Recent leaks have revealed Google's upcoming Tensor G5 chip for the Pixel 10 series will feature significant architectural changes, though performance improvements might not meet enthusiasts' expectations.
New Architecture and Manufacturing Process
The Tensor G5, codenamed Laguna, represents Google's first fully in-house developed mobile processor, marking a departure from Samsung's Exynos platform. Key specifications include:
- Manufacturing Process : TSMC 3nm N3E node
- Die Size : 121 mm² (larger than Apple A18 Pro's 105 mm²)
- CPU Configuration : New 1+5+2 layout
- 1x Cortex-X4 (prime core)
- 5x Cortex-A725 (mid-cluster)
- 2x Cortex-A520 (efficiency cores)
GPU and AI Performance
Notable changes in graphics and AI processing include:
- New GPU Partner : Switching from ARM Mali to Imagination Technologies
- GPU Model : DXT-48-1536 clocked at 1.1GHz
- New Features : Support for ray tracing and GPU virtualization
- AI Performance : Modest 14% improvement in TPU performance over G4
Performance Expectations
Despite the architectural overhaul, the Tensor G5 may still lag behind competitors:
- Expected to trail behind Qualcomm Snapdragon 8 Elite
- Performance gap with MediaTek Dimensity 9400
- Primary improvements focused on efficiency rather than raw performance
Memory Support
- LPDDR5X-8533 memory support
- Significant upgrade from G4's LPDDR5X-4200 modules
The shift to TSMC's 3nm process, shared with Apple's latest chips, suggests improved power efficiency despite modest performance gains. This aligns with Google's focus on AI and machine learning capabilities rather than competing in pure performance metrics.
Note: This information is based on leaked documents and should be treated as preliminary until official announcement.