Google Pixel 9a Benchmarked Ahead of Official Launch: Inferior Tensor G4 SoC Shows Lower Multi-Core Scores Compared to Base Pixel 9

Google is poised to unveil the Pixel 9a in the coming weeks, yet the company has struggled to maintain the confidentiality of information regarding this anticipated mid-range device. As a result, extensive benchmark testing has been conducted, even leading to the publication of a detailed review intended to guide prospective buyers in determining if the Pixel 9a should be their next smartphone choice. Our analysis reveals a surprising trend: despite both the Pixel 9a and the standard Pixel 9 being equipped with the same Tensor G4 processor, the Pixel 9a achieves a lower multi-core score. This disparity raises questions about whether Google has opted for a downgraded variant of the SoC, a choice that is certainly within the realm of possibility.

Cost-Cutting Measures: A Weaker Tensor G4 for the Pixel 9a?

The Tensor G4 chip utilized in the flagship Pixel 9 series employs Fan-Out Panel Level Packaging (FOPLP), a more advanced and pricier technology that enhances overall performance benefits, including a smaller die size that helps manage temperatures. In a recent analysis conducted by YouTuber Sahil Karoul, we gained insightful information regarding the Pixel 9a’s capabilities, particularly through benchmark comparisons. The mid-range device achieved a single-core score of 1, 530 and a multi-core score of 3, 344 on Geekbench 6.

When we juxtapose these results with those of the standard Pixel 9, the single-threaded performances are nearly indistinguishable. However, a considerable gap emerges in multi-threaded results, with the Pixel 9 reaching a score of 3, 821. This performance discrepancy may stem from Google adopting Samsung’s Integrated Package on Package (IPoP) technology in the Pixel 9a’s Tensor G4, which causes the mid-range device to run hotter and, consequently, perform slower in multi-core scenarios. Notably, all versions of the Pixel 9, except the base model, were enhanced with vapor chamber cooling technology that allows for superior thermal management.

Exclusive Google Pixel 9a Unboxing with Benchmark || Camera shots|| Gameplay || Speaker & Display (https://www.youtube.com/watch?v=S64oWRtVOA0)

It is likely that the Pixel 9a will forgo this advanced cooling solution, further attributed to cost-reduction strategies. This could inadvertently mark the end of Samsung’s involvement as a chipset supplier, as reports indicate that Google is planning a transition to TSMC’s technology for its upcoming Tensor G5, intended for the Pixel 10 lineup. If a Pixel 10a is announced, users might look forward to improved thermal management and, as a result, enhanced performance compared to the Pixel 9a.

Source: Sahil Karoul

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