How is the Google Pixel 11’s Tensor G6 Performance?
The Google Pixel 11 Tensor G6 processor has been tested. The test results of the new Pixel models, which experienced a significant performance loss compared to the Snapdragon 8 Elite Gen 5, are in our news.
Google’s new generation flagship series, the Pixel 11 models, have officially been launched globally with the Tensor G6 processor. However, initial performance tests were conducted after the devices’ release revealed that Google’s new chipset is significantly lagging behind its competitors.
Falling behind current flagship processors like the Snapdragon 8 Elite Gen 5, the Tensor G6 is disappointing for users expecting high performance. Well-known synthetic test results from AnTuTu and Geekbench reveal a performance gap in Google’s hardware strategy.
- Tensor G6 scores 1.86 million points in the AnTuTu test, lagging considerably behind its Competitors who score around 4 million.
- The new processor shows a performance increase of around 25% compared to the previous generation Tensor G5.
- In 3DMark graphics tests, it offers half the performance of the Snapdragon 8 Elite Gen 5.
- According to Geekbench data, the device cannot compete with its current rivals in single and multi-core performance.
Pixel 11 Performance Tests Disappointing
The Tensor G6 processor, at the heart of the new Google Pixel 11 series, technically consists of a Cortex-C1 Ultra core and six Cortex-C1 Pro cores
On the graphics unit side, the PowerVR CXTP-48-1536 has been chosen. Although it offers an advanced architecture on paper, real-world and synthetic tests show that the platform struggles in terms of efficiency.
The device, which remains in the 1.86 million point range in AnTuTu scores, which users are most curious about, performs almost half as well as its most powerful competitors from Qualcomm and MediaTek.
The Tensor G6 processor lags behind in the competition among contemporary portable processors in terms of raw power.
Limited Improvement Compared to the Previous Generation
Although a 25 percent improvement has been recorded compared to the previous generation Tensor G5 platform, this increase is not considered sufficient to reach current flagship standards.
In particular, single-core scores in Geekbench tests hover around 2670, and multi-core scores around 6800. These numbers fall considerably short of the high processing speeds offered by other high-end phones on the market. 
In graphics-intensive processes, the Tensor G6 struggles to keep up with its competitors.
Graphics Processing Capacity Failed to Meet Expectations
In 3DMark Wild Life tests, which measure gaming performance and graphics processing capabilities, the weakness of the Tensor G6 becomes even more apparent. According to the test results, Google’s new chip scored 3386 points, while the Snapdragon 8 Elite Gen 5 significantly outperformed with 7738 points in the same test. 
Compared to last year’s Pixel models, the almost negligible improvement in graphics performance is considered a negative signal for gaming-focused users.
Do you think Google should pursue a performance-oriented strategy with Tensor processors, or continue to focus on software optimization? You can share your opinions and thoughts about the Pixel 11 with us below.
