Pixel 11 leaks Tensor G6 details
- Google’s Pixel 11 leak got unusually specific this week, with Mystic Leaks detailing the whole lineup and the Tensor G6 chip expected inside it. - The big tell is a rumored TSMC-built 2nm Tensor G6 with a 1+4+2 CPU, MediaTek M90 modem, and new “Pixel Glow” LEDs. - If true, Google is fixing efficiency and modem pain points, but raw GPU performance may still lag Qualcomm-style flagship rivals.
Google’s next Pixel looks less like a mystery now and more like a nearly published spec sheet. A big leak from Mystic Leaks, picked up on May 4 by 9to5Google and Android Authority, lays out the Pixel 11 family in detail — chip, cameras, displays, batteries, even a weird new light feature in the camera bar. The headline part is Tensor G6. That’s the chip expected to power the Pixel 11 line, and the leak says Google is making some real architectural changes instead of just nudging clocks upward. ### What’s the actual news here? The leak claims Google’s 2026 Pixel 11 lineup will use a new Tensor G6 built on TSMC’s 2nm process, with a seven-core CPU, a new Titan M3 security chip, a new TPU, a new image processor, and a MediaTek M90 modem. That matters because Tensor has usually been judged less on peak speed than on heat, battery life, and modem behavior — and those are exactly the parts this leak says Google is changing. (9to5google.com) ### Why does the 2nm part matter? Smaller process nodes are not magic, but they usually buy you a better power-and-heat budget. Basically, if the leak is right, Google gets more room to improve performance without cooking the phone or draining the battery as fast. Android Authority’s read is that this could be a meaningful CPU and efficiency step for Pixel 11, even if it still doesn’t put Google at the very top of the Android benchmark charts. (9to5google.com) ### What’s unusual about the CPU? The rumored setup is 1+4+2 — one Arm C1-Ultra core at 4.11GHz, four C1-Pro cores at 3.38GHz, and two more C1-Pro cores at 2.65GHz. That is a seven-core design, which is odd in a market where eight cores is the default. But Google has done unconventional Tensor layouts before. The point seems to be targeted efficiency and workload tuning, not winning spec-sheet symmetry contests. (androidauthority.com) ### Is there a catch? Yes — the GPU. The same leak points to a PowerVR C-Series GPU, and Android Authority notes that this could actually be a weak spot if you were hoping for a big graphics jump. So the story here may be better everyday responsiveness, thermals, and connectivity, but not necessarily a huge leap in gaming performance. That would fit Google’s usual priorities, but it also means Samsung and Qualcomm-based rivals could still look stronger on raw graphics. (androidauthority.com) ### What else changes in the phones? The leak says Google is swapping camera hardware on several models. The base Pixel 11 is tipped to get a new 50MP main sensor, while the Pro and Pro XL could get new main and telephoto sensors. Across the lineup, the displays and battery sizes look evolutionary rather than radical — 6.3-inch and 6.8-inch slabs again, plus a Fold model — so the chip and cameras seem to be the real hardware story. (androidauthority.com) ### What’s “Pixel Glow”? This is the strangest part. The leak says Google may remove the thermometer sensor from Pro models and replace it with an RGB LED element in the camera bar called “Pixel Glow,” described as similar in spirit to Nothing’s Glyph lights. If that survives to launch, it would be a rare case of Google adding a more visibly playful hardware feature while also cleaning up a sensor that never became central to the Pixel identity. (9to5google.com) ### So what should you take seriously? Treat all of this as credible rumor, not product fact. But the leak hangs together in a way that makes sense. A move to TSMC 2nm, a MediaTek modem, and new imaging hardware all point at the same goal — make Pixels feel less compromised at the fundamentals. If that happens, Pixel 11 could be a more complete flagship. The catch is that “more complete” still may not mean “fastest in class.” (9to5google.com)