Google Pixel 8 to Feature Interlaced HDR Solution with Samsung ISOCELL GN2 Camera Module


The Google Pixel series has always been known for its impressive camera capabilities, and it looks like the upcoming Pixel 8 will continue that trend with the implementation of an interlaced HDR solution. This technology allows for improved dynamic range and reduced ghosting, resulting in higher-quality images.

But the news doesn't stop there - the use of the Samsung ISOCELL GN2 camera module in the Pixel 8 means that it will be an upgrade from the previous models, the Pixel 6 and 7. This new camera module is capable of supporting interlaced HDR, which is a significant improvement over the Samsung ISOCELL GN1 used in the previous models.

Not only will the Pixel 8 offer better image quality, but it's also been reported that this interlaced HDR solution will result in a reduction of energy consumption by up to 24%. This means that not only will users get great photos, but they'll also be able to take more of them without worrying about their battery life.

Interlaced HDR is a newer technique for capturing high dynamic range (HDR) photos on smartphones. It involves taking three separate exposures (short, medium, and long) in rapid succession and merging them into a single image. This technology is said to provide richer details and more vivid colors compared to traditional HDR solutions, as well as a reduction in energy consumption by up to 24%. It is also faster to film than traditional HDR solutions.

The Google Pixel 8 is rumored to be using an interlaced HDR solution in its camera, which will be an upgrade from the previous models that used a multi-frame HDR solution. The Pixel 8 is also expected to use the Samsung ISOCELL GN2 camera module, which is capable of supporting interlaced HDR. This new camera module is an improvement over the Samsung ISOCELL GN1 used in the Pixel 6 and 7.

The implementation of interlaced HDR in the Google Pixel 8 is expected to provide improved image quality and energy efficiency for users. It is a significant advancement in smartphone camera technology and is sure to be a popular choice for photographers and smartphone users alike.

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