Google Pixel 11 Leak Reveals Tensor G6, MediaTek Modem

Google Pixel 11 Series Specs Leak in Massive Reveal

Google's upcoming Pixel 11 flagship lineup has been laid bare in one of the most comprehensive leaks yet, revealing nearly every critical hardware detail — from the next-generation Tensor G6 processor to a historic shift away from Samsung modems. The leak, published by Mystic Leaks on May 5, paints a picture of a dramatically upgraded smartphone series that could reshape Google's competitive standing in the premium Android market.

The revelations cover the entire Pixel 11 family, including the standard Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL, and the foldable Pixel 11 Pro Fold. Each device appears to bring meaningful hardware improvements that address longstanding criticisms of Google's flagship phones.

Key Takeaways at a Glance

• Tensor G6 adopts a 1+4+2 CPU configuration with ARM's latest C1 cores
• Google ditches Samsung Exynos modem in favor of MediaTek M90 (MT6986D)
• New PowerVR C-series GPU (CXTP-48-1536) replaces previous Mali graphics
• Titan M3 security chip debuts alongside a new TPU and custom ISP
• Standard Pixel 11 gets a new 50-megapixel main camera sensor codenamed 'chemosh'
• A mysterious 'Pixel Glow' feature hints at new design or software capabilities

Tensor G6 Breaks From Samsung DNA

The Tensor G6 chip represents perhaps the most significant architectural leap in Google's custom silicon journey. According to the leak, the processor adopts a 1+4+2 core configuration built around ARM's newest C1 cores. This marks a departure from previous Tensor chips that relied more heavily on Samsung's Exynos-derived architecture and manufacturing partnerships.

The CPU layout suggests 1 prime performance core, 4 mid-tier efficiency-performance hybrid cores, and 2 ultra-efficient cores. This arrangement prioritizes sustained performance and power efficiency — two areas where previous Tensor chips consistently underperformed compared to Qualcomm's Snapdragon 8 Gen 3 and Apple's A17 Pro.

Google's decision to integrate a PowerVR C-series GPU (specifically the CXTP-48-1536 variant) is equally noteworthy. Previous Tensor processors used ARM Mali GPUs, which struggled to match the graphics performance of competing chipsets. PowerVR's return to flagship mobile graphics — after years of absence from high-end Android devices — could deliver meaningful improvements in gaming, video processing, and on-device AI rendering.

The chip also includes a new TPU (Tensor Processing Unit) and a refreshed GXP, Google's custom image signal processor. These components are critical for Google's on-device AI capabilities, powering everything from real-time photo processing to Gemini Nano language model inference.

Samsung Modem Era Ends as MediaTek Steps In

Perhaps the most celebrated detail in this leak is the confirmation that Google is abandoning Samsung's Exynos modem in favor of the MediaTek M90 (MT6986D). This switch addresses one of the most persistent complaints from Pixel users and reviewers alike.

Samsung's Exynos modems have been widely criticized for:

• Poor signal reception in weak coverage areas
• Higher power consumption compared to Qualcomm and MediaTek alternatives
• Slower 5G speeds in real-world testing
• Connectivity drops and reliability issues reported across multiple Pixel generations
• Overheating concerns during extended data usage

MediaTek's M90 modem is expected to deliver substantial improvements across all these pain points. MediaTek has rapidly gained credibility in the modem space, with its Dimensity 9300 and 9400 chipsets earning praise for connectivity performance that rivals Qualcomm's Snapdragon X75 modem.

For Pixel users in the United States and Europe, this change could be transformative. Many users in rural or suburban areas reported that Pixel phones on T-Mobile and AT&T networks delivered noticeably worse signal strength than competing Samsung Galaxy or iPhone devices using the same carriers. The MediaTek modem switch directly targets this gap.

Camera Hardware Gets Strategic Upgrades

Google has long compensated for modest camera hardware with industry-leading computational photography. With the Pixel 11, the company appears to be upgrading the hardware foundation as well.

The standard Pixel 11 will reportedly feature a new main camera sensor codenamed 'chemosh'. This is believed to be a 50-megapixel sensor, though the specific manufacturer and sensor size remain unconfirmed. The same sensor will also appear in the Pixel 11 Pro Fold, giving the foldable model a meaningful camera upgrade over its predecessor.

Meanwhile, the Pixel 11 Pro and Pixel 11 Pro XL are expected to receive upgraded sensors for both their main and telephoto cameras. While specific details on these sensors were not fully revealed in the leak, the differentiation strategy is clear — Google wants to create a more compelling reason for consumers to choose the Pro models over the standard variant.

This tiered camera approach mirrors strategies employed by both Apple with its iPhone 16 Pro lineup and Samsung with the Galaxy S25 Ultra. By reserving the best imaging hardware for Pro models, Google can better justify the price premium while keeping the base Pixel 11 competitive in the $599-$699 range.

Pixel Glow Feature Sparks Speculation

One of the more intriguing elements of the leak is a reference to 'Pixel Glow' — a feature whose exact nature remains unclear but which has generated significant speculation in the Android community.

Several theories have emerged about what Pixel Glow could represent:

• LED notification lighting integrated into the phone's frame or camera bar
• An AI-powered ambient display feature that adapts to context
• Enhanced night photography mode leveraging the new GXP image processor
• A software feature related to Google's Gemini AI integration
• Dynamic color effects on the device's exterior or display edges

The leak mentions the 'possible location' where Pixel Glow might be displayed, suggesting it could be a physical hardware element rather than a purely software-based feature. If Google integrates ambient lighting into the Pixel 11's iconic camera bar — similar to the Nothing Phone's Glyph Interface — it would add a distinctive visual identity that sets the Pixel apart in an increasingly homogeneous smartphone market.

Titan M3 and Security Infrastructure

Google's commitment to hardware security continues with the introduction of the Titan M3 security chip. This third-generation secure element handles sensitive operations including encryption key storage, secure boot verification, and biometric data protection.

The Titan M3 likely brings improvements in processing speed for cryptographic operations, which directly impacts the user experience during authentication, mobile payments via Google Pay, and secure app interactions. Google has consistently positioned the Titan M chip as a differentiator against competitors, comparing it favorably to Apple's Secure Enclave.

Combined with the new TPU, the Titan M3 could also enable more sophisticated on-device AI security features. Google has been exploring concepts like real-time scam call detection and phishing protection — capabilities that require both AI processing power and secure data handling.

Industry Context: Google's Hardware Ambitions Mature

The Pixel 11 leak arrives at a pivotal moment for Google's hardware division. After years of being perceived as a secondary priority behind software and services, the Pixel brand has grown into a legitimate competitor in the premium smartphone segment.

Google shipped an estimated 10 million Pixel devices in 2024, a significant increase from previous years. The Pixel 9 series received strong reviews and demonstrated that Google could compete on hardware design, not just computational photography and software features.

The Tensor G6's architectural changes suggest Google is investing heavily in custom silicon that can genuinely compete with Apple's M-series and Qualcomm's Snapdragon 8 Elite processors. By moving away from Samsung's modem and potentially reducing reliance on Samsung's foundry for chip manufacturing, Google gains greater control over its hardware destiny.

This aligns with a broader industry trend where major tech companies — including Apple, Microsoft, Amazon, and Meta — are investing in custom silicon to optimize performance for their specific AI workloads.

What This Means for Users and the Market

For existing Pixel users, the Pixel 11 series addresses the two biggest pain points of previous generations: connectivity reliability and raw processing performance. The MediaTek modem swap alone could convert many users who previously abandoned Pixel for better network performance on Samsung or Apple devices.

For the broader Android market, a more competitive Pixel 11 puts pressure on Samsung, OnePlus, and other manufacturers to differentiate beyond specifications. Google's integration of custom AI hardware — including the new TPU and GXP — creates capabilities that generic Snapdragon-powered devices cannot easily replicate.

Developers building AI-powered applications should pay close attention to the new TPU capabilities. Enhanced on-device inference performance means more sophisticated AI features can run locally without cloud dependencies, improving both speed and privacy.

Looking Ahead: Timeline and Expectations

Based on Google's established release cadence, the Pixel 11 series is expected to debut at Google I/O or a dedicated hardware event in October 2025. Pricing is expected to remain competitive with the current Pixel 9 lineup, starting around $699 for the base model and scaling to approximately $1,199 for the Pixel 11 Pro XL.

The Pixel 11 Pro Fold could see a price reduction from the current $1,799 Pixel 9 Pro Fold, as Google attempts to make foldable devices more accessible to mainstream consumers.

With these leaked specifications, Google appears poised to deliver its most complete and competitive smartphone lineup yet. The combination of a redesigned processor, reliable connectivity, upgraded cameras, and deepening AI integration could finally position the Pixel as a true flagship contender — not just a developer favorite or a photography tool, but a well-rounded premium smartphone that rivals the best from Apple and Samsung.