Developer and leakier Max Weinbach broke the news that Apple is experimenting with the iPhone 12 models that include a 64-megapixel main ca...
Developer and leakier Max Weinbach broke the news that Apple is experimenting with the iPhone 12 models that include a 64-megapixel main camera, seeking to enhance the zoom function, but by not using a periscope lens. Additionally, he said that the company is also considering adding support for Night mode on all cameras on the back of the iPhone 12 Pro models while utilizing a larger 4400 mAh battery.
Complimenting from Weinbach's previous leaks, the credibility of his source is relatively high. Then again, the rear 12-megapixel camera lens system has been used by Apple since the launch of iPhone 6s back in 2015 to the iPhone 11 lineups in 2019.
Confronted with the high resolution brought by high pixels, Apple esteems the high dynamic range and low noise induced by the larger unit pixel size. After all, the number of pixels is not the only factor that determines the quality of a photo.
Furthermore, doubling the number of pixels without waxing the area of the sensor would affect the range of a single pixel, thereby sacrificing dynamic range and low-light shooting performance.
If Apple boosts the number of pixels to 64 million pixels this time, presumably its camera sensor size will also be expanded considerably. In turn, it is anticipated that ISP and A-series processors will have somewhat big enhancements to offset the delay in film imaging and maintain a smooth experience.
Complimenting from Weinbach's previous leaks, the credibility of his source is relatively high. Then again, the rear 12-megapixel camera lens system has been used by Apple since the launch of iPhone 6s back in 2015 to the iPhone 11 lineups in 2019.
Confronted with the high resolution brought by high pixels, Apple esteems the high dynamic range and low noise induced by the larger unit pixel size. After all, the number of pixels is not the only factor that determines the quality of a photo.
Furthermore, doubling the number of pixels without waxing the area of the sensor would affect the range of a single pixel, thereby sacrificing dynamic range and low-light shooting performance.
If Apple boosts the number of pixels to 64 million pixels this time, presumably its camera sensor size will also be expanded considerably. In turn, it is anticipated that ISP and A-series processors will have somewhat big enhancements to offset the delay in film imaging and maintain a smooth experience.
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