Kwiminyaka embalwa ngoku, iikhamera zesixhobo ziye zahamba zijongana nemfazwe ukuze zibone ukuba ngubani onike elona nani liphezulu leemegapixels, ukuzama ukubonisa ukuba ngubani na onako. inikeza umgangatho womfanekiso ophezulu kunye nesisombululo phakathi kwe-12 kunye ne-14 mpx. Kwiminyaka yakutshanje, bobabini i-Apple kunye ne-Samsung basebenzise i-12 mpx sensors, umkhwa owenziwe ngabanye abavelisi.
Ukuzama ukuqhubela phambili umgangatho weenzwa ezisetyenziswa kuzo zombini i-iPhone kunye ne-iPad, i-Apple ifumene i-InVisage, inkampani yenza abenzi boluvo bomfanekiso kwiikhamera, njengoko kuxelwe yi-Image Sensors World. Ngokutsho kwe-Imagen Sensors World, abanye babasebenzi be-InVisage sele besebenza e-Apple ngelixa abanye befuna umsebenzi.
Le nkampani iye yaqulunqa i-sensor ye-sensor yoyilo lwe-sensor kunye ne-QuantumFilm ezinikeleyo yokwandisa amandla okubona ukukhanya. I-sensor yomfanekiso we-QuantumFilm isekelwe kwiklasi entsha yezinto ezenzelwe ukutsala ukukhanya. Esinye sezi zixhobo zitsha zenziwe ngamachaphaza e-quantum, i-nanoparticles enokuthi isasazeke ukuze yenze igridi emva kokuba ihlanganiswe. Ukufota ebusuku kwii-smartphones kusekho enye yeendawo ezibuthathaka zezi zixhobo, kungakhathaliseki ukuba abavelisi banyanzelisa kangakanani ukuba baphucule kakhulu minyaka le.
Uvakalelo lokukhanya olusebenzisa le mathiriyeli intsha kunye ne-QuantumFilm yenza ukuba i-InVisage yomfanekiso we-InVisage yahluke kwi-sensors ye-CMOS yemveli. Izinzwa eziqhelekileyo zisekwe kumaleko e-silicon efotosensitive ekwabandakanya imijikelezo eyimfuneko yokufunda ukuphuma kombane kwiifotoni ezichongiweyo, kunye nezithintelo ezibeka i-pixel nganye ukunqanda i-crosstalk, ke ngoko. kukho indawo encinci yokubona ukukhanya kunye nendawo encinci yokugcina umbane.