While enthusiasts often call for Google to replace its custom Tensor processors with Qualcomm’s Snapdragon chips, doing so would likely increase device costs and compromise unique software features.
Key Points
- Google’s Tensor chips allow for aggressive pricing, whereas flagship Snapdragon processors are significantly more expensive and subject to frequent price hikes.
- Switching to Qualcomm silicon would likely force a fundamental, potentially negative overhaul of the mid-range Pixel A-series strategy.
- Snapdragon chips lack support for Linux Terminal, a feature that enables desktop-like functionality and supports Google’s long-term mobile-computing convergence goals.
- While Snapdragon processors offer superior raw performance and video capture capabilities, they are not immune to the overheating and battery issues historically associated with Pixel devices.
- Google’s custom silicon provides full control over TPU design, enabling specialized AI features like the Matformer model architecture and unique on-device processing.