Tensor G6 Leak Points to Potential Performance Shortcomings
Google’s upcoming Pixel 11 series is generating buzz, but not all of it is positive. A recent leak reveals that the new Tensor G6 system-on-chip (SoC), expected to power the Pixel 11, might once again fall short of expectations. Early benchmarks from Geekbench 6 indicate that the Tensor G6 could be limited by a reduced CPU core count, potentially leaving it behind competing flagship processors.
Key Specifications and Performance Details
The leak involves a device codenamed ‘Google Kodiak’, which is believed to be the Pixel 11. This device was spotted running Geekbench 6 with a CPU configuration described as ‘1 + 4 + 2’ cores, paired with 12GB of RAM—the same memory capacity as the Pixel 10. The fastest core in this setup runs at 4.11GHz, supported by four performance cores at 3.38GHz and two efficiency cores clocked at 2.65GHz. While the higher clock speed may boost single-core performance, the absence of an eighth core could hamper multi-core processing power.
It is worth noting that the Tensor G6 is expected to be manufactured using TSMC’s advanced 2nm process, which typically allows for improved efficiency and performance. However, the decision to reduce the core count in this variant raises questions. It is possible that this particular chip is a binned version intended for the base Pixel 11 model, with higher-end Pixel 11 variants potentially featuring an 8-core SoC.
Context and Implications for Pixel 11
Google’s previous Tensor G5 chip was criticised for underperforming compared to older competitors, such as Apple’s A14 Bionic found in the iPhone 12 Pro Max. Despite being produced on a modern fabrication node by TSMC, the Tensor G5 failed to deliver a significant performance leap. The new leak suggests that Google might be repeating a similar pattern with the Tensor G6, potentially leaving the Pixel 11 series trailing behind rival flagship phones in raw processing power.
Chip binning, a common practice in the semiconductor industry, involves sorting chips based on their performance and power characteristics to optimise costs and yields. Given the expense of TSMC’s 2nm wafers, Google may be experimenting with a binned Tensor G6 for the standard Pixel 11, reserving more powerful variants for the Pro and other models.
What to Expect Moving Forward
These early Geekbench 6 results should be taken with caution, as the Tensor G6 is likely still in the testing phase. Official benchmarks and performance details will only become clear closer to the Pixel 11 launch. For now, the leak serves as a reminder that Google’s chip strategy faces stiff competition and that the Pixel 11’s success may depend on more than just raw processing power.
As the launch approaches, it will be interesting to see if Google can address these concerns and deliver a balanced device that appeals to its fanbase. Stay tuned for further updates as more information emerges.