I-Novastar VX1000 Video Processor ene-10 LAN Ports yokuRenta i-LED Video Wall

INovastar VX1000 iProsesa yeVidiyo eneZibuko zeLAN ezili-10 eziRentwayo ngodonga lwevidiyo ye-LED eFakelweyo

Inkcazelo emfutshane:

I-VX1000 ngumlawuli omtsha we-NovaStar-in-one odibanisa ukusetyenzwa kwevidiyo kunye nolawulo lwevidiyo kwibhokisi enye.Ifaka izibuko ze-Ethernet ze-10 kwaye ixhasa isilawuli sevidiyo, i-fiber converter kunye neendlela zokusebenza ze-Bypass.Iyunithi ye-VX1000 inokuqhuba ukuya kuthi ga kwi-pixels yezigidi ezi-6.5, kunye nobubanzi obuphezulu bemveliso kunye nobude ukuya kuthi ga kwi-10,240 pixels kunye ne-8192 pixels, ngokulandelelana, efanelekileyo kwi-ultra-wide kunye ne-ultra-high-high screen ye-LED.

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Iinkcukacha zeMveliso

Iithegi zeMveliso

Intshayelelo

I-VX1000 iyakwazi ukufumana iintlobo ngeentlobo zemiqondiso yevidiyo kunye nokusebenza okuphezulu kwe-4K × 1K @ 60Hz imifanekiso.Ukongeza, isixhobo sibonisa ukukala okuphumayo okungahambelaniyo, i-latency ephantsi, i-3D, ukuqaqamba kwenqanaba le-pixel kunye nokulinganiswa kwechroma kunye nokunye, ukukubonisa ngamava omboniso obalaseleyo.

Ngaphezu koko, i-VX1000 inokusebenza kunye ne-NovaStar ephezulu ye-software ye-NovaLCT kunye ne-V-Can ukuququzelela kakhulu imisebenzi yakho ye-in-field kunye nolawulo, njengokucwangciswa kwesikrini, izicwangciso ze-Ethernet port backup, ulawulo lomaleko, ulawulo olusetwe ngaphambili kunye nohlaziyo lwe-firmware.

Ndiyabulela ekusebenzeni kwayo okunamandla kwevidiyo kunye nokuthumela amandla kunye nezinye iimpawu ezibalaseleyo, i-VX1000 ingasetyenziselwa ngokubanzi kwizicelo ezifana nerenti ephakathi kunye nephezulu, iinkqubo zokulawula isiteji kunye ne-fine-pitch LED izikrini.

Iziqinisekiso

CE, UL&CUL, IC, FCC, EAC, UKCA, KC, RCM, CB, RoHS, NOM

Iimbonakalo

⬤ Izihlanganisi zongeniso

− 1x HDMI 1.3 (IN & LOOP)

− 1x HDMI 1.3

− 1x DVI (IN & LOOP)

− 1x 3G-SDI (IN & LOOP)

− 1x 10G izibuko lefiber optical (OPT1)

⬤Iziqhagamshelo zemveliso

− 6x Gigabit Ethernet izibuko

Iyunithi yesixhobo esinye iqhuba ukuya kuthi ga kwi-3.9 yezigidi zeepikseli, kunye nobubanzi obuninzi beepikseli ezili-10,240 kunye nobude obuphezulu be-8192 pixels.

− 2x iziphumo zeFayibha

I-OPT 1 ikhuphela imveliso kwizibuko ze-Ethernet ezi-6.

OPT iikopi ezi-2 okanye igcina imveliso kwizibuko ze-Ethernet ezi-6.

− 1x HDMI 1.3

Ukubeka iliso okanye imveliso yevidiyo

⬤ Ukuziqhelanisa ne-OPT 1 nokuba yeyokufaka ividiyo okanye ukuthumela imveliso yekhadi

Ngombulelo kuyilo lokuziqhelanisa, i-OPT 1 ingasetyenziswa njengegalelo okanye isiqhagamshelo semveliso,ngokuxhomekeke kwisixhobo sayo esiqhagamshelweyo.

⬤ Igalelo lomsindo kunye nemveliso

− Igalelo lomsindo elikhatshwa kunye nomthombo we-HDMI

− Imveliso ye-audio ngekhadi lemisebenzi emininzi

− Uhlengahlengiso lomthamo wemveliso oluxhasiweyo

⬤ Ukubambezeleka okuphantsi

Ukunciphisa ukulibaziseka kwigalelo ekufumaneni ikhadi kwimigca ye-20 xa umsebenzi ophantsi we-latency kunye nemodi ye-Bypass zombini inikwe amandla.

⬤ 3x umaleko

− Ubungakanani obuhlengahlengiswayo kunye nendawo

− Umaleko omiselweyo ohlengahlengiswayo

⬤ Ungqamaniso lwemveliso

Umthombo wegalelo langaphakathi okanye i-Genlock yangaphandle ingasetyenziselwa njengomthombo wokuvumelanisa ukuze kuqinisekiswe imifanekiso ephumayo yazo zonke iiyunithi ze-cascade kwi-sync.

⬤ Ukwenza ividiyo enamandla

− Ngokusekwe kwiSuperView III yeetekhnoloji zokusetyenzwa komgangatho womfanekiso ukubonelela ngokunyuka kwemveliso engenanyathelo

− Ukucofa-kanye umboniso wesikrini esigcweleyo

− Ukufakwa kwegalelo simahla

⬤ Ukugcinwa ngokulula kwangaphambili kunye nokulayisha

− Ukuya kuthi ga kwi-10 isethingi echaziweyo yabasebenzisi exhasiweyo

− Layisha useto lwangaphambili ngokucofa ngokulula iqhosha elinye

⬤ Iintlobo ezininzi zogcino olushushu

− Gcina phakathi kwezixhobo

− Ugcino phakathi kwamazibuko e-Ethernet

− Ugcino phakathi kwemithombo yolwazi

⬤ Umthombo wegalelo likaMosaic uyaxhaswa

Umthombo we-mosaic uqulunqwe yimithombo emibini (2K×1K@60Hz) efikelelwe kwi-OPT 1.

⬤ Ukuya kuthi ga kwiiyunithi ezi-4 ezenzelwe umfanekiso wemosaic

⬤ Iindlela ezintathu zokusebenza

− Isilawuli seevidiyo

− Isiguquli seFayibha

− Ukugqitha

⬤ Ulungelelwaniso lombala ojikelezayo

Umthombo wegalelo kunye nohlengahlengiso lombala wesikrini se-LED oluxhaswayo, kubandakanya ukuqaqamba, umahluko, saturation, hue kunye neGamma

⬤ Ukuqaqamba kwenqanaba lePixel kunye nokulinganiswa kwechroma

Sebenza kunye ne-NovaLCT kunye ne-software ye-NovaStar yokulinganisa ukuxhasa ukukhanya kunye nokulinganisa i-chroma kwi-LED nganye, ukususa ngokufanelekileyo ukungafani kombala kunye nokuphucula kakhulu ukukhanya kwe-LED kunye nokuhambelana kwechroma, okuvumela umgangatho ongcono womfanekiso.

⬤ Iindlela zokusebenza ezininzi

Lawula isixhobo njengoko unqwenela nge-V-Can, i-NovaLCT okanye isixhobo sangaphambili iqhosha lephaneli kunye namaqhosha.

Imbonakalo

Iphaneli yangaphambili

No.	ANONE	Function
1	Isikrini se-LCD	Bonisa imo yesixhobo, iimenyu, iimenyu ezisezantsi kunye nemiyalezo.
2	Iqhosha	Jikelezisa iqhosha ukukhetha umba wemenyu okanye uhlengahlengise i Cofa iqhoshana ukuqinisekisa useto okanye ukusebenza.	ixabiso lepharamitha.
3	ESC iqhosha	Phuma kwimenyu yangoku okanye urhoxise umsebenzi.
4	Indawo yokulawula	Vula okanye uvale umaleko (umaleko oyintloko kunye neeleyile zePIP), kwaye ubonise ubume bomaleko.Ubume be-LEDs: −Vula (bhlowu): Umaleko uvuliwe. − Ukudanyaza (bhlowu): Umaleko uyahlelwa. − Vula (mhlophe): Umaleko uvaliwe. ISIKALI: Iqhosha elinqumlayo lomsebenzi weskrini esipheleleyo.Cofa iqhosha ukwenza umaleko weyona nto iphambili isezantsi igcwalise isikrini sonke. Ubume be-LEDs: −Vula (bhlowu): Ukukala kwesikrini esigcweleyo kuvuliwe. − Ivuliwe (emhlophe): Ukukala kwesikrini esigcweleyo kucinyiwe.
5	Umthombo wegaleloamaqhosha	Bonisa ubume bemvelaphi yegalelo kwaye utshintshe umthombo wegalelo lomaleko.Ubume be-LEDs: Vula (bhlowu): Umthombo wegalelo uyafikelelwa. Ukudanyaza (blue): Umthombo wegalelo awufikelelwanga kodwa usetyenziswa ngumaleko.Ku (mhlophe): Umthombo wegalelo awufikelelwanga okanye umthombo wegalelo awuqhelekanga. Xa umthombo wevidiyo ye-4K uqhagamshelwe kwi-OPT 1, i-OPT 1-1 inophawu kodwa I-OPT 1-2 ayinayo umqondiso. Xa imithombo emibini yevidiyo ye-2K iqhagamshelwe kwi-OPT 1, i-OPT 1-1 kunye ne-OPT 1-2 bobabini banophawu lwe-2K.
6	Umsebenzi omfutshaneamaqhosha	I-PRESET: Fikelela kwimenyu yokusetha kwangaphambili.UVAVANYO: Fikelela kwimenyu yovavanyo. Ukufriza: Friza umfanekiso ophumayo. FN: Iqhosha elisenokwenzeka

Phawula:

Bamba iqhosha kunye ne-ESC iqhosha ngaxeshanye kwi-3s okanye ngaphezulu ukutshixa okanye ukuvula amaqhosha epaneli yangaphambili.

Iphaneli yangasemva

Qhagamshelaor
3G-SDI
	2	Max.isisombululo segalelo: 1920×1200@60HzI-HDCP 1.4 iyahambelana Ungeniso lwesignali oludityanisiweyo luyaxhaswa Izisombululo zesiko ziyaxhaswa −Max.ububanzi: 3840 (3840×648@60Hz) − UMax.ubude: 2784 (800×2784@60Hz) −Amagalelo anyanzelweyo axhaswayo: 600×3840@60Hz Imveliso yeLoop ixhaswa kwi-HDMI 1.3-1
DVI	1	Max.isisombululo segalelo: 1920×1200@60HzI-HDCP 1.4 iyahambelana Ungeniso lwesignali oludityanisiweyo luyaxhaswa Izisombululo zesiko ziyaxhaswa − UMax.ububanzi: 3840 (3840×648@60Hz) − UMax.ubude: 2784 (800×2784@60Hz) −Amagalelo anyanzelweyo axhaswayo: 600×3840@60Hz Imveliso yeLoop exhaswa kwi-DVI 1
Isiphumo Cii-onectors
Qhagamshelaor	Qty	Desumbhalo
Izibuko ze-Ethernet	6	Gigabit Ethernet izibukoMax.ukulayisha umthamo: 3.9 million pixels Max.ububanzi: 10,240 pixels Max.ubude: 8192 pixels Izibuko ze-Ethernet 1 kunye ne-2 inkxaso yemveliso yomsindo.Xa usebenzisa ikhadi lemisebenzi emininzi ukuya cazulula iaudio, qiniseka ukuba uqhagamshela ikhadi kwi-Ethernet port 1 okanye 2. Ubume be-LEDs: Ephezulu ekhohlo ibonisa ubume boqhagamshelwano. − Vula: Izibuko liqhagamshelwe kakuhle. − Ukudanyaza: Isibuko asiqhagamshelwanga kakuhle, njengonxibelelwano oluxekethileyo.− Valiwe: Izibuko aliqhagamshelwanga. Ephezulu ekunene ibonisa ubume bonxibelelwano. − Ivuliwe: Intambo ye-Ethernet i-short-circuited. − Ukudanyaza: Unxibelelwano lulungile kwaye idatha iyahanjiswa.− Valiwe: Akukho lugqithiso lwedatha
I-HDMI 1.3	1	Inkxaso yokubeka iliso kunye neendlela zokuphuma kwevidiyo.Isisombululo sesiphumo siyahlengahlengiswa.
Optical Ifayibha Amazibuko
Qhagamshelaor	Qty	Desumbhalo
I-OPT	2	I-OPT 1: Ukuziqhelanisa ngokwakho, nokuba kukufakwa kwividiyo okanye kwimveliso− Xa isixhobo sidityaniswe nesiguquli sefayibha, izibuko lisetyenziswa njengesixhobo imveliso isidibanisi. − Xa isixhobo siqhagamshelene neprosesa yevidiyo, izibuko lisetyenziswa njenge igalelo lokudibanisa. −Max.umthamo: 1x 4K×1K@60Hz okanye 2x 2K×1K@60Hz amagalelo evidiyo I-OPT 2: Ngemveliso kuphela, kunye neendlela zokukhuphela kunye ne-backup OPT iikopi ezi-2 okanye igcina imveliso kwizibuko ze-Ethernet ezi-6.
Control Izihlanganisi
Qhagamshelaor	Qty	Desumbhalo
I-ETHERNET	1	Xhuma kwi-PC yolawulo okanye umzila.Ubume be-LEDs: Ephezulu ekhohlo ibonisa ubume boqhagamshelwano. − Vula: Izibuko liqhagamshelwe kakuhle. − Ukudanyaza: Isibuko asiqhagamshelwanga kakuhle, njengonxibelelwano oluxekethileyo.− Valiwe: Izibuko aliqhagamshelwanga. Ephezulu ekunene ibonisa ubume bonxibelelwano. − Ivuliwe: Intambo ye-Ethernet i-short-circuited. − Ukudanyaza: Unxibelelwano lulungile kwaye idatha iyahanjiswa. − Valiwe: Akukho lugqithiso lwedatha
i-USB	2	I-USB 2.0 (Uhlobo-B):−Xhuma kwi-PC yolawulo. − Igalelo lokudibanisa kwisixhobo sokudlala I-USB 2.0 (Uhlobo-A): Isidibanisi sesiphumo sesixhobo sokukhupha
GENLOCKKWILOP	1	Qhagamshela kwisiginali yongqamaniso yangaphandle.IN: Yamkela isignali yongqamaniso. LOOP: Lungisa isignali yongqamaniso.

Phawula:

Kuphela umaleko oyintloko unokusebenzisa umthombo we-mosaic.Xa umaleko oyintloko usebenzisa umthombo we-mosaic, i-PIP 1 kunye ne-2 ayikwazi ukuvulwa.

Usetyenziso

Iinkcukacha

UmbaneIiparamitha	Isidibanisi samandla	100–240V~, 1.5A, 50/60Hz
	Amandla alinganisiweyoukusetyenziswa	28 W
UkusebenzaOkusingqongileyo	Ubushushu	0°C ukuya kuma-45°C
	Ukufuma	I-20% ye-RH ukuya kwi-90% ye-RH, i-non-condensing
UgcinoOkusingqongileyo	Ubushushu	-20°C ukuya +70°C
	Ukufuma	I-10% ye-RH ukuya kwi-95% ye-RH, i-non-condensing
Iinkcukacha ngokwasemzimbeni	Imilinganiselo	483.6 mm × 351.2 mm × 50.1 mm
	Ukusinda okushiyekile	4 kg
UkupakishaUlwazi	Izincedisi	Ityala leFlight	Ibhokisi
		1x intambo yamandlaI-1x HDMI ukuya kwintambo ye-DVI 1x intambo ye-USB 1x intambo ye-Ethernet 1x HDMI intambo 1x IsiKhokelo sokuQalisa ngokukhawuleza 1x iSatifikethi sokuVunywa 1x intambo yeDAC	1x intambo yamandlaI-1x HDMI ukuya kwintambo ye-DVI 1x intambo ye-USB 1x intambo ye-Ethernet 1x HDMI intambo 1x IsiKhokelo sokuQalisa ngokukhawuleza 1x iSatifikethi sokuVunywa 1x Incwadi yoKhuseleko 1x Ileta yoMthengi
	Ubungakanani bokupakisha	521.0 mm × 102.0 mm × 517.0 mm	565.0 mm × 175.0 mm × 450.0 mm
	Ubunzima bokuqala	10.4 kg	6.8kg
Umgangatho wengxolo (uqhelekile kuma-25°C/77°F)		45 dB (A)

Iimpawu zomthombo wevidiyo

Igalelo Coniictors	Kancinci Dephth		Max. Igalelo Reisisombululo
I-HDMI 1.3DVI I-OPT 1	8-bit	RGB 4:4:4	1920×1200@60Hz (Esemgangathweni)3840×648@60Hz (Siko) 600×3840@60Hz (Kunyanzelisiwe)
		Yoh 4:4:4
		Yoh 4:2:2
		Yoh 4:2:0	Ayixhaswa
	I-10-bit		Ayixhaswa
	I-12-bit		Ayixhaswa
3G-SDI	Max.isisombululo segalelo: 1920×1080@60HzAYIKUXHASI isisombululo segalelo kunye nesetingi yobunzulu bebit. Ixhasa i-ST-424 (3G), ST-292 (HD) kunye ne-ST-259 (SD) igalelo levidiyo eqhelekileyo.

Ngaba singenza nayiphi na isayizi esiyifunayo?Kwaye yeyiphi eyona sayizi ilungileyo yesikrini esikhokelwayo?

A: Ewe, sinokuyila nayiphi na isayizi ngokwemfuno yakho yobungakanani.Ngokuqhelekileyo, intengiso, isikrini esikhokelela kwisiteji, Umlinganiselo obalaseleyo womboniso we-LED ngu-W16: H9 okanye W4: H3

Yintoni umsebenzi weprosesa yevidiyo?

A: Inokwenza umboniso we-LED ucace ngakumbi

B: Inokuba nomthombo wegalelo ngakumbi ukutshintsha isiginali eyahlukileyo ngokulula, njengePC eyahlukileyo okanye ikhamera.

C: Inokulinganisa isisombululo sePC kwidispleyi ye-LED enkulu okanye encinci ukubonisa umfanekiso opheleleyo.

D: Inokuba nomsebenzi othile okhethekileyo, njengomfanekiso onomkhenkce okanye ukwaleka kombhalo, njl.

Yintoni umahluko phakathi kwenkonzo yangasemva kunye nenkonzo yangaphambili ye-LED yesikrini?

A: Inkonzo yangasemva, oko kuthetha ukuba kufuneka isithuba esaneleyo ngasemva kwesikrini esikhokelelweyo, ukuze umsebenzi enze ufakelo okanye ugcino.

Inkonzo yangaphambili, umsebenzi unokwenza ufakelo kunye nolondolozo ukusuka phambili ngqo.lula kakhulu, kwaye wonge indawo.ngakumbi kukuba isikrini esikhokelwayo siya kulungiswa eludongeni.

Ndingayifumana isampula yeodolo yeemveliso ze-LED?

A: Ewe, siyakwamkela isampula ukuze uvavanye kwaye ujonge umgangatho.

Kuthekani ngexesha lokuhamba?

A: Sisoloko sinesitokhwe.Iintsuku ezi-1-3 zinokuhambisa imithwalo.

Uzithumela njani iimpahla kwaye kuthatha ixesha elingakanani ukufika?

A: Nge-express, ulwandle, umoya, uloliwe

Uqhubeka njani nomyalelo weemveliso ze-LED?

A: Okokuqala, sazise iimfuno zakho okanye isicelo sakho.

Okwesibini, sicaphula ngokweemfuno zakho okanye iingcebiso zethu.

Okwesithathu, umthengi uqinisekisa uxwebhu loyilo kunye nediphozithi yokubeka iodolo esemthethweni.

Okwesine, silungiselela imveliso.

Ngaba kulungile ukuprinta ilogo yam kwiimveliso?

A: Ewe.Nceda usazise ngokusesikweni phambi kwemveliso yethu kwaye uqinisekise uyilo kuqala ngokusekwe kwisampulu yethu.

Yintoni i-MOQ?

A: Isiqwenga se-1 sixhaswa, Wamkelekile ukuba uqhagamshelane nathi ngekowuteshini.

Yintoni into yentlawulo?

A: I-30% idiphozithi phambi kwemveliso, intlawulo yebhalansi 70% ngaphambi kokunikezelwa.

Isiboniso se-LED ye-6 yeTekhnoloji eziphambili

Umboniso we-elektroniki we-LED uneepikseli ezilungileyo, kungakhathaliseki ukuba yimini okanye ubusuku, imini enelanga okanye inetha, umboniso we-LED unokuvumela abaphulaphuli babone umxholo, ukuhlangabezana neemfuno zabantu zenkqubo yokubonisa.

Itekhnoloji yokufumana imifanekiso

Umgaqo ophambili wokuboniswa kwe-elektroniki ye-LED kukuguqula imiqondiso yedijithali ibe yimiqondiso yomfanekiso kwaye ibonise ngenkqubo ekhanyayo.Indlela yemveli kukusebenzisa ikhadi lokubamba ividiyo elidityaniswe nekhadi leVGA ukufezekisa umsebenzi wokubonisa.Umsebenzi ophambili wekhadi lokufumana ividiyo kukufota imifanekiso yevidiyo, kwaye ufumane iidilesi zesalathiso zesantya somgca, ukuphindaphindeka kwebala kunye namanqaku e-pixel ngeVGA, kwaye ufumane imiqondiso yedijithali ikakhulu ngokukopa itafile yokujonga umbala.Ngokubanzi, isoftware inokusetyenziselwa uphindaphindo lwexesha lokwenyani okanye ubusela behardware, xa kuthelekiswa nobusela behardware busebenza ngakumbi.Nangona kunjalo, indlela yendabuko inengxaki yokuhambelana neVGA, ekhokelela kumaphethelo amnyama, umgangatho ombi womfanekiso njalo njalo, kwaye ekugqibeleni uyonakalisa umgangatho womfanekiso wokuboniswa kombane.
Ngokusekwe koku, iingcali zoshishino zenze ikhadi levidiyo elizinikeleyo le-JMC-LED, umgaqo wekhadi usekwe kwibhasi ye-PCI usebenzisa i-accelerator ye-graphics ye-64-bit ukukhuthaza imisebenzi ye-VGA kunye nevidiyo ibe nye, kunye nokufezekisa idatha yevidiyo kunye nedatha ye-VGA yenza i-superposition effect, iingxaki zokuhambelana kwangaphambili zisonjululwe ngokufanelekileyo.Okwesibini, ukufunyanwa kwesisombululo kwamkela imowudi yesikrini esigcweleyo ukuze kuqinisekiswe ukuba i-Angle epheleleyo yomfanekiso wevidiyo ilungile, indawo esemaphethelweni ayisenantsonkotha, kwaye umfanekiso unokulinganiswa ngokungqongqo kwaye uhanjiswe ukuhlangabezana neemfuno zokudlala ezahlukeneyo.Okokugqibela, imibala emithathu ebomvu, eluhlaza kunye nebhlowu inokwahlulwa ngokufanelekileyo ukuze ihlangabezane neemfuno zombala wokwenyani wesikrini somboniso we-elektroniki.

Ukuveliswa kombala wokwenene womfanekiso

Umgaqo wokubonisa umbala ogcweleyo we-LED ufana nowomabonakude ngokumalunga nokusebenza okubonakalayo.Ngokudibanisa okusebenzayo kwemibala ebomvu, eluhlaza kunye nohlaza okwesibhakabhaka, imibala eyahlukeneyo yomfanekiso inokubuyiselwa kwaye iphinde iveliswe.Ukucoceka kwemibala emithathu ebomvu, eluhlaza kunye nohlaza okwesibhakabhaka kuya kuchaphazela ngokuthe ngqo ukuveliswa kombala womfanekiso.Kufuneka kuqatshelwe ukuba ukuveliswa komfanekiso akuyiyo inhlanganisela engahleliweyo yombala obomvu, oluhlaza kunye nohlaza okwesibhakabhaka, kodwa isiseko esithile siyafuneka.

Okokuqala, umlinganiselo wokukhanya obomvu, oluhlaza kunye nohlaza okwesibhakabhaka kufuneka usondele kwi-3: 6: 1;Okwesibini, xa kuthelekiswa neminye imibala emibini, abantu banovakalelo oluthile kubomvu kumbono, ngoko ke kuyimfuneko ukusabalalisa ngokulinganayo obomvu kwindawo yokubonisa.Okwesithathu, ngenxa yokuba umbono wabantu uphendula kwigophe elingenamgca lokukhanya okubomvu, okuluhlaza kunye noluhlaza okwesibhakabhaka, kuyimfuneko ukulungisa ukukhanya okuphuma ngaphakathi kwi-TV ngokukhanya okumhlophe kunye nokukhanya okungafaniyo.Okwesine, abantu abahlukeneyo banezakhono ezahlukeneyo zokusombulula imibala phantsi kweemeko ezahlukeneyo, ngoko ke kuyimfuneko ukufumana izikhombisi zenjongo zokuzala kombala, ezihlala zimi ngolu hlobo lulandelayo:

(1) Ubude bamaza obubomvu, obuluhlaza kunye nobhlowu bebuyi-660nm, 525nm kunye ne-470nm;

(2) Ukusetyenziswa kweyunithi ye-tube ye-4 enokukhanya okumhlophe kungcono (ngaphezu kweetyhubhu ezi-4 nazo, ngokuyininzi kuxhomekeke kukukhanya kokukhanya);

(3) Umgangatho ongwevu wemibala emithathu ephambili ngama-256;

(4) Ulungiso olungelulo kufuneka lwamkelwe ukuze kuqhutywe iipikseli ze-LED.

Inkqubo yokulawula ukukhanya okubomvu, okuluhlaza kunye nohlaza okwesibhakabhaka inokuqondwa ngenkqubo yehardware okanye ngesoftware ehambelanayo yenkqubo yokudlala.

Funda ngakumbi+

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