Quick Summary
The Problem: Previous Pixels suffered from battery drain and poor signal due to inefficient Samsung Exynos modems.
The Fix: The upcoming Pixel 11 (powered by the Tensor G6) is reportedly switching to a highly efficient MediaTek M90 modem.
The Result: Faster 5G connections, zero idle “pocket drain,” and vastly improved all-day battery life.
If you’ve owned a Google Pixel in the last few years, you probably know the drill. The cameras are incredible, and the software is buttery smooth, but the battery life can be highly unpredictable.
For a long time, the culprit behind that unpredictable battery drain hasn’t been the screen or the processor—it’s been the modem. But if the latest leaks surrounding the Pixel 11 and its upcoming Tensor G6 chip are true, Google is finally making the exact hardware swap fans have been begging for.
Here is why the Pixel 11’s rumored switch to a MediaTek modem is the quietest, yet most important upgrade of 2026.
Exynos Modems and Battery Drain
Since the introduction of the first Tensor chip, Google has partnered with Samsung to supply both the silicon manufacturing and the networking modems. While these Exynos modems have improved incrementally, they consistently struggle in two major areas compared to industry standards:
Weak Signal Retention: Pixel users frequently report dropped calls and struggles to hold onto a 5G connection in fringe coverage areas.
Idle Battery Drain: When a phone struggles to find a signal, the modem works overtime scanning for towers. This inefficient “network seeking” quietly bleeds your battery dry, even when your phone is just sitting in your pocket.
Enter the MediaTek M90: The Pixel 11’s Secret Weapon
Recent industry leaks point to Google officially breaking away from Samsung’s networking hardware for the Tensor G6, pivoting instead to MediaTek.
Specifically, the Pixel 11 is expected to use a customized integration of the MediaTek M90 modem. This is a massive architectural shift for Google’s flagship hardware.
Key Benefits of the New Modem:
AI-Driven Power Efficiency: The MediaTek M90 uses localized machine learning directly on the modem layer. It predicts network handoffs and dynamically adjusts power scaling based on your distance from a cell tower.
Ending “Pocket Drain”: Because the new hardware is vastly more efficient at managing background network scanning, the infamous Pixel idle battery drain should finally be a thing of the past.
True Dual-Active 5G: The new hardware supports Dual 5G SIM Dual-Active (DSDA) capabilities. Your phone can efficiently manage voice and data streams across two different networks simultaneously without choking your battery or dropping your connection.
The Ultimate Battery Combo: MediaTek + 2nm Silicon
The modem isn’t working alone to save your battery life.
The Tensor G6 (codenamed “Malibu”) is reportedly moving to TSMC’s ultra-efficient 2nm manufacturing node. Furthermore, Google is allegedly dropping a CPU core—moving from an 8-core to a 7-core setup—to prioritize sustained, cool performance over raw, heat-generating benchmark numbers.
When you combine a 2nm processor tuned specifically for efficiency with a MediaTek modem that stops bleeding battery in the background, the math for all-day battery life looks incredibly promising.
The Takeaway: Why This Upgrade Matters Most
It’s easy to get distracted by flashy new Gemini AI features, redesigned camera bumps, or the rumored “Pixel Glow” notification light. But for daily, real-world usage, the modem is the unsung hero of your smartphone.
By finally addressing its biggest historical hardware flaw, Google isn’t just giving the Pixel 11 better cellular reception. They are removing the biggest bottleneck to the Pixel’s battery life, paving the way for a flagship phone you can actually trust to survive a long, busy day on a single charge.
