Key Takeaways
1. The Tensor G5 SoC is the first chip made with TSMC’s 3 nm technology, enhancing power efficiency.
2. It features an eight-core CPU with a claimed performance increase of up to 34% over the Tensor G4.
3. The Tensor Processing Unit (TPU) is reportedly 60% faster than its predecessor.
4. It includes the Google Titan M2 security chip for improved security measures.
5. The Tensor G5 supports C2PA Content Credentials and can run the Gemini Nano AI model locally for various on-device features.
Google recently introduced its new Tensor G5 SoC for the Pixel 10 series. The chip has been widely discussed online, and from what we can tell, it doesn’t bring significant changes. Nevertheless, it is the first chip produced using TSMC’s advanced 3 nm technology, which should improve power efficiency.
Specifications and Performance
Google hasn’t officially released the specifications yet, but a previous Geekbench leak indicated that the chip might feature an eight-core CPU. It includes one Cortex-X4 core running at 3.78 GHz, five Cortex-A725 cores at 3.05 GHz, and two Cortex-A520 efficiency cores clocked at 2.25 GHz. Google claims that this setup could provide up to a 34% performance increase compared to the Tensor G4. In addition, its Tensor Processing Unit (TPU) is said to be as much as 60% faster than its predecessor.
GPU and Security Features
While details about the GPU in the Tensor G5 remain undisclosed, many believe it to be the PowerVR DXT-48-1536 from Imagination Technologies. It appears that hardware-level raytracing is not enabled. Other than that, info about the internal components is sparse, except for the inclusion of the Google Titan M2 security chip for enhanced protection.
New Features
Importantly, the Tensor G5 marks the first Google phone to support C2PA Content Credentials, which aims to combat the massive amount of AI-generated content. Furthermore, it can operate the company’s Gemini Nano AI model locally, enabling features like Magic Cue, Voice Translate, and Call Notes to function on-device, likely without needing an internet connection.
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