Google's next generation of smartphones, the Pixel 10 series, will bring with it a major change in its internal architecture. The Tensor G5 chip will be in charge of offering performance improvements, efficiency y image processing, marking Google's transition toward a more proprietary design, independent of its historical partners. With this advancement, Google is positioning itself to compete in the processor market, as can be seen in our article on the most powerful mobile processors.
Until now, Google had collaborated with Samsung in the manufacture of its Tensor processors, but for this new iteration, the company has decided to rely on TSMCThis change will allow Google to use a manufacturing process that 3nm, which is expected to increase performance and reduce the energy.
TSMC takes over manufacturing of the Tensor G5
Since its first foray into developing its own chips, Google has combined its technologies with elements provided by Samsung. However, with the G5 tensioner, the Mountain View company has opted for a different strategy, completely eliminating Samsung's influence in manufacturing and betting on TSMC, the Taiwanese semiconductor giant. This change is a decisive step toward technological autonomy.
The new processor will be manufactured in a 3nm node, which will facilitate significant improvements in the Energy Efficiency and the performance. Additionally, Google is expected to have greater control over chip customization, optimizing it for its combination of hardware and software, which represents an evolution from previous collaborations.
A revamped GPU and image processing improvements
One of the most significant changes in the Tensor G5 is the addition of a new GPU. Google will abandon the Arm Mali-G715 MP7 that he used in the Tensor G4 to opt for a IMG DXT de Imagination TechnologiesThis change could translate into substantial graphical improvements, something that hasn't been a strong point of the Pixels so far. With these updates, Google hopes to achieve a significant improvement in the visual experience of its devices.
Another key element of the new chip will be its photographic capacity. Google will introduce a Fully customized ISP (Image Signal Processor), leaving behind the modified versions of Samsung's ISPs used in previous generations. This expanded capabilities could cement the Pixel as a benchmark in mobile photography, something many users are eagerly awaiting.
In addition to the GPU and ISP modifications, Tensor G5 will also bring several other internal changes. These include:
- Un custom memory controller, which could improve the speed of data access and management.
- The abandonment of the video codec BigWave AV1 and Samsung's MFC in favor of WAVE677DV by Chips&Media, which will offer improved support for formats such as AV1, VP9, HEVC and H.264.
- Modifications in the display drivers, moving from Samsung's DPU to VeriSilicon's new DC9000.
- Use of third-party components in connections such as USB, PCIe and storage LPDDR5x.
These changes show a clear intention on the part of Google to optimize its hardware with a view to improve performance and efficiency of their devices, which will be crucial in the competitive smartphone market.
Impact on performance and user experience
Despite all the hardware news, some sources suggest that the Tensor G5's performance could be not present a drastic jump compared to the previous generation. While the 3nm manufacturing process will offer some efficiency advantages, the use of CPUs similar to those of previous versions could limit the improvements in raw powerHowever, it is precisely in this transition where optimization plays a vital role.
However, the key to Google's new chip is not only its raw performance, but also its software optimization and integration with the IA. With an increasing focus on processing Artificial Intelligence, Pixel devices seek to offer a smooth user experience and enriched with smart features. This is an aspect that has become crucial to competing in today's market.
The Tensor G5 will represent an important step in the evolution of Google's processors, consolidating its technological independence and allowing it to further improve the user experience on their devices. Now we just have to wait for its official launch to see the real impact of these improvements.
Passionate writer about the world of bytes and technology in general. I love sharing my knowledge through writing, and that's what I'll do on this blog, show you all the most interesting things about gadgets, software, hardware, tech trends, and more. My goal is to help you navigate the digital world in a simple and entertaining way.