Google seems ready to make a bold move with its next flagship — the Pixel 11. According to fresh leaks, the upcoming Tensor G6 chip could ditch Samsung’s modem for a new MediaTek M90, marking a major shift in Google’s hardware strategy.
If true, this could bring a big win for Pixel users — better network performance, longer battery life, and improved efficiency across the board. Here’s everything we know so far about Google’s latest silicon shake-up.
Google’s Big Break From Samsung Hardware
Over the past few years, Google has relied heavily on Samsung for its custom Tensor chips, which power the Pixel lineup. The Tensor G5 in the Pixel 10 series was the first major step away, manufactured by TSMC instead of Samsung Foundry.
But there was still one key Samsung component left — the Exynos modem, used for cellular connectivity.
Now, it looks like that final tie might be cut. Reports suggest Google is planning to replace Samsung’s Exynos modem with a new, MediaTek-made solution, potentially changing the game for Pixel performance and efficiency.
MediaTek M90 Modem: What Makes It Different
According to a leak from tech tipster Mystic Leaks on Telegram, Google’s upcoming Tensor G6 chip — internally codenamed “Malibu” — is in early development. The most interesting part of the leak is that Google is allegedly switching to the MediaTek M90 modem.
The MediaTek M90, unveiled earlier this year, brings some impressive next-gen connectivity features and performance upgrades.
Here’s what makes it stand out:
- Blazing fast speeds: The M90 supports download speeds up to 12Gbps, promising ultra-fast 5G connectivity.
- Smarter power use: MediaTek has built in AI-based power management, which reportedly cuts power consumption by up to 18% compared to similar modems.
- Next-gen features: It supports dual 5G SIM dual-active and even satellite connectivity, giving users better coverage in remote areas.
If Google truly adopts this modem, the Pixel 11 could see faster internet, better signal stability, and a big battery efficiency boost — something Pixel phones have historically struggled with.
Why Google Is Moving Away From Samsung
Google’s relationship with Samsung has been essential in developing the Tensor lineup — but it’s also been a double-edged sword. While Samsung’s foundry expertise helped Google launch its first custom chips, the Exynos-based modems often came under fire for overheating and power drain issues.
The Pixel 8 and Pixel 10 series both faced battery life complaints, even after improvements in chip manufacturing. Now, by switching to MediaTek’s more efficient M90 modem, Google seems determined to solve one of the Pixel’s biggest weaknesses once and for all.
Simply put: this move isn’t about rivalry — it’s about optimization. By freeing itself from Samsung’s remaining components, Google can fine-tune every aspect of its chip design, just like Apple does with its A-series processors.
Tensor G6: What We Know So Far
The upcoming Tensor G6 chip is expected to power the Pixel 11 and Pixel 11 Pro, set to launch in late 2025. The chip is reportedly being developed in collaboration with TSMC, continuing the partnership started with the Tensor G5.
While full specs aren’t confirmed, early reports suggest:
- Built on TSMC’s 4nm process
- Integrated MediaTek M90 5G modem
- Improved thermal efficiency and AI performance
- Better image processing for Google’s iconic Pixel Camera
The codename “Malibu” hints that the chip might focus on smooth performance and cool efficiency, similar to how Google positioned the G5 — but this time, hopefully with fewer heating issues and better battery endurance.
The Battery Life Problem: A Pixel Weak Spot
For years, Pixel phones have been praised for their software magic, AI camera tricks, and clean Android experience — but they’ve consistently struggled with battery life.
Even though the Pixel 10’s Tensor G5 was more efficient than its predecessors, the Samsung modem inside was still a major power draw.
The modem — which manages 4G/5G signals — is one of the most energy-hungry parts of any smartphone. Switching to the MediaTek M90 could reduce overall battery drain significantly.
According to MediaTek, the M90 modem’s AI engine continuously adjusts network performance to minimize energy waste — a feature that could make Pixel 11 phones last longer on a single charge without sacrificing speed or connectivity.
What This Means For Pixel 11 Users
If the leaks are accurate, the Pixel 11 series could mark a turning point for Google’s hardware strategy. The new Tensor G6 chip — fully independent from Samsung — would represent Google’s first truly in-house optimized chip, designed to deliver the best balance between power and endurance.
Here’s what Pixel fans can expect:
- Better battery life with the efficient M90 modem
- Stronger and more stable 5G connectivity
- Faster data speeds, thanks to 12Gbps downlink support
- Cooler operation during gaming and heavy use
- Improved camera performance, as Tensor G6 handles AI tasks more efficiently
This shift could also help Google better compete with Apple’s A18 chip and Qualcomm’s Snapdragon 8 Gen 4, both known for their balance of performance and power management.
Will Google Finally Get It Right?
The Tensor G5 — despite being built by TSMC — didn’t deliver the leap in efficiency that many expected. The Pixel 10 series still saw average battery life and occasional overheating, leaving fans slightly disappointed.
But Google seems to be listening. If the Tensor G6 truly combines TSMC manufacturing with a MediaTek modem, the Pixel 11 could finally offer the performance boost that users have been waiting for.
This move also shows Google’s growing confidence in managing its own hardware ecosystem, instead of relying on Samsung’s semi-custom components.
Final Thoughts: A Smarter, Stronger Pixel Future
The upcoming Google Pixel 11 looks ready to mark a new chapter for Google hardware. By parting ways with Samsung’s modem and teaming up with MediaTek, Google might finally solve its long-standing efficiency problems.
If all goes as expected, the Tensor G6 chip could make the Pixel 11 series not just smarter — but also faster, cooler, and longer-lasting than any Pixel before it.
