Leaked specifications for Google's upcoming Pixel 11 Tensor G6 chip, based on an Android Authority report, indicate a major CPU overhaul. The chip will feature a single Arm C1-Ultra core at 4.11GHz, four C1-Pro cores at 3.38GHz, and two C1-Pro cores at 2.65GHz, skipping the Cortex X925 era entirely. This configuration is similar to MediaTek's Dimensity 9500, offering a potential 40% single-core boost over the Tensor G5. However, GPU performance remains a concern. Google is reportedly switching to a PowerVR CXTP-48-1536 GPU, based on an older 2021-era C-series architecture. Compared to competitors like Qualcomm's Snapdragon 8 Elite Gen 5 and MediaTek's Dimensity 9500, the Pixel 11 is expected to deliver weaker graphics performance, limiting gaming capabilities. The article suggests Google is prioritizing AI, on-device processing, and computational photography over raw gaming power. Other upgrades include a switch to MediaTek M90 modem, Titan M3 security chip, and new TPU and ISP.
Leaked specs reveal Tensor G6 CPU architecture shift to Arm C1-Ultra and C1-Pro cores, GPU switch from Imagination DXT to CXTP, and modem change from Samsung Exynos to MediaTek M90.
Unchanged: Google's strategic focus on AI, imaging, and security over gaming performance; Pixel likely to remain mid-tier in gaming benchmarks.
The tone is cautiously optimistic about CPU improvements but clear about GPU limitations, reflecting a balanced perspective that aligns with Google's strategic priorities.
CPU upgrade is a positive step, but GPU weakness may limit overall hardware competitiveness.
Pixel 11 will appeal to AI/photo enthusiasts but less so to gaming-focused consumers.
Tensor G6's TPU and ISP enhancements will bolster on-device AI capabilities, a key differentiator.
CPU upgrade strengthens Pixel but GPU weakness may hinder competitiveness.
Wins modem contract with Google and provides CPU architecture reference.
Snapdragon likely to maintain GPU leadership over Tensor.
Loses modem contract for Pixel series.
Provides older GPU IP; relationship with Google continues but tech is dated.
C1-Ultra core adoption validates Arm's CPU design for high-performance mobile.
Google's Tensor chip strategy prioritizes AI and photography over pure performance, which may solidify Pixel's niche but risks alienating performance-focused users. The CPU leap is significant, but the GPU gap could widen against competitors. The modem switch to MediaTek may resolve longstanding connectivity issues. This approach underscores Google's long-term bet on on-device AI and ecosystem integration.
CPU performance leap will benefit general app usage and battery efficiency, but gamers will be disappointed by weak GPU.
Improved AI and imaging capabilities on Tensor G6 will enable new on-device features and apps.
Google's custom silicon strategy remains focused on differentiation rather than competing on raw specs, which may not excite hardware investors.
Pixel phones have a global but niche audience; impact varies by market.
Security chip upgrade reduces risk.
No data governance changes.
GPU criticism may affect brand perception but limited.
Leaked specs may change; final performance uncertain.
No infrastructure impact.
No significant geopolitical implications.
No regulatory changes announced.
2nm manufacturing process could face yield issues.
No workforce impact.
No new AI features discussed that raise liability.