita a aikace-aikacen nishaɗi/al'amuran. An gina shi akan tsarin bayanai na DMX512, ArtNet yana ba da damar "tsayin sararin samaniya" da yawa na DMX512 don watsawa ta amfani da cibiyoyin sadarwar ethernet don sufuri.
MIDI: MIDI shine gajeriyar Interface Digital Instrument. Kamar yadda sunan ya nuna an ɓullo da ƙa'idar don sadarwa tsakanin kayan kiɗan lantarki da kwamfutoci. Umurnin MIDI sune masu jawo ko umarni da aka aika akan igiyoyin igiyoyi masu karkace, yawanci ta amfani da masu haɗin DIN 5pin.
OSC: Ka'idar ka'idar Bude Sauti Control (OSC) ita ce hanyar sadarwar masu haɗa sauti, kwamfutoci, da na'urorin multimedia don aikin kiɗa ko sarrafa nuni. Kamar yadda yake tare da XML da JSON, tsarin OSC yana ba da damar raba bayanai. Ana jigilar OSC ta fakitin UDP tsakanin na'urorin da aka haɗa akan Ethernet.

Haske: Yawancin lokaci yana nufin adadin ko ƙarfin hasken bidiyo da aka samar akan allo ba tare da la'akari da launi ba. Wani lokaci ana kiran matakin baƙar fata.
Adadin Kwatance: Matsakaicin matakin fitowar haske mai girma da aka raba ta hanyar ƙarancin fitowar haske. A ka'idar, bambancin tsarin tsarin talabijin ya kamata ya zama akalla 100: 1, idan ba 300: 1 ba. A gaskiya, akwai iyakoki da yawa. Sarrafa da kyau viewYa kamata yanayi ya samar da madaidaicin rabo mai amfani na 30:1 zuwa 50:1.
Zazzabi Launi: Ingancin launi, wanda aka bayyana a cikin digiri Kelvin (K), na tushen haske. Mafi girman yanayin zafin launi, haske ya fi shuɗi. Ƙananan zafin jiki, da ja haske. Zazzabi mai launi na ma'auni don masana'antar A/V ya haɗa da 5000°K, 6500°K, da 9000°K.

Saturation: Chroma, Chroma riba. Ƙarfin launi, ko iyakar abin da aka ba da launi a kowane hoto ba shi da fari. Karancin fari a cikin launi, mafi gaskiyar launi ko girma jikewar sa. Jikewa shine adadin pigment a cikin launi kuma ba ƙarfin ba.
Gamma: Fitowar hasken CRT ba ta layi ba ce game da voltage shigar. Bambanci tsakanin abin da ya kamata ka samu da abin da ake fitarwa ana kiransa gamma.
Frame: A cikin bidiyon da aka haɗa, firam ɗin hoto ne cikakke. Firam ɗin bidiyo yana da filaye biyu, ko saiti biyu na layukan da aka haɗa. A cikin fim, firam shine hoton jerin abubuwan da ke samar da hoton motsi.

Genlock: Yana ba da damar aiki tare da in ba haka ba na'urorin bidiyo. Mai samar da sigina yana ba da bugun sigina wanda na'urorin da aka haɗa zasu iya tunani. Har ila yau, duba Black Burst da Launi Fashe.
Blackburst: Siffar kalaman bidiyo ba tare da abubuwan bidiyo ba.Ya haɗa da daidaitawa a tsaye, daidaitawa a kwance, da fashe bayanin Chroma. Ana amfani da Blackburst don daidaita kayan aikin bidiyo don daidaita fitowar bidiyo.
Fashe Launi: A cikin tsarin talabijin masu launi, fashewar mitar mai ɗaukar kaya yana samuwa a bayan ɓangaren siginar bidiyo mai haɗaka. Wannan yana aiki azaman siginar daidaita launi don kafa mitar da nunin lokaci don siginar Chroma. Fashe launi shine 3.58 MHz don NTSC da 4.43 MHz don PAL.
Sandunan Launi: Madaidaicin ƙirar gwaji na launuka na asali da yawa (fari, rawaya, cyan, kore, magenta, ja, shuɗi, da baƙar fata) azaman tunani don daidaita tsarin da gwaji. A cikin bidiyon NTSC, sandunan launi da aka fi amfani da su shine SMPTE daidaitattun sanduna masu launi. A cikin bidiyon PAL, sandunan launi da aka fi amfani da su sune sandunan cikakken fili guda takwas. A kan masu lura da kwamfuta mafi yawan sandunan launi da ake amfani da su sune layuka biyu na sanduna masu canza launi
Canjawa mara kyau: Siffar da aka samu akan masu sauya bidiyo da yawa. Wannan yanayin yana sa mai kunnawa ya jira har sai tazarar tsaye ta canza. Wannan yana guje wa ƙulli (watsawa na ɗan lokaci) wanda galibi ana gani yayin sauyawa tsakanin tushe.
Sikeli: Juya siginar hoto na bidiyo ko kwamfuta daga ƙudurin farawa zuwa sabon ƙuduri. Ƙididdigar ƙididdiga daga wannan ƙuduri zuwa wani yawanci ana yin shi don inganta sigina don shigarwa zuwa na'ura mai sarrafa hoto, ko hanyar watsawa ko don inganta ingancinsa lokacin da aka gabatar da shi akan wani nuni.
PIP: Hoto-A-Hoto. An ƙirƙiri ƙaramin hoto a cikin babban hoto ta hanyar rage ɗaya daga cikin hotuna don ƙarami. Sauran nau'ikan nunin PIP sun haɗa da Hoto-Hoto (PBP) da Hoto-Tare da Hoto (PWP), waɗanda galibi ana amfani da su tare da na'urorin nuni na 16:9. Siffofin hoto na PBP da PWP suna buƙatar ma'auni daban don kowane taga bidiyo.
HDR: fasaha ce mai ƙarfi mai ƙarfi (HDR) da ake amfani da ita wajen yin hoto da ɗaukar hoto don sake haifar da mafi girman kewayon haske fiye da abin da zai yiwu tare da daidaitaccen hoto na dijital ko dabarun hoto. Manufar ita ce gabatar da irin wannan kewayon haske zuwa wanda aka samu ta hanyar tsarin gani na ɗan adam.
UHD: Tsaye don Ultra High Definition kuma ya ƙunshi ka'idodin talabijin na 4K da 8K tare da rabo na 16: 9, UHD yana bin ma'aunin 2K HDTV. Nunin UHD 4K yana da ƙudurin jiki na 3840 × 2160 wanda shine sau huɗu yanki kuma sau biyu duka nisa da tsayin siginar bidiyo na HDTV/FullHD (1920 x1080).
EDID: Ƙwararren Bayanan Ƙirar Nuni. EDID tsarin bayanai ne da ake amfani da shi don sadar da bayanan nunin bidiyo, gami da ƙudurin ƙasa da buƙatun ƙimar wartsakewa ta tsaye, zuwa na'urar tushe. Na'urar tushen za ta fitar da bayanan EDID da aka bayar, yana tabbatar da ingancin hoton bidiyo mai kyau.

Tarihin Bita
Teburin da ke ƙasa yana lissafin canje-canjen zuwa Jagorar mai amfani.

Tsarin	Lokaci	ECO#	Bayani	Shugaban makaranta
V1.0	2024-03-27	0000#	Sakin farko	Aster

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	RGBlink DX8 Mai Gudanar da Ajiyayyen Mai zaman kansa [pdf] Manual mai amfani DX8, DX8 Mai Gudanar da Ajiyayyen Mai zaman kansa, Mai sarrafa Ajiyayyen Mai zaman kansa, Mai sarrafa Ajiyayyen, Mai sarrafawa
	RGBlink DX8 Mai Gudanar da Ajiyayyen Mai zaman kansa [pdf] Manual mai amfani DX8 Mai Gudanar da Ajiyayyen Mai zaman kansa, DX8, Mai sarrafa Ajiyayyen Mai zaman kansa, Mai sarrafa Ajiyayyen, Mai sarrafawa

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