The update covers a wide range of Pixel phones and tablets, extending from the Pixel 6 generation through the newly released Pixel 11 family. For users coming from the Android 17 QPR1 beta program, the final release is also arriving as a relatively small update rather than requiring a complete system reset.

Android 17 QPR1 Gives the System UI a More Expressive Look

One of the most obvious changes in Android 17 QPR1 is the increased use of blur and transparency throughout the system interface.

The volume panel now uses a semi-transparent design with dynamic colors, while the expanded volume interface has received a visual update. Google has also added background blur to the power menu, giving system controls a more layered appearance.

These changes make the interface feel less static and put more emphasis on depth, transparency and animated transitions.

New Material 3 Multitasking Interface

These changes are part of Google’s broader Material 3 design direction, which emphasizes more expressive motion, adaptive colors and updated interface components.

When several apps are open, the system media and multitasking interface now uses a Material 3-style carousel. Instead of displaying a row of simple dots at the bottom, the interface provides previews of other open applications.

The active app card can also shrink to make room for additional previews, making it easier to recognize and switch between recently used apps.

Quick Settings Get New Animations and Controls

The Quick Settings panel receives several practical changes in this release.

Google has introduced new elastic-style animations when opening Quick Settings, while an edit button is now displayed in the lower-right area for easier customization.

The mobile data tile also gains a “Don’t ask me again” option. Another new addition is a dedicated Keyboard Quick Settings tile, which provides faster access to the system keyboard switcher.

Screen recording has also been adjusted. The tool now defaults to the application that was used for the previous screen recording session, potentially reducing the number of steps needed to start another recording.

Home Screen Menus Are More Clearly Organized

Android 17 QPR1 changes several interactions on the Pixel home screen.

Long-pressing an app icon now separates app-specific shortcuts from system-level actions such as widgets and bubbles. This creates a clearer distinction between functions provided by the app and Android’s own controls.

Long-pressing an empty area of the home screen also opens an updated wallpaper switching interface. The new design uses more noticeable rounded corners and a cleaner arrangement of menu options.

Settings Gets New Material 3 Expressive Icons

The Settings application is another area receiving a visual update.

Android 17 QPR1 introduces new Material 3 Expressive icons in Settings. The design language was previously seen on Pixel Watch devices and is now being brought more prominently to the phone experience.

Google has also added a new animation when users double-click the power button from the lock screen to launch the camera.

Health Connect Tracks More Activity Data

Health-related tracking also gets an expansion in Android 17 QPR1.

Health Connect can now track additional activity measurements, including distance traveled and calories burned, alongside existing step information.

This gives Pixel users more data points for monitoring everyday movement without requiring every activity metric to be handled by a separate application.

Android 17 QPR1 Compatible Pixel Devices

The stable update is available across a broad range of Google Pixel phones and tablets, covering several generations from the Pixel 6 series onward:

• Pixel 6 and Pixel 6 Pro
• Pixel 6a
• Pixel 7, Pixel 7 Pro and Pixel 7a
• Pixel Tablet
• Pixel Fold
• Pixel 8, Pixel 8 Pro and Pixel 8a
• Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, Pixel 9 Pro Fold and Pixel 9a
• Pixel 10, Pixel 10 Pro, Pixel 10 Pro XL, Pixel 10 Pro Fold and Pixel 10a
• Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL and Pixel 11 Pro Fold

The inclusion of the latest Pixel 11 series means the QPR1 release covers Google’s recent Pixel generations as well as several older devices.

What Beta Users Need to Know

Users who are currently running Android 17 QPR1 Beta 9 should receive a relatively small update to move to the stable release.

However, users participating in the Android Beta Program may need to exit the beta program before receiving the stable OTA update, depending on their current enrollment status.

The stable update is being distributed over the air and does not require users to erase their device data as part of the normal upgrade process.

Android 17 QPR1 Is More Than a Visual Update

While the new blur effects and Material 3 styling are among the most visible changes, Android 17 QPR1 also improves everyday interactions through redesigned multitasking, Quick Settings controls, home screen menus and additional Health Connect measurements.

For Pixel owners, the update therefore represents a combination of visual refinement and practical interface changes, rather than simply another maintenance release. The continued Android Beta Program will also allow Google to test future QPR releases and feature updates on supported devices.

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Among the new products, the Edge 70 Plus stands out with a 200MP main camera, a 6,500mAh battery, and a display capable of reaching a 144Hz refresh rate. Meanwhile, the Watch Ultra brings LTE connectivity to Motorola’s smartwatch lineup for the first time.

Motorola Edge 70 Plus Features a 144Hz AMOLED Display

The Motorola Edge 70 Plus uses a four-curved design and features a 6.78-inch Extreme AMOLED display with a refresh rate of up to 144Hz. The screen has received Pantone certification for color accuracy and is protected by Corning Gorilla Glass 7i.

The phone has also undergone testing related to the MIL-STD-810H standard, suggesting that Motorola has placed additional emphasis on durability.

The display’s high refresh rate should make scrolling, animations, and supported games feel smoother, while the curved design gives the phone a more premium appearance.

200MP Main Camera With 16-in-1 Pixel Binning

Photography is another major focus of the Edge 70 Plus.

The phone is equipped with a 200MP primary camera featuring OIS optical image stabilization, Pantone-validated color and skin tones, up to 10x Super Zoom, and 4K video recording. Motorola also includes a dedicated macro camera.

On the front, the phone has a 32MP selfie camera with AI-powered image enhancements and 4K video recording.

Interestingly, Motorola says the 200MP sensor combines 16 pixels into one when processing images. As a result, the camera’s default output resolution is approximately 12.5MP, rather than the full 200MP resolution.

This approach is designed to combine information from multiple pixels to produce more practical image files while potentially improving image quality in different lighting conditions.

Snapdragon 7s Gen 3 and Up to 256GB Storage

Under the hood, the Edge 70 Plus is powered by Qualcomm’s Snapdragon 7s Gen 3 mobile platform.

Motorola smartphones comes with 8GB of LPDDR5X RAM and either 128GB or 256GB of internal storage. Motorola also supports AI RAM Boost, which is designed to improve memory management during everyday multitasking.

For sustained workloads, the device uses a cooling system that includes a vapor chamber, helping manage heat during gaming and other demanding tasks.

6,500mAh Battery and 45W Charging

Battery capacity is one of the Edge 70 Plus’s standout specifications.

The phone packs a 6,500mAh battery, with Motorola claiming up to 42 hours of talk time, 34 hours of video playback, or 23 hours of social media use under specific testing conditions.

Charging is handled by 45W TurboPower, while the phone also supports Motorola TurboPower charging. This feature allows power to be supplied directly from the charger during gaming, potentially reducing battery heat and limiting unnecessary battery cycling during extended sessions.

Motorola Watch Ultra Adds LTE Connectivity

Alongside the phone, Motorola introduced the Watch Ultra, featuring a 1.5-inch OLED display with peak brightness of up to 2,700 nits.

The smartwatch uses a 46mm stainless-steel case and supports an always-on display. It is powered by Qualcomm’s Snapdragon W5+ Gen 1 platform and runs Wear OS by Google.

Users can install apps such as YouTube Music, Google Maps, Google Messages, and Google Gemini through Google Play.

The biggest connectivity upgrade is LTE support. The Watch Ultra is Motorola’s first smartwatch with cellular connectivity, allowing users to make calls, send messages, and manage notifications without keeping their phone nearby.

The watch also supports dual-band GPS and contactless payments through Google Wallet.

Polar Fitness Features and Motorola Qira

For health and fitness tracking, Motorola has partnered with Polar to provide features covering stress management, sleep analysis, exercise tracking, and calorie monitoring.

Additional tools include Serene breathing exercises, Energy Sources analysis, and Running Coach guidance.

The Watch Ultra also introduces Motorola Qira to Motorola’s wearable lineup. On compatible Motorola and Lenovo devices, users can activate Qira by raising their wrist or saying “Hey Qira.” The assistant can answer questions and retrieve certain information stored across connected devices.

Battery life is rated at up to two days with the always-on display disabled. Motorola says a 15-minute charge can provide up to 24 hours of additional use.

The watch carries IP68 protection and 5ATM water resistance, while its display is protected by Corning Gorilla Glass 3.

Moto Snap Supports Up to 30W Charging

Motorola also launched the moto snap wireless charger alongside its new devices.

On compatible Qi2.2 devices, the charger can deliver up to 25W of wireless charging. Compatible Motorola devices using the company’s proprietary charging protocol can reach up to 30W.

The charger includes a 1.5-meter braided USB Type-C cable and uses magnetic alignment to keep compatible devices positioned correctly. It can also work with magnetic protective cases and includes protection against overheating and overcharging.

Motorola says the charger has zero standby power consumption.

Motorola Edge 70 Plus and Watch Ultra Pricing

Motorola says the Edge 70 Plus will begin reaching selected European and Middle Eastern markets over the coming weeks, although a unified European price has not yet been announced.

The Watch Ultra starts at €429 and is expected to launch in selected markets across Europe, the Middle East, Latin America, North America, and Asia-Pacific in the coming weeks.

The moto snap wireless charger starts at €39 and will also roll out across selected markets in Europe, the Middle East, Latin America, and Asia-Pacific.

Pricing, configurations, and availability may vary by region.

Motorola Edge 70 Plus combines a 200MP camera, 6,500mAh battery, 144Hz AMOLED display, and Snapdragon 7s Gen 3 chipset, making it a well-equipped addition to Motorola’s smartphone lineup. Meanwhile, the Watch Ultra adds LTE connectivity, allowing users to make calls, receive messages, and stay connected without relying on a smartphone.

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Xiaomi has officially introduced Redmi Note 17 Pro Max 5G which belongs to Redmi Note series in Japan, marking the company’s first smartphone to feature a battery with a capacity of 10,000mAh. The phone will be available with an early-bird price starting at ¥69,980, with the promotional offer running through October 14.

At the current exchange rate, that works out to roughly RMB 2,959, although the actual price in other markets could differ.

The enormous battery is easily the phone’s headline feature, but Xiaomi has also equipped the Redmi Note 17 Pro Max with fast charging, a high-refresh-rate AMOLED display, a Qualcomm processor, a multi-camera setup, and high-level dust and water resistance.

10,000mAh Battery With 100W Charging

The Redmi Note 17 Pro Max packs a 10,000mAh battery, making it one of the more extreme battery-focused smartphones in its class.

Xiaomi pairs the large cell with 100W wired fast charging, helping reduce the amount of time required to refill such a large battery.

The phone also supports 27W wired reverse charging. This allows the handset to provide emergency power to other compatible devices, effectively giving the Redmi Note 17 Pro Max some of the functionality of a portable power bank.

For users who frequently travel, spend long periods outdoors, or simply don’t want to worry about charging their phone every day, the battery capacity like 10,000mAh battery phones could be one of the device’s biggest advantages.

Snapdragon 6 Gen 5 Powers the Phone

Under the hood, the Redmi Note 17 Pro Max uses Qualcomm’s Snapdragon 6 Gen 5 mobile platform.

It isn’t positioned as an ultra-high-end processor, but it should provide a reasonable balance between everyday performance and power consumption. That balance is particularly important for a phone carrying a 10,000mAh battery, where efficiency can have a major impact on practical endurance.

The large battery also gives Xiaomi more room to support demanding activities such as video streaming, navigation, gaming, and mobile photography without forcing users to constantly search for a charger.

6.83-Inch 1.5K AMOLED Display

The phone features a 6.83-inch AMOLED display with a 1.5K resolution and 120Hz refresh rate.

The combination should provide a smoother interface while offering sharper visuals than a conventional Full HD+ panel.

A 120Hz refresh rate is particularly noticeable when scrolling through websites, navigating menus, and switching between applications. Meanwhile, the AMOLED panel can deliver deeper blacks and stronger contrast than typical LCD screens.

The display is protected by Corning Gorilla Glass Victus 2, and the phone has reportedly passed a 3-meter drop-resistance certification.

That gives the Redmi Note 17 Pro Max a stronger durability proposition than many mainstream phones that focus primarily on appearance.

50MP Main Camera and 32MP Selfie Camera

On the back, Xiaomi equips the Redmi Note 17 Pro Max with a 50MP primary camera accompanied by an 8MP secondary sensor.

The front camera has a 32MP resolution, giving the phone a relatively high-resolution selfie camera for its category.

The camera system isn’t being positioned as an Ultra-level imaging platform. Instead, the configuration appears designed to provide a capable everyday photography experience while keeping the phone focused on its larger strengths, particularly battery life and durability.

Android 16 and Long-Term Security Support

The Redmi Note 17 Pro Max ships with Android 16, joining a growing group of Android 16 phones.

More importantly, Xiaomi says the device will receive up to six years of security updates.

Long-term software support is becoming increasingly important as consumers keep smartphones for longer periods. A device that continues receiving security patches several years after purchase can remain useful well beyond its initial upgrade cycle.

The six-year commitment could therefore become an important selling point for buyers who prioritize longevity.

Surprisingly Slim Despite the Huge Battery

A 10,000mAh battery normally suggests a thick and heavy smartphone, but Xiaomi has attempted to keep the Redmi Note 17 Pro Max relatively manageable.

The handset measures just 8.57mm thick and weighs approximately 229.5 grams.

That is still heavier than many conventional smartphones, but considering the enormous battery capacity, the dimensions are relatively restrained.

This may be one of the most impressive aspects of the phone’s design. Xiaomi has managed to fit a battery that is roughly twice the capacity of many mainstream smartphones into a chassis that remains under 9mm thick.

IP66 and IP68 Protection

Durability is another area where the Redmi Note 17 Pro Max takes a more serious approach.

The phone carries IP66 and IP68 dust- and water-resistance ratings, providing substantially more protection against environmental exposure than basic splash-resistant designs.

This should make the phone more comfortable to use in challenging everyday situations, including rainy weather and dusty environments.

However, an IP rating should not be interpreted as unlimited waterproofing. Users should still follow Xiaomi’s official guidance regarding water exposure and charging after contact with moisture.

Cloud Blush Color Changes Under Sunlight

Xiaomi is also giving the Redmi Note 17 Pro Max a distinctive finish called Cloud Blush.

At first glance, the color appears close to a soft cloud-white shade. Under sunlight, however, the surface reportedly shifts toward a warm pink-orange tone.

This photochromic-style effect allows the back panel to change its appearance according to the surrounding light.

It is a small design detail, but it gives the phone something visually different from the increasingly common black, silver, and blue flagship finishes.

Redmi 17 4G Launches Alongside It

Xiaomi also introduced a more affordable model in Japan alongside the Redmi Note 17 Pro Max: the Redmi 17 4G.

The entry-level configuration with 4GB of RAM and 128GB of storage starts at ¥29,980, equivalent to roughly RMB 1,268 at the current exchange rate.

The Redmi 17 4G features a much larger 6.9-inch 720p+ display with a 120Hz refresh rate and is powered by the MediaTek Helio G91 Ultra platform.

Its camera setup includes a 50MP rear main camera and an 8MP front-facing camera.

Despite its lower price, the Redmi 17 4G also carries a substantial 7,500mAh battery and supports 45W fast charging.

This gives Xiaomi two very different propositions for the Japanese market: an affordable large-screen phone with a big battery and a more advanced Pro Max model aimed at users who want maximum endurance without moving to a bulky rugged-phone design.

Final Thoughts

The Redmi Note 17 Pro Max 5G stands out primarily because Xiaomi has made battery capacity its central design priority.

A 10,000mAh battery, 100W charging, and 27W reverse charging give the phone a level of power capacity that should appeal strongly to travelers, heavy users, and anyone who dislikes frequent charging.

At the same time, the phone doesn’t appear to sacrifice the rest of the experience. It combines a 6.83-inch 1.5K 120Hz AMOLED display, Snapdragon 6 Gen 5, 50MP main camera, Android 16, six years of security updates, and IP66/IP68 protection.

The 229.5-gram weight is certainly noticeable, but the 8.57mm thickness makes the overall package more impressive given the size of the battery.

With an early-bird starting price of ¥69,980 in Japan through October 14, the Redmi Note 17 Pro Max could become an interesting choice for buyers who value battery endurance and long-term usability over having the most powerful processor or most advanced camera system.

The bigger question is whether Xiaomi will bring the same configuration and pricing strategy to additional international markets. For now, its Japanese debut makes one thing clear: 10,000mAh batteries are no longer limited to niche power-focused phones.

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At a Glance: What’s New?

What the Google Play Console Reveals

On August 17, tech blog YtechB spotted the Samsung Galaxy S26 FE (model SM-S741U) in the Google Play Console database. The listing confirms:

• Processor: Exynos 2500

• Graphics: Samsung Xclipse 950 GPU

• Memory: 8GB RAM

• Display: 1080 x 2340 pixels at 450 DPI

These are the confirmed specs—not rumors. The Play Console is a reliable source for pre-launch device information, as manufacturers must submit devices to Google for compatibility testing before release.

What’s Still Under Wraps

While the Play Console gives us a solid foundation, several key details remain unconfirmed:

• Battery capacity (rumored to be ~4500mAh)

• Camera setup (likely similar to S25 FE with minor upgrades)

• Storage options (expected: 128GB / 256GB)

• 5G bands (region-specific variants)

• Official release date (expected: late 2026)

The Exynos 2500: What to Expect

Samsung’s Exynos 2500 is built on a 3nm process and is expected to deliver:

• ~20% faster CPU performance over Exynos 2400

• ~30% better GPU efficiency (thanks to Xclipse 950)

• Improved AI processing for on-device features

• Better thermal management for sustained gaming

Pair that with the Xclipse 950 GPU—based on AMD RDNA architecture—and the S26 FE could be a solid performer for both daily tasks and mobile gaming.

Why This Matters: The FE Value Proposition

The Galaxy S26 FE sits in a unique spot in Samsung’s lineup:

The FE series has traditionally offered flagship-level performance at a mid-range price. With the Exynos 2500 and 8GB RAM, the S26 FE looks poised to continue that legacy.

Color Options & Charging

According to additional leaks, the S26 FE will be available in:

• Purple

• Green

• Black

Rumors also point to 45W wired fast charging, a welcome upgrade from the 25W on the previous FE model. That would bring the S26 FE in line with the flagship S26 series for charging speeds.

Pros & Cons (Based on Leaks So Far)

Buying Advice: Should You Wait?

Wait if: You’re currently using a Galaxy S23 FE or older. The Exynos 2500 and 45W charging will be meaningful upgrades.

Skip if: You already own a Galaxy S25 FE. The improvements appear iterative—not revolutionary.

Consider alternatives: If you’re in a Snapdragon-preferred region, check whether your local S26 FE variant will use Exynos or Snapdragon (Samsung often dual-sources chips).

When Will It Launch?

Based on previous FE release cycles:

The Google Play Console appearance in August suggests the device is on track for a Q4 2026 launch—likely alongside or shortly after the Galaxy S26 series.

Final Verdict (Early)

The Samsung Galaxy S26 FE is shaping up to be a solid value flagship—if you can live with Exynos.

The Exynos 2500, Xclipse 950 GPU, and rumored 45W charging make it a compelling option in the $600–700 segment. While the display and RAM don’t push boundaries, the FE series has never been about bleeding-edge specs—it’s about balance, and so far, the S26 FE looks well-balanced.

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When mobile phones first became popular, they were nothing more than an extension of a landline telephone with the facility to send short text messages. But even back then entrepreneurs saw the possibilities of driving product sales through text promotions. At the beginning of the 21^st century, companies like Zagme were breaking new ground by offering location-specific promotions, so that while shopping, consumers would be delivered promotional offers directly relating to the stores they were near. The idea was to drive traffic into shops by offering a text-based coupon that could be redeemed in-store. At the time this was considered ground-breaking, ahead of its time, and revolutionary. In fact, it was ahead of its time and despite a predicted one million users by 2002 in the UK, Zagme shut shop in October 2001. The retailers had signed up, but the consumers and the technology were not ready for it.

Smartphone revolution

Fast forward to June 2007. While the smartphone had been around in concept form since 1992, it was the launch of Apple’s iPhone that changed everything.  Initially, the smartphone allowed you to make calls, send messages, access email, browse the web and listen to music. Then millions of apps became available and by 2015 84% of Americans said they couldn’t go a day without their phone. The development of Android made smartphones even more accessible, and now more than half of all internet shopping traffic takes place on a smartphone.

Desktop internet usage has fallen while mobile internet usage is on the rise. Nearly 90% of mobile usage is spent within apps according to a report in eMarketer in April 2020. Nearly 25% of all apps fall into the gaming category and 66% of users have a gaming app installed on their phone. This compares to 97.9% who have a communications or social media app, 92.6% who have a shopping app. With mobile banking and secure payment apps now standard, spending while on mobile is now perfectly normal. In fact, banks say that their apps are more secure than the browser version of internet banking.

Shopping on mobile

Mobile shopping, also known as mCommerce, really exploded in 2020. In the second quarter of the year, mobile retail spending in the USA added up to over $47.8 billion. This was 31% of all eCommerce in the USA, with people shopping across every category. Worldwide more than half of internet shoppers use their mobile device for purchases and seven in ten of them use shopping apps on their smartphones.

63% of females between the ages of 16 and 24 purchase products online using their mobile devices. The peak age category for men is slightly older with 58% of men between the age of 25 and 34 shopping for products and services from their smartphones.

Gaming on mobile

Gaming apps on mobile now offer all the fun of the arcade or console on the go. Whether on the daily commute or as a way to indulge in a little escapism in spare time online gaming offers great entertainment. While hackers and scammers might try and spoil the fun some straightforward steps ensure security online. Never give away your password or email, avoid using public WIFI networks and never respond to unauthorized emails.

There is literally no end of choice in the mobile gaming arena, you are spoiled for choice from big-name cross-platform games to quirky titles from smaller developers. Whatever takes your fancy be it Angrybirds, Pokémon Go, or Grand Theft Auto you can take your gaming with you. But gaming is a wider genre than video games with traditional offerings like word games and chess being constantly reinvented.

Mobile Gambling

Another subset of the gaming apps is the mobile gambling offerings. From slots and casinos to live sports betting there’s no need to go to the bookmakers or casino to take part in the action anymore.  Over half of US gamblers prefer to gamble online. The global average is 63% with India having the highest proportion of online gamblers at 76%. Whichever way you look at the figures, the rise in mobile gambling is significant with 70% of gambling revenue coming from mobile gambling in 2020 in the USA. While it could be argued that this is artificially high due to Covid restrictions, it is likely that once introduced to the convenience and fun, this is a trend that will continue with an upward trajectory.

As 2021 comes to a close, we can see that mCommerce and mGaming are outpacing desktop-based eCommerce and eGaming. The next step might be into the Metaverse with Virtual and Augmented Reality becoming easier to access and increasingly available. However, the flexibility of the small portable device that is the smartphone could be difficult to challenge in the short term.

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According to Igeekphone, the Pixel 11 Pro XL and other Pixel 11 series models are expected to be unveiled at Google’s annual Made by Google event on August 12. Ahead of the official announcement, benchmark information has provided the first look at the performance of Google’s upcoming flagship processor.

Tensor G6 Benchmark Results Revealed

The Geekbench 7 listing reportedly shows that the Google Pixel 11 Pro XL achieved:

• Single-core score: 2,112 points
• Multi-core score: 5,196 points

These results represent the first known real-world benchmark scores for the Tensor G6 chipset, which has previously appeared only through leaks and industry reports.

The benchmark listing also confirms that the tested device is equipped with:

• 16GB RAM
• Android 17 operating system

While benchmark results do not reveal every aspect of real-world performance, they provide an early indication of the processing capabilities of Google’s next flagship smartphone platform.

Tensor G6 Reportedly Uses Seven-Core Architecture

According to the Geekbench database information, the Tensor G6 appears to use a seven-core CPU architecture consisting of three core clusters.

The reported configuration includes:

• Two cores clocked at 2.65GHz
• Four cores clocked at 3.38GHz
• One high-performance core clocked at 4.11GHz

The listing does not confirm whether the Tensor G6 is manufactured using a 2nm process technology, despite previous reports suggesting that Google could become one of the first smartphone manufacturers to adopt a 2nm Tensor chip.

Limited Improvement Compared with Tensor G5

Although the Tensor G6 represents a new generation of Google’s custom smartphone chipset, the leaked benchmark results suggest that the performance improvement may not be dramatic.

For comparison, the previous-generation Pixel 10 Pro’s Tensor G5 reportedly achieved:

• Single-core score: 1,977 points
• Multi-core score: 5,805 points

Compared with those numbers, the Tensor G6 appears to offer a small increase in single-core performance but a lower multi-core score in this early Geekbench test.

If the leaked results are accurate, the Pixel 11 Pro XL may not deliver a major upgrade in traditional computing performance. Instead, Google may continue focusing on areas where Tensor chips have historically stood out, such as artificial intelligence processing, photography enhancements, and software optimization.

Pixel 11 Standard Model Also Appeared in Benchmarks

The Pixel 11 series has previously appeared in Geekbench databases as well.

Earlier testing of the standard Pixel 11 model reportedly showed:

• Single-core score: 875 points
• Multi-core score: 2,657 points

That listing also indicated a seven-core Tensor G6 architecture, although the performance results were significantly lower than the Pixel 11 Pro XL benchmark.

Differences between models could be related to software optimization, testing conditions, clock speeds, or hardware configurations.

Google May Focus More on AI Features

Google’s Tensor processors have traditionally prioritized artificial intelligence and machine learning capabilities rather than competing directly with flagship chips from Qualcomm and Apple in raw benchmark performance.

The Tensor G6 is expected to bring improvements in areas such as:

• AI-powered features
• Computational photography
• Voice processing
• On-device machine learning
• System efficiency

For Pixel users, these software-driven improvements may be more noticeable in daily use than benchmark score increases.

Pixel 11 Series Expected to Launch Alongside Pixel Watch 5

Google is expected to officially introduce the Pixel 11 series along with the Pixel Watch 5 during the upcoming Made by Google event on August 12.

The Pixel 11 lineup is expected to include multiple models, including:

• Google Pixel 11
• Google Pixel 11 Pro
• Google Pixel 11 Pro XL

The Pixel 11 Pro XL is expected to serve as the top-tier model, featuring the largest display, highest memory configuration, and the most advanced camera system in the lineup.

Final Thoughts

The leaked Geekbench results for the Google Pixel 11 Pro XL suggest that the upcoming Tensor G6 chipset may deliver only moderate improvements in traditional processing power. While the move to a newer architecture and potential 2nm manufacturing process could improve efficiency, the benchmark numbers indicate that Google is not necessarily chasing the highest raw performance scores in the smartphone market.

Instead, the Pixel 11 series is likely to continue Google’s strategy of combining custom hardware with advanced AI software experiences. For potential buyers, the most important upgrades may come from new AI features, camera improvements, and software innovations rather than a major leap in benchmark performance.

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Images shared by X account @PixelNewsHub reportedly show a Pixel 11 Pro demonstration unit placed inside its retail packaging. A second set of hands-on images appears to show the phone in a matte black finish. According to the source, the demonstration devices had already reached operators ahead of Google’s official launch event.

Google is expected to introduce the Pixel 11 series on August 13, 2026, although the company has yet to officially confirm the full specifications, pricing, or availability details.

Pixel 11 Pro Appears in Sand Dune and Matte Black

The newly leaked images reportedly show the Pixel 11 Pro in a sand dune colorway, with the handset positioned inside a product box.

Another hands-on image shows what appears to be a matte black version of the flagship. While the authenticity of unofficial leaks cannot be independently confirmed, the physical appearance of the device appears to correspond with previously leaked Pixel 11 Pro renders.

The appearance of what are described as demonstration units is particularly notable because such devices typically indicate that the smartphone is approaching its official launch.

Circular Telephoto Camera Opening Returns

One of the most noticeable changes visible in the latest images concerns the telephoto camera.

The black Pixel 11 Pro shown in the leaked photos reportedly features a circular opening around the telephoto lens. This matches renders that surfaced last month and suggests that Google could be changing the visual design of the telephoto camera compared with the current-generation Pixel 10 Pro.

The Pixel 10 Pro uses a more distinctive square-shaped periscope telephoto lens opening. On the Pixel 11 Pro, Google appears to be moving toward a circular design, potentially creating a cleaner and more symmetrical appearance within the rear camera bar.

Design Changes Could Be a Key Highlight

Although the Pixel 11 Pro is expected to retain Google’s recognizable Pixel design language, the camera system could receive some of the most visible changes.

The Pixel series has increasingly relied on its horizontal camera bar as a signature design element. Changing the telephoto lens opening from the square format seen on the Pixel 10 Pro to a circular opening could give the Pixel 11 Pro a subtly different visual identity while maintaining the overall Pixel aesthetic.

The newly surfaced photos also appear to show a relatively understated matte finish, particularly on the black model.

Pixel 11 Series Expected on August 13

Google is expected to officially unveil the Pixel 11 lineup at its Made by Google event on August 13, 2026.

The company has not yet provided complete details regarding the Pixel 11 Pro’s specifications or pricing. As a result, information circulating ahead of the event should be treated as unofficial until Google confirms it.

Beyond the Pro model, the Pixel 11 family is expected to include additional devices aimed at different price segments, although Google’s complete launch lineup remains to be confirmed.

What We Know About the Pixel 11 Pro So Far

Based on the latest leak and previously surfaced information, the Pixel 11 Pro is expected to feature:

• Model: Google Pixel 11 Pro
• Expected launch: August 13, 2026
• Event: Made by Google
• Reported colors: Sand dune and matte black
• Telephoto design: Circular lens opening
• Previous-generation comparison: Pixel 10 Pro uses a square periscope telephoto opening
• Pricing: Not officially announced
• Availability: To be confirmed

Final Thoughts

The latest Pixel 11 Pro images provide another glimpse at Google’s upcoming flagship ahead of its expected August 13 unveiling. The reported circular telephoto lens opening is particularly interesting because it represents a visible departure from the square periscope design used on the Pixel 10 Pro.

With demonstration units reportedly already reaching operators, more information could emerge in the days leading up to Google’s event. For international buyers, however, the most important details—including official pricing, regional availability, camera specifications, and hardware features—will have to wait for Google’s formal announcement.

Google is expected to officially unveil the Pixel 11 series on August 13, 2026. Until then, the leaked images and specifications should be considered unofficial.

The post Google Pixel 11 Pro Appears in Alleged Hands-On Photos Ahead of August 13 Launch appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The Moto Pad 70 starts at ₹33,999 in India, which is approximately CNY 2,413 based on the current exchange rate. The tablet combines a 12.1-inch 2.5K display with a MediaTek Kirin 6400 platform, up to 256GB of internal storage, and a bundled Moto Pen stylus.

12.1-Inch 2.5K Display With 90Hz Refresh Rate

The Moto Pad 70 features a 12.1-inch LCD display with a resolution of 2560 × 1600 pixels. The panel supports a 90Hz refresh rate, providing smoother scrolling, animations, and compatible gaming compared with conventional 60Hz displays.

Motorola also lists a peak brightness of 800 nits, making the screen better suited to bright indoor environments and outdoor use. The display covers 96% of the DCI-P3 color gamut, which should provide a wider and more vibrant color range for watching movies, viewing photos, and other multimedia applications.

With its large 16:10-style display and high resolution, the Moto Pad 70 is designed to offer plenty of screen real estate for both entertainment and productivity.

MediaTek Kirin 6400 Platform and Expandable Storage

At the heart of the Moto Pad 70 is a MediaTek Kirin 6400 chipset, paired with 8GB of LPDDR4X RAM.

The tablet is available with either 128GB or 256GB of UFS 2.2 storage, giving users two storage configurations depending on their needs. A microSD card slot is also included, allowing users to expand the available storage for applications, photos, videos, documents, and other files.

This combination of memory and storage is aimed at everyday tablet workloads such as web browsing, video streaming, document editing, social media, and multitasking.

5G Connectivity for Mobile Use

One of the key features of the Moto Pad 70 is its support for 5G mobile data connectivity. Unlike Wi-Fi-only tablets, the cellular version can connect to compatible 5G networks when users are away from a Wi-Fi connection.

This makes the tablet more practical for users who frequently travel, commute, work remotely, or need continuous access to online services without relying on a smartphone hotspot.

Actual network availability and supported 5G bands may vary by market and carrier.

13MP Rear Camera and 8MP Front Camera

For photography and video calls, the Moto Pad 70 is equipped with a 13MP rear camera and an 8MP front-facing camera.

The front camera is particularly useful for video conferencing, online classes, and other communication applications, while the rear camera can be used for capturing documents, quick photos, and everyday images.

The tablet also carries an IP52 rating, providing a degree of protection against dust and limited water exposure. However, the rating does not make the device waterproof, so users should still avoid significant exposure to water.

Moto Pen Included With 4,096 Levels of Pressure Sensitivity

Motorola is also emphasizing the Moto Pad 70’s productivity and creative capabilities by including the Moto Pen stylus.

The pen supports 4,096 levels of pressure sensitivity, allowing it to respond to differences in writing and drawing pressure. This can be useful for handwritten notes, sketching, annotations, and other stylus-based applications.

For students and professionals, the combination of a large high-resolution display and pressure-sensitive stylus could make the Moto Pad 70 a more versatile alternative to a conventional media-focused tablet.

Android 16 and Dolby 3D Surround Sound

The Moto Pad 70 comes with Android 16 pre-installed, giving the tablet access to Google’s latest Android platform and its associated features.

Motorola is also highlighting its Dolby 3D surround sound support. Combined with the 12.1-inch 2.5K display, the audio system is intended to make the tablet a stronger option for streaming movies, TV shows, music, and other multimedia content.

Motorola Moto Pad 70 Specifications

A Well-Rounded 5G Android Tablet

With the Moto Pad 70, Motorola is targeting users looking for a large-screen Android tablet that can serve both entertainment and productivity needs. Its 12.1-inch 2.5K 90Hz display, 5G connectivity, expandable storage, stylus support, and Android 16 software give it a broad feature set.

The inclusion of a pressure-sensitive Moto Pen further differentiates the tablet from basic entertainment-focused models, while the 800-nit display and Dolby audio capabilities strengthen its multimedia credentials.

The Moto Pad 70 is currently launched in India, with a starting price of ₹33,999. International availability, pricing, configurations, and network compatibility may vary if Motorola expands the tablet to additional markets.

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