Google's Pixel smartphones stand out for their immediate access to the latest software updates and their custom-designed Tensor processors. Despite ongoing hopes for performance improvements with each new generation, the Tensor chips have faced some challenges. However, a recent FCC filing for the Pixel 11 Pro Fold provides an intriguing clue about a significant hardware modification planned for the upcoming Tensor G6.
While Google designs the Tensor chips, they incorporate intellectual property from various partners, especially for components like the GPU and modem. Historically, all Tensor chips have utilized Samsung Exynos modems. Yet, speculation has been rife since last year that Google might transition to a MediaTek modem for the Tensor G6, which is expected to power the Pixel 11 series. Specifically, sources have pointed to a MediaTek M90 component, suggesting this shift could lead to enhanced power efficiency compared to previous Exynos iterations.
An examination of the Pixel 11 Pro Fold's SAR test report within the FCC documentation reveals a critical detail. Amidst pages of technical specifications and measurements, the mention of "MediaTek algorithms" on page 30 stands out. Since Samsung would not employ MediaTek's algorithms for an Exynos modem, this reference strongly suggests that Google is indeed moving forward with a MediaTek modem for the Tensor G6, aligning with prior rumors and leaks. This revelation helps to alleviate much of the uncertainty surrounding the upcoming Pixel 11 series as its public unveiling approaches.
This strategic move by Google to integrate MediaTek's modem technology into the Tensor G6 is a testament to the company's continuous pursuit of innovation and optimization for its Pixel lineup. By potentially enhancing power efficiency and overall performance, Google is striving to deliver a more refined and competitive user experience. This development underscores a forward-looking approach, aiming to push the boundaries of mobile technology and user satisfaction.
