Samsung Electronics unveiled three new picture sensors from its ISOCELL sequence as we speak, aimed toward “bridging the gap between main and sub cameras.”
The standout is the ISOCELL HP9, a devoted telephoto picture sensor. It boasts 200 MP decision with 0.56 μm pixels and measures 1/1.4″ in measurement. The sensor options proprietary high-refractive microlens to boost light-gathering capabilities, directing extra gentle precisely to the RGB filter.
In comparison with its predecessor, the ISOCELL HP9 provides 12% higher gentle sensitivity and 10% improved autofocus. It makes use of Tetra-pixel expertise, combining 16 pixels to behave as a big 12 MP 2.24 μm sensor. The HP9 additionally helps 2x or 4x in-sensor zoom modes, reaching as much as 12x zoom when paired with a 3x telephoto lens, per the official specs.
ISOCELL HP9
The ISOCELL GNJ is a 50 MP dual-pixel sensor with 1.0 μm pixels and a 1/1.57″ measurement. This sensor options upgraded deep trench isolation (DTI) supplies, shifting from polysilicon to silicon oxide to attenuate crosstalk between adjoining pixels.
Moreover, it provides improved energy consumption, with a 29% discount in preview mode and a 34% discount in video mode at 4K 60 fps.
ISOCELL GNJ
The ISOCELL JN5 is one other 50 MP sensor that includes 0.64 μm pixels and a 1/2.76″ optical format. It contains Twin Vertical Switch Gate (VTG) expertise to boost cost switch inside pixels, lowering noise in extraordinarily low gentle circumstances. The JN5 additionally comes with Tremendous QPD (Quad-Part Detection), permitting it to check part variations each vertically and horizontally, thereby enhancing autofocus.
Samsung describes the JN5 as a flexible and slim resolution appropriate to be used throughout most important and sub cameras, together with wide-angle, ultrawide-angle, entrance, and telephoto.
ISOCELL JN5
Samsung has not offered a timeline for these sensors showing in smartphones. Nevertheless, we already noticed the ISOCELL HP9 within the telephoto digicam of the vivo X100 Extremely, which we’re presently reviewing.
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