II-transceiver ebonakalayo ye-DVIyenziwe yi-DVI transmitter (DVI-T) kunye ne-DVI-receiver (DVI-R), ehambisa i-DVI, i-VGA, i-Audip, kunye ne-RS232 izibonakaliso nge-fiber-mode-mode eyodwa.

Yintoni i-DVI optical transceiver?

I-DVI i-transceiver optical sisixhobo se-terminal ye-DVI optical transmission transmission, equka isiphelo sokufumana kunye nesiphelo sokuthumela.Isixhobo esinokuguqula isignali ye-DVI ibe ngumqondiso we-optical ngokusebenzisa i-encodings eyahlukeneyo kwaye idlulise nge-fiber medium optical.Ekubeni iteknoloji yedijithali ineenzuzo ezicacileyo kwiinkalo ezininzi xa kuthelekiswa neteknoloji ye-analog yendabuko, njengokuba iteknoloji yedijithali ithathe indawo yeteknoloji ye-analog kwiindawo ezininzi, i-digitization ye-transceivers optical iye yaba yindlela ehamba phambili yee-transceivers optical.Okwangoku, kukho ubukhulu becala iindlela ezimbini zobugcisa zomfanekiso wedijithali i-transceiver optical: enye yiMPEG II yomfanekiso wokucinezela i-digital optical transceiver, kwaye enye yi-non-compress ye-digital optical transceiver.I-DVI i-transceivers optical transceivers isetyenziswa kakhulu kwizikrini ezinkulu ze-LED, iinkqubo zokukhupha ulwazi lwe-multimedia, kwaye zisetyenziswa ngokubanzi kwizikhululo zeenqwelo-moya, amaziko okubeka iliso kwisikhululo se-toll, iindawo zokuthenga, urhulumente, unyango, irediyo kunye nomabonwakude kunye nezinye izihlandlo.

Ukusetyenziswa kwe-DVI Optical Transceiver

Kwiinkqubo zesicelo semultimedia, kudla ngokuba yimfuneko ukuhambisa imiqondiso yevidiyo yedijithali ye-DVI, imiqondiso yeaudio kunye nevidiyo, kunye nemiqondiso yedatha ye-serial port kumgama omde.Nangona kunjalo, xa usebenzisa iintambo eziqhelekileyo zokuhanjiswa komgama omde, isignali yokuphuma iya kuhlala ihlwempuzekile, ekulula ukuphazamiseka, kwaye umfanekiso obonisiweyo uya kubonakala ungabonakali, ulandelelanisa, kunye nokwahlukana kombala.Ngexesha elifanayo, umgama wokuhambisa umfutshane, kwaye iintambo ezininzi zifunekayo ukuhambisa le miqondiso ngexesha elifanayo, elingenako ukuhlangabezana neemfuno zokuhanjiswa kwexesha elide kwiimeko ezifana nokukhutshwa kolwazi lwe-multimedia.Ngelo xesha, ukuhanjiswa kwe-transceiver optical kunenzuzo yokunciphisa okuncinci, i-wide frequency band, ukusebenza okunamandla okuchasana nokuphazamiseka, ukusebenza okuphezulu kokhuseleko, ubungakanani obuncinci kunye nobunzima obulula, ngoko kunenzuzo engenakuthelekiswa nanto ekuhanjisweni komgama omde kunye neendawo ezikhethekileyo.Ukongeza, i-DVI i-transceiver optical inokuhambisa imiqondiso ye-serial ngexesha elinye kunxibelelwano ne-LCD, kwaye ingasetyenziselwa ukuhanjiswa komgama omde wesikrini sokuchukumisa.Ukusetyenziswa kwezixhobo ze-DVI optical transceiver kwiinkqubo ze-multimedia kunokugcina iindleko zokwakha kunye nobunzima be-wiring, kwaye unokuqinisekisa injongo yomgangatho ophezulu.Ifaneleka ngakumbi kwizicelo ezahlukeneyo zomgama omde ezifana nokuhanjiswa kweempawu zevidiyo ezibonisa inkcazo ephezulu kumaqonga kaloliwe kunye nokuzivocavoca emkhosini.

Izinto eziluncedo ze-DVI i-optical transceiver:

1. Iinketho zokucacisa ezininzi: i-stand-alone, i-1U rack-mount kunye ne-4U yokufakela i-rack-mount installs ziyafumaneka.

2. Ukuziqhelanisa ne-Photoelectric self-adaptation: iteknoloji yokuziqhelanisa ne-self-adaptive, akukho mfuneko yokulungiswa kombane kunye ne-optical ngexesha lokusetyenziswa.

3. Umboniso wesimo sokukhanya kwe-LED: Isalathisi sesimo se-LED sijonga iiparitha eziphambili.

4. I-Digital uncompressed: yonke idijithali, i-uncompressed, i-high-definition transmission.

5. Ukuziqhelanisa okunamandla: kulungele imeko engqongileyo yeshishini efana nobushushu obuphezulu kakhulu kunye nobushushu obuphantsi kakhulu.

6. Ufakelo olulula: akukho zicwangciso zesofthiwe ezifunekayo, iplagi kunye nomsebenzi wokudlala uxhaswa, kunye nokutshintsha okushushu kuxhaswa.