Google Pixel 8 Defies Expectations thanks to Samsung Advanced Process

The blog uncovers the pivotal role of Samsung's advanced process technology and a 9-core CPU in enhancing multi-core operations. While the Tensor G3 outperforms predictions, comparisons with rival processors set the stage for an intriguing future, hinting at potential shifts in production and architecture for the Tensor G4 and G5.

Introduction to Google Pixel:

Google Pixel series smartphones have always been known for their exceptional software experience, but they often lagged behind competitors in terms of hardware performance. However, the upcoming Pixel 8 Pro, set to be launched in 2023, seems to be changing the narrative. The key element behind this shift is Google’s in-house Tensor G3 processor, demonstrating unexpected improvements in performance, mainly attributed to advancements in Samsung’s cutting-edge process technology.

Google Pixel Processor: A Performance Surprise

The market had initially held reserved expectations for Google’s Tensor G3 processor, mainly due to its perceived performance lag compared to rival products. However, according to data from the Geekbench 6 testing software, the Tensor G3 on the Pixel 8 Pro outperformed market expectations. It scored 1,760 points for single-core and 4,442 points for multi-core, showcasing a notable improvement over the anticipated performance levels.

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Reasons Behind the Performance Boost

The primary reason for this unexpected boost in Tensor G3’s performance can be attributed to Samsung’s advanced process technology. The utilization of this state-of-the-art technology has evidently enhanced the processor’s capabilities, showcasing a commendable leap in its performance metrics.

Additionally, the Tensor G3 processor boasts a 9-core CPU, a notable advancement that aids in augmenting multi-core performance. This additional core adds to the overall processing capacity, showcasing a competitive edge in multi-core operations.

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Comparison with Competitors

Tensor G3 in Pixel 8 Pro shows improvement but lags behind Qualcomm’s Snapdragon 8 Gen 2.

Snapdragon 8 Gen 3, launching in late October, is expected to outperform Tensor G3, highlighting the need for ongoing advancements in Google’s processor tech.

Looking ahead, the report indicates that the subsequent Tensor G4 processor, anticipated in 2024, may not bring significant performance enhancements.

Google is likely to stick with Samsung for Tensor G4, implying modest upgrades for Pixel 9 series.

In 2025, there’s buzz about Google switching production to TSMC for Tensor G5, heralding a significant shift with self-developed core architecture and improved production processes for enhanced performance.


The market had doubts about Google’s Tensor G3 processor, but it pleasantly surprised with improved performance. Credit goes to Samsung’s advanced tech and a 9-core CPU, underlining Google’s commitment to boost hardware. Looking ahead, Tensor G4 and G5 hint at groundbreaking advancements, reshaping mobile processor competition.

Editorial Team
Editorial Team
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