Galaxy S25 Ultra Outperforms Pixel 10 Pro Despite Upgrades

The Google Pixel 10 Pro XL has been soundly defeated in a comprehensive speed test. The device, featuring Google’s in-house Tensor G5 chip, faced off against Samsung’s Galaxy S25 Ultra. Results show a substantial performance gap between the two Android flagships. This outcome is a significant setback for Google’s silicon ambitions.

According to a test conducted by PhoneBuff, the S25 Ultra finished tasks much faster. The test involved opening a series of demanding applications and games. Despite having more RAM, the Pixel 10 Pro XL could not keep pace. This performance difference was consistent throughout the entire evaluation.

Tensor G5 Performance Lags Behind Snapdragon 8 Elite in Real-World Testing

The Pixel 10 Pro XL is equipped with 16GB of RAM. This gives it a 33 percent memory advantage over the Samsung model. However, this hardware benefit did not translate to better performance. The Tensor G5 processor struggled with intensive applications from the start.

Samsung’s device, powered by the Snapdragon 8 Elite, maintained a decisive lead. The only time the Pixel took a brief lead was when opening the ESPN application. This single victory was short-lived. The overall performance gap was too significant to overcome.

Speed Test Results Reveal a Substantial Performance Gap

The first lap of the speed test concluded with a stark time difference. The Galaxy S25 Ultra finished in 2 minutes and 25 seconds. The Pixel 10 Pro XL completed the same tasks in 2 minutes and 58 seconds. This 33-second deficit highlights the raw performance disparity.

The second lap tested the devices’ ability to reload apps from memory. The Pixel’s extra RAM helped it perform better in this phase. It finished just two seconds behind the Galaxy S25 Ultra. However, the initial deficit was too large to overcome for a overall victory.

The Google Pixel 10 Pro XL speed test demonstrates a clear need for improvement in chip design. Google’s Tensor G5 continues to trail the competition in processing power. For consumers seeking peak performance, the choice remains evident.

Info at your fingertips

What was the final result of the speed test?

The Galaxy S25 Ultra finished the first lap in 2 minutes 25 seconds. The Pixel 10 Pro XL finished 33 seconds later. The overall victory went decisively to the Samsung device.

Why did the Pixel 10 Pro XL perform poorly?

The Tensor G5 processor could not match the Snapdragon 8 Elite’s performance. Despite having more RAM, the Pixel’s chipset was the limiting factor. This resulted in slower app loading times.

Did the extra RAM in the Pixel help at all?

The 16GB RAM helped in the memory retention portion of the test. The Pixel finished just two seconds behind in the second lap. However, it could not recover the large initial deficit.

How does this affect Google’s chip ambitions?

The results show Google still lags behind industry leaders. The Tensor G5’s performance raises questions about its competitiveness. Google may need to reconsider its strategy for future chips.

Trusted Sources: PhoneBuff