Google Pixel 10 Series to Use MediaTek Dimensity 900 Modem: A Surprising Choice, a Strategic Move?

Google Pixel 10 Series to Use MediaTek Dimensity 900 Modem: A Surprising Choice, a Strategic Move?For the past month, rumors have swirled around Google's self-designed Tensor chips (including Tensor G5 and G6), with extensive discussions on their specifications, capabilities, and future applications in Pixel phones. From initial near-total obscurity to a relatively clear picture of future Tensor chips and their role in Pixel devices, we've witnessed a rapid influx of information

Google Pixel 10 Series to Use MediaTek Dimensity 900 Modem: A Surprising Choice, a Strategic Move?

For the past month, rumors have swirled around Google's self-designed Tensor chips (including Tensor G5 and G6), with extensive discussions on their specifications, capabilities, and future applications in Pixel phones. From initial near-total obscurity to a relatively clear picture of future Tensor chips and their role in Pixel devices, we've witnessed a rapid influx of information. However, one crucial question remained unanswered: which modem would power future Pixel phones?

Previously, all Pixel devices featuring the Samsung-collaborated Tensor chips used Exynos modems. This was likely due to the ease of integration between Exynos modems and Tensor chips. However, with Google's complete independence in chip design, this partnership wasn't guaranteed to continue. Now, the answer is revealed, and it's a surprise.

According to Android Authority, citing internal sources, Google plans to use MediaTek's yet-to-be-released T900 modem in its upcoming Pixel 10 series. This choice has sparked significant industry attention, as only a handful of companies currently offer modern 5G-capable modems: Samsung, Qualcomm, and MediaTek.

Google faced limited options for modem selection unless it opted for in-house baseband development. Even using pre-built 5G IP modules like Ceva PentaG2 presented considerable risks and higher costs. Therefore, Google evaluated all available options, including Qualcomm's Snapdragon X75 modem, which also features in the Apple iPhone 16 series. Notably, Apple also plans to gradually transition to self-designed modems in the coming years, reducing its reliance on Qualcomm.

Ultimately, Google chose MediaTek's T900 modem. Currently, details on this modem are scarce; we only know it's based on MediaTek's "M85" generation of modem IP. Referring to MediaTek's previous products "M70" supporting 3GPP Release 15 5G specifications, and "M80" upgraded to Release 16 we can infer that "M85" will likely support Release 17 or even newer specifications. This suggests that the T900 modem will offer advanced 5G connectivity, potentially supporting the latest 5G features and higher network speeds.

Google's decision to use the MediaTek T900 modem is undoubtedly a surprising strategic move. It breaks Google's previous modem partnership with Samsung and signals a shift in Google's supply chain strategy. This might be related to Google's pursuit of supply chain diversification to reduce reliance on a single vendor, along with considerations of cost and performance. MediaTek has made significant strides in the 5G modem sector in recent years, with its products offering a competitive price-performance ratio, possibly a key factor in Google's choice.

Furthermore, the MediaTek selection could also reflect Google's assessment of future technology trends. MediaTek's active investment in 5G technology R&D, continuously releasing new products and technologies, offers Google a broader range of technological choices and potential for future upgrades. Choosing a relatively new modem might also indicate Google's ambition to be a first-mover in adopting the latest 5G technology in the Pixel 10 series, thereby enhancing its product competitiveness.

Of course, opting for the MediaTek T900 modem also presents some risks. The modem is yet to be released, and its actual performance and stability remain to be seen. Google needs to ensure the T900 modem integrates seamlessly with the Tensor G5 or G6 chip and provides stable 5G connectivity and a positive user experience. Any compatibility issues or performance shortcomings could negatively impact the Pixel 10 series' market performance.

In conclusion, Google's decision to use the MediaTek T900 modem is a strategic choice fraught with variables and challenges. It not only reflects an adjustment in Google's chip supply chain strategy but also foreshadows the evolving competitive landscape of the mobile phone market. Whether this choice will provide a competitive edge for the Pixel 10 series remains to be seen. However, Google's bold move undoubtedly injects new vitality into the mobile phone industry and generates greater anticipation among consumers. We will continue to monitor further details about the MediaTek T900 modem and its real-world performance in the Pixel 10 series. Google's choice will serve as a significant reference case for future mobile industry development, warranting continued attention and in-depth study of its strategic considerations and potential impact. Only time will tell if this choice is ultimately wise. However, there is no doubt that this move has added an extra layer of intrigue and anticipation to the upcoming Pixel 10 series. We eagerly await its release. This unexpected choice also underscores the dynamic and rapidly changing nature of the technology industry, and the determination of various manufacturers to constantly adapt their strategies to survive and thrive in a competitive market. The ultimate performance of the Pixel 10 series will be a key indicator of the success or failure of Googles strategic decision, and it will have a profound impact on the entire mobile phone industry. Therefore, we have reason to believe that discussions and analyses surrounding the MediaTek T900 modem and Pixel 10 series will intensify in the coming months. This event will become an important chapter in the history of future technological development.