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Google is said to switch from Samsung Foundry to MediaTek for the modem in its Pixel 10 series, although this will not impair an essential connection function on the phones. The devices, which are likely to be introduced later this year, are said to use the Tensor G5 chipset created in conjunction with TSMC rather than Samsung. However, this may not be the only change. According to a recent source, while Google's choice to shift away from Samsung Foundry would have an impact on the modem used in the alleged phones, the Pixel 10 series will continue to enable satellite connectivity.
MediaTek Modem in the Google Pixel 10 Series
According to Android Authority, proof of satellite connectivity on the Google Pixel 10 series was uncovered during an APK breakdown of the Adaptive Connectivity Services app version 2025.17. Code strings contain references to specific Pixel models with Satellite SOS capabilities, which have been linked to previously known codenames for Pixel 10 models.
One of the strings refers to a device with the identification GLBW0, which is claimed to be the Pixel 10. Meanwhile, G4QUR and GUL82 apparently relate to the Pixel 10 Pro and Pixel 10 Pro XL, respectively. While the code snippet makes no mention of the rumored Google Pixel 10 Pro Fold, it's likely that the firm will include it later, given that the devices are still some time away from release.
Notably, the Adaptive Connectivity Services app is said to be responsible for the Satellite SOS function on Pixel smartphones, as well as managing their 4G and 5G network connections. However, the capability is apparently dependent on the Satellite Gateway app, which provides a user-friendly interface for accessing satellite-based connection.
According to previous rumors, Google will transfer from Samsung Foundry to TSMC to produce a custom-built processor known as the Tensor G5 chipset, which might power the Pixel 10 series. As part of this approach, it is expected to replace Samsung's Exynos modems with the yet-to-be-launched MediaTek T900 modem. Thus, specifics remain unknown, although it is thought to be based on MediaTek's "M85" generation modem IP.
