Recent leaks have provided significant insights into Google's plans for its upcoming Pixel smartphones and tablets, extending through 2026. Given the volume of information, here is a summary of what we have learned and the essential points concerning the Pixel product roadmap.


Google Pixel 10

Artificial Intelligence and camera technology are foundational to Google’s smartphone offerings, and it is anticipated that the Pixel 10 series will enhance these features.  

The series will introduce Video Generative Machine Learning capabilities, integrating generative AI into Google’s video editing features. While specific details are yet to be confirmed, it is reminiscent of Google’s Magic Editor for photography, adapted for video. This could enable the removal of unwanted background elements in videos in the near future, with potential availability within the YouTube app for YouTube Shorts as well. Additionally, there are reports of support for 4K 60fps HDR video, an upgrade from the current 30fps limit, promising superior image quality even without AI enhancements. Plans for a “Sketch-to-Image” feature may also emerge under the Gemini project, akin to the functionality present in Samsung’s Galaxy AI.

These innovations will be supported by Google’s next-generation Tensor G5 chipset, which introduces notable changes. It will utilize TSMC’s 3 nm-class N3E manufacturing process, representing a significant advancement over Samsung Foundries’ 4nm technology, offering improved efficiency for better battery performance.  

Moreover, the G5 appears to be a modest upgrade from the Pixel 9’s Tensor G4, incorporating five new Cortex-A725 cores while retaining two A520 cores and the Cortex-X4 as the primary CPU. While it will be faster in multi-threaded applications, everyday app performance may not see a dramatic improvement. The GPU will transition to Imagination Technologies DXT-48-1536, providing a modest performance increase, virtualization support, and ray tracing capabilities, with a projected +14% improvement in AI processing. Though the Pixel 10 may not dominate benchmark results, it represents a meaningful step forward.

Barring significant modifications to the phone's design, display, or specifications, the Pixel 10 appears to be an incremental upgrade over the Pixel 9. This is not necessarily negative; the current iteration is well-received, and additional features will keep the design feeling fresh for another cycle.


Google Pixel 11

The Pixel 11, further down the line, may undergo more substantial changes. However, preliminary insights suggest that Google’s flagship for 2026 will continue to build upon the core features established by earlier models.  

The Tensor G6 processor stands out as an area of interest. Cost considerations appear to dominate the chip's development, resulting in a side-grade to the GPU initially intended for the canceled Tensor G4 “Redondo” project. This will involve the loss of ray tracing capabilities just a year after their introduction, alongside planned reductions in the digital signal processor (DSP) and system-level cache to conserve valuable silicon space.  

Nevertheless, the G6 will transition to TSMC’s next-gen N3P process node, featuring a single unannounced Arm Cortex-X930 alongside six A730 cores. This smaller seven-core configuration will benefit from enhanced architectural performance and is the most efficient arrangement Google has tested in constrained environments. Addressing Tensor’s historically inconsistent power consumption also ranks as a priority for the Pixel 11. The nanoTPU is anticipated to support health-related features, including monitoring of breathing, cough, falls, and sleep stages, with additional perks for runners like “coachable pace” and “balance & oscillation” analysis.

Fortunately, traditional Pixel users can also anticipate AI enhancements. The Pixel 11 is expected to feature 4K 30fps Cinematic Blur and a new “video relight” option for post-editing lighting adjustments. Documentation suggests the introduction of “Ultra Low Light video” capabilities and potentially a 100X upscaled zoom for photographers and videographers.

A notable hardware change includes the addition of a second USB-C port and DisplayPort output, allowing users to connect multiple external displays. This dual-port configuration enables up to four displays, creating an advanced setup for an operating system not primarily designed for multitasking.

With the capability of external display support, the Pixel Tablet 3 is being developed for a new usage scenario. Its design will utilize an IPoP package, which, while more economical to produce, may compromise heat dissipation compared to the Tensor G6 in premium devices. Google is also contemplating the use of this chip for a future budget-friendly Pixel 11a, which aligns with cost efficiency.

Power users should remain optimistic; Google may be working on a “Pro” version of the tablet to rival Apple's iPad Pro. Though specific details remain limited, with an Android-ChromeOS integration on the horizon, the forthcoming tablet could adopt a more targeted approach to productivity. This may explain the decision to skip a generation. Those anticipating that future Tensor chips will close the performance gap with market leaders will likely be disappointed for a few more generations. However, those who appreciate Google’s current feature set may eagerly await the advancements planned over the next two years.

Given the time until these devices launch, much could evolve, and further insights into Google’s Pixel 10, 11, and next-generation tablet will likely emerge before their release. Nevertheless, there is already much to discuss and anticipate.