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Recent leaks have provided significant insights into Google’s intentions regarding its Pixel smartphones and tablets, revealing details about the entire product lineup up until 2026. As we sift through the multitude of information, here’s a comprehensive overview of what has been uncovered regarding the Pixel roadmap.
Google Pixel 10
The forthcoming Pixel 10 series is set to introduce innovative Video Generative Machine Learning capabilities, integrating generative AI into Google’s video editing functions. While specific details remain scarce, this feature may function similarly to the Magic Editor for photos, but extended to video formats. The possibility of removing unwanted elements, like background figures, from our videos could soon become a reality, with potential applications within the YouTube app for YouTube Shorts. Additionally, there’s anticipated support for 4K 60fps HDR video, an upgrade from the current 30fps limitation, promising to enhance the visual quality of content.
Further emphasizing editing capabilities, a “Speak-to-Tweak” mode is expected, allowing users to verbally request adjustments in their photos. There are also plans for a “Sketch-to-Image” feature, reminiscent of offerings already available in competitors’ products, which may integrate with the upcoming Gemini project.
These advancements will be driven by Google’s next-generation Tensor G5 chipset, which represents a leap forward in manufacturing efficiency through TSMC’s 3 nm-class N3E process. This development is poised to enhance battery performance noticeably compared to its predecessor, the Tensor G4. The architecture includes an upgrade to five Cortex-A725 cores, which, while not drastically altering app responsiveness, aims to improve performance in multi-threaded operations. A notable shift in the GPU will incorporate Imagination Technologies’ DXT-48-1536 graphics, promising a moderate performance increase alongside ray-tracing capabilities and enhanced AI processing power.
Overall, the Pixel 10 is shaping up to be a progressive enhancement of the Pixel 9, with innovative features that will maintain its appeal in a competitive landscape without an overhaul of the core design.
Google Pixel 11
As for the Pixel 11, projecting further into the future, this flagship model is poised to carry on the tradition of iterative enhancements. The Tensor G6 processor is anticipated to be a focal point of development, though cost-saving measures are guiding its design, which may limit any significant leap in performance compared to previous iterations. Notably, features like ray tracing may be omitted in favor of cost-efficiency, while the CPU configuration will shift to a single unannounced Arm Cortex-X930 and six A730 cores, aiming for improved efficiency in power consumption.
In addition, Google is focusing on integrating advanced machine learning features within the device, including a new TPU designed for enhanced AI functionalities. This will support health-monitoring capabilities, such as detecting breathing patterns and falls, along with fitness analytics aimed at runners. Traditional photography features are also slated for an upgrade, with plans for enhancements like 4K 30fps Cinematic Blur, ‘video relight’ for adjustable post-production lighting, and an Ultra Low Light video mode, ensuring high-quality video production even in challenging lighting conditions.
The Pixel 11’s development reflects Google’s strategy to prioritize AI and photography over raw processing power, a shift that may redefine consumer expectations regarding smartphone capabilities.
Google Pixel Tablet 3
The Pixel Tablet 3, despite the cancellation of its predecessor, is on the horizon, promising several key hardware advancements. One of the most notable is the addition of a second USB-C port, enabling users to connect multiple external displays, effectively pivoting the tablet to target productivity enhancements. This dual-port system could support up to four displays, vastly expanding its multitasking capabilities.
Like the Pixel 11, the Pixel Tablet 3 will utilize the Tensor G6 but will be structured slightly differently for scalability and cost-effectiveness. While its heat dissipation may not match that of higher-end smartphones, this adaptation marks a shift that could lead to more competitively priced devices. Additionally, rumors suggest a potential “Pro” version of the tablet aimed directly at high-performance markets, possibly coinciding with ongoing discussions regarding a merger between Android and ChromeOS, which could significantly bolster productivity features.
What to Expect from Next-Gen Pixels
Google’s Tensor chipsets have sparked considerable debate within the tech community, and this trend is likely to persist with forthcoming versions. Those anticipating drastic performance improvements in future models may need to temper their expectations for the next few generations. Nevertheless, the introduction of the Google Pixel Watch 5, expected in 2026, indicates that custom Tensor chips could offer fresh advancements in wearable technology, particularly regarding battery life and performance.
Nonetheless, it appears that Google is honing in on its distinctive advantages, utilizing its Tensor capabilities to enhance camera technologies, video processing, and machine learning integrations in upcoming devices. Users enamored with the features provided by Google to date can look forward to the next evolution of the Pixel series. The potential productivity advancements of the Pixel Tablet 3 particularly stand out amid the anticipated convergence of Android and ChromeOS.
As we await the release of these devices, the landscape remains fluid, with many elements still in flux. The anticipation surrounding the Pixel 10, 11, and the next iteration of tablets certainly provides ample discussion points for tech enthusiasts.
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www.androidauthority.com