Pixel 11 leak reveals Tensor G6 specs, new cameras, and Pixel Glow
A major leak has detailed nearly every key spec across the Pixel 11 lineup, from Tensor G6 internals to new camera sensors and a Glyph-like LED feature called Pixel Glow.
A large leak from Mystic Leaks has revealed a wide range of specs for the Pixel 11 series, covering the chipset, cameras, displays, battery, and a couple of design changes across the full lineup.
On the chip side, the Tensor G6 will reportedly run a 1+4+2 CPU configuration using ARM C1 cores, a PowerVR C-Series GPU, Google’s updated Titan M3 security chip, and a MediaTek M90 modem. That last detail is notable because it marks Google’s departure from the Samsung Exynos modems it has used for years. The leak also mentions a new TPU and a new GXP, which is Google’s custom image signal processor.
Camera hardware is getting a refresh too, which doesn’t happen all that often for Pixel. The base Pixel 11 and Pro Fold will reportedly get a new 50MP main sensor codenamed “chemosh,” while the Pro and Pro XL will pick up new sensors for both the main and telephoto cameras, codenamed “bastet” and “barghest.” Exact specs on those two aren’t detailed in the leak.
Display sizes range from 6.3 inches on the standard and Pro models up to 6.8 inches on the Pro XL, with all panels supporting 240Hz PWM dimming and peak brightness between 2,200 and 2,450 nits. The Pro Fold gets two displays, with the inner panel at 2,076 x 2,160 and the outer at 1,080 x 2,342. Battery capacities run from 4,658mAh on the Fold up to 5,000mAh on the Pro XL, with RAM options going up to 16GB on Pro models.
A few other details stand out. Pro models are losing the built-in temperature sensor. A feature called Pixel Glow is described as small LEDs on the camera bar, similar in concept to Nothing’s Glyph interface. Google’s Project Toscana face unlock hardware, which had been reported as a possibility, is not coming with this generation. The overall design stays close to the Pixel 10 series, and an August launch is expected.
