Google is reportedly preparing to abandon Samsung’s Exynos-based modems in its future Pixel smartphones, starting with the upcoming Pixel 11 Pro Fold. According to technical documentation for a device identified by the model number GZDQ6, Google is shifting toward MediaTek connectivity hardware. This transition aims to resolve long-standing user complaints regarding thermal management, cellular signal reliability, and battery drain associated with current Tensor-integrated modems.
The Shift from Samsung to MediaTek
Since the introduction of the custom Tensor chip series in 2021, the reliance on Samsung-manufactured modem technology has been a frequent point of contention for Pixel owners. Users have consistently reported issues with dropped calls and excessive heat during mobile data usage.
The evidence for this hardware pivot appears in internal test protocols for the GZDQ6 device, widely expected to be the Pixel 11 Pro Fold. The documents explicitly reference “MediaTek processing algorithms,” a detail that indicates the end of the Samsung Exynos modem era for Google’s flagship lineup. Analysts expect this transition to extend beyond the foldable model to the entire Pixel 11 series, pairing the future Tensor G6 processor with MediaTek’s M90 modem.
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Technical Specifications and Performance Gains
The shift to MediaTek hardware is not the only update detailed in the leaked documentation. The Pixel 11 Pro Fold is expected to integrate a suite of advanced connectivity and power features. These include support for 5G mmWave networks, Bluetooth LE, and NFC. Furthermore, the device will feature Ultra-Wideband (UWB) tracking for precise spatial awareness and satellite-based emergency communication capabilities.
To support the heavy computational demands of Google’s latest AI models, reports suggest the inclusion of 16GB of RAM. The internal battery capacity is slated for 4,658 mAh, a figure that, when paired with the more efficient M90 modem, could significantly extend the device’s “screen-on” time compared to previous generations.
Why Modem Efficiency Matters for Modern Smartphones
In the competitive landscape of flagship smartphones, modem efficiency is often the “hidden” factor behind battery performance. While screen brightness and processor speed dominate marketing materials, the modem is responsible for maintaining a constant link to cellular towers.
When a modem is inefficient, it forces the device to consume higher levels of power to maintain a stable connection, leading to the thermal throttling that many Pixel users have experienced.
Frequently Asked Questions
- Why is Google moving away from Samsung modems?
To address persistent user reports of poor battery life, signal instability, and device overheating associated with the Samsung Exynos modems used in previous Tensor-powered Pixels. - Will this change improve battery life?
Yes. By utilizing the more power-efficient MediaTek M90 modem, the phone can maintain cellular connections with less energy consumption, directly impacting overall daily battery performance. - When will these new devices be released?
Google is expected to showcase its latest hardware during its official event scheduled for August 12.
If you are currently experiencing overheating on an older Pixel, check for carrier service updates in your settings. While software patches can mitigate some modem issues, the hardware-level change arriving with the Pixel 11 series is expected to provide the first permanent solution.
Are you a long-time Pixel user who has struggled with signal or battery issues? Share your experiences in the comments below or subscribe to our newsletter for the latest updates on the upcoming Google hardware event.
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