I-DVI i-transceiver optical yenziwe nge-DVI transmitter (DVI-T) kunye ne-DVI receiver (DVI-R), kwaye idlulisela i-DVI, i-VGA, i-Audip, i-RS232 izibonakaliso nge-fiber ye-fiber ye-mode eyodwa.

Yintoni i-DVI optical transceiver?
I-DVI i-transceiver optical sisixhobo se-terminal ye-DVI yokudluliselwa kwesignali ye-optical, eyenziwe ngesiphelo sokufumana kunye nesiphelo sokudlulisa.Isixhobo esinokuguqula isignali ye-1 ye-DVI ibe yisignali ye-optical ngokusebenzisa iikhowudi ezahlukeneyo kwaye idlulise ngemidiya ye-fiber 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, i-digital image transceivers ebonakalayo ineendlela ezimbini zobugcisa: enye yi-MPEG II yomfanekiso we-digital optical transceiver, kwaye enye i-non-compress ye-digital optical transceiver.I-DVI i-transceivers optical 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, oorhulumente, unyango, irediyo kunye nomabonwakude kunye nezinye izihlandlo.

Ukusetyenziswa kwe-DVI transceiver optical
Kwiinkqubo zesicelo semultimedia, kudla ngokuba yimfuneko ukuthwala imiqondiso yevidiyo yedijithali ye-DVI, imiqondiso yomsindo kunye nevidiyo, kunye nemiqondiso yedatha ye-serial yokuhanjiswa komgama omde.Nangona kunjalo, xa usebenzisa iintambo eziqhelekileyo zokuhanjiswa komgama omde, kuya kuhlala kukho izibonakaliso ezingezizo, ezinokuthi ziphazamiseke, kwaye imifanekiso ebonisiweyo iya kubonakala i-blurry, i-smearing, kunye nokwahlukana kombala. Ngelo xesha, umgama wokuhambisa ufutshane. , kunye neentambo ezininzi ezifunekayo ukuhambisa le miqondiso ngexesha elifanayo, elingenako ukuhlangabezana neemfuno zokuhanjiswa kwexesha elide kwi-multimedia yolwazi lokupapasha kunye nezinye izihlandlo.Ukusetyenziswa kwe-terminal ye-DVI yokudluliselwa kusombulula ngokupheleleyo iingxaki ezinjalo, kwaye umgama wothumelo yi-0-80 yeekhilomitha.Ngexesha elifanayo, ukuhanjiswa kwe-transceiver optical kunenzuzo yokunciphisa okuphantsi, i-bandwidth, ukusebenza okunamandla okuchasana nokuphazamiseka, ukusebenza okuphezulu kokhuseleko, ubungakanani obuncinci, ubunzima bokukhanya, njl.Ukongeza, i-DVI i-transceiver optical inokudlulisa iimpawu ze-serial port ngexesha elifanayo lokunxibelelana ne-LCD, kwaye ingasetyenziselwa ukuhanjiswa komgama omde wesikrini sokuthinta.Ukusetyenziswa kwezixhobo ze-DVI ze-transceiver optical kwi-multimedia system ayigcini nje kuphela iindleko zokwakha kunye nobunzima be-wiring, kodwa inokuqinisekisa injongo yomgangatho ophezulu.Ifaneleka ngokukodwa kwizicelo ezahlukeneyo ezikude ezifana nokuhanjiswa kweempawu zevidiyo ezicacileyo eziphezulu kwizikhululo zikaloliwe kunye nokuzivocavoca emkhosini.

Izinto ezilungileyo ze-DVI i-optical transceiver:
1. Iinketho ezininzi zokuchaza: ezizimeleyo, i-1U rack-mount kunye ne-4U yokufakela i-rack-mount installs ziyafumaneka.
2. Ukuziqhelanisa ne-Optoelectronic self-adaptation: iteknoloji yokuziqhelanisa ne-self-adaptive, akukho mfuneko yokulungiswa kwe-electro-optical xa usebenzisa.
3. Umboniso wesimo se-LED: Isalathisi sesimo se-LED sibeka iliso kwiiparamitha eziphambili.
4. I-Digital uncompressed: yonke idijithali, i-uncompressed, i-high-definition transmission.
5. Ukuziqhelanisa okunamandla: kulungele imeko yemizi-mveliso enzima efana nobushushu obuphezulu kakhulu kunye nobushushu obuphantsi kakhulu.
6. Kulula ukuyifaka: akukho mfuneko yokusetha isofthiwe, iplagi kunye nomsebenzi wokudlala uxhaswa, kwaye iplagi eshushu ixhaswa.