Pixel 10 Leaks Reveal Exynos Modem Choice, Promising Unmatched Performance and Connectivity

"Pixel 10 Leaks: Exynos Modem Promises Top Performance and Connectivity"

A leak reveals the Pixel 10 Pro will use the Exynos 5400 modem, not MediaTek, and features the new Tensor G5 chipset by TSMC.
Sam Gupta3 June 2025Last Update :
Pixel 10 will still use an Exynos modem, leak shows
9to5google.com

This week, global technology News spotlighted the Pixel 10 Pro, revealing critical insights about its upcoming features. The hands-on leak confirmed that the much-anticipated Tensor G5 chipset will not switch to a MediaTek modem, a detail that has significant implications for performance.

6 Key Takeaways
  • Pixel 10 Pro leak reveals key details.
  • Tensor G5 chipset not using MediaTek modem.
  • TSMC produces Google's first custom chipset.
  • Exynos 5400 modem confirmed for Pixel 10.
  • Pixel 10 features 16GB RAM, 256GB storage.
  • Efficiency improvements expected with TSMC switch.

Scheduled for release on 2025-06-03 16:15:00, the Pixel 10 series will largely mirror the Pixel 9 lineup in hardware. However, the Tensor G5, expected to be produced by TSMC, marks a shift towards a fully custom design for Google. While it may not offer a drastic performance upgrade, the efficiency gains from TSMC’s production are noteworthy.

Fast Answer: The Pixel 10 Pro’s Tensor G5 chipset retains the Exynos 5400 modem, impacting performance and efficiency for users worldwide.

This raises an important question: Will sticking with the Exynos 5400 modem hinder the Pixel 10’s competitiveness against Snapdragon-powered devices? Despite the switch to TSMC, the reliance on Exynos could mean missed opportunities for enhanced performance. Consider these implications:

  • Potential efficiency gains from TSMC may not fully compensate for modem limitations.
  • Google’s decision could affect its standing in the global smartphone market.
  • Users may experience improved thermal performance, but overall speed might still lag.
The Pixel 10’s reliance on the Exynos modem highlights ongoing challenges in Google’s hardware strategy, which could impact its global competitiveness.

As we look ahead, will Google innovate further to enhance its chipset offerings? The tech community eagerly awaits the official launch and its implications for the smartphone landscape.

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