Next year's Google Tensor G4 chip is generating significant buzz in the tech world. This article dives deep into the details of Google's upcoming flagship chipset, which will feature a mix of Cortex-X4, Cortex-A720, and Cortex-A520 CPU cores, along with an Arm Immortalis-G715 GPU. Excitingly, it will be manufactured on Samsung's 4LPP+ node and is set to debut alongside the highly anticipated Pixel 9 series.
Assessing the Hype
Recently, an industry insider cast doubt on the Google Tensor G4 chip's capabilities, suggesting that it might offer only marginal improvements compared to its predecessor, the Tensor G3. However, before we pass judgment, it's important to remember that the Tensor G3 has yet to prove itself in action. Let's take a closer look at what the Tensor G4 brings to the table.
The CPU Configuration
The Tensor G4 will stick with a proven 3-core design, but the specific core counts remain unspecified. This leaves us wondering about the total core count, especially since the Tensor G3 features nine cores. Google could opt to retain the same design or, intriguingly, mimic the yet-to-be-announced Exynos 2400, potentially evolving into a 10-core powerhouse, organized in a 1+2+3+4 configuration (1x Cortex X4, 2x Cortex-A720, 3x Cortex-A720, and 4x Cortex-A520). This choice will significantly impact the chip's performance and capabilities.
The GPU Continuity
On the GPU side of things, Google plans to maintain continuity by sticking with the trusted Arm Immortalis-G715. This GPU has proven its mettle in previous iterations and is expected to deliver top-notch graphics performance for the Tensor G4, ensuring a seamless user experience for Google's flagship devices.
Manufacturing Process: A Change of Plans
Some enthusiasts were hoping to see the Tensor G4 on Samsung's cutting-edge 3GAP node, but recent leaks suggest a different path. The Tensor G4 will be manufactured on Samsung's 4LPP+ node, the same as the Exynos 2400. This decision raises questions about whether we will ever witness another Google SoC on a Samsung node after the Tensor G4. The company's future plans involve approaching TSMC for its 2025-bound Tensor G5. However, challenges like low demand and limited production capacity on TSMC's lines could potentially force Google to explore alternatives, such as Intel Foundry Services.
Conclusion
In conclusion, the Google Tensor G4 is poised to be a significant player in the world of mobile chipsets. Its CPU core configuration, GPU choice, and manufacturing process on Samsung's 4LPP+ node set the stage for an intriguing addition to the Pixel 9 series. While some skepticism exists about its potential, only time will tell whether the Tensor G4 lives up to the hype. Tech enthusiasts and Google fans alike eagerly await its official release, hoping for a chipset that pushes the boundaries of performance and innovation.
