The Google Pixel series has long been known for its exceptional software experience, but has often been criticized for its inconsistent hardware performance. The Tensor chips, in particular, have been seen as less powerful and efficient compared to other options on the market. Despite a recent shift in manufacturing to TSMC for the Tensor G5 chip, the modem technology has remained a sticking point, still relying on Samsung’s technology.
However, there may be a major change on the horizon for the upcoming Google Pixel 11 series. Reports suggest that Google is looking to move away from Samsung’s Exynos modems and is testing a new MediaTek M90 modem for the Tensor G6 chip. This move could potentially break the final link between Pixel phones and Samsung, paving the way for improved performance and efficiency.
The modem is a crucial component in any smartphone, and the shift to the MediaTek M90 modem is aimed at addressing the power inefficiency that has plagued earlier Pixel devices. MediaTek has designed the M90 to be more energy-efficient, utilizing built-in AI models to optimize power consumption. This could result in a significant improvement in battery life for the Pixel 11 lineup, with reports suggesting an 18% reduction in power drain compared to previous modems.
In addition to improved efficiency, the MediaTek M90 modem also brings technical upgrades in terms of speed and connectivity. With peak downlink speeds of up to 12Gbps and support for features like satellite connectivity and dual 5G SIM dual-active capabilities, the M90 modem promises to deliver a seamless and high-performance experience for Pixel users.
If the testing of the MediaTek M90 modem proves successful, the Tensor G6 chip could finally be the solution that Pixel enthusiasts have been waiting for. With improved power, connectivity, and efficiency, the upcoming Pixel 11 series is shaping up to be a promising upgrade for fans of the brand.