Google is gearing up for the arrival of its highly anticipated flagship smartphone, the Pixel 8 series. According to recent leaks and reports, these new phones will have substantial breakthroughs in camera technology. The Pixel 8 Pro is reported to include a new and larger GN2 sensor with much brighter image quality. Furthermore, both devices are said to form a solid 50MP primary camera. Here are some further details.
Google Pixel 8 Series Camera Upgrade
The camera characteristics of the succeeding Pixel series have been revealed, according to a recent claim by Android Authority. Google has opted to change its primary camera sensor to the Samsung ISOCELL GN2, replacing the GN1 used in prior generations, which marks a substantial divergence from the previous four years. The addition of this new sensor significantly improves the smartphone’s capacity to catch the light, offering a 35% improvement in light intake over its predecessor.
The ISOCELL GN2 sensor can capture high-quality 8K video at 30 frames per second. This strong sensor, along with the new Tensor G3 CPU, is anticipated to substantially improve the photographic capabilities of the Pixel 8 smartphones. Google has made significant efforts in computational photography, assuring that the next series will provide exceptional photographic performance.
The Pixel 8 camera now supports Staggered HDR, which is a major new feature. This technique shortens the time between collecting HDR shots, resulting in higher shooting rates. This improvement is expected to enhance Google’s already acclaimed HDR+ capabilities, offering customers a faster and more dependable photography experience.
The Pixel 8 Pro variant, in particular, stands out with a major boost in camera technology. It replaces the 12-megapixel Sony IMX386 sensor featured in earlier generations with the amazing 64-megapixel Sony IMX787 sensor. This significant advancement, particularly for shooting ultra-wide angles, delivers a sensor size nearly twice as large as previously, offering a significant boost in image quality.
The camera software for the next Pixel series was first focused on adjusting to the new hardware. However, interesting enhancements to essential functionality are expected. These improvements include the addition of Adaptive Flash, which automatically changes the strength of the flash based on the scene, and the adoption of “Segment AWB,” which uses AI to selectively apply various processing to certain sections of a picture by segmenting the current scene. In addition, Google may include a function in the camera’s movie mode that allows users to adjust the degree of video blur.
