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Google’s Tensor G5 Chip Could be A New Era for Pixel Phones with Exynos-Free Design

Highlights

Google’s Tensor G5 chipset marks a strategic shift from Samsung’s Exynos base.
Tensor G5 testing to start mid-2024, potentially powering Pixel 10 series.
G5 chipset development showcases Google’s move towards fully customized APs.
Shift to TSMC’s 3nm process node expected to enhance Pixel phone performance.

Google is on the verge of a significant shift in its approach to smartphone chip design with the Tensor G5 chipset, which is poised to be a game-changer for the upcoming Pixel 10 series, slated for release in 2025.

Tensor G5: Expected Features

Google reportedly starts testing Tensor G5 for Pixel 10

Unlike its predecessors, the Tensor G5 represents Google’s first foray into a fully customized application processor (AP), a move that signals a departure from its reliance on Samsung’s Exynos chip foundation.

The journey towards this ambitious goal is already underway.

Google has reportedly submitted its self-developed version of the Tensor G5 chipset to KYEC (King Yuan Electronics Co), a firm known for its comprehensive testing services, including wafer probing, final product test, and burn-in test.

This submission marks the beginning of a crucial phase in the chipset’s development, with testing expected to commence in mid-2024.

While the Tensor G5 is in the pipeline, the immediate future will see the continuation of Google’s partnership with Samsung.

The upcoming Pixel 9 series, set to launch in 2024, will feature the Tensor G4 AP, which, although similar to the G3 chip found in the Pixel 8 series, promises improvements.

This chip is expected to be built using Samsung’s 4nm process, indicating minor enhancements over its predecessor.

Tensor’s Move Away from Exynos

Google reportedly locks down Tensor testing in Taiwan ahead of switch to TSMC

The shift to TSMC (Taiwan Semiconductor Manufacturing Company) for the production of the Tensor G5 chip is a strategic move for Google.

TSMC’s advanced 3nm process node is set to be the backbone of this new chipset.

By moving away from Samsung’s Exynos base, Google is not just altering its manufacturing partner but also its approach to chip design.

This change is expected to grant Google more autonomy over the architecture and features of its chipset, potentially translating into more powerful and efficient Pixel phones.

The Tensor G5 chip, being fully customized by Google, opens up possibilities for a range of new features tailored specifically for Pixel phones.

This could mean significant advancements in performance, efficiency, and unique functionalities that could set Pixel phones apart in the competitive smartphone market.

Google’s first fully custom chipset design, as the company has thus far been relying heavily on a foundation provided by Samsung’s Exynos chips

FAQs

What is Google’s Tensor G5 Chipset?

The Tensor G5 is Google’s upcoming chipset, anticipated to be the first fully customized application processor by the company.

This chipset is expected to power the Pixel 10 series, showcasing Google’s shift from relying on Samsung’s Exynos chips to its own unique design.

How does the Tensor G5 differ from its predecessors?

Unlike the previous Tensor chips, the G5 is set to be Google’s first fully self-developed chipset, moving away from the Exynos-based design.

This shift represents a significant step towards more autonomy in chip design and functionality for Google.

When is the testing for the Tensor G5 Chipset scheduled?

Testing for the Tensor G5 chipset is planned to begin in the middle of 2024.

This testing phase is crucial for ensuring the chipset’s readiness and efficiency before its expected integration into the Pixel 10 series.

What are the expected benefits of Google switching to the Tensor G5 chipset?

The Tensor G5 chipset, being fully customized by Google and manufactured using TSMC’s advanced 3nm process, is expected to bring enhanced performance and efficiency.

This change could lead to more powerful and energy-efficient Pixel phones, with potentially unique features exclusive to the Pixel range.

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