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Google Pixel 2 camera: Specifications, mechanism explained

4 October, 2017 9:07 PM
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Google Pixel 2 camera: Specifications, mechanism explained

From DxOMark rating of 98, to a new depth-sensing Portrait Mode, the Pixel 2's camera continues on the same note as last year's Pixel.

Google’s all new Pixel phones are finally here. While many would say that a lot of the upgrades seen here are iterative in nature, Google has actually thrown in quite a fair bit of changes under the skin to present what it wants you to believe is a completely new phone. A lot of these changes are actually pertaining to the camera, which Google continues to lay emphasis on, just like it did with last year’s Pixel and Pixel XL.

The size of each pixels is now smaller than that on the first generation Pixel - 1.4um, against the 1.55um pixels on the… well, Pixel. Google now uses an f/1.8 lens instead of an f/2.0 lens for letting in more light, as well as obtaining shallower depth of field naturally. Alongside, Google has included optical stabilisation as well as electronic stabilisation to the rear camera, and to assist the Dual Pixel phase detection autofocus, has also included a laser assisted autofocus module.

On top of all these physical elements, Google is bringing its AI and AR trickery to the Pixel cameras. The Pixel 2’s ISP will be backed by machine learning algorithms, and Google will use it for depth sensing, shooting in Auto-HDR, and even reducing noise in low light conditions.

Google also uses the Dual Pixel configuration, and couples it with its image processing algorithms to produce a depth map of the scene in front of the camera. This in turn gauges the 2D image in 3D, or creates a map of the photograph’s background, mid and foreground. What this facilitates is an effect that all smartphones till now use two cameras to create - Portrait Mode. While using such equidistant pixels to gauge difference in distance between subject and the sensor would typically create high image noise, Google is reportedly using its HDR algorithms to combine multiple shots of one particular scene and amplify the image signal. This, on paper, should produce a very well refined bokeh effect, but the verdict remains subject to tests.

Google will also use its HDR algorithms, coupled with the benefit of the Dual Pixel sensor’s speed, to produce better low light photographs. The wider lens aperture, coupled with the addition of optical image stabilisation and simultaneous electronic stabilisation, should also lead to slower shutter speeds and longer exposure times in low light. These two aspects combined should mean significantly superior low light imagery from the Google Pixel 2 smartphones.

These are the key workings of the Google Pixel 2’s cameras. It also gets a Motion Photos feature (equivalent to Apple’s Live Photos), and has integrated its ARCore framework to add augmented reality interactive stickers within the camera app itself. These, though, will remain more gimmicky for the time being, and it really is Google’s HDR algorithms that have us excited to see the results that they produce.

As for prices, the Google Pixel 2 64GB will retail at Rs. 61,000, while the 128GB variant is priced at Rs. 70,000. The Google Pixel 2 XL 64GB is priced at Rs. 73,000, and the 128GB variant will cost Rs. 83,000.

Also read: Google Pixel Phones’ Camera App Adds External Microphone Support for Recording Videos


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