Samsung announced on Wednesday for a sensitive new imaging smartphones
accurately Mijaksla 12, and the advantage that it offers the same
technology that has boasted in the past two Hatveeha smartphones Galaxy S
and Galaxy S 7 7 EDGE.
South Korean company said in a statement that the new imaging sensors, that pixel size which does not exceed 1.4 micrometers, already entered mass production stage. It is characterized as other technology it supports a "double pixel" Dual Pixel, which was the preserve of professional digital cameras, single lens reflex.
Samsung explained that the new technology enables rapid auto focus to capture images at high speed while maintaining high quality on mobile devices, even in low-light conditions.
The company has confirmed that Hatveeha smartphones Galaxy S 7 and Galaxy S 7 Edge, who announced them on February 21 last in Barcelona, Spain, supporting this advanced technology, but used the sensitive production of the Japanese Sony Corporation, is "Aye OMX 260" IMX 260.
Samsung pointed out that sensitive new imaging technique that supports ISOCELL hers, which isolates the optical diodes in each pixel with a physical barrier to reduce the mixing of colors, which improves sensor performance.
South Korean company said in a statement that the new imaging sensors, that pixel size which does not exceed 1.4 micrometers, already entered mass production stage. It is characterized as other technology it supports a "double pixel" Dual Pixel, which was the preserve of professional digital cameras, single lens reflex.
Samsung explained that the new technology enables rapid auto focus to capture images at high speed while maintaining high quality on mobile devices, even in low-light conditions.
The company has confirmed that Hatveeha smartphones Galaxy S 7 and Galaxy S 7 Edge, who announced them on February 21 last in Barcelona, Spain, supporting this advanced technology, but used the sensitive production of the Japanese Sony Corporation, is "Aye OMX 260" IMX 260.
Samsung pointed out that sensitive new imaging technique that supports ISOCELL hers, which isolates the optical diodes in each pixel with a physical barrier to reduce the mixing of colors, which improves sensor performance.
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