Google Pixel 10 Series to Use MediaTek Modem, Not Samsung or Qualcomm

In a special story, Android Authority reports that the Google Pixel 10 series will feature a MediaTek modem. More precisely, the new lineup is anticipated to include the yet-to-be-unveiled T900 modem. Historically, the brand has relied on Samsung Exynos modems since the Pixel 6 series debuted.

Performance Issues with Exynos Modems

Even though these Exynos modems are supposed to deliver impressive performance, they have frequently faced challenges like weak reception and issues with overheating. Nevertheless, the Google Tensor G2 did show a significant enhancement in these areas with the Exynos 5300 5G, and the same improvements were observed with the G3 and G4 models too.

Google’s Shift Toward MediaTek

These advancements might have made the reception and heat problems less noticeable for users, but it appears that Google is not fully satisfied with the way Samsung’s products compete in the market. As per Android Authority, the firm initially looked into a modem from Qualcomm, notably the Snapdragon X75 modem featured in the Apple iPhone 16 series.

After assessing the Qualcomm modem, Google has reportedly chosen to utilize the MediaTek T900 for the upcoming Pixel 10 series. Since MediaTek has yet to announce this chip, not a lot of information is available about it, except that it is built on the “M85” generation modem IP.

Understanding the New Modem IP

To give you some background, the “M70” modem supported the 3GPP Release 15 5G specifications, while the “M80” had compatibility with Release 16. Thus, it’s reasonable to presume that the “M85” generation modem IP will likely support Release 17 or a newer version. However, it’s uncertain how much better it will perform compared to the Exynos Modem 5400 utilized in the Pixel 9 series (128 GB Pixel 9 currently priced at $614.96 on Amazon).

On the other hand, Google is quite aware of the thermal and battery life problems tied to the Exynos chips. Therefore, the T900 inside the Tensor G5 could potentially offer some meaningful improvements.

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