Google’s upcoming Pixel 10 series, expected in 2025, is set to make waves in the smartphone market with the integration of its fully customized Tensor G5 chipset, complemented by a MediaTek modem. Reports suggest that Google is planning to switch from Samsung’s modems to MediaTek’s advanced M85 modem IP for the Tensor G5 chipset inside the new devices. If confirmed, this decision could address longstanding connectivity issues and bring new opportunities for cost efficiency and performance enhancements.
Why the Switch?
Google has relied on Samsung for modems since introducing its first tensor chip with Pixel 6. However, over the years, Samsung modems have faced criticism for inconsistent connectivity performance, particularly in 5G capabilities, when compared to Qualcomm and MediaTek solutions. This has reportedly driven Google to explore alternatives, leading to speculation about MediaTek stepping in.
1. MediaTek’s Rising Reputation
MediaTek has made significant advancements in modem technology, particularly with its Dimensity series and the M85 modem IP. Known for their energy efficiency, global 5G compatibility, and reliable performance, MediaTek modems have gained popularity among smartphone manufacturers, especially in mid-range and premium devices.
2. Cost Efficiency
While Qualcomm was reportedly in the running, MediaTek’s solutions are generally more cost-effective. By leveraging MediaTek’s expertise, Google can potentially reduce production costs while maintaining high-quality performance—a win-win situation for both the company and consumers.
3. Strategic Diversification
Moving to MediaTek would help Google reduce its reliance on Samsung, signaling a broader shift in its supply chain strategy. The partnership with MediaTek could also pave the way for Google to work with other manufacturers, such as TSMC, for the production of future Tensor chipsets.
The M85 modem IP is one of MediaTek’s latest innovations designed to deliver cutting-edge connectivity features. It offers 5G improved performance by supporting a wide range of bands, including mmWave and sub-6GHz, ensuring faster speeds and better coverage. Known for its energy efficiency, the M85 balances high performance with extended battery life, a significant advantage for Pixel devices. Additionally, its strong compatibility with international 5G networks enhances the Pixel 10 series’ appeal in global markets.
Impact on the Pixel 10 Series
The Switch to MediaTek modems could address key issues that pixel phones has faced in the past. These include:
- Connectivity improvements: Users can expect better network stability and faster speeds, addressing one of the most common complaints about previous Pixel devices.
- Competitive edge: Enhanced 5G capabilities and cost efficiencies could make the Pixel 10 series more competitive against flagship rivals like the iPhone and Galaxy S series.
- Global Appeal: Improved compatibility with worldwide 5G networks might boost sales in regions where Pixel devices have traditionally struggled.
The inclusion of MediaTek’s modem IP in the next-generation tensor chipset reflects Google’s commitment to improving the overall hardware ecosystem. This move could also hint at Google’s willingness to explore other hardware partnerships beyond MediaTek, reshaping the Tensor’s future design and manufacturing process.
As we move closer to the release, the anticipation surrounding the Pixel 10 is growing. By combining its powerful Tensor G5 chip with MediaTek’s modem technology, Google is signaling its intent to offer not just a smartphone, but a holistic device built for the demands of the next generation of mobile technology.
