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At the same time, Samsung said its Isocell Plus technology allowed decent performance despite small pixels. And if you select a lower resolution (12 and 8 megapixels for GM1 and GD1 models), the sensitivity to low brightness equivalent to a pixel is four times larger. Normally, the larger the pixel, the better the camera in low light conditions. This configuration would offer both resolution and low light capacity, much like the recent Huawei P20 Pro.
<img alt = "Samsung Isocell smartphone sensors" data-caption = "Samsung Isocell smartphone sensors" data-credit = "Engadget" data-credit-link-back = "" data-dam-provider = "Engadget" data- local-id = "local- 1-740266-1540891516919" data-media-id = "3851c0ba-2a0f-304a-bfd3-e751efaffc66" data-original-url = "https://s.yimg.com/os/creatr -uploaded-images / 2018- 10 / 7a20ffc0-dc1f-11e8-bfff-451a32f64aa7 "data-title =" Samsung Isocell Smartphone Sensors "src =" https://o.aolcdn.com/images/dims?crop=1600 % 2C911% 2C0% 2C0% 2C0 & quality = 85 & formality = 85 & formality You have the step along the way, you must do the same thing as you!
Other features include the GD1's high dynamic range in real time for richer colors in high-contrast or low-light environments, as well as electronic gyroscope image stabilization. The latter is used on phones such as the original Google Pixel and Essential phones, which helps stabilize the video (but not the photos).
Samsung said the new sensors are expected to go into production in the fourth quarter of this year, which we are doing (audit schedule). Given that Samsung's next generation Galaxy S10 will probably arrive in February next year, as usual, there is a good chance that the new sensor will be installed.
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