Google Pixel 8 Series - Tensor G3 Falls Short against Snapdragon?
Google Pixel 8 Series - Tensor G3 Falls Short against Snapdragon? Image Credits: Phandroid

Google Pixel 8 Series – Tensor G3 Falls Short against Snapdragon?
The early Geekbench results indicate Tensor G3 chipset in Google's upcoming Pixel 8 series struggles to match against Snapdragon chipset

Exciting information regarding the flagship smartphones running on the third-generation Tensor G3 chipset has surfaced as we anxiously anticipate the introduction of Google’s Pixel 8 series. Early Geekbench findings, however, indicate that it would be difficult for the Tensor G3 to match the performance of its rivals. Let’s examine the specifics and their ramifications for Google’s eagerly awaited products.

Underwhelming Geekbench Scores Reveal Google Tensor G3 Chipset 

Leaked Geekbench results show that the Tensor G3 processor falls short even when compared to the Snapdragon 8+ Gen 1 from last year, suggesting that it may not live up to expectations. The Tensor G3’s stated single-core performance on Geekbench 5 is 1186, while its multi-core score is 3809. These figures only slightly outperform the Tensor G2, which drove the Pixel 7 series. In contrast, the Tensor G2 scored 1049 on the single-core test and 3244 on the multi-core test, respectively. Even though the Tensor G3 seems to have around 10% more power than its predecessor, there is still more to be done.

Enhancements and Features of Tensor G3

Despite the unimpressive benchmark results, the Tensor G3 does offer several intriguing features and improvements. As instance, it includes ARM’s cutting-edge Memory Tagging Extensions, which are intended to improve device security against memory-based attacks. Additionally, only 64-bit apps will be supported by the Pixel 8 series, demonstrating Google’s dedication to a simplified and improved software environment.

Notably, the Tensor G3 debuts the Arm Mali-G715, a new graphics processor with 10 cores that promises greater gaming performance. Google appears committed to meeting the demands of gamers and consumers who utilize graphics-intensive programs.

Google has not neglected the importance of artificial intelligence, a subject that is still very much in the news. The Tensor G3 includes an improved Tensor Processing Unit (TPU), appropriately known as “Rio.” A significant performance improvement is anticipated from this improved TPU, demonstrating Google’s commitment to incorporating AI and machine learning capabilities into its handsets. Google wants to offer consumers cutting-edge AI capabilities and a smarter smartphone experience with the Tensor G3.

Storage capacity and efficiency are key factors in improving device performance overall. With the Tensor G3, Google has made major adjustments to overcome these issues.

A brand-new digital signal processor (DSP) has been unveiled, and it is in charge of processing audio and visual data. The updated DSP is said to be more effective, making the Pixel 8 series’ processes quicker and more power-efficient. A new Universal Flash Storage (UFS) controller that supports the most recent UFS 4.0 storage technology is another noteworthy improvement. The Pixel 8 smartphones will provide quicker data transfer rates and enhanced storage performance in comparison to earlier Pixel models thanks to UFS 4.0.

The Tensor G3 offers more than simply AI capabilities, productivity gains, and storage benefits. A redesigned CPU, cutting-edge security measures, and ground-breaking graphics capabilities are also included. The goal of these improvements, together with Google’s software optimizations, is to provide a thorough and effective user experience on the Pixel 8 series.

Comparison with Snapdragon and Mid-Range Chipsets

The Tensor G3’s CPU performance in comparison to the Snapdragon 8+ Gen 1 may be a cause for concern, but it’s necessary to look at the wider picture. While Qualcomm’s Snapdragon chipsets have typically been superior in terms of raw processing power, Google’s strategy with the Tensor G3 concentrates on maximizing AI capabilities, graphics improvements, and overall user experience. It will be interesting to watch how these optimizations perform in practical applications and how Google uses the Tensor G3’s advantages to produce a compelling flagship smartphone.


The early Geekbench debut of the Tensor G3 chipset has revealed some details about its performance as we anxiously anticipate the release of the Google Pixel 8 series. While the benchmark results may not look impressive when compared to rivals like the Snapdragon 8+ Gen 1, it’s important to take into account the more extensive improvements and functionality that Google has built into the Tensor G3.

The Tensor G3 intends to give consumers a well-rounded smartphone experience, from AI capabilities to increased efficiency and storage. The actual capability of the Pixel 8 series and its Tensor G3 processor will ultimately be determined by the mix of hardware and software optimizations.