The 'Visual Core' is a custom chip in the Pixel 2 and Pixel 2 XL, designed by Google. Not only does it speed up HDR+ image processing, but it also allows third-party apps to use the technology. Instagram, WhatsApp, Snapchat, and other apps were updated earlier this month to use the Visual Core, and now the chip's service is being updated through the Play Store for the first time. Read More
There's one particularly exciting feature in the Pixel 2 that most people won't notice - the Visual Core. It's a custom chip (developed by Google) designed to speed up HDR+ image processing. It also enables HDR+ for third-party apps, or at least ones that choose to support it. The chip didn't do anything when the Pixel 2 shipped, but it was finally turned on in Android 8.1. Read More
The Pixel Visual Core is Google's first in-house chip, and it was supposed to have been enabled in Android 8.1 Developer Preview 1. However, developers looking to try it out were unable to do so, eventually realizing that Google had neglected to enable it for the public preview. Now, the company has updated its documents to say that Visual Core will be able to be tried out in 8.1 Developer Preview 2. Read More
One of the new features in the Pixel 2 and Pixel 2 XL is the 'Visual Core.' As we covered before, this is a custom chip developed by Google to improve photo processing. The Pixel 2 and 2 XL shipped with this chip disabled, with Google promising that it would be activated "in the coming months." Read More
We've known for a while that Google was interested in making its own chips. Recently their hardware efforts even bore some fruit, but most of us assumed that it would be quite a while until Google made anything at a consumer level.
Well, it turns out that the new Pixel 2 phones have a bit of Google-designed hardware inside them. It's called Pixel Visual Core, and it brings even better camera performance to the phones — or it will, once it's turned on. Pixel Visual Core augments Google's HDR+ implementation, improving latency, power efficiency (using 1/10 the power), and speed (5x faster). Read More