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Ubuchwepheshe Bekhamera ye-USB 2026: Izinzwa, Izixhumi Esibonakalayo & Umhlahlandlela Ophelele Wokusebenza
Kwadalwa ngo 07.03
Amakhamera e-USB anesimanje asewadlule kakhulu injongo yawo yokuqala njengama-webcam ayisisekelo wezingcingo zevidiyo ezingajwayelekile. Ngo-2026, asele eba amathuluzi aqinile, anezinjongo eziningi okusetshenziswa kabanzi ekuhlolweni kwezimboni, ezithombeni zezokwelapha, ukusakazwa bukhoma kochwepheshe, kanye nokuqapha izindlu ezihlakaniphile. Ahlinzekwa ngezinto eziphambili zenzwa, izivumelwano ezisheshayo, kanye nokuthuthukiswa kwe-AI okwakhelwe ngaphakathi, amakhamera e-USB anamhlanje alayisha futhi adlale aletha izithombe ezithembekile, ezisezingeni eliphezulu zombili izimo zabathengi nochwepheshe.
Imigomo yezobuchwepheshe okubalwa kuyo i-BSI CMOS, i-USB4, kanye ne-UVC 1.5 isijwayelekile embonini eminyakeni yamuva, okwenza kube nzima kubasebenzisi ukuhlukanisa amakhono edivayisi nokukhetha ihadiwe efanelekayo. Lo mhlahlandlela osebenzayo uchaza ngokujulile mayelana noubuchwepheshe bekhamera ye-USBngobukhulu obuthathu obuyisisekelo—izinziwa, izixhumanisi, nokusebenza. Ifaka idatha yakamuva yomkhakha ka-2026, ukuhlaziywa kwezicelo zangempela, kanye nezeluleko zokukhetha ezingasebenza ngaphandle kobuchwepheshe obunzima kakhulu.
1. Izinziwa Zekhamera ye-USB: Isisekelo Sekhwalithi Yesithombe
Njengoba kuyi-optical core yekhamera ngayinye ye-USB, inzwa yesithombe iguqula ukukhanya okungena kuyo ibe izimpawu zevidiyo zedijithali ezakha isiqedaphambili sokugcina. Ukuqhathaniswa okuhlale kukhona phakathi kwezinzwa ze-CCD ne-CMOS akusasebenzi ngo-2026, njengoba izinzezo ze-CMOS sezilawule ngokuphelele izimakethe zamakhamera abasebenzisi nezingochwepheshe ze-USB. Ukuthuthukiswa kobuchwepheshe bamanje kugxile kakhulu osayizi bezinzwa, ukwakheka kwangaphakathi, nezinqubo zokuvala ukuze kuthuthukiswe ukusebenza kwezithombe sekukonke.
Izinzwa Ezinkulu: Ukuchaza Amazinga Okuthwebula Izithombe ka-2026
Amakhamera e-web ezigenereshini zakuqala ayebheka kakhulu izinzezo ezincane ezingu-1/4-inch kanye no-1/3-inch, ezazihlupheka ngokuzwela okungalungile ekukhanyeni okuphansi kanye nesikhala esijulile sokugxila, okuholela ezithombeni ezingajabulisi, ezinomsindo. Ngokuphambene, amamodeli amakhulu amakhamera e-USB afana ne-Yoliv YoloCam S3 ne-Razer Kiyo Pro Ultra manje asebenzisa izinzezo ezinkulu ezingu-1/1.2-inch kuya ku-1/1.3-inch, zinikeza indawo ephindwe kane ngokuphindwe kane yendawo ebizwela ekukhanyeni kwezinzezo zamakhamera e-web zakudala.
Lokhu kuthuthukiswa okukhulu kwezingxenyekazi zehadiwe kuletha ukuthuthukiswa okubili okubalulekile ekusebenzeni:
• Ukusebenza okungcono kakhulu ekukhanyeni okuphansi: Ubukhulu obandisiwe besenzisi buvumela amaphikseli amakhulu ngabanye, aqoqa izimpawu eziningi zamathonsi. Ngokwedatha yokuhlola yomkhakha ka-2026, izinzisi ezinkulu zinciphisa umsindo wesithombe ngo-30–40% ezindaweni ezimnyama, zikhiqize ividiyo ekhanyayo, ehlanzekile ngaphandle kokugqama okweqile.
• Ibanga elandisiwe lokuguquguquka: Amaphikseli amakhulu anomthamo omkhulu wama-electron, avimbela ukukhanya ngokweqile ezindaweni ezikhanyayo futhi agcine imininingwane enemininingwane ezindaweni ezingaphansi kwesithunzi. Lokhu kuvumela ukuthwebula kwezithombe okwemvelo, okulinganiselayo ezindaweni eziyinkimbinkimbi ezixubile, njengezindawo zokusebenzela ezikhanyiswe yilanga ezinokukhanya kwangaphakathi.
I-Stacked CMOS Architecture: Ukufundwa Okusheshayo, Ukusetshenziswa Kwamandla Okuncane
Izinzwa ze-CMOS ze-Traditional front-illuminated (FSI) zihlanganisa izinhlobonhlobo zamaphikiseli nemijikelezo yokucubungula isignali endizeni eyodwa, okukhawulela ukuthathwa kokukhanya nesivinini sokudlulisa idatha. Izinzwa ze-Stacked CMOS zisebenzisa umklamo ohleliwe ovundlile, ohlukanisa amaphikiseli athatha izithombe kumajikelezo okucubungula ukuze kuthuthukiswe ukusebenza kahle kokuthathwa kokukhanya nesivinini sokufunda isithombe. Lesi sakhiwo esithuthukisiwe sithandwa kakhulu kumadivayisi aphezulu, ngokusabalala kwemakethe okukhuphuka kusuka ku-12% ngo-2023 kuya ku-35% ngo-2026.
Izinzwa ze-Sony IMX series stacked zimelela ukusetshenziswa okuthuthukisiwe kwalobuchwepheshe, zihambisa izivinini zokufunda izithombe eziphindwe ka-3-5 kunezinsiza ze-CMOS ezijwayelekile ngenkathi kuncishiswa ukusetshenziswa kwamandla ngo-20-30%.
Global Shutter vs. Rolling Shutter: Ukukhetha Okuhlosiwe Kwezimo Ezithile
• Rolling shutter: Lesi sixazululo esivamile sabathengi sihlola izithombe umugqa ngomugqa ngokulandelana. Sisebenza ngokuqinile ezimweni ezizinzile njengezingqungquthela zevidiyo zansuku zonke kodwa sikhiqiza ukuhlanekezela okucacile, ukugobeka, nokuhlanekezela lapho sithwebula izinto ezihamba ngokushesha njengemishini ejikelezayo namabhande okudlulisa ahambayo.
• Global shutter: Yakhelwe ukudubula okunamandla kochwepheshe, ubuchwepheshe bugcina isithombe sonke ngokushesha ukuze kuqedwe ukuhlanekezelwa kokunyakaza ngokuphelele. Amakhamera e-USB aphakathi kuka-2026 anama-global shutter afinyelela ukubambezeleka kusuka ohlakeni kuya ohlakeni okungaphansi njengo-1ms, kusekela ukulandelela ngesikhathi sangempela, okunembayo okuphezulu kokutholwa kweziphazamiso zezimboni, ukusakazwa kwezemidlalo bukhoma, kanye nezinhlelo zokubona amarobhothi.
Isinqumo: Kungani Inani Lemegapixel Eliluhlaza Lingalingani Nokusebenza Kwesithombe
Abasebenzisi abaningi bagcizelela kakhulu izinombolo zemegapixel lapho bekhetha amakhamera, kodwa isinqumo esiphakeme asiqinisekisi ukusebenza okungcono okusebenzayo. Ngo-2026, i-4K@60fps isibe ukucushwa okuhle kakhulu ezimweni eziningi, okudala ibhalansi ephelele phakathi kokucaca kwesithombe, uketshezi, kanye nokuhambisana kwedivayisi. Uma kuqhathaniswa, i-8K (33MP) yesinqumo esiphakeme kakhulu iyadingeka kuphela ezimweni zochwepheshe ezidinga ukunqamula ngemuva nokusondeza okungenalahleko.
Ukucaciswa kwezinzwa kuhlale kudlula inani lamaphikseli ekuthwebuleni izithombe okusebenzayo. Ikhamera ye-4K esezingeni eliphezulu efakwe inzwa enkulu engu-1/1.2-inch ihlale idlula amadivayisi e-8K angasezingeni eliphansi anezinzwa ezincane ezingu-1/3-inch—usayizi wezinzwa kanye nekhwalithi yephikseli eyodwa kubaluleke kakhulu kunezibalo eziluhlaza zamamegapikseli.
2. Izixhumanisi Zamakhamera we-USB: Amazinga e-Bandwidth Anquma Imikhawulo Yokusebenza
I-USB interface isebenza njengomgogodla wokudlulisa phakathi kwesithombe senzwa namadivayisi wokugcina, ethwala ukudluliswa kwedatha yevidiyo, ukunikezwa kwamandla, nokulawulwa kwesiginali sezinto zokusebenza. Izinguquko ezindala nezintsha zezindinganiso ze-USB zidale izigaba ezicacile zokusebenza ngo-2026. Ukufanisa ukucaciswa okufanele kwe-interface kubalulekile ukugwema ukuwa kwezithombe, ukubambezeleka, nokubambezeleka okuphezulu ngesikhathi sokudubula kwe-high-definition.
I-USB 2.0 vs. I-USB 3.x vs. I-USB4: Ukuqhathaniswa Okuphelele Kokusebenza
Izinga le-USB | Ububanzi be-Bandwidth | Ukubambezeleka | Okungcono Kakhulu |
I-USB 2.0 | 480 Mbps | 50–100ms | Izingcingo zevidiyo eziyisisekelo ezingu-720p, ukuqapha okungabizi kakhulu okumile |
USB 3.2 Gen 1 | 5 Gbps | 10–20ms | Ukurekhoda kwe-1080p@60fps, ukusakaza kwe-4K@30fps, ukuhlolwa kwezimboni kwansuku zonke |
USB 3.2 Gen 2 | 10 Gbps | 5–10ms | Ukudutshulwa okusheshayo kwe-4K@60fps, ukurekhoda kwe-8K@30fps, izithombe zezokwelapha nezimboni ezinembayo kakhulu |
USB4 | 20–40 Gbps | <5ms | Ukuphuma kwe-8K@60fps okucacile kakhulu, ukusebenza okuhambisanayo kwamakamela amaningi, ukuthwebula kwe-AI kanye nezicelo ezibonakalayo ze-VR/AR |
I-USB-C: Isiteshi Esijwayelekile Sokusebenzisa Amakhamera we-USB ka-2026
I-USB-C isiyona imbobo eyinhloko eyodwa yamalensi e-USB yesimanje, enezinzuzo ezidlula kakhulu umklamo wayo ovulekayo ukuze kube lula ukuyisebenzisa:
• Ukusekelwa kwe-Power Delivery (PD): imbobo isekela ugesi osheshayo ofika ku-100W, ivumela amakhamera ukuthi adonse ugesi ngqo kumadivayisi ngaphandle kwamalensi kagesi angaphandle, kuthuthukisa kakhulu ukuthwaleka ezimeni zokudubula ensimini kanye nokusakaza bukhoma komakhalekhukhwini.
• Imodi ye-DisplayPort Alt: Ayisadingi izinsiza zekhompyutha, ivumela ukuxhumana okuqondile nezikrini namathelevishini ukuze kuphume ividiyo ngesikhathi sangempela, okuyinto enhle kakhulu ezimeni zokuqapha ezingashintshi kanye nokusakaza bukhoma kochwepheshe.
• Ukuhambisana ne-Thunderbolt 4: Kuhambisana namachweba e-workstation enomsebenzi ophakeme, okunikeza ukudluliswa kwedatha okugcwele futhi kufezekise ukuthuthukiswa kwezingxenyekazi zekhompyutha ezizolunga esikhathini esizayo.
UVC 1.5: Isivumelwano Sokuhambisana Esilungiselelwe Sokuxhuma Nokudlala
I-protocol ye-USB Video Class (UVC) iyisisekelo somsebenzi wokuxhuma nokudlala ngaphandle kwama-driver amakhamera e-USB. Yethulwe ngo-2025, izinga elithuthukisiwe le-UVC 1.5 lihlanganisa ukufakwa kwe-H.264 hardware encoding okwakhelwe ngaphakathi, okudlulisela imisebenzi yokucindezela ividiyo kusuka kuma-CPU ekhompyutha kuye kuma-chip ekhamera. Lokhu kunciphisa ukusetshenziswa kwe-CPU okuphelele kufika ku-50% futhi kusekela izinhlobo eziningi ezijwayelekile ezifaka i-MJPEG ne-VP8, kuqinisekisa ukuhambisana okujwayelekile namadivayisi amaningi wokugcina kanye ne-software yokuthwebula izithombe yobungcweti.
3. Ukusebenza kwe-USB Camera: Izilinganiso Eziyinhloko kanye Nezinzuzo Ezingokoqobo
Ikhwalithi yenzwa kanye nemininingwane yesixhumi esibonakalayo ngokuhlanganyela inquma ukusebenza kwangempela kwamakhamera e-USB. Ngo-2026, indinganiso yokuhlola ukusebenza kwekhamera isuke kumapharamitha wokulungiswa okukodwa nesivinini sezithombe iye emakhono aphelele afaka phakathi ukuqina kokusebenza, ukubambezeleka okuphansi, nokuzivumelanisa nemvelo.
Izilinganiso Ezine Zokusebenza Ezibalulekile
1. Isivinini sezithombe: 30fps ihlangabezana nezidingo zokushelela zemihlangano yevidiyo yansuku zonke; 60fps iyindinganiso ekhethwayo yokusakazwa bukhoma nokudutshulwa kwezimo eziguquguqukayo; amadivayisi aphezulu asekelwa ukuphuma kwe-1080p 120fps ekukhiqizweni kwevidiyo ye-slow-motion yobungcweti.
2. Ukubambezeleka: Ukubambezeleka okungaphansi kuka-20ms akunakwenzeka ukukubona ekusebenziseni kwansuku zonke kwabathengi; izimo ezisezingeni eliphezulu njengokulawula izimboni nokulandelela ngesikhathi sangempela kudinga ukubambezeleka okuphansi kakhulu okungaphansi kuka-10ms ukuqinisekisa impendulo yesithombe evumelanisiwe.
3. Ukusebenza ekukhanyeni okuphansi: Kuhlolwa ngenani le-lux kanye nekhono lokunciphisa umsindo elihlakaniphile. Injini yombono wokukhanya ye-EagleEye eyinhloko inciphisa umsindo wesithombe ngo-30% ezindaweni ezinokukhanya okuphansi ngenkathi igcina imininingwane yesithombe esebenzayo.
4. Ububanzi obunamandla: Amakhamera amakhulu anenzwa aphezulu asekelwa ububanzi obunamandla obungaphezu kwezinyathelo eziyi-12, athatha imininingwane ecebile kuzo zombili izindawo ezikhanyayo ezikhanyayo kanye nezindawo ezimnyama ezimnyama ukuze kube nokuthathwa kwezithombe okungokwemvelo.
Ukufezekiswa kokusebenza okushukumiswe yi-AI: Ukuphumelela okuyinhloko kwezobuchwepheshe kwezi-2026
Amakhamera e-USB aphezulu wezi-2026 afakwe amayunithi okucubungula i-neural (NPUs) akhelwe ngaphakathi, avumela ukusebenza okuzimele kwama-algorithms e-AI endaweni ngaphandle kokuncika emandleni okucubungula amakhompyutha, okufeza ukuthuthukiswa okuhlakaniphile kuyo yonke inqubo yokuthwebula izithombe:
• Ukunciphisa umsindo okuhlakaniphile kwe-AI: Kuhlukanisa imininingwane yesithombe esisebenzayo kumafutha omsindo ngama-algorithms okufunda ngomshini, kugwema inkinga yokufiphaza yobuchwepheshe bokunciphisa umsindo bendabuko futhi kubuyisele izinto ezicacile ezithombeni ezikhanyayo.
• Ukulandelela okuzenzakalelayo okunembayo: Ukukhiya nokulandelela okungokoqobo kobuso, izinto, nezindawo ezithile ezihlosiwe njengezandla, kugcina ukugxila okucacile ngesikhathi sokudubula okuhambayo kwezimo zokusakaza bukhoma nokubonisa imikhiqizo.
• Ukuthwebula okuzivumelanisa nezimo: Kubona ngokuzenzakalelayo izindawo zokudubula ezihlanganisa amahhovisi angaphakathi, izindawo zangaphandle, nezindawo ezinokukhanya okuphansi, futhi kulungisa ngokuhlakanipha ukuchayeka, ibhalansi emhlophe, namapharamitha okuphambana ukuze kuqedwe izindleko zokulungisa ngesandla.
Ipulatifomu ye-EagleEye vision eyakhiwe yi-DAMO Academy ifinyelela ukutholwa okusheshayo kwezinhloso ngesikhathi sangempela, okubambezeleka okungama-17.3ms kuphela, ivumelana ngokuphelele nezidingo ezisheshayo nezinembayo zezimo zokuhlola ezimbonini.
Amaphutha Ajwayelekile Okusebenza Ahlungiwe
• Inkohliso: Amakhamera we-USB awanakufanisa nekhwalithi yesithombe samakhamera we-DSLR nawama-mirrorless. Iqiniso: Amakhamera we-USB aphezulu ka-2026 anezinzwa ezinkulu zefomethi engu-1/1.2-inch ahlinzeka ngemiphumela efanayo ye-bokeh yobungcweti nokusebenza kwe-dynamic range ezimweni eziningi zansuku zonke nezokuhweba, ngaphandle kwesidingo sezinsiza ezingeziwe zekhadi lokubamba.
• Inkolelo: Isinqumo esiphakeme kusho ukusebenza okungcono kokudubula. Iqiniso: Ikhwalithi yenzwa nosayizi wephikseli kunquma amakhono ayisisekelo wokukhiqiza izithombe. Ikhamera ye-1080p eyenziwe kahle idlula amadivayisi asezingeni eliphezulu anezinqumo eziphakeme anezinto ezingezansi zenziwe ngezinga elingezansi ekusebenzeni kwangempela kokudubula.
• Inkulumo-dumo: Amakhamera e-USB afanele ukusetshenziswa nsuku zonke ngabantu abavamile. Iqiniso: Ngokusebenza okuzinzile kwe-plug-and-play kanye nezinga eliphezulu lemininingwane yobungcweti, amakhamera e-USB anamuhla asetshenziswa kabanzi ekwenzeni imishini ngokuzenzakalelayo, ukuthwebula izithombe zezokwelapha ngama-microscope, kanye nasezindaweni zokuthola izinto ngokunemba.
4. Umhlahlandlela wokukhetha ikhamera ye-USB ka-2026: Hlobanisa izimo, isabelomali, nokuhambisana
Ukukhetha ikhamera ye-USB efanele akudingi ukujaha imingcele ephezulu kakhulu. Idivayisi engcono kakhulu ingatholwa ngokushesha ngokusebenzisa ubukhulu obubalulekile obuthathu: isimo sokusetshenziswa, isabelomali, kanye nokuhambisana kwedivayisi.
Isinyathelo 1: Hlobanisa imininingwane yedivayisi nezimo zokusetshenziswa
• Ihhovisi elikude & ukubonisana ngevidiyo: Phambili isinqumo esingu-1080p@30fps, inzwa engu-1/2-inch, isikhombimsebenzisi se-USB 3.2 Gen 1, kanye nomsebenzi we-AI auto-focus (imodeli emele: Logitech C920s Pro).
• Ukusakaza bukhoma nokudala okuqukethwe: Khetha ukucushwa kwe-4K@60fps okunezinga eliphezulu lezithombe, inzwa enkulu engu-1/1.2-inch, isikhombimsebenzisi esine-bandwidth ephezulu ye-USB 3.2 Gen 2, kanye nokwenza kahle kwezimo eziguquguqukayo ze-AI (amamodeli amele: Razer Kiyo Pro Ultra, YoloCam S3).
• Ukuhlola kwezimboni nombono werobhothi: Khetha amamodeli e-global shutter anesikhombimsebenzisi se-USB4 kanye ne-latency ephansi kakhulu engaphansi kuka-10ms (imodeli emele: uchungechunge lwe-XIMEA XiQ).
• Izithombe zezokwelapha nokuqapha okuhlakaniphile: Gxila ekusebenzeni okuhle kwezindawo ezikhanyayo kancane (low lux), ibanga eliphakeme kakhulu (high dynamic range), kanye nokuhambisana nesivumelwano se-UVC 1.5 ukuze kuqinisekiswe ukudutshulwa okuzinzile nokunemininingwane isikhathi eside.
Isinyathelo 2: Khetha Ukucushwa Ngokusekelwe Ebubanzi Besabelomali
• Isabelomali sokuqala ($20): Amakhamera ewebhu ayisisekelo angu-720p, afanele izingcingo zevidiyo zansuku zonke zesikhashana ezinokusebenza okulinganiselwe kwezithombe.
• Ukusebenza kahle kwezindleko eziphakathi ($100–$200): Ukukhetha okulinganiselayo kakhulu kubasebenzisi abaningi, okuhlomele izinzwa ezingu-1/2-inch nezixhumanisi ze-USB 3.2 Gen 1, kusekela ukudutshulwa kwe-1080p nokudutshulwa kwe-4K okuyisisekelo.
• Izinga lochwepheshe ($500+): Amamodeli akhethekile ezimboni nezokwelapha, anokubambezeleka okuphansi kakhulu, ububanzi obuphezulu obunamandla, nokusebenza okuzinzile kwezimboni.
Isinyathelo 3: Qinisekisa Ukuhambisana Kwesikhungo Sokugcina
• Ukufaniswa kwesixhumanisi: Amakhamera we-USB4 aphezulu adinga izimbobo ze-USB4 noma ze-Thunderbolt 4 zekhompyutha ukuze kutholwe ukusebenza okuphelele; ukusetshenziswa okuhambisanayo okungaphansi kuzokhawulela i-bandwidth nokukhipha isilinganiso sozimele.
• Ukulungiswa kwe-hardware: Ukudubula kwe-4K@60fps okuchazwa kakhulu kudinga ama-CPU amanje (Intel i5/i7, AMD Ryzen 5/7) ukuze kugwenywe ukulahleka kwezithombe nokubambezeleka okubangelwa amandla okubala anganele.
5. Izindlela Zokuthuthukiswa Kwesikhathi Esizayo Zobuchwepheshe Bekhamera ye-USB (2027 & Ngaphezulu)
• Ukuduma kokuzwa kobujamo obungu-3D: Ngo-2027, amaphesenti angu-20 amakhamera e-USB aphakathi nendawo azoba namazingoma okuzwa kobujamo be-ToF, asekele ukubona ubuso okunembayo, ukulawula ukuthinta, nemisebenzi yokubona exhumanayo ye-VR/AR.
• Ukuvuselelwa okuqhubekayo kwezingoma: Izingoma ezinkulu ezingama-intshi angu-1 zizoba ngokuhamba kwesikhathi isilungiselelo esijwayelekile samakhamera e-USB aphambili, zithuthukise kakhulu ukuzwela ekukhanyeni okuphansi nokusebenza kwe-dynamic range.
• Ukuhamba kobuchwepheshe be-USB engenantambo: Ngokuduma kwe-Wi-Fi 7 nobuchwepheshe be-Bluetooth besizukulwane esilandelayo, amakhamera e-USB engenantambo azoba ajwayelekile, athuthukise kakhulu ukuguquguquka kokudubula okuhambayo nemisebenzi yasensimini.
• Ukuhlanganiswa okujulile kwe-edge AI: Amakhamera azobona ukubala kwe-AI okuzimele ebhodini, aqedele ukutholwa kwezinto ngokuzenzakalelayo, ukuhlonza okuhlosiwe, kanye nokwahlulela izimo ezingajwayelekile ngaphandle kokusekelwa ukubala kwe-terminal, kufanele kube ngezimo zezimboni ezihlakaniphile nezingezokugadwa.
Iziphetho Zokugcina
Kusukela kumakhamera e-webcams alula ezakhamuzi kuya kumathuluzi okuthwebula ochwepheshe wezimo eziningi, ubuchwepheshe bekhamera ye-USB buzuze izinyathelo ezinkulu ngo-2026. Izinzwa ezinkulu, izindawo zokudlulisa ze-USB ezisheshayo, kanye nobuchwepheshe bokuthuthukisa i-AI obufakwe ngaphakathi ngokuhlanganyela busekela amakhono ayo okuthwebula ochwepheshe. Ikhamera ye-USB engcono kakhulu akuyona leyo enamapharamitha eningi ngokweqile, kodwa leyo ehambisana kahle nezimo zomuntu siqu, imikhawulo yezimali, kanye nezimo zamadivayisi e-terminal.
Ngokuthuthukiswa okuqhubekayo kwezinto zokusebenza nokuthuthukiswa kwezibalo, amakhamera e-USB azophinde andise imingcele yezicelo zawo ezimpilweni zabathengi, ukudala okuqukethwe, kanye nokuhlakanipha kwezimboni, egcina isimo sawo njengezixazululo zokuthwebula ezisebenza kahle, eziguquguqukayo, nezonga izindleko.
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