Pixel users have been expressing their dissatisfaction with the Tensor processor inside their phones, likening it to Samsung’s Exynos silicon in terms of problems experienced.
If you’ve faced issues like overheating, poor battery life, and performance lag compared to Qualcomm processors, you’re not alone. But there’s hope for improvement next year.
Google seems ready to make a significant change by moving away from Samsung and adopting a custom-designed mobile processor strategy similar to Apple. According to Android Authority, internal documents suggest Google will switch to TSMC’s fabrication site for the upcoming fifth-generation Tensor processor in the Pixel 10 series, utilizing the 3 nanometer N3E node.
With Qualcomm’s latest Snapdragon 8 Elite also utilizing the same stack, the performance gains are promising for the Tensor G5. The custom Oryon core is expected to enhance performance and compete with the A18 Pro.
Looking ahead to 2026, Google aims to go head-to-head with Apple by leveraging TSMC’s N3P node for the Tensor G6. The focus is on achieving significant performance and energy efficiency improvements.
While the shift to advanced process nodes can offer substantial benefits, success hinges on effective custom engineering. For example, Qualcomm’s recent success with the Snapdragon 8 Elite’s Oryon cores highlights the impact of custom designs in surpassing Apple’s offerings.
Nirave Gondhia / Digital Trends
By leveraging TSMC’s superior process node, Google aims to enhance the performance of the Tensor G5 and future iterations. The potential for competing with Apple’s offerings is on the horizon.
While plans may evolve, Google’s shift towards custom-designed processors signifies a significant step in improving Pixel smartphones. Exciting developments are on the horizon for Pixel users.
