Novastar DH7516-S Nge 16 Standard HUB75E Interfaces LED Screen Receiver Card

Novastar DH7516-S With 16 Standard HUB75E Interfaces LED Screen yokufumana ikhadi Umfanekiso obonakalayo

Inkcazelo emfutshane:

I-DH7516-S likhadi lokufumana jikelele eliqaliswe nguNovastar.Kuhlobo lwe-PWM lokuqhuba i-IC, ubuninzi bekhadi kwisisombululo somthwalo 512 × 384@60Hz; kumqhubi wenjongo-jikelele ye-IC, esona sisombululo siphezulu kumthwalo wekhadi elinye yi-384 × 384@60Hz.Ukuxhasa ukulinganiswa kokukhanya kunye nokukhanya okukhawulezayo kunye nokulungelelaniswa komgca omnyama, i-3D, i-RGB yokulungelelanisa i-gamma ezimeleyo, kunye neminye imisebenzi iphucula umphumo wokubonisa kwesikrini kunye nokuphucula amava omsebenzisi.
I-DH7516-S isebenzisa i-16 i-HUB75E ye-interfaces eqhelekileyo yokunxibelelana, ngokuzinza okuphezulu, ukuxhasa ukuya kwii-32 zeesethi zedatha ye-RGB ehambelanayo, kwaye ifanelekile kwintsimi eyahlukeneyo.

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Iinkcukacha zeMveliso

Iithegi zeMveliso

Iziqinisekiso

I-RoHS, iKlasi ye-EMC A

Iimbonakalo

Uphuculo lokubonisa isiphumo

⬤Ukukhanya kwenqanaba lePixel kunye nokulinganiswa kwechroma

Sebenza kunye nenkqubo yokulinganisa echanekileyo yeNovaStar yokulinganisa ukuqaqamba kunye nechroma yepikseli nganye, ukususa ngokufanelekileyo umahluko wokuqaqamba kunye nomahluko wechroma, kunye nokwenza ukuba ukukhanya okuphakamileyo kusebenze kunye nokungaguquguquki kwechroma.

⬤ Ukulungiswa ngokukhawuleza kwemigca emnyama okanye eqaqambileyo

Imigca emnyama okanye eqaqambileyo ebangelwa ukudibanisa iimodyuli kunye neekhabhinethi zinokulungiswa ukuze kuphuculwe amava abonakalayo.Ulungelelwaniso lunokwenziwa lula kwaye lusebenza ngokukhawuleza.

⬤3D umsebenzi

Ukusebenza kunye nekhadi lokuthumela elixhasa umsebenzi we-3D, ikhadi elifumanayo lixhasa ukukhutshwa komfanekiso we-3D.

⬤Uhlengahlengiso lwe-gamma yomntu ngamnye kwi-RGB

Ukusebenza neNovaLCT (V5.2.0 okanye kamva) kunye nomlawuli oxhasa lo msebenzi, ikhadi elifumanayo lixhasa uhlengahlengiso lomntu ngamnye kwi-gamma ebomvu, i-gamma eluhlaza kunye ne-blue gamma, enokulawula ngokufanelekileyo ukungafani komfanekiso kwiimeko eziphantsi zegreyscale kunye ne-white balance offset. , ukuvumela umfanekiso wokwenene ngakumbi.

⬤Ukujikeleza komfanekiso kuma-90° ngokunyuswa

Umfanekiso obonisayo unokusetwa ukuba ujikeleze kwii-multiples ze-90 ° (0 ° / 90 ° / 180 ° / 270 °).

Ukuphuculwa kokuGcina

⬤ Umsebenzi wokwenza imephu

Iikhabhinethi zingabonisa inombolo yekhadi elifumanayo kunye nolwazi lwe-Ethernet port, evumela abasebenzisi ukuba bafumane ngokulula iindawo kunye ne-topology yokudibanisa yokufumana amakhadi.

⬤ Ukusetwa komfanekiso ogcinwe ngaphambili kwikhadi lokufumana

Umfanekiso oboniswe kwisikrini ngexesha lokuqalisa, okanye uboniswe xa intambo ye-Ethernet ivaliwe okanye akukho signali yevidiyo inokwenziwa ngokwezifiso.

⬤Ukujongwa kobushushu kunye nombane

Ukushisa kwekhadi elifumanayo kunye ne-voltage kunokujongwa ngaphandle kokusebenzisa i-peripherals.

⬤I-LCD yeKhabhinethi

Imodyuli ye-LCD yekhabhinethi ingabonisa ubushushu, i-voltage, ixesha elilodwa lokugijima kunye nexesha elipheleleyo lekhadi elifumanayo.

Uphuculo lokuthembeka

⬤Ukufunyanwa kwempazamo encinci

Umgangatho wonxibelelwano we-Ethernet port yekhadi elifumanayo unokujongwa kwaye inani leepakethi eziphosakeleyo zingarekhodwa ukunceda ukusombulula iingxaki zonxibelelwano lwenethiwekhi.

I-NovaLCT V5.2.0 okanye kamva iyafuneka.

⬤Ukufunda kwakhona inkqubo yeFirmware

Inkqubo ye-firmware yekhadi yokufumana inokufundwa kwakhona kwaye igcinwe kwikhompyuter yendawo.

I-NovaLCT V5.2.0 okanye kamva iyafuneka.

⬤Ubumbeko lweparamitha yoqwalaselo

Iiparamitha zoqwalaselo lwekhadi elifumanayo zinokufundwa kwakhona kwaye zigcinwe kwikhompyuter yendawo.

⬤Ugcino lwelophu

Ikhadi elifumanayo kunye nekhadi lokuthumela lenza i-loop ngokusebenzisa uqhagamshelwano oluphambili kunye ne-backup line.Ukuba impazamo yenzeka kwindawo yemigca, isikrini sisenako ukubonisa umfanekiso ngokuqhelekileyo.