The upcoming Google Pixel 10 series is already generating buzz with its advanced technology and unexpected hardware choices. According to recent reports, Google will be switching from Samsung’s Exynos modems to MediaTek’s yet-to-be-announced T900 modem for the Pixel 10 lineup. Alongside its new Tensor G5 chipset, this move signals a significant shift in Google’s approach to modem and chipset technologies. Let’s dive into the details, features, and what this decision means for the Pixel 10 series.

Key Highlights
- Google Pixel 10 to use MediaTek T900 modem.
- Tensor G5 chipset to be Google’s first fully in-house design.
- Pixel 10 lineup will include four models: Pixel 10, 10 Pro, 10 Pro XL, and 10 Pro Fold.
- MediaTek T900 modem expected to support the 3GPP Release 17 5G specification.
- TSMC’s 3nm process will manufacture Tensor G5 for better efficiency.
- Expected improvements in battery life and thermal performance.
Google’s Shift to MediaTek for the Pixel 10 Modem
For years, Google has partnered with Samsung to supply modems for its Tensor-powered Pixel devices. However, with the Pixel 10 series, Google is making a strategic change by adopting MediaTek’s new T900 modem. The modem, although unreleased, is said to be based on MediaTek’s M85 modem IP, which promises better 5G connectivity and performance.
Before deciding on MediaTek, Google reportedly evaluated Qualcomm’s Snapdragon X75 modem—the same modem used in Apple’s iPhone 16 series. Despite Qualcomm’s established reputation, Google opted for MediaTek, likely due to a combination of performance, cost, and future integration potential. This decision marks Google’s effort to further differentiate its Pixel lineup in the competitive smartphone market.
Tensor G5: Google’s Fully In-House Chipset
The Tensor G5 chipset will power the Pixel 10 series and is expected to deliver significant improvements in performance, power efficiency, and AI capabilities. Unlike previous Tensor chips co-developed with Samsung, the Tensor G5 is Google’s first fully in-house design, manufactured using TSMC’s advanced 3nm process.
Expected Tensor G5 Specifications
Core Configuration | Details |
---|---|
Prime Core | 1 core @ 3.4GHz |
Performance Cores | 5 cores @ 2.86GHz |
Efficiency Cores | 2 cores @ 2.44GHz |
Manufacturing Process | TSMC 3nm |
RAM Support | 12GB LPDDR5X |
OS | Android 16 |
The new chipset is expected to improve thermal performance and battery life, addressing two of the biggest criticisms of earlier Pixel devices. Additionally, Tensor G5 will support Google’s advanced AI features, enhancing camera performance, voice recognition, and on-device machine learning capabilities.

MediaTek T900 Modem: What We Know So Far
While details about the MediaTek T900 modem remain scarce, it is reported to be based on MediaTek’s M85 generation modem IP. Here’s what we can cautiously expect from the T900 modem:
- 3GPP Release 17 5G Support: The T900 modem is likely to support 5G enhancements specified in Release 17, improving speed, efficiency, and latency.
- Better Battery Efficiency: Given Google’s focus on fixing previous heating and battery issues, the T900 modem is expected to improve power consumption compared to older Exynos modems.
- Enhanced Thermal Performance: With Google’s emphasis on user experience, thermals will likely be a priority to avoid issues seen in the Pixel 6 series.
Comparison of Modems
Modem | Generation | Key Specification |
Samsung Exynos 5400 | 3GPP Release 16 | Used in Pixel 9 series |
Qualcomm X75 | 3GPP Release 17 | iPhone 16 series modem |
MediaTek T900 | 3GPP Release 17+ | Expected for Pixel 10 |

Pixel 10 Series Lineup
The Google Pixel 10 series is expected to launch in the second half of 2024, with four models in the lineup. These models aim to cater to a variety of users, offering different sizes and form factors:
- Google Pixel 10: Standard base model with core Pixel features.
- Google Pixel 10 Pro: Flagship device with premium specifications.
- Google Pixel 10 Pro XL: Larger variant of the Pro model.
- Google Pixel 10 Pro Fold: Foldable smartphone for a premium experience.
Each model is likely to feature the Tensor G5 chipset, MediaTek’s T900 modem, and Android 16 out of the box.
Why Did Google Choose MediaTek?
The choice to use MediaTek’s T900 modem may come as a surprise to many, considering Qualcomm’s established leadership in modem technology. However, Google’s decision could be influenced by the following factors:
- Cost-Effectiveness: MediaTek modems are often priced more competitively than Qualcomm’s solutions.
- Integration Flexibility: MediaTek may offer better support for integrating the T900 modem with Google’s Tensor G5 chipset.
- Focus on Efficiency: MediaTek’s T900, combined with the Tensor G5, is expected to enhance battery life and thermals—a critical need for Google.
While some may worry about performance, Google is well aware of the issues with past modems and is unlikely to repeat the mistakes of the Pixel 6 series. The T900 modem is likely to undergo rigorous testing to ensure it meets Google’s standards.
What This Means for Pixel Users
Google’s decision to adopt MediaTek’s T900 modem and its in-house Tensor G5 chip could bring both opportunities and challenges for Pixel users:
Expected Benefits
- Improved Connectivity: The T900 modem is expected to offer better 5G support.
- Better Battery Life: Power efficiency will likely see noticeable improvements.
- Enhanced AI Features: Tensor G5 will enable advanced AI-powered tools.
- Thermal Management: Addressing heating issues seen in earlier models.
Potential Risks
- Unproven Modem Performance: Since the T900 modem is new, its real-world performance remains uncertain.
- Reliance on MediaTek: Google will need to ensure strong integration and software optimization for the modem.
Conclusion
Google’s decision to switch to MediaTek’s T900 modem for the Pixel 10 series marks a bold move as the company transitions away from Samsung’s Exynos solutions. Coupled with the fully in-house Tensor G5 chipset, the Pixel 10 lineup is set to deliver significant advancements in performance, battery life, and connectivity. While uncertainties remain regarding the T900 modem’s real-world performance, Google’s focus on improving thermals and user experience provides reasons for optimism.
As the launch of the Pixel 10 series approaches, it will be exciting to see how Google’s choices pan out and whether the combination of MediaTek’s T900 modem and Tensor G5 will solidify the Pixel series’ position in the smartphone market. One thing is clear: Google is making moves to challenge the industry norms, and the Pixel 10 is shaping up to be a game-changing release.