Idan kun karanta labarinmu game da sabuwar kyamarar da aka gabatar daga taron bita Samsung NX1, Dole ne ku lura cewa kamara ta ƙunshi sabon firikwensin APS-CMOS. Na'urar firikwensin na iya ɗaukar hotuna 28-megapixel, amma abu mafi ban sha'awa game da shi shine godiya ga sabuwar fasaha, wannan firikwensin zai iya tattara ƙarin haske.
Godiya ga tsarin 65-nanometer ƙarancin makamashin jan ƙarfe, kyamarar na iya yin aiki mafi kyau a cikin duhu. Wannan yana nufin cewa zaku iya kiyaye babban darajar ISO azaman katin trump sama da hannun riga, saboda tare da wannan firikwensin ba za ku buƙaci shi ba. Hakanan ana rage yawan amfani da makamashi idan aka kwatanta da daidaitaccen tsarin samar da wutar lantarki ta amfani da fasahar aluminum na 180-nm.
Tun da 28-megapixel APS-C CMOS firikwensin shine sabon samfurin da za ku iya samu kuma an yi shi don flagship Samsung NX1, a bayyane yake cewa duk sauran sigogi kuma za su kasance a saman. Har ila yau, firikwensin yana tura iyakoki cikin saurin dubawa da ceton kuzari.
Koyaya, abin da Samsung ya fi mayar da hankali akan shi shine matsalar daukar hoto a cikin mafi ƙarancin yanayin haske. Na'urar firikwensin ya haɗa da fasahar BSI (hasken bangon baya), wanda ke motsa sassan ƙarfe zuwa bayan diode na hoto kuma wannan yana sa firikwensin ya ɗauki ƙarin haske. Sun ce kusan 30% ƙarin haske idan aka kwatanta da tsohuwar fasahar FSI (haske ta gaba) da aka yi amfani da ita zuwa yanzu
Canza matsayi na diode kuma yana nufin cewa igiyoyin ƙarfe a cikin firikwensin sun fi inganta don saurin harbin hotuna. Kuma wannan a cikin sakamakon ƙarshe yana nufin ƙimar 30fps lokacin harbi a bidiyo na UHD.
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