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Google’s next Pixel chip is already raising an uncomfortable question: will the Pixel 11 once again arrive with smart AI tricks up front and familiar graphics compromises underneath?
That is the picture emerging from a fresh leak around the upcoming Tensor G6, the chipset expected to power the Pixel 11. According to leaker Mystic Leaks, a source with a solid track record on Pixel hardware, Google may stick with a PowerVR CXTP 48 1536 GPU, a graphics design that first surfaced in 2021. For a flagship phone expected in 2026, that detail lands with a thud.
This matters because Tensor has never really struggled to look ambitious on paper. Google’s custom silicon has helped Pixel phones stand out in AI photography, voice tools, and on device intelligence. But raw performance has often told a different story. Even with the Tensor G5 moving to TSMC’s more efficient manufacturing process, the gains did not fully close the gap with rival chips from Qualcomm and MediaTek. The GPU, in particular, remained a sore spot.
And that weak point may not be going away.
The concern is not just the age of the GPU architecture itself. Software support has also been part of the problem. The Tensor G5’s graphics setup has been held back by older drivers and the absence of Vulkan 1.4 support, a missing feature that can hurt gaming performance and limit broader graphics efficiency. If Google is indeed leaning on another older PowerVR solution for Tensor G6, then higher clock speeds and tuning alone may only go so far. You can polish the edges, sure, but the foundation still matters.
The CPU story looks far more encouraging
Not every part of this leak points to bad news. In fact, the CPU side of Tensor G6 could mark one of the biggest shifts Google has made in years.
The leaked configuration suggests the chip will use Arm’s newer C1 series cores, including one C1 Ultra core clocked at 4.11 GHz, four C1 Pro cores running at 3.38 GHz, and two more C1 Pro cores at 2.65 GHz. If accurate, that would give Google access to Arm’s latest core designs instead of relying on the older Cortex generation seen in Tensor G5.
That jump could translate into better efficiency, stronger burst performance, and a more competitive everyday experience across demanding apps, multitasking, and AI assisted workloads. The C1 Ultra is designed for exactly the kind of short, heavy lifting modern flagship phones face, while the supporting cores should help with sustained performance without draining the battery as aggressively.
There is also speculation that Google could move to a seven core CPU layout this time, trimming one core compared with the eight core structure in Tensor G5. On paper, that might sound like a step backward. In practice, core quality often matters more than core count, especially if the architecture is significantly newer and better balanced. MediaTek’s Dimensity 9500 is also expected to use the same Arm C1 family, which gives some context for how serious this CPU upgrade could be.
So the outlook is split. From a CPU perspective, Tensor G6 may finally feel like Google is catching up rather than improvising. From a GPU perspective, though, the old doubts are creeping back fast.
That leaves the Pixel 11 in a familiar position before it is even official. It could be a phone with impressive AI features, smart software, and meaningful CPU progress, yet still one that struggles to satisfy users who expect stronger gaming and graphics performance from a premium Android flagship. For Pixel fans, that is the frustrating part. Google clearly knows how to build a phone that feels different. The question is whether it is finally ready to build one that feels complete.
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