Google Pixel 2 has a hidden chip called Pixel Visual Core

Google Pixel 2 has a hidden chip called Pixel Visual Core

Google Pixel 2 has a hidden chip called Pixel Visual Core

All recent talk about the possibility of designing dedicated mobile chips by Google apparently somehow with the release of Pixel 2 and Pixel 2 XL have taken on the color of reality. In an exciting news yesterday, Google confirmed that both of the company’s new phones have a custom-designed hidden chip. This dedicated chip, which is called Pixel Visual Core, is primarily designed to help the Pixel 2’s powerful camera, and once activated, it can perform some take over the activities of Qualcomm’s Snapdragon.

In the coming weeks and months, Google will officially enable the Pixel Visual Core chip, and thanks to it, the+HDR /strong> More third-party camera apps are coming to the Pixel 2 and Pixel 2 XL. Don’t be surprised because this is really true. The Pixel 2 and Pixel 2 XL phones have a hidden Image Processing Unit (IPU) inside them that hasn’t been activated yet and none of us We didn’t know about it until now.

Let’s say again that the main goal of the Pixel Visual Core chip design is to bring the attractive HDR+ feature to other third-party camera apps in the new Google phones. This system-on- The single-chip (SoC) can perform more than 3 trillion different operations in a second, thanks to having eight customized cores completely designed by Google, and because of this, It fulfills its purpose well. According to Google, the HDR+ feature runs up to 5 times faster by using Pixel Visual Core. On the other hand, compared to the Snapdragon 835 processor used in this year’s Google flagships, this new chip can consume less energy when using HDR+.

Next, you can see several examples of images taken with third-party camera applications when using or not using the Pixel Visual Core chip:

Since Pixel Visual Core is Google’s first dedicated chip, it is definitely not going to be used only to enable HDR+. Google leaders claim that they are now preparing the next series of applications; These applications will use the power of Pixel Visual Core in different functions. According to Google, the Pixel Visual Core chip will initially be available to developers in the coming weeks through the Android 8.1 test update, and after some time, following the global release of Android 8.1, Google will release the said chip.

Next, you can read the statement that Google published on its official blog:

Pixel Visual Core : Image processing and machine learning in Pixel 2

The camera used in the new Pixel 2 phone is an excellent combination of hardware, software and machine learning; All you have to do is select the scene you want and start capturing amazing pictures and videos. One of the technologies that will help you capture great images is a feature called HDR+; This feature enables capturing great images of various scenes (from dimly lit landscapes to sunny skies) with high brightness levels.

HDR Plus images It produces beauty and we have been able to evolve its algorithm over the last year and thanks to this, we have found the ability to use the new Pixel 2 chip to enable it and allow our users to take advantage of the processing. Smart HDR+ can record multiple images consecutively in the background. Along with this, we’ve been working on features for some time that will significantly increase the computing power of this chip and enable bringing HDR+ to third-party camera applications.

In order to make HDR+ even more accessible, to tackle the most challenging imaging and machine learning applications, and finally, to provide lower latency and even higher HDR+ performance, we created Pixel Visual Core. Pixel Visual Core is the first custom SoC made by Google and is included inside all Pixel 2 phones. We’ll be enabling this chip in a software update over the next few months, and thanks to it, third-party camera apps will be able to use the Pixel 2’s default camera app’s HDR+ feature.

Let some Mention the details. The central part of Pixel Visual Core, the Image Processing Unit (IPU) designed by Google, is fully programmable and has a dedicated domain of activity. This IPU is completely developed by Google and can give you maximum performance with low power consumption. The aforementioned image processing unit, using eight cores designed by Google, each of which has 512 calculation and logic units (ALU), can perform 3 trillion operations in one second using the phone’s energy. By using Pixel Visual Core, the HDR+ feature runs up to 5 times faster. On the other hand, the energy consumption of this new chip is less than one-tenth of that of the Snapdragon 835 used in this year’s flagships when using HDR+. It is an Application Processor (AP) implementation. An important element in the Pixel 2 to make this IPU more efficient is that the hardware and software are perfectly paired together. Our processor has an advantage over conventional processors, and that is more control over the hardware of the device, which makes it more efficient. This, on the other hand, can make IPU a challenge to use today’s well-known programming languages.

Over the coming weeks, we’ll be enabling Pixel Visual Core in the Android 8.1 Developer Preview. After that, we’ll enable the chip for all third-party apps that use the phone’s main camera, allowing them to access the Google Pixel 2’s HDR+ technology. We can’t wait to see the beautiful HDR+ images you can now capture with your phone’s main camera, and soon to be released to your favorite camera apps.

HDR+ is the first feature thanks to Pixel. Visual blind is activated. As we mentioned earlier, the Visual Core Pixel is programmable and we are now preparing our next series of applications. The exciting thing is that over time we’ll be improving more new apps using Pixel Visual Core.

Over time, we will unveil more innovations in the field of imaging and machine learning; So wait for new news!

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