22/04/15I-Data Interface yindlela idatha edluliswa ngayo isuka kukhamera iye kukhompyutha noma imonitha. Kunamazinga amaningi atholakalayo kuye ngezinga lokudluliswa kwedatha elidingekayo lekhamera, nezinye izici ezifana nokuba lula nokuba lula kokusetha.
I-USB3.0iwuxhumano lwedatha oluvame kakhulu lwamakhamera esayensi, kusetshenziswa indinganiso ye-USB3.0 etholakala yonke indawo ukudlulisa idatha. Kwamanye amakhamera, amandla aphinde adluliswe ngekhebula le-USB ekhamera, okusho ukuthi ikhamera ingasebenza ngentambo eyodwa nje. Kumakhamera amaningi, i-USB3.0 inikezela ngezilinganiso eziphakeme ngokwanele zokudluliswa kwedatha ikhamera ekwazi ukuzisebenzisa ngesivinini sayo esigcwele ngale interface. Ukwengeza, ukuba lula, ubulula kanye nokusabalala kwezimbobo ze-USB3.0 kumakhompyutha kwenza lokhu kube inketho efiselekayo.
Kwamanye amakhamera anesivinini esikhulu, isilinganiso sedatha esinikezwe i-USB3.0 singancika ekusetshenzisweni kwekhadi le-USB3.0 elizinikele, kunokusebenzisa izimbobo ezakhelwe ngaphakathi ebhodini lomama lekhompyutha. Kwezinye izimo futhi, i-USB3.0 ingase ingakwazi ukulinganisa idatha egcwele, ihlinzeke ngezinga elincishisiwe lozimele, ngesivinini esigcwele sekhamera esitholakala ngokusetshenziswa kwesinye isixhumi esibonakalayo njenge-CameraLink noma i-CoaXPress (CXP).
I-CameraLinkiyindinganiso yesixhumi esibonakalayo ekhethekile yokuthwebula izithombe zesayensi nezimboni, ehlinzeka ngesivinini esikhulu nokuzinza. Kudingeka ikhadi elizinikele le-CameraLink, elinikeza amandla kanye nomkhawulokudonsa ukuze kuthathwe izithombe zesivinini esiphezulu ngenani eligcwele ledatha lamakhamera e-CMOS nawe-sCMOS.
I-CoaXPress (CXP)kungenye indinganiso enesivinini esikhulu ekwazi ukuletha amanani amakhulu edatha ngokuzinza okuhle kakhulu. 'Imigqa' eminingi ingasetshenziswa ngesikhathi esisodwa ukudlulisa idatha. Lokhu kucaciswe njenge-CXP (12 x 4), okusho ukuthi kukhona imigqa ehambisanayo engu-4, ehlinzeka ngokudluliswa kwedatha okungu-12.5 Gbit/s ngomugqa ngamunye kanye nezintambo ezihlukene ze-coaxial ekhadini le-CXP elizinikele. Ukusebenzisa lezi zintambo ezijwayelekile ze-coaxial kunikeza ubulula kanye nokwenzeka kobude bekhebula elide.
I-RJ45 / GigEi-interface iyindinganiso yenethiwekhi yekhompiyutha, evame ukusetshenziselwa amakhamera adinga ubude bekhebula elide, akwazi ukusebenza kude. Izinga eliphezulu lokudluliswa kwedatha lincike ezingeni le-GigE elisetshenzisiwe, futhi ngokuvamile lizocaciswa, isibonelo i-1G GigE ibhekisela ku-1 Gbit/s GigE. Kudingeka ikhadi elizinikele le-GigE.
I-USB2.0kungenye indinganiso yendawo yonke, etholakala cishe kuwo wonke amakhompyutha. Amakhamera asekela ukusebenza kwe-USB2.0 ngokuvamile azohlinzeka ngemodi yedatha encishisiwe ukuze ingene ngaphakathi komkhawulokudonsa we-USB2.0. Kodwa-ke, ubuchwepheshe bokusheshisa ihluzo be-Tucsen buhlinzeka ngokunyuka okukhulu kwezinga lozimele uma kuqhathaniswa namakhamera avamile e-USB2.0.
SD isho ikhono lokudlulisa idatha mathupha ngekhadi le-SD elifakekayo.
I-HDMIamakhamera angadlulisela isithombe sawo ngokuqondile kumonitha yekhompyutha noma ku-TV ngaphandle kwesidingo sekhompiyutha, enikeza ukuguquguquka okumangalisayo nokusebenza kahle kwezindleko. Lawa makhamera azophinde anikeze ukuboniswa kwesikrini kwezilawuli zekhamera, ukuze kube lula, kulula nokulawula okuqondile phezu kwekhamera. Ngokuvamile, idatha ingatholwa futhi igcinwe ekhadini le-SD elikhiphekayo ukuze lihlaziywe futhi libuyekezwe kukhompuyutha.
Ikhamera ye-Tucsen Scientific inconywe i-Different Data Interfaces
| IUhlobo lwesixhumi esibonakalayo | Ikhamera ye-sCMOS | Ikhamera ye-CMOS |
| I-CameraLink ne-USB 3.0 | I-Dhyana 95V2 I-Dhyana 400BSIV2 I-Dhyana 4040BSI I-Dhyana 4040 | —- |
| I-CoaXPress 2.0 | I-Dhyana 9KTDI I-Dhyana 6060BSI I-Dhyana 6060 | —- |
| I-USB 3.0 | I-Dhyana 400D I-Dhyana 400DC I-Dhyana 401D | FL 20 FL 20BW I-MIchrome 5Pro I-MIchrome 20 I-MIchrome 16 I-MIchrome 6 |
| I-USB 2.0 | —- | GT 12 I-GT 5.0 I-GT 2.0 |
| I-HDMI | —- | I-TrueChrome 4K Pro I-TrueChrome Metrics |
