Pixel 11 Pro Fold FCC Filing Hints at MediaTek Modem for Tensor G6

The upcoming Google Pixel 11 Pro Fold has received FCC certification, with documents hinting at a significant change in its internal hardware: the potential adoption of a MediaTek modem for the next-generation Tensor G6 processor. This development, observed in the device's Radio Frequency (RF) component testing, supports persistent rumors that Google is shifting away from Samsung for critical modem components.

Google's Pixel phones are renowned for receiving the latest Android software updates first and for their custom Tensor processors. While these in-house chips have generated considerable anticipation over the years, the hope for improved performance and efficiency with each new iteration remains strong, even amid past disappointments. The recent FCC documentation for the Pixel 11 Pro Fold has surfaced, potentially offering a crucial clue about one of the major anticipated changes for this year's Tensor chip.

Although Google designs the Tensor chips, the company does not manufacture them entirely independently. They have historically licensed intellectual property from other firms, particularly for the Graphics Processing Unit (GPU) and the modem. To date, all Tensor processors have utilized Samsung Exynos modems. However, reports from late last year suggested that Google might switch to a MediaTek modem for the Tensor G6, which is expected to power the Pixel 11 series later in 2026. Specifically, sources have indicated the use of a MediaTek M90 component. The move is widely hoped to improve power consumption compared to relying on another Exynos modem.

FCC Documents Reveal MediaTek Clue

A close examination of the FCC documents, specifically the SAR (Specific Absorption Rate) test report for the Pixel 11 Pro Fold, reveals the presence of MediaTek. This report measures the radiofrequency (RF) energy exposure when a user holds the phone. Naturally, the modem and radio hardware are central to these measurements. Buried within pages of technical specifications and data, a reference to "MediaTek algorithms" in an RF component test on page 30 stands out. Given that Samsung would not be using MediaTek's proprietary algorithms in its own Exynos modems, this detail strongly suggests Google's intended integration of a MediaTek modem into the Tensor G6.

This revelation aligns with consistent leaks and rumors surrounding the Tensor G6's development, where MediaTek's involvement has repeatedly surfaced. As the public debut of the Pixel 11 series approaches next month, this FCC filing provides a welcome, albeit small, piece of concrete evidence to quell lingering speculation. The potential implications extend beyond mere component sourcing, as a modem switch could impact the overall thermal performance, power efficiency, and even the signal reception capabilities of the new Pixel devices. Industry analysts will be watching closely to see how this integration affects the competitive landscape of smartphone processors.

The shift to a MediaTek modem could represent a strategic move by Google to diversify its supply chain and potentially leverage MediaTek's expertise in modem technology, which has seen significant advancements in recent years. This could lead to a more competitive Tensor chip that rivals offerings from Qualcomm and Apple. The implications for future Google hardware, beyond the Pixel phones, also warrant consideration.