Google Pixel 11 Pro XL Benchmarks Leak
· news
The Tensor Trap: Google’s Pixel 11 Pro XL Raises Questions About Its Chipset Strategy
The latest Geekbench scores for the upcoming Pixel 11 Pro XL have revealed a phone that underperforms in terms of performance. The Tensor G6 chipset, touted by Google as a game-changer, appears to be struggling against competitors from Apple and Samsung.
According to Geekbench results, the Pixel 11 Pro XL trails behind its competitors in single-core performance, lagging the Samsung Galaxy S26 Ultra by 33% and the Apple iPhone 17 Pro Max by 42%. However, it’s in multicore performance where things get concerning: the Pixel 11 Pro XL lags behind its competitors by 65% against the iPhone 17 Pro Max and a staggering 96% against the Galaxy S26 Ultra.
In comparison to last year’s Pixel 10 Pro XL, single-core scores have improved slightly, but multicore performance has taken a step back. The Tensor G6 was supposed to offer significant improvements over its predecessor, thanks to TSMC’s more advanced 2nm process. However, these early results suggest that Google may have misjudged the competition.
The Pixel series has historically trailed behind Apple and Samsung in terms of performance. While expectations were raised with each new generation, this year’s model is actually performing worse than last year’s in some areas, which raises concerns about Google’s chipset strategy.
As the Made by Google event approaches, it remains to be seen whether these scores are an outlier or a trend. Tom’s Guide will provide more comprehensive testing of the Pixel 11 Pro XL, but for now, Google has some explaining to do, especially considering its boasts about the Tensor G6.
The ongoing smartphone wars have consistently pushed tech companies to innovate and improve their processors. Apple and Samsung have set high standards, leaving others in their wake. If Google fails to adapt and revamp its strategy, it could have far-reaching consequences for its reputation and market share.
Google’s misstep serves as a reminder that even well-regarded companies can make mistakes. With the competition getting fiercer by the day, any error can be costly. Will Google seize this opportunity to course-correct or continue down a path that may ultimately lead to its downfall?
Reader Views
- ADAnalyst D. Park · policy analyst
The Tensor G6's performance woes may be more than just an outlier. With each successive generation, Google has touted its Pixel series as the worthy challenger to Apple and Samsung's dominance. But these benchmark scores suggest that the Tensor chip's limitations will hinder the phone's adoption among power users, particularly those invested in multitasking-intensive workflows. The lackluster multicore performance is a concern for content creators and professionals who rely on mobile devices to stay productive.
- CMColumnist M. Reid · opinion columnist
The Tensor G6's underwhelming performance raises questions about Google's priorities: is it still chasing flagship status, or has the company lost its competitive edge? One potential explanation lies in the power consumption trade-offs that often accompany smaller process nodes like 2nm. Perhaps Google's decision to stick with TSMC's 2nm node resulted in an overemphasis on efficiency at the expense of raw processing muscle. Whatever the reason, this slump will undoubtedly be scrutinized by critics and fans alike as the Pixel 11 Pro XL prepares to take center stage at Made by Google.
- RJReporter J. Avery · staff reporter
The Tensor G6's underwhelming performance raises serious questions about Google's decision to stick with TSMC's 2nm process, which promised significant gains but appears to have plateaued. A more pressing concern is how this lackluster chipset will impact the user experience in real-world scenarios – battery life, gaming, and seamless multitasking are all at risk of being compromised. Until we see concrete improvements or a revised strategy from Google, it's hard not to conclude that they've been outmaneuvered by their competitors once again.