Pixel 10 Pro Prototype Features Non-QPR1 Android 16, Massive Camera Bump, and 8-Core Tensor G5 CPU

Google’s attempts to keep the Pixel 10 under wraps have once again fallen short, as evidence of the Pixel 10 Pro prototype has emerged, revealing a comprehensive view of its design and features.

Disappointing Tensor G5 Configuration Revealed in Pixel 10 Pro Prototype

Recently, a Design Verification Test (DVT) prototype of the Pixel 10 Pro surfaced on the Chinese social media platform Coolapk, with details provided by Mystic Leaks and further coverage by Android Authority. This leak uncovers the specifications of the Tensor G5 chipset, showcasing an 8-core CPU configuration that includes one Cortex-X4 core, two Cortex-A725 cores, and two low-power Cortex-A520 cores. Reports suggest that the Tensor G5 is incorrectly listed as a 5nm system-on-chip (SoC); instead, it is expected that Google will utilize Taiwan Semiconductor Manufacturing Company’s (TSMC) second-generation 3nm process for producing this chipset.

The Pixel 10 Pro prototype also boasts robust memory specifications, equipped with 16GB of RAM and 256GB of onboard storage. In terms of software, the device appears to be operating on a non-QPR1 version of Android 16, indicating that it’s an early iteration of the upcoming operating system.

While the Pixel 10 Pro does not appear to be undergoing significant design changes compared to its predecessor, the Pixel 9 Pro, it does feature a noticeably larger camera bump, suggesting that the overall chassis may be slimmer in design. The back of the device reveals tri-camera setup, indicative of Google’s continued focus on enhancing mobile photography.

It is crucial to note that the retail version of the Pixel 10 Pro is likely to resemble the DVT prototype, though there remains a chance that Google may incorporate minor aesthetic refinements in the final model. As we await the official announcement, slated for later this year, we will provide ongoing updates as more information becomes available.

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