Let's take a look the whole assembly inside the Google Pixel 10 as IFixit once again showed us the step by step teardown guide. You'll be surprised of how the layout of the main board, battery and camera being neatly stack. It begins with dismounting the battery assembly, down to the camera, then the main board, down to the screen display. Disassembling the Google Pixel 10 only need an anti-clamp a few picks, and a screw driver, making any future repair effortless. . Why do we need a teardown guide? We'll here's how IFixit answers: The Pixel 10 is powered by Google’s smartest chip yet, it’s packed with AI that can translate calls in real time, coach your photography, and even write emails for you. But here’s the thing: no AI feature in the world is going to help when your battery dies. That’s where we come in, so let’s open it up and see how repair-friendly this “AI-first” phone really is. Chapters 00:00 Intro to the Pixel 10 Teardown 00:20 Heatless back panel re...
Rumours has been spreading across the web fro the mystery of the Samsung Galaxy S4 before its official launch. Some reports that it usually features a Hyper Bright Display PHOLED display instead of the AMOLED which is used like in Samsung Galaxy S3. A famous Chinese blogger has posted a comparison of the alleged Samsung Galaxy S4 prototype between the Samsung Galaxy S3. The result is simply astonishing compared to the AMOLED types displays, since the Galaxy S4 is rumored to have built with 4,99´´ PHOLED display, and introduces the Octa-Core processor.

What's behind the Octa-Core processor?
As I want to understand closer to this chip I found out something interesting.
The Exynos 5 Octa mobile processor was featured in the Samsung Exynos booth at Mobile World Congress 2013. Samsung’s Exynos 5 Octa is the industry’s first ARM® big.LITTLE™-enabled mobile application processor (AP).
The Exynos 5 Octa pairs ultra-efficient ARM® Cortex™-A7 (LITTLE) cores with Cortex™-A15 (big) cores designed for the highest performance. This new system-on-chip (SoC) uses LITTLE cores to handle tasks like emailing, light web search and map navigation and uses the big cores for heavy-duty applications like graphic-intensive gaming.
Again, those were just an initial experimentation, let's just wait how this Samsung Galaxy S4 that has been rumored to surpassed all other high-end Android devices when in comes to graphics display. The Samsung Galaxy S4 is now launching in New York.
Source: mobile.it168.com, youtube

What's behind the Octa-Core processor?
As I want to understand closer to this chip I found out something interesting.
The Exynos 5 Octa mobile processor was featured in the Samsung Exynos booth at Mobile World Congress 2013. Samsung’s Exynos 5 Octa is the industry’s first ARM® big.LITTLE™-enabled mobile application processor (AP).
The Exynos 5 Octa pairs ultra-efficient ARM® Cortex™-A7 (LITTLE) cores with Cortex™-A15 (big) cores designed for the highest performance. This new system-on-chip (SoC) uses LITTLE cores to handle tasks like emailing, light web search and map navigation and uses the big cores for heavy-duty applications like graphic-intensive gaming.
Again, those were just an initial experimentation, let's just wait how this Samsung Galaxy S4 that has been rumored to surpassed all other high-end Android devices when in comes to graphics display. The Samsung Galaxy S4 is now launching in New York.
Source: mobile.it168.com, youtube
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