Google’s Pixel 10 series, which will be launched next year, is expected to abandon the use of Samsung and Qualcomm baseband chips and instead adopt MediaTek’s yet-to-be-released T900 baseband chip.
According to Android Authority, Google has evaluated all solutions, including Qualcomm’s Snapdragon X75 baseband chip, and finally chose MediaTek’s T900 baseband chip.
The MediaTek T900 is expected to outperform the previous generation T800, which was released in November 2022, with a peak downlink rate of 7.9Gbps and a peak uplink rate of 4.2Gbps.
Although the specific performance cannot be determined at present, the report says it is expected to improve the battery life and overheating problems of previous generations of Pixel phones.
Previously, the self-developed Tensor processors equipped in Google’s Pixel series were built in cooperation with Samsung and integrated with Samsung’s Exynos baseband chips.
The latest news shows that Google will launch the Tensor G5 processor in 2025, which will be built using TSMC’s N3E (3nm) process, the same as the A18/A18 Pro and M4 chips in Apple’s iPhone 16 series.
In addition, there are reports that some baseband chips for Apple’s new Apple Watch will also be supplied by MediaTek.
Kazam is Focused on creating and reporting timely content in technology with a special focus on mobile phone technology. Kazam reports, analyzes, and reviews recent trends, news and rumors in mobile phone technology and provides the best possible insights to enhance your experience and knowledge.
According to Fast Technology on July 7, Apple's first foldable screen phone is rapidly becoming…
Blogger Digital Chat Station revealed that the Honor Robot Phone will officially debut in August. As the…
Blogger Digital Chat Station hinted that Honor is accelerating the development of its first wide foldable…
Huawei will launch its flagship imaging series, the Pura 90s, in overseas markets on July…
Fast Technology reported that in late June, Tata Electronics, one of Apple's core suppliers in…
For Huawei at this stage, the mass production capacity of the Kirin 9000 series processors…