Spectricity unveils an ambitious phone camera sensor at CES

Spectricity unveils an ambitious phone camera sensor at CES


Spectricity company, within the scope of the CES 2023 fair it participated in, a truly ambitious one called “S1”. phone camera sensor introduced.

Spectricity The phone camera sensor named S1 prepared by have a wider detection range. Standard camera sensors can use certain bands of the visible spectrum (red, green and blue). S1, designed by the Belgium-based company to complement the main camera systems, It can collect much more data, including the infrared range.. What’s the plus of this? Developed sensor It can deliver accurate colors under any light condition.. According to Spectricity’s statement, the sensor, which is reported to be able to give skin tones more naturally, It may be actively involved in some phones that will be available in 2024 and it can make the phone’s photo quality even better.

1673099854 368 Spectricity unveils an ambitious phone camera sensor at CES

∗The sensor model prepared by Spectricity provides accurate color reproduction even in different light temperatures, as clearly shown in the image above. Many smartphone models are having great difficulty in this regard right now, even in the photos taken in the same location, different colors can be seen.

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Sony was the name that made a lot of noise about phone sensors before, and the company introduced a new CMOS sensor. This is directly CMOS sensor for phonesAccording to the company’s statement, it is a first in the world with its two-layer structure. The company’s newly developed sensor, unlike standard CMOS sensors, places photodiodes and pixel transistors on top of each other as separate layers.

The more understandable and important result for us is the increase in dynamic range. Thanks to this double-layer structure, the sensor can collect more light. The more light a sensor collects, the lower the ISO is set, resulting in very clean photos.

This Sony-signed new sensor is also capable of producing high quality from small pixel sizes. This seems very important on the phone side for a resolution of 200 megapixels and above. It is still unknown when this sensor will appear in a smartphone.

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