Google has made several major changes to the Android development cycle in recent years, and as a result, newer versions now arrive a lot earlier than before. The upcoming Android 17 has already entered the development phase. In fact, Google has already released two public betas, giving us a sneak peek at the upcoming features and changes.

What’s the dessert name for Android 17?

The tech giant doesn’t name Android versions after desserts anymore. It abandoned that tradition with Android 10, sticking to only the version number for future releases.

However, the internal team still uses a dessert codename. Android 16 has a dessert name, “Baklava”, and for the upcoming Android 17, Google has chosen “Cinnamon Bun” as the dessert codename.

A cinnamon bun is a sweet, spiral-shaped pastry made with rolled dough and a mixture of butter, sugar, and ground cinnamon. It’s quite popular in northern Europe and North America.

Android 17: Upcoming features and changes

Bubbles

The bubble feature has been around here for quite a few years now, but that’s limited to conversation notifications. Google is now working on implementing it for all apps. The new Bubbles feature was spotted in Android 17 Beta 2, allowing users to run multiple floating apps without ever having to leave the full-screen app.

Once activated, users can enable a floating bubble for an app by tapping and holding the icon and then choosing “Bubble” from the context menu. On large-screen devices, a dedicated bubble bar appears in the taskbar, which makes it easy to organize bubbles and switch between them.

Limited Connects access

Android 17 introduces a new system-level Contacts Picker application, which will allow users to select one or more contacts to share with an app at a time. What makes it more privacy-focused is that apps won’t be able to track any changes you make to a contact’s information.

Google says Contact Picker grants temporary, session-based read access to the specific data fields selected by the user. That means the app will be required to ask for permissions again after the session timeout. The new feature also allows selections from the device’s personal or work profiles.

Seamless task continuity

Android 17 could bring the awaited “Task Continuity” feature, which will allow users to sync notifications, share files, and continue apps across their linked Android devices. Essentially, you will be able to transfer an app’s current state from one Android device to another.

As explained by Android Authority, this feature will show a suggestion on the taskbar representing the running app from another device. When you click this suggestion, the system initiates the handoff and passes the remote app’s state.

Google officially announced the new Handoff API in Android 17 Beta 2, which allows developers to specify the application state to resume on another Android device. Once enabled, the Android system displays a handoff suggestion in the launcher of the user’s nearby devices. This feature is designed to offer seamless task continuity across linked Android devices.

Redesigned privacy indicators

Android 17 Beta 2 introduced changes to privacy indicators, now featuring separate circles and multiple colors. Earlier, the privacy indicators were shown in a pill-shaped green enclosure. The icons now appear in separate circles, and the location icon has a blue circle instead of green.

System EyeDropper

Google has added an “EyeDropper” app in Android 17 Beta 2 to allow other apps to ask Android to pick the exact color of any pixel shown on the screen without requiring sensitive screen-capture permissions. This means developers will no longer need to build their own eyedropper tool or import third-party libraries, resulting in time saving and a slight reduction in the app’s file size.

SMS and OTP protection

With Android 17 Beta 2, Google has further strengthened OTP message protection by delaying access to OTP messages for three hours for apps that are not intended to be recipients. This narrows down OTP access to select apps, but it excludes the default SMS app, assistant apps, and companion apps for connected devices.

The latest change applies to WebOTP messages, SMS retriever format messages, and standard OTP SMS messages.

Better app adaptability

Google began phasing out apps’ ability to restrict screen orientation and resizability on large-screen devices with Android 16. However, it still allowed app developers to opt out of this change. But Android 17 makes it mandatory, and developers will no longer be able to opt out.

This change will make apps running on Android 17 fill the space and respect the device posture on large-screen devices. The users will still have the ability to opt in/out of using an app’s default behavior via the aspect ratio settings.

Versatile Video Coding (VVC) support

Google introduced the Versatile Video Encoding (VVC) standard (also known as H.266) in Android 17 Beta 1. This video compression standard can deliver video quality similar to or better than the original at reduced file sizes, provided that the Android device has the hardware decode support and capable drivers.

Loudness Management

Google is introducing the CTA-2075 loudness management API with Android 17 Beta 1. This allows apps to dynamically adjust audio playback loudness based on metadata from supported AAC content and device characteristics, resulting in a more consistent listening experience across applications and hardware.

And a lot more

The features and changes we’ve discussed so far have been spotted in the first two betas of Android 17. However, for non-Google brands like Xiaomi, OnePlus, Oppo, Vivo, and Samsung, the list would be much longer, as the Android 17 build for them will also include features from Android 16 QPR releases.

The first major release of a new Android OS happens around June. That build is shipped to most of the Android devices, which might also include some additional features and upgrades from their OEMs. Google Pixels, on the other hand, also receive QPR releases with new features and upgrades every three months (quarter).

Google released three Android 16 QPR releases: QPR1, QPR2, and QPR3. All three builds brought new features and meaningful upgrades, including Material 3 Expressive, auto-themed icons, Desktop Mode, Secure Lock Device, and Low Light mode. Google Pixels have received these QPR builds. For other brands, these new features and upgrades will be added as part of Android 17. So, there’ll be plenty of new features and upgrades for non-Google Pixel devices.

When will Google release Android 17?

Google is largely following the same timeline for Android 17 as last year’s Android 16, with a major SDK release in Q2 and a minor SDK release promised for Q4.

As of writing this post, Google has released two Android 17 betas: Beta 1 arrived on February 13, and Beta 2 arrived on February 26.

• Android 17 Beta 1: February 13, 2026
• Android 17 Beta 2: February 26, 2026

There will be a couple more beta releases before Google pushes the stable build. The stable build of Android 16 was released on June 10, 2025. Google is unlikely to change the timeline this year, and therefore, we’re expecting the stable Android 17 to land in June 2026.

We’ll keep posting new stories on Android 17 in the Google section. Remember to visit it at least once every few days to stay up-to-date with the latest developments. Alternative, you can join our Telegram channel to get instant notifications about the latest tech news and software updates.

The post Android 17: Every new feature discovered so far appeared first on Gizmochina.

Choosing between two ultra-flagship smartphones isn’t just about specs anymore; it’s about what kind of experience fits your daily use. The Samsung Galaxy S26 Ultra and Google Pixel 10 Pro XL take very different approaches: one focuses on raw power, features, and versatility, while the other leans toward smarter software, balanced performance, and efficiency. 

With prices at $1300 (₹140,000) for the Galaxy S26 Ultra and $1200 (₹125,000) for the Pixel 10 Pro XL, this comparison matters even more because at this level, it’s not just about what’s better on paper but what actually makes sense for your money.

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Major Features:

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Design and Display 

Build and Feel

The Samsung Galaxy S26 Ultra leans into a premium, productivity-focused design with its Armor aluminum frame, Gorilla Armor 2 protection, and built-in stylus. It feels purpose-built for power users who value durability and functionality. The Pixel 10 Pro XL, on the other hand, sticks to a cleaner, more minimal aesthetic with Gorilla Glass Victus 2 on both sides and a refined aluminum frame. It feels simpler and more approachable, especially for users who prefer a lighter, less feature-heavy experience. The S26 Ultra’s anti-reflective coating subtly improves outdoor usability, which adds to its premium feel in daily use.

Display Quality

Samsung pushes ahead with a sharper 1440p panel and Dynamic LTPO AMOLED 2X tech, delivering deeper contrast and a slightly more immersive viewing experience. The Pixel counters with higher peak brightness and excellent HDR tuning, making it stand out in bright conditions and video playback. Both support 120Hz, but Samsung’s display feels more vibrant, while the Pixel’s feels more natural and balanced.

Verdict

The S26 Ultra wins for sharpness, anti-reflection, and overall immersion, while the Pixel suits users who prefer brightness and color accuracy.

Specifications Including Battery

Performance

The Galaxy S26 Ultra is powered by the Snapdragon 8 Elite Gen 5, delivering flagship-level performance with strong GPU gains and better sustained power for gaming and heavy multitasking. It feels like a device built to handle everything without compromise. The Pixel 10 Pro XL’s Tensor G5 focuses more on AI-driven performance and efficiency rather than raw power. While smooth in daily use, it may not match Samsung in high-end gaming or long-term performance stability. The difference becomes noticeable for users pushing their devices harder.

Battery and Charging

Samsung offers a 5000mAh battery with faster 60W wired charging, making it more convenient for quick top-ups. The Pixel’s 5200mAh battery is slightly larger and paired with efficient optimization, often translating to longer endurance in real-world usage. However, its slower 45W charging makes it less aggressive when time is limited. Features like bypass charging on the Pixel add a thoughtful touch for gamers.

Verdict

Samsung leads in raw performance and faster charging, while Pixel edges ahead in battery efficiency and smarter power management.

Camera 

Main and Secondary Lenses

Samsung goes all-in with a 200MP main sensor and a versatile quad-camera setup, including both 3x and 5x zoom options. This setup provides flexibility across different focal lengths and feels more complete for photography enthusiasts. The Pixel 10 Pro XL relies on a 50MP main sensor but enhances it with advanced computational photography, producing consistently balanced and natural results. Its 5x periscope and ultrawide cameras are strong, though the lack of an intermediate zoom lens slightly limits flexibility. Samsung’s hardware feels more powerful, while Pixel’s processing feels more refined.

Selfie Camera

The Pixel clearly stands out with a 42MP ultrawide front camera, offering sharper selfies and wider framing for group shots. Samsung’s 12MP camera is reliable but feels more standard in comparison.

Verdict

Samsung wins for versatility and zoom flexibility, while Pixel excels in consistency, processing, and selfie performance.

Pricing 

The Samsung Galaxy S26 Ultra is priced at approximately $1300 (₹140,000), positioning it firmly in the ultra-premium segment. The Pixel 10 Pro XL comes in slightly lower at around $1200 (₹125,000), making it the more affordable flagship option between the two. The price difference, while not massive, is noticeable enough to influence buyers looking for maximum value.

Is the Price Justified?

Samsung justifies its higher price with added features like the S Pen, stronger zoom versatility, faster charging, and a more powerful chipset. It feels like a complete flagship package designed for users who want everything in one device. The Pixel, however, focuses on delivering a smarter experience with AI features, better selfies, and strong battery optimization at a slightly lower cost. It feels more balanced for users who don’t need every extra feature but still want flagship performance.

Verdict

Samsung offers more features for the price, while Pixel delivers better value for users prioritizing software and camera intelligence.

Disclaimer:
Prices are approximate and may vary based on country, region, and applicable taxes.

Conclusion 

The Galaxy S26 Ultra stands out with its S Pen integration, Samsung DeX support, anti-reflective display, and a highly versatile camera system. It feels like a productivity and power-focused flagship designed for users who want maximum capability. The Pixel 10 Pro XL differentiates itself with AI-driven features, a clean Android experience, satellite SOS support, and advanced computational photography. It feels more streamlined and intelligent rather than feature-packed.

Final Verdict

Galaxy S26 Ultra is the better overall choice, offering a more complete flagship experience with stronger performance, a sharper display, faster charging, and a more versatile camera system, making it feel truly no-compromise. The Pixel 10 Pro XL remains a solid, more affordable option with a cleaner experience and good balance, but it doesn’t match Samsung’s all-round capability. If choosing just one, the Galaxy S26 Ultra makes more sense for its superior hardware and overall versatility.

Read More:

• Nothing Phone (4a) vs (3a): What’s Actually New & Is It Worth It?
• Galaxy S26 Ultra vs OnePlus 15: Which One Should You Actually Buy?
• Oppo Find N6 vs Samsung Galaxy Z Fold 7: Which foldable wins?

The post Galaxy S26 Ultra vs Pixel 10 Pro XL: Which Flagship Is Actually Worth Your Money? appeared first on Gizmochina.

Choosing the right mid-range phone in 2026 comes down to priorities, and the Nothing Phone 4a and Pixel 10a take very different paths. One stands out with bold design, faster charging, and versatile hardware, while the other focuses on clean software, AI smarts, and long-term reliability. Both promise a premium experience without flagship pricing, but which one actually makes more sense for everyday use?

Major Features:

Design and Display

Build and Feel

Nothing Phone 4a leans heavily into its signature transparent aesthetic with LED glyph lighting, making it instantly more eye-catching and expressive. The glass back and plastic frame combo feels modern, though slightly less premium than metal. Pixel 10a takes a more understated route with its aluminum frame and clean, minimal design. It feels more refined and durable, especially with higher IP68 protection and better water resistance. One feels bold and youthful, the other feels mature and dependable.

Display Quality

Nothing Phone 4a offers a larger AMOLED panel with richer color depth and extremely high peak brightness, making it more immersive for content consumption. The higher resolution also adds sharpness. Pixel 10a’s P-OLED display is smaller but well-calibrated, with excellent HDR tuning and brightness that holds up outdoors. It prioritizes color accuracy over visual punch.

Verdict

Nothing Phone 4a is better for visual impact and media, while Pixel 10a feels more premium and practical for everyday durability.

Specifications Including Battery

Performance

Nothing Phone 4a runs on Snapdragon 7s Gen 4, delivering stable mid-range performance with good efficiency and smooth multitasking. It handles gaming decently, but is not tuned for peak sustained power. Pixel 10a’s Tensor G4 is more powerful, especially in AI-driven tasks, image processing, and system intelligence. It feels smarter and more optimized over time, even if thermals may not always match Qualcomm’s stability.

Battery and Charging

Nothing Phone 4a clearly leads in charging speed with 50W wired charging, making quick top-ups far more convenient. Its larger India-specific battery also gives it an endurance edge. Pixel 10a offers slower wired charging but adds wireless charging and bypass charging, which improves long-term battery health and flexibility.

Verdict

Pixel 10a wins in raw intelligence and long-term software optimization, while Nothing Phone 4a feels faster in daily charging and slightly stronger in endurance.

Camera

Main and Secondary Lenses

Nothing Phone 4a brings versatility with a triple-camera setup, including a periscope telephoto lens with 3.5x optical zoom, which is rare at this price. This adds real flexibility for portraits and zoom shots. Pixel 10a sticks to a dual-camera setup but relies heavily on Google’s computational photography. Its main sensor delivers more consistent results with better HDR, dynamic range, and color science. It may lack zoom hardware, but software processing often compensates impressively.

Selfie Camera

Nothing Phone 4a offers a higher-resolution selfie camera, producing sharper images in good lighting. Pixel 10a, however, delivers more natural tones and better video capabilities with 4K support, making it more reliable for content creators and video calls.

Verdict

Nothing Phone 4a wins on hardware versatility, but Pixel 10a delivers more consistent and refined image quality overall.

Pricing

Nothing Phone 4a is priced at around $450 / ₹32,000, while Pixel 10a sits higher at $500 / ₹50,000. The price gap is significant, especially in markets like India, where the Pixel commands a premium.

Value for Money

Nothing Phone 4a offers strong value with better display specs, faster charging, and a more versatile camera system at a much lower price. It feels like a feature-packed deal. Pixel 10a justifies its higher price with long-term software support (up to 7 years), better AI features, and a more refined user experience. It targets users who value longevity over raw specs.

Verdict

Nothing Phone 4a is the better value buy upfront, while Pixel 10a is a smarter long-term investment for software and ecosystem reliability.

Conclusion

Nothing Phone 4a stands out with its glyph interface, periscope zoom camera, faster charging, and a more vibrant display. It is designed to feel different and visually exciting. Pixel 10a focuses on software excellence, AI features, satellite SOS, and industry-leading update support, making it more future-proof. It quietly excels rather than trying to impress instantly.

Final Verdict

If choosing just one, the Nothing Phone 4a makes more sense for most users. It offers a better display, faster charging, a bigger battery, and a more versatile camera setup, all at a much lower price, making it the stronger value overall. The Pixel 10a is great for long-term software support and AI features, but for everyday use and immediate value, the Nothing Phone 4a is the smarter pick.

Read More:

• Galaxy S26 Ultra vs OnePlus 15: Which One Should You Actually Buy?
• Oppo Find N6 vs Samsung Galaxy Z Fold 7: Which foldable wins?
• Oppo Find N6 vs Honor Magic V6: Don’t Buy Until You Read This

The post Nothing Phone 4a vs Pixel 10a Full Comparison: Shocking Winner Revealed appeared first on Gizmochina.

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	Google Pixel 10 Pro 5G (Obsidian, 16GB RAM, 256GB Storage)	Check Price on Amazon

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Major Features:

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Design and Display 

Build and Feel

The Pixel 10 Pro keeps things minimal with a clean glass-and-aluminum design that feels compact and refined. Its understated finish gives it a premium yet subtle identity. On the other hand, the Galaxy S26 Ultra goes bold with a more industrial look, reinforced by Armor aluminum and the integrated S Pen. It feels more like a productivity tool than just a phone, which naturally appeals to power users.

Display Quality

Pixel offers a sharp LTPO OLED panel with excellent brightness and color accuracy, making it ideal for everyday usage and HDR content. However, Samsung’s larger Dynamic AMOLED display takes immersion further with higher resolution, anti-reflective coating, and a more expansive canvas. It simply feels more cinematic and easier on the eyes outdoors.

Verdict

The Pixel 10 Pro feels cleaner and more ergonomic, while the S26 Ultra delivers a more feature-rich and immersive display experience. Samsung edges ahead for media lovers.

Specifications Including Battery 

Performance

The Pixel 10 Pro’s Tensor G5 focuses heavily on AI-driven tasks, delivering smooth real-world performance with smart optimizations. It feels fluid in daily use, especially with Google’s software integration. Meanwhile, the Snapdragon 8 Elite Gen 5 inside the S26 Ultra is built for raw power, offering superior gaming, multitasking, and sustained performance under load.

Battery and Charging

Pixel’s battery is reliable and optimized for efficiency, comfortably lasting a full day with moderate usage. Charging is decent but not particularly fast. Samsung pushes ahead with faster wired and wireless charging, making it more convenient for quick top-ups. The larger battery also helps in handling heavy workloads more confidently.

Verdict

Pixel focuses on smart efficiency, but Samsung clearly wins on raw power and faster charging. The S26 Ultra feels more future-proof for demanding users.

Camera 

Main and Secondary Lenses

Pixel continues its legacy of computational photography, delivering highly consistent shots with excellent dynamic range and natural tones. Features like Best Take and AI enhancements elevate everyday photography. Samsung counters with sheer hardware power, a 200MP main sensor, dual telephoto lenses, and versatile zoom capabilities. It excels in detail, long-range zoom, and video flexibility.

Selfie Camera

Pixel’s high-resolution selfie camera captures sharper and more detailed images, especially useful for group shots and social content. Samsung’s selfie shooter is reliable but leans more toward balanced output rather than extreme detail.

Verdict

Pixel is still the king of smart, effortless photography, while Samsung dominates in versatility and zoom. Those who prefer point-and-shoot perfection may lean toward Pixel, but Samsung offers more creative control.

Pricing 

The Pixel 10 Pro starts at around $1000 (₹1,10,000), while the Galaxy S26 Ultra sits higher at approximately $1300 (₹1,40,000). The price gap is noticeable and immediately positions Samsung as a premium-tier investment.

Value for Money

Pixel delivers strong value with its AI features, excellent cameras, and long-term software support, making it a smart choice for most users. Samsung, however, justifies its higher price with top-tier hardware, S Pen functionality, superior display, and stronger performance. It feels like a complete package for those who want everything in one device.

Verdict

Pixel 10 Pro offers better value for money, but the S26 Ultra justifies its premium with added power and versatility. The choice depends on whether those extras truly matter.

Disclaimer:
Prices are approximate and may vary based on country, region, and applicable taxes.

Conclusion 

Pixel stands out with its AI-first approach; features like Best Take, Zoom Enhance, and deep Google integration make it feel smarter and more intuitive. Samsung differentiates itself with the S Pen, DeX desktop experience, and a more powerful hardware ecosystem. It feels less like a phone and more like a productivity device.

Verdict

The Pixel 10 Pro is ideal for users who prioritize simplicity, AI features, and camera consistency. It delivers a polished experience without overwhelming complexity. The Galaxy S26 Ultra, however, is built for power users who want maximum performance, versatility, and premium extras.

Overall, the Pixel feels smarter, while the Samsung feels stronger. The better choice ultimately depends on whether intelligence or raw capability matters more in daily use.

Read More:

• OnePlus Nord 6 Leak Reveals Snapdragon 8s Gen 4, 165Hz Display, and Possible 9000mAh Battery
• ASUS Launches XG27UQDMS: 27-Inch 4K 240Hz QD-OLED Gaming Monitor
• BMW Starts Using Humanoid Robots in Factory to Build Electric Cars

The post Google Pixel 10 Pro vs Galaxy S26 Ultra: Which AI Flagship Wins in 2026? appeared first on Gizmochina.

Choosing between the Samsung Galaxy S26 and Google Pixel 10 is not just about specs. Both phones represent two different philosophies in flagship Android design. Samsung focuses on performance, refined hardware, and ecosystem features, while Google prioritizes AI software and computational photography. 

On paper, the differences look subtle, but in everyday use, the experience can feel quite different. The Galaxy S26 aims to be the polished all-around flagship, while the Pixel 10 leans heavily on smart software and camera intelligence. Understanding how these two approaches translate into design, performance, cameras, and pricing helps determine which phone actually delivers better value for most buyers.

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	Samsung Galaxy S26 5G (Cobalt Violet, 12GB RAM, 256GB Storage), AI Phone,	Check Price on Amazon

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Major Features

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	Google Pixel 10 5G (Obsidian, 12GB RAM, 256GB Storage)	Check Price on Amazon

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Design and Display

Build and Feel

Both devices use Gorilla Glass Victus 2 on the front and back with aluminum frames, giving them a premium flagship feel. The Galaxy S26 stands out with Samsung’s Armor Aluminum 2 frame and slightly more refined finish that feels engineered and polished. The Pixel 10 follows Google’s familiar minimalist design language with a clean aesthetic that emphasizes simplicity rather than flash.

Samsung’s tighter screen-to-body approach also makes the S26 feel more modern and immersive. Meanwhile, the Pixel’s design remains distinctive and recognizable, which some buyers may actually prefer over Samsung’s more conventional flagship style.

Display Quality

The Galaxy S26 features a Dynamic LTPO AMOLED 2X display with a 120Hz refresh rate and 2600-nit peak brightness. Colors are vibrant, contrast is deep, and LTPO technology improves power efficiency during adaptive refresh rate usage.

The Pixel 10 uses a 120Hz OLED display with 3000-nit peak brightness, giving it excellent outdoor visibility and strong HDR performance. The panel is sharp and well calibrated, though Samsung’s display tuning often feels slightly richer and more cinematic.

Verdict

Both displays are excellent, but Samsung’s LTPO technology and overall tuning give the Galaxy S26 a slight edge in display sophistication.

Specifications Including Battery

Performance

The Galaxy S26 runs either the Snapdragon 8 Elite Gen 5 or Exynos 2600, depending on region, paired with 12GB RAM and UFS 4.X storage. This configuration delivers flagship-level speed for gaming, multitasking, and AI workloads. Samsung’s chip also benefits from strong GPU performance, which helps demanding apps run smoothly.

The Pixel 10 uses Google’s Tensor G5 chipset with 12GB RAM, focusing more on AI processing than raw benchmark performance. While the phone remains fast in daily tasks, Tensor chips traditionally prioritize machine learning features over peak gaming performance.

Battery and Charging

The Pixel 10 packs a 4970 mAh battery with 30W wired charging, magnetic wireless charging, reverse wired charging, and bypass charging. This setup emphasizes endurance and flexible charging options.

The Galaxy S26 includes a 4300 mAh battery with 25W wired charging, wireless charging, and reverse wireless power sharing. Samsung’s charging speeds feel slightly conservative for a flagship.

Verdict

For raw power, Galaxy S26 wins on performance, while the Pixel 10 leads in battery capacity and charging flexibility.

Camera

Main and Secondary Lenses

Samsung equips the Galaxy S26 with a 50 MP main camera, 10 MP 3x telephoto lens, and 12 MP ultrawide camera. Samsung’s imaging approach focuses on sharp detail, vibrant colors, and versatile video recording, including 8K video capture. The telephoto lens offers reliable portrait and zoom performance that works well for everyday photography.

The Pixel 10 features a 48 MP main camera, 10.8 MP 5x telephoto lens, and 13 MP ultrawide camera. Google’s camera strength comes from computational photography, including features like Pixel Shift, Best Take, and Ultra HDR. The longer 5x zoom lens also provides more reach for distant subjects.

Selfie Camera

Samsung includes a 12 MP selfie camera with 4K video recording, delivering consistent sharpness and reliable autofocus.

The Pixel 10 uses a 10.5 MP ultrawide selfie camera, allowing wider framing for group selfies and social content.

Verdict

Samsung offers better video capabilities and balanced lenses, but Pixel 10 still feels like the smarter photography system thanks to Google’s AI processing and stronger zoom.

Pricing

The Samsung Galaxy S26 is priced around $900 (approximately ₹88,000), placing it firmly in the premium flagship segment. Samsung positions this model as a compact high-performance device with top-tier hardware, a polished display, and ecosystem features such as Samsung DeX.

The Google Pixel 10 starts around $800 (approximately ₹70,000), making it noticeably cheaper despite offering a large battery, advanced AI software features, and one of the most respected camera systems in smartphones.

From a value perspective, the Pixel 10 looks aggressive. Buyers get Google’s flagship AI experience and strong photography capabilities for significantly less money. However, Samsung justifies its higher price with better raw performance, display technology, and premium finishing.

Verdict

For buyers prioritizing value and photography, the Pixel 10 offers stronger price-to-performance value. For those wanting premium hardware and flagship power, the Galaxy S26’s higher price feels justified.

Disclaimer:
Prices are approximate and may vary based on country, region, and applicable taxes.

Conclusion

The Galaxy S26 distinguishes itself with features like Samsung DeX, Wireless DeX desktop mode, advanced display technology, and powerful Snapdragon-class performance. These capabilities make it feel like a productivity-focused flagship designed for power users who want more than just a smartphone.

The Pixel 10 focuses heavily on Google AI features, including Circle to Search, computational photography tools, and Satellite SOS support. Combined with clean Android software and long-term update support, the Pixel experience feels smarter and more integrated with Google’s ecosystem.

Both phones promise seven years of Android updates, which is impressive and extends the lifespan of either device significantly.

Verdict

If only one device had to be chosen, the Samsung Galaxy S26 is the better overall flagship. It offers stronger performance, faster storage, a more advanced LTPO display, and versatile features like Samsung DeX, making it feel like the more complete premium smartphone. The Pixel 10 remains excellent for AI photography and battery capacity, but the Galaxy S26 delivers a more balanced mix of power, display quality, and flagship features for most users.

Read More:

• 5ATM vs 10ATM vs 20ATM: A Simple Buying Guide to Water-Resistant Devices
• Xiaomi Pad 8 vs OnePlus Pad Go 2: Which is a Better Pick?
• Apple iPhone 17e vs. Google Pixel 10a: Which one offers the best value?

The post Galaxy S26 vs Pixel 10: Which Android Flagship Is Worth Buying? appeared first on Gizmochina.

Android 17 development is in full swing. Google has already released two beta builds in a short time, and with the improved development cycle, the final version is expected to arrive as early as the second quarter.

The stable release is still a few months away, but Google Pixel users can install the beta build right now to play with the latest features and upgrades, but only if you have an eligible device. Review the list below to find out if your Google Pixel is eligible for an upgrade to Android 17.

These Google Pixels are eligible for the Android 17 update

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

It’s worth pointing out that Google hasn’t included the Pixel 10a on the list of eligible devices for the beta program. That’s likely because it was released after the Android 17 Beta 2 went live, and Google may not have updated the list since then. The Pixel 10a should be supported by the next beta release, which could arrive later this month.

Unfortunately, this will be the last major Android OS upgrade for the Pixel 6 and Pixel 6 Pro, as their update support ends in October. That also means these Google Pixels will likely miss out on the QPR2 release. Still, it’s impressive to see them included on the Android 17 list, given that they were launched with Android 12. That’s a solid five Android OS upgrades in total.

Google’s Android 17 release timeline

The first beta was released on February 13, and Google quickly followed up with the second beta in the same month. The platform stability phase begins this month, per the official timeline. That’s when SDK/NDK APIs and app-facing behaviors are finalized.

The final version of Android 17 could arrive around June 2026. If you can’t wait that long, sign up for the beta testing and install it on your device. You can read this article for detailed instructions.

We’ll continue to update you with fresh developmenets in our Android 17 section. Be sure to visit it regularly for the latest information. Or, join our Telegram channel to get instant notifications about the latest happenings in tech.

The post Google Pixels eligible for Android 17 update: Here’s the complete list appeared first on Gizmochina.

Buying a smartphone under $500 in 2026 feels a bit like shopping in the middle aisle of a supermarket. You don’t walk in expecting luxury items, but suddenly there are plenty of surprisingly good things. 

A few years ago, this price range meant making obvious compromises, such as a good-enough processor, average cameras, and software that aged quickly. Fortunately, things are quite different in 2026.

Phones in this segment now come with bright OLED displays, capable chipsets, and batteries that comfortably last a full day. Some even borrow features from devices that cost twice as much. 

Here are the five best smartphones under $500 in March 2026.

Google Pixel 10a

Google’s Pixel A-series has long been the go-to option for people who want a simple Android phone that just works. The Pixel 10a continues that trend. 

Like previous models in the series, the phone focuses heavily on software and camera processing. The camera hardware itself is relatively modest compared to competitors in this list, but Google’s image processing tends to make up for it. 

The Pixel 10a also benefits from Google’s version of Android, which is clean and free of unnecessary extras. The display is a 120Hz OLED panel with a sufficient 2000 nits of brightness. 

However, Google is still using a year-old Tensor G4 chip under the hood. The rest of the Pixel 10 phones have a better Tensor G5 processor. That said, it can handle regular everyday tasks with ease. 

The phone has a 5100mAh Li-Po battery with 30W wired, PD 3.0, and 10W wireless charging support. 

For many buyers, the Pixel 10a is still the safe choice under $500. It’s not designed to stand out in every category, but it avoids major weaknesses.

Nothing Phone (4a) Pro

The Phone (4a) Pro is Nothing’s brand new option for a phone under $500. It keeps the company’s recognizable design language while trying to feel more polished than earlier models.

The phone includes a new Glyph Matrix on the back, which is a circular LED display made up of 137 LEDs. It can show things like a timer, a stopwatch, and such. 

Under the surface, the Phone (4a) Pro runs on a Snapdragon 7 Gen 4 processor and features a 6.83-inch 144Hz AMOLED display with 5000 nits of peak brightness.

As for the camera system, you get a 50MP Sony Lytia 700C sensor for the main camera with optical image stabilization. This is paired with a 50MP Samsung JN5 periscope camera offering 3.5x optical zoom, and an 8MP ultrawide lens. 

Nothing’s software is also fairly clean, which helps the phone feel responsive. The Phone (4a) Pro is not the most powerful option here, but it’s arguably the one with the most personality.

OnePlus 15R

OnePlus has traditionally used its “R” series to deliver strong performance at lower prices, and the 15R follows the same idea.

The phone focuses on two things: speed and battery life. It runs on Snapdragon 8 Gen 5 paired with a dedicated chip that enables 3200Hz of touch sampling rate. 

Speaking of which, it has a 6.83-inch AMOLED display that refreshes at 165Hz. This screen is also PWM capable, HDR 10+, and Dolby Vision certified with a peak brightness of 3600 nits. 

Its biggest highlight, though, is the battery. The 15R includes a 7400mAh battery that can comfortably last through a full day and often stretch into a second day depending on usage. It supports 80W fast charging. 

You also get a fairly decent camera specs of 50MP-megapixel Sony IMX906 main sensor with optical image stabilization, and an 8-megapixel ultrawide lens. There is no dedicated telephoto camera here, so zoom relies on digital cropping.

Motorola Edge 70 Fusion

Motorola’s Edge Fusion series has quietly become one of the more balanced options in the midrange market. The Edge 70 Fusion continues that pattern.

Rather than focusing on one standout feature, the phone aims for overall balance. It includes a capable Snapdragon 7s Gen 4 chipset, a smooth6.78-inch curved OLED display, and a relatively clean version of Android 16. 

The device carries a 7000mAh silicon-carbon battery with 68W fast charging, which the company claims can provide a full day’s usage with a short charge.

Its camera hardware includes a 50-megapixel Sony Lytia 710 primary camera with optical image stabilisation. The setup also includes a 13-megapixel ultra-wide camera with macro support and a dedicated light sensor.

The Edge 70 Fusion is the most affordable option on this list. Its 8GB + 128GB model is priced at Rs 26,999 (~$300), the 8GB + 256GB version costs Rs 29,999 (~$330), and the 12GB + 256GB variant is priced at Rs 32,999 (~$360). 

Realme 16 Pro

Realme often competes in the midrange market by focusing on big numbers in the spec sheet, and the 16 Pro is no different.

One of the first things you notice is the battery. The phone includes a 700mAh battery, which can easily last more than a day with moderate use. It supports 80W wired charging. 

On the front, it has a 6.78-inch FHD+ AMOLED display with a 144Hz refresh rate. The screen can reach a whopping 6500 nits of peak brightness and is protected by AGC DT Star D+ glass. 

Cameras include a 200MP main sensor with OIS and an 8MP ultra-wide on the back. The front has a 50MP selfie camera. Powering everything is a MediaTek Dimensity 7300 Max 5G chipset with an Arm Mali G615 GPU. It comes with 12GB of LPDDR4X RAM and 256GB of UFS 3.1 storage. 

Other features include an in-display fingerprint scanner, face unlock, and all standard sensors.

The midrange market keeps getting better

Looking at these five phones together shows how much the midrange segment has evolved. Not long ago, phones under $500 required obvious compromises, slower processors, weaker cameras, or short software support.

That’s no longer always the case.

The Google Pixel 10a focuses on software and camera reliability. The Nothing Phone (4a) Pro offers a design that stands apart from typical smartphones. The OnePlus 15R leans into performance and battery life. The Motorola Edge 70 Fusion delivers a balanced experience. And the Realme 16 Pro emphasizes large batteries and strong hardware specs.

None of them is perfect, but each one has a different interpretation of what a sub-$500 smartphone should be. Now, it’s up to you to decide which of these phones could be worth it for your money.

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A new leak has revealed what the upcoming Google Pixel 11 Pro Fold smartphone might look like. OnLeaks shared these renders in collaboration with Android Headlines. Based on the renders, Google is not making major changes to the overall design.

The Pixel 11 Pro Fold keeps the same general shape as its predecessor. The corner curvature also appears largely unchanged. The foldable main display still has a hole-punch camera cutout in the top right corner. The bezels around the display look uniform and thin. Like most book-style foldables, the bezels are slightly raised to help protect the flexible display when the device is folded. The bottom edge houses a USB-C port, microphone, speaker grille, and SIM tray. Small openings on the top edge likely accommodate microphones or antennas.

The primary visual update is a redesigned camera island. The module features cleaner lines and improved integration with the rear panel. The LED flash and microphone now sit inside the upper pill-shaped cutout alongside one camera, rather than outside the module. A curved junction between the camera island and backplate creates smoother visual flow. The flat rear panel keeps the centered Google logo.

Physical buttons maintain their positions: the power button above volume controls. The frame uses aluminum construction with a glass back panel. Dimensions show incremental thinning. Height remains 155.2mm with an unfolded width of 150.4mm. Folded thickness drops to 10.1mm (14.9mm with camera bump), down from the Pixel 10 Pro Fold’s 10.8mm. Unfolded thickness measures 4.8mm (9.6mm with bump), compared to the previous 5.2mm. This represents reductions of 0.7mm folded and 0.4mm unfolded.

The device is also expected to bring internal upgrades, including the upcoming Tensor G6 processor. This chip is rumored to be built on TSMC’s 3nm process and may feature a 7-core CPU configuration. Improvements to the camera system are also anticipated compared to the previous model, although specific details about the camera setup have not been revealed yet. More information is likely to surface as the expected August 2026 launch approaches.

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Google’s latest A-series phone, the Pixel 10a, is designed to deliver the familiar Pixel experience at a lower price. It brings the usual mix of clean Android, long software support, and Google’s AI-powered features. But when it comes to the camera, early testing suggests the improvements this year are fairly limited.

According to DxOMark’s camera evaluation, the Pixel 10a receives an overall score of 134 points, placing it 75th in the global ranking. The gain appears to come mostly from software adjustments rather than any major hardware change. In fact, the camera hardware remains largely the same.

The Pixel 10a continues to use a 48MP f/1.7 main camera, built around a 1/2.0-inch sensor. The 13MP f/2.2 ultrawide camera (1/3.1-inch) is also unchanged from the previous model. The Pixel 8a, for comparison, scored 136 points thanks in part to its larger 64MP (1/1.73-inch) primary sensor.

The limitations show up more clearly in difficult conditions. Low-light photos and videos tend to show visible noise, and the phone sometimes struggles with consistent exposure and white balance. Detail can drop quickly once the lighting gets worse.

Video performance also appears somewhat average. DxOMark observed limited fine detail in recordings and occasional autofocus hunting, which can make video capture less reliable when subjects are moving.

Zoom performance is another weak point. The Pixel 10a relies entirely on digital cropping from the main sensor. Unsurprisingly, this leads to a very low zoom score of just 25 points, while the best devices in this category reach scores close to 140.

Even the older iPhone 15 performs noticeably better with a 145-point camera score. Those who care more about low-light photography, zoom quality, or overall camera versatility may notice the compromises. In that sense, the Pixel 10a feels less like a major step forward and more like a small refinement of the previous model.

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Apple has just officially unveiled the iPhone 17e as its most accessible gateway into the ecosystem. In the same way, the Pixel 10a, which debuted last month, is an entry-level phone from Google. Here’s a comparison between the two to know which one offers the best value.

Design and Durability: Minimalist vs. Modern

The iPhone 17e sticks to a familiar blueprint, utilizing a design reminiscent of the iPhone 14. It features a 6.1-inch form factor with a notch, but Apple has upgraded the toughness with Ceramic Shield 2, which it claims is three times more scratch-resistant.

In contrast, the Pixel 10a introduces a radical shift in Google’s design language by featuring a completely flush dual-camera system, removing the signature “visor” bump. It is slightly larger with a 6.3-inch display and uses a matte composite back. While the iPhone feels more “premium” with its glass back, the Pixel’s flat design is arguably more modern.

Display: 60Hz vs. 120Hz

This is where the two devices diverge most sharply. The iPhone 17e remains capped at a 60Hz refresh rate, which may feel dated to power users in 2026. However, its Super Retina XDR panel is incredibly color-accurate and bright enough for most outdoor conditions at 1200 nits peak.

The Pixel 10a wins the spec war here with a 120Hz Actua display. It offers much smoother scrolling and animations, and its peak brightness hits a massive 3000 nits. If you consume a lot of media or play games, the Pixel’s smoother and brighter panel provides a clear hardware advantage.

Performance and AI

Under the hood, the iPhone 17e is a powerhouse, packing the same A19 chip found in the standard iPhone 17. Built on a 3nm process, it offers class-leading raw performance and efficiency. It is also the most affordable way to access Apple Intelligence, bringing features like Live Translation and Clean Up to a wider audience.

Google has taken a different route, equipping the Pixel 10a with the Tensor G4 rather than the flagship G5. While it lacks the raw benchmark scores of the A19, the G4 is optimized for Google’s Gemini AI. Features like Gemini Live and Magic Cue run natively, making the Pixel feel like a “smart” companion that anticipates your needs, backed by a staggering 7 years of OS updates.

Camera Comparison

The Apple iPhone 17e features a single 48-megapixel Fusion camera. While it lacks an ultrawide lens, Apple uses sensor cropping to offer an “optical-quality” 2x telephoto mode. Its strength lies in video recording (4K/60fps with Dolby Vision) and consistent natural skin tones.

On the other hand, the Pixel 10a offers a dual-setup with a 48-megapixel main and a 13-megapixel ultrawide sensor. This gives you more versatility for landscape shots. Google’s computational photography remains the gold standard for still images, especially with Night Sight and the new AI-powered editing tools.

Battery and Pricing

The Pixel 10a is a marathon runner with its 5100mAh battery and support for 45W wired charging. The iPhone 17e has a smaller 4005mAh battery, but iOS efficiency ensures it still lasts a full day. Notably, the 17e finally brings MagSafe to Apple’s budget line, a huge win for accessory fans.

In terms of pricing, the Pixel 10a starts at $499 for the 25GB version, while the iPhone 17e starts higher at $599, though Apple has doubled the base storage to 256GB this year.

The Verdict: Ecosystem vs. Value

Choosing between the iPhone 17e and the Pixel 10a ultimately comes down to whether you prioritize a refined, high-performance ecosystem or cutting-edge display and AI features at a lower price point.

The iPhone 17e is the “safe” and powerful choice. It offers the best-in-class A19 chip, ensuring that this phone will remain fast for years to come. If you are already tied to iMessage, iCloud, and Apple Watch, or if video quality is your top priority, the 17e is a massive upgrade over previous budget models. The addition of Apple Intelligence and the jump to 256GB base storage makes the higher price tag much easier to swallow.

On the other hand, the Pixel 10a is the clear winner for tech enthusiasts who want the best hardware for their money. Its 120Hz display makes the iPhone’s 60Hz screen look dated, and the inclusion of an ultrawide lens provides photographic flexibility that Apple’s single-sensor setup simply cannot match. If you want a phone that feels “smarter” with its deeply integrated Gemini AI and you prefer a smoother visual experience, the Pixel 10a is the superior value proposition in 2026.

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Just two weeks after dropping the first Android 17 beta, Google has released the second beta update with a limited-access contacts picker, EyeDropper API, enhanced connectivity, and better cross-device capabilities. The most exciting addition is the new Bubbles feature, which lets users turn any app into a floating bubble.

Android 17 Beta 2: What’s new and what’s changing?

Bubbles make multitasking easier

The new Bubbles feature turns any app into a floating bubble. This is an excellent multitasking feature, allowing users to run multiple floating apps without ever having to leave the full-screen app.

To use this feature, long-press an app icon, and you’ll see a “Bubble” option. That option quickly opens the app in a floating window. Tap it, and the app will shrink into a floating circle that stays at the top. On large-screen devices, there’s a dedicated bubble bar in the taskbar to organize and anchor bubbles.

The previous Pixel Launcher Search bar is back

The Android 17 Beta 1 removed the ring around the search bar and featured a dominant color from the user’s wallpaper. Well, that return in the Beta 2 for the Pixel Launcher, as spotted by Phone Arena. The AI Mode icon is now featured inside the circle towards the end of the search bar.

Redesigned privacy indicators

The Android 17 Beta 2 also brings minor design upgrades to privacy indicators. Earlier, when an app used your phone’s camera, location, and microphone, the icons were visible in the top-right corner, inside a pill-shaped green enclosure. In Beta 2, they are shown in separate circles. Also, the location is shown in blue instead of green.

Small but meaningful upgrades

• Satellite tile in Quick Settings: The Quick Settings in Android 17 Beta 2 features a new “Satellite” tile with the current status.

• System contacts picker: The new system-level contacts picker grants temporary, session-based read access to only the specific data fields selected by the user. It also allows users to choose between personal and work profiles, giving them more control over data sharing.

• System EyeDropper: Beta 2 introduces a new system-level EyeDropper API that allows apps to request a color from any pixel on the display without requiring sensitive screen-capture permissions.

• New “Accounts and backup” menu in Settings: It replaces “Back up or copy data” and “Passwords, passkeys & accounts.”

• SMS and OTP protection: For apps that are not intended as receipts, OTP messages are delayed for three hours. It doesn’t include the default SMS app, assistant apps, and companion apps for connected devices.

This change applies to:

• WebOTP messages
• SMS Retriever format messages
• Standard OTP SMS messages

In addition to these changes, Android 17 Beta 2 includes improvements to connectivity, cross-device connectivity, and more. Plus, it also fixes 16 issues. You can check the complete changelog here.

Devices eligible to receive Android 17 Beta 2

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

The second beta of Android 17 is currently rolling out to only Google Pixels.

How to install Android 17 Beta 2 update?

If your Google Pixel is already running Android 17 Beta 1, you can easily install Beta 2 by navigating to Settings > System > Software Updates > System Updates.

If you’re not already part of the beta program, visit google.com/android/beta and “Opt in” on your selected device. Make sure you’re logged into the website with the same Google account. After opting in, you should be able to install the latest beta update on your Google Pixel from the Software Updates section in the Settings app.

Keep in mind that there’s no going back once you install a beta update. If you try to leave the Beta early, you’ll need to perform a full data wipe.

According to the official release timeline, Android 17 will enter the platform stability phase next month, with the stable version expected to be released in Q3 2026. Stay tuned for more updates.

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Google released Android 17 Beta 2, advancing system APIs and developer tools ahead of the stable release expected later this year. The update prioritizes privacy enforcement, cross-device functionality, and input refinements while maintaining Google’s two-SDK release cycle with the major version in Q2.

Windowing and Interface Changes

The Bubbles feature now functions as a complete windowing mode. Users create floating app windows by long-pressing app icons on phones, tablets, and foldables. Large-screen devices receive a bubble bar within the taskbar for organizing and repositioning windows. Developers must implement multi-window guidelines for proper functionality.

A system-level EyeDropper API lets apps sample any screen pixel without requesting screen capture permissions. The new Contacts Picker using ACTION_PICK_CONTACTS grants temporary access to user-selected contact fields only, supporting personal and work profiles while reducing reliance on READ_CONTACTS permission.

Input and Hardware Support

Touchpad pointer capture has been corrected. Previous versions reported absolute finger positions rather than relative movement during capture, causing issues for games and specific applications. Android 17 now processes touchpad input as mouse movement by default. Apps requiring precise finger tracking can enable absolute capture mode.

The getInitialRestingBounds API improves the Interactive Chooser by detecting the share sheet’s final position after animations complete, enabling apps to adjust layouts accordingly.

Cross-Device and Connectivity Features

The Handoff API enables state transfer between devices through CompanionDeviceManager. The system displays handoff suggestions on nearby devices, allowing users to resume tasks. If the destination device lacks the app, the feature falls back to web-based continuation.

Ultra-Wideband DL-TDOA support brings privacy-focused indoor navigation compliant with FiRa 4.0. Wi-Fi Alliance’s Proximity Detection standard improves ranging accuracy over Wi-Fi Aware. Streaming apps access carrier-allocated bandwidth limits via getStreamingAppMaxDownlinkKbps and getStreamingAppMaxUplinkKbps for quality optimization.

Privacy and Security Enforcement

ACCESS_LOCAL_NETWORK becomes a mandatory runtime permission for apps targeting Android 17. Apps must request permission to discover local network devices unless using system pickers. ACTION_TIMEZONE_OFFSET_CHANGED broadcasts notify apps of time zone offset changes during daylight saving transitions.

SMS OTP protection extends to all message formats. Non-recipient apps face a three-hour delay before accessing OTP messages, excluding default SMS apps, assistants, and companion devices. Google recommends migrating to SMS Retriever or User Consent APIs.

Developer Resources

Apps directly accessing neural processing units must declare FEATURE_NEURAL_PROCESSING_UNIT in manifests. Core libraries update to ICU 78 with Unicode 17, adding scripts, characters, emoji blocks, and refined time formatting.

Platform Stability arrives in March, finalizing SDK and NDK APIs. Developers can then target API level 37 and publish test apps before public release. Beta 2 is available over-the-air for supported Pixel devices and through emulator images in Android Studio.

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Google has announced Nano Banana 2, its latest image generation model under the Gemini family. The update blends advanced creative capabilities with faster processing speeds, aiming to make high-quality visual generation more widely accessible across Google products.

Pro-level intelligence at Flash speed

Nano Banana 2, officially called Gemini 3.1 Flash Image, combines the deeper reasoning abilities of the earlier Pro variant with the responsiveness of Gemini Flash. According to Google, the model draws on real-world knowledge and can reference up-to-date web information to better render specific subjects. This allows users to create detailed infographics, structured diagrams and data-driven visuals with improved contextual accuracy.

Text handling has also been refined. The model can generate clearer, legible text within images, making it suitable for marketing mock-ups and social content. It can also adapt text into different languages directly inside visuals. Google says the gap between speed and image quality has been significantly reduced, resulting in sharper details, improved lighting and richer textures without slowing down generation time.

Nano Banana 2 is being rolled out across the Gemini app, Google Search AI Mode, Lens, AI Studio and the Gemini API in Vertex AI. It is also becoming the default image model in Flow and is integrated into Google Ads for campaign asset suggestions. Subscribers to Google AI Pro and Ultra plans will still be able to access Nano Banana Pro for specialised, high-fidelity tasks.

Google is also strengthening content verification. The company continues to embed SynthID watermarks in AI-generated media and plans to expand C2PA Content Credentials support within the Gemini app. Since its introduction, SynthID verification tools have reportedly been used over 20 million times, reflecting growing interest in identifying AI-generated content.

With Nano Banana 2, Google appears to be focusing on faster output without compromising creative precision, positioning it as a flexible option for everyday creators and professionals alike.

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Just weeks after wrapping up its current lineup with the Pixel 10a, Google may already be testing its new phones. A new Geekbench listing has surfaced, and while nothing is confirmed, it hints at early hardware that could belong to the Pixel 11 series, and more importantly, the next-generation Tensor G6 chip.

The listing is tied to a device called “Google Kodiak.” That name isn’t new. It was previously associated with the Pixel 10 Pro XL. But according to Notebookcheck, this new appearance could point to a Pixel 11 model instead. The reason comes down to the processor configuration.

This could be the Tensor G6 setup

The device in question runs a 7-core Tensor SoC, which is unusual. The Pixel 10 Pro XL uses an octa-core chip. That alone suggests this isn’t simply a re-test of existing hardware. 

The new configuration includes one Arm C1-Ultra core clocked at 4.11GHz, four Arm C1-Pro cores at 3.38GHz, and two additional C1-Pro cores at 2.65GHz. The clock speeds are also higher than what we’ve seen on the Tensor G5.

For comparison, the Pixel 10 Pro XL is powered by an octa-core setup with one Cortex-X4 core at 3.78GHz, five Cortex-A725 cores at 3.05GHz, and two Cortex-A520 cores at 2.25GHz. 

Graphics also differ. The new listing shows a PowerVR C-Series CXTP-48-1536 GPU, while the Pixel 10 Pro XL uses a PowerVR DXT-48-1536.

However, the benchmark scores are nothing to write home about. The phone posted a single-core score of 845 and a multi-core score of 2657. These numbers are extremely low for a modern flagship. It’s possible the chip is missing software optimizations, or that this is very early hardware not meant for performance testing.

Still, it’s worth being cautious. There’s no guarantee this listing is genuine. Benchmark databases are often filled with prototypes, mislabeled devices, and sometimes even fake entries. The Pixel 11 series isn’t expected until summer 2026, and the Tensor G6 hasn’t been announced.

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Google has introduced Gemini 3.1 Pro, the latest version of its advanced AI model. The update delivers significant improvements in reasoning and problem-solving, making it one of the most powerful AI systems available today. The model is now rolling out in preview for developers, enterprises, and consumers, with wider availability expected soon.

Gemini 3.1 Pro focuses on handling complex, multi-step tasks that require advanced reasoning. The model can build interactive experiences, translate creative ideas into functional code, and connect complex APIs with user-friendly interfaces.

It can generate immersive projects such as 3D simulations with real-time interaction, create live data dashboards like ISS orbit visualizations, and turn literary themes into modern web designs.

The model also generates animated SVGs directly from text prompts. These animations are created as code rather than video files, which preserves image quality at any scale while keeping file sizes smaller.

In terms of performance, Gemini 3.1 Pro achieved a score of 77.1% on the ARC-AGI-2 benchmark, which tests abstract reasoning. This result more than doubles the score of its predecessor, Gemini 3 Pro, and outperforms competitors like GPT-5.2 (52.9%) and Opus 4.6 (68.8%). The model also posted strong results on GPQA Diamond, SWE Bench Verified, and BrowseComp, which evaluate scientific reasoning, coding ability, and search-related tasks.

Google is making Gemini 3.1 Pro available through several platforms. Developers can access it via Google AI Studio, Gemini CLI, and Android Studio. Enterprises can use it through Vertex AI and Gemini Enterprise. Consumers can try it on the Gemini app and NotebookLM, with Pro and Ultra subscribers receiving higher usage limits.

Learn more about the model and how to access it with these top five ways to use Gemini 3.1 Pro for free.

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Gemini 3.1 Pro is the company’s most capable LLM with stronger core reasoning and better performance on complex, multi-step work. It outperforms the best from Anthropic and OpenAI across many benchmarks. Here, I’ll show you the top 5 ways to access Gemini 3.1 Pro for free with all the steps.

How to use Gemini 3.1 Pro for free (5 methods)

1. Google Gemini

This is the easiest and quickest way to test the capabilities of Gemini 3.1 Pro. Simply go to gemini.google.com, choose the “Pro” option, and get things done.

Step 1: Open gemini.google.com on your device.

Step 2: Log in to your Google account (if not logged in).

Step 3: Tap the mode selector and choose “Pro”.

Step 4: Type your prompt and hit Enter.

If you’re using a smartphone, it’s best to download the Google Gemini app from Google Play Store (Android) or App Store (iPhone). The steps remain the same.

Please note that the free version of Google Gemini allows only a few messages per day for Gemini 3.1 Pro. That’s best for the testing purpose. However, you can upgrade to the Pro or Ultra plan to increase your limits. Luckily, there are ways to get Google Gemini Pro for free for a year. Comment below if you want a detailed post on that.

2. Google’s Vertex AI platform

Google is offering $300 in free credits to use Google Cloud services, including the Vertex AI platform, which allows us access to Gemini 3.1 Pro, Google Veo, and many other AI tools. Note that free credits are available for 90 days. After which, they expire.

Here’s how to sign up for Google Cloud:

Step 1: Open the Google Cloud trial offer page and tap “Get started for free”.

Step 2: Choose your Google account and your country.

Step 3: Fill in your contact information, then verify a payment method.

[Note: You won’t be charged automatically even after the free trial ends unless you do a manual activation. You can verify the same in the screenshot below.]

Step 4: In your Google Cloud dashboard, tap the menu button and choose “Vertex AI”.

Step 5: Click “Try now” below Vertex AI Studio.

Step 6: Click “Agree & continue” to enable the required APIs for using Vertex AI Studio.

Step 7: Choose “Gemini 3.1 Pro” and start using it.

The $300 free credit gives you very high usage limits to Google’s top AI models for 90 days. You can even create videos, build tools using coding, and do a lot more stuff without paying a penny.

3. Try That LLM

This is an easy and free tool for comparing responses from various LLMs. The platform offers dozens of LLMs to test your prompt, including Gemini 3.1 Pro, Claude Opus 4.6, and ChatGPT 5.2.

This is super easy to use. Just sign up on the website (it takes less than a minute), choose your model, and start using it. The best part is you don’t need to fill in payment details.

Step 1: Go to trythatllm.com and click the “Sign up” button.

Step 2: Fill in basic details to create your account.

Step 3: Verify your email.

Step 4: Tap “New Prompt Group”.

Step 5: Click “Choose an LLM” and select Google > Gemini 3.1 Preview.

Step 6: Click “Confirm LLM + Start Prompting”.

Step 7: Enter your message in the prompt section and click “Confirm Prompt”.

You get 1000 free credits when you create an account. Note that these are one-time credits and are not added every month.

4. Arena AI

Arena AI also lets you compare different LLMs for free. The best part is that you don’t need to sign up on the platform to use Gemini 3.1 Pro or any other LLM. Just open the website, choose your AI model, and start messaging.

Step 1: Go to Arena.ai and make sure side-by-side mode is selected.

Step 2: Tap on the first LLM field.

Step 3: Search for “Gemini 3.1 Pro” and choose the right LLM from.

Step 4: Write your message/prompt in the Ask anything section and enter.

Arena AI is completely free to test LLMs, but it doesn’t offer unlimited responses. The platform provides pretty generous limits, which should be more than enough for small use cases.

5. ChatPlayGround AI

ChatPlayGround AI also offers access to dozens of LLM models, including Gemini 3.1 Pro, Claude Opus 4.6, and ChatGPT 5.2. Unlike Try That LLM and Arena AI, this AI tool lets you use images and PDFs with your message. But what’s the catch here? It doesn’t have a free plan; instead, it offers a 3-day free trial, and for that, you’ll need to link your bank cards.

So, if you only need access to Gemini 3.1 Pro and other LLMs with better capabilities, you can go for the free trial, but make sure to cancel the plan before three days to avoid any charges. Simply go to chatplayground.ai, tap “Sign Up”, and fill in the required details to get started.

Be sure to visit the AI section on Gizmochina regularly for the latest updates.

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Google has shared new details about how it is strengthening security across the Android ecosystem, focusing on AI-driven protections, stricter developer policies, and expanded real-time defenses to protect users from malware, fraud, and privacy risks.

In 2025, Google prevented more than 1.75 million apps that violated policies from being published on Google Play. The company also banned over 80,000 developer accounts linked to harmful activity. Google says measures such as developer verification, mandatory pre-review checks, and testing requirements have made it harder for bad actors to enter the platform while helping legitimate developers build compliant apps more easily.

Apps listed on Google Play go through extensive safety reviews. Google runs over 10,000 checks on every app before publication and continues monitoring apps after they are released. During 2025, the company integrated its latest generative AI models into the review process, allowing human reviewers to detect complex malicious patterns faster.

Privacy protection was another major focus. Google prevented more than 255,000 apps from gaining unnecessary access to sensitive user data by enforcing stricter policies. Developer tools such as Play Policy Insights in Android Studio and the Data Safety section helped developers reduce permission requests and meet policy requirements earlier in the development process.

To maintain trust in app ratings, Google blocked 160 million spam reviews and ratings, including attempts to inflate or deflate scores. The company says its protections also prevented an average 0.5-star rating drop for apps targeted by review bombing.

Google Play Protect continues to operate as Android’s main malware defense. It now scans more than 350 billion apps every day, including apps installed from outside Google Play. In 2025, real-time scanning detected over 27 million new malicious apps from external sources. Enhanced fraud protection, now available in 185 markets covering more than 2.8 billion devices, blocked 266 million risky installation attempts linked to 872,000 high-risk apps. Google also introduced in-call scam protection that prevents users from disabling Play Protect during suspicious calls.

For developers, Play Integrity API now supports hardware-backed signals and new tools such as device recall to identify repeat offenders. Android 16 also introduces tapjacking protection that developers can enable with minimal code.

Google says it will continue investing in AI defenses and developer verification programs to strengthen trust across the Android ecosystem.

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Android 17’s development is progressing faster than we thought, as the first beta is already here, with no developer preview builds. But if you went through the changelog (here), you’d be disappointed to see no significant upgrades. However, the good news is that there are many under-development Android 17 features that will land at some point this year. Those include two useful features that Apple users have been using for years.

1. A native app-lock, finally

Google may finally bring a native app-lock feature to Android 17. While this isn’t officially confirmed yet, instances of it were discovered within the Android framework package. 

So far, Google Pixel users are forced to rely on third-party app lockers, which are fundamentally concerning. While Pixel phones do have a Private Space for securing apps, they don’t work the way app lock does. It offers a separate space to run apps in a separate user profile, which can be good for apps you rarely open, but a headache for apps you open daily.

Apple felt the need for it a long time ago and introduced native app lock support with iOS 18 in 2024. Major Android brands, including Samsung, Xiaomi, Oppo, Vivo, and OnePlus, have also integrated it into their custom skins. Still, a native integration into Android OS is always the best route, especially for Pixel owners. 

2. Universal clipboard enabling seamless copy-paste

Android has a built-in clipboard feature that stores clipboard content, so you can easily paste it into your favorite apps, but the clipboard contents are not synced across your Android devices. This means you can’t paste the copied content from your phone onto another Android phone, PC, or tablet. That could change soon with the Universal Clipboard feature in Android 17.

This upcoming feature was spotted in an Android beta and Canary releases in November, and is expected to arrive as part of Android 17. This will work similarly to the Universal Clipboard on Apple devices, introduced back in September 2016, which allows users to copy text or media on one device and paste it instantly onto another.

A native app locker and a universal clipboard are two of the most useful features we are looking forward to in Android 17. One feature adds an extra layer of security to your apps, and the other strengthens the Android ecosystem.

Google appears to be following last year’s release pattern. Therefore, the first Android 17 release was always going to be developer-focused, laying the groundwork for significant upgrades and new features in Android 17 QPR1, which would be released around August or September 2026, along with the Pixel 11.

We’ll continue to publish the latest stories around the same topic in our Android 17 section. You can also join our Telegram channel to get instant notifications about the latest happenings in tech.

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A few months after the first leaks started circulating, the Google Pixel 10a is finally official. And if you’ve been following the rumors, there aren’t many surprises. The specs are familiar, but it does tighten a few screws and leans even harder on software to make its case.

The Pixel 10a keeps the same 6.3-inch Actua display as before, but Google has slightly increased peak brightness to 3,000 nits, up from 2,700 nits on the Pixel 9a. The phone also retains its IP68 rating for dust and water resistance.

One of the more practical upgrades comes in the form of new screen protection. The Pixel 10a now uses Gorilla Glass 7i instead of Gorilla Glass 3. According to Google, the new Glass can survive drops from up to 1 meter (3.3 feet) and is more scratch-resistant than before.

As a Google phone, the software is the big talk for the Pixel 10a. It comes pre-installed with Android 16 out of the box and is promised seven years of software updates. It also comes with suites of AI features, from Gemini Assistant to Gemini Live. 

The hardware powering it, however, remains the same. The Pixel 10a runs on the same Tensor G4 chipset as the Pixel 9a. Even the RAM and storage are the same at 8GB and 128GB or 256GB, respectively. 

The Pixel 10a also retains the camera setup. It has a 48MP main rear lens with a 13-megapixel ultra-wide and a 13MP selfie camera. New here are the AI-features like Camera Coach, Auto Best Take, and Add Me. 

Google Pixel 10a vs Pixel 9a: What’s different?

The difference for Pixel 10a comes on the design side. Its back is now made of 81% recycled plastic. Google has also introduced a new Pixel 10a Case made from 36 percent recycled plastic, color-matched to the phone. Neither the device nor the case includes built-in magnets.

Google also says the Pixel 10a uses more recycled materials than any previous Pixel a-series phone. It’s the first in the lineup to include recycled cobalt, copper, gold, and tungsten, making up at least 36 percent of the product by weight. The aluminum frame is made from 100 percent recycled material, and the packaging is completely plastic-free.

You can get the Google Pixel 10a in Fog, Obsidian, Berry, and Lavender. Its price starts at Rs 50,000 (8/128GB) in India, and at $499 in the US. Pre-order starts today, while it will go on open sale starting March 5. 

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Choosing between the Google Pixel Watch 4 and the Samsung Galaxy Watch8 Classic isn’t just about picking a smartwatch; it’s about deciding what kind of experience you want on your wrist. One focuses on lightweight comfort, fast charging, and clean Wear OS integration at a much lower price, while the other leans into premium materials, a rotating bezel, and deeper health insights with a clear flagship feel. With both running Wear OS 6 and targeting Android users, this comparison highlights where the real differences matter in daily use, long-term value, and health tracking depth, making it easier to see which watch truly fits your lifestyle.

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Major Features:

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Design and Display

Build & Comfort

The Pixel Watch 4 keeps things light and minimal with an aluminum frame and Gorilla Glass 5 protection. At 31–37g, it feels noticeably lighter on the wrist and suits all-day wear comfortably. In contrast, the Galaxy Watch8 Classic uses a stainless steel frame with a sapphire crystal and adds a rotating bezel for tactile navigation. At 63.5g, it feels premium but substantially heavier. Samsung also brings MIL-STD-810H compliance and blood pressure hardware, adding to its rugged appeal.

Display Brightness & Visibility

Both watches push up to 3000 nits peak brightness, making outdoor visibility excellent. The Pixel Watch 4 has a slightly larger 1.4-inch LTPO AMOLED panel, while Samsung offers a 1.34-inch Super AMOLED with sapphire protection and slightly higher pixel density. Sharpness is comparable, but Samsung’s sapphire layer feels more durable long-term.

Verdict

Samsung wins on durability and premium feel, while the Pixel Watch 4 excels in lightweight comfort and everyday wearability.

Health and Fitness Tracking

Sensors & Tracking Accuracy

Both models include heart rate, SpO2, skin temperature, ECG, and advanced motion sensors. Samsung goes further with BioActive technology, blood pressure monitoring, and an antioxidant index, giving it a broader health portfolio. Pixel Watch 4 adds skin conductance and satellite SOS (LTE models), which enhances safety features.

Samsung’s broader medical-style tracking may appeal more to serious health users, while Google keeps things clean and essential.

Workout Modes

Both watches support multi-satellite GPS (L1+L5), ensuring accurate route tracking. Samsung includes additional positioning systems like BDS and offers deeper health ecosystem integration. Pixel’s UWB support adds future-ready connectivity perks.

Verdict

Galaxy Watch8 Classic takes the lead for advanced health metrics, though Pixel Watch 4 covers most essentials comfortably.

Performance and Software

UI Smoothness

Both run Wear OS 6, but Samsung layers One UI 8 Watch on top and powers the device with a newer 3nm Exynos W1000 chip. Pixel Watch 4 uses the Snapdragon W5 Gen 2 (4nm). Day-to-day performance should feel smooth on both, though Samsung’s newer silicon and penta-core setup suggest stronger long-term efficiency.

App Support & Features

Pixel offers 32GB storage, while Samsung doubles it to 64GB, useful for offline music and apps. Both support NFC payments, Wi-Fi, Bluetooth, and eSIM LTE models. Pixel adds Ultra Wideband support, a forward-thinking feature not present on Samsung.

Verdict

Samsung edges ahead in raw hardware and storage, but the Pixel Watch 4 stands out for UWB and clean software integration.

Battery and Connectivity

Battery Life

Pixel Watch 4 packs a 455mAh battery, slightly larger than Samsung’s 445mAh unit. Charging is notably faster on Pixel, reaching 100% in as little as 45–60 minutes, depending on size. Samsung relies on 10W wireless charging, which is convenient but slower.

Fast top-ups can make a real difference for busy users who forget overnight charging.

GPS, Bluetooth, LTE

Both support dual-band GPS (L1+L5), NFC, Wi-Fi, and eSIM LTE. Pixel supports Bluetooth 6.0, while Samsung sticks to Bluetooth 5.3. Samsung includes more satellite systems, giving it broader positioning support.

Verdict

Pixel Watch 4 wins for faster charging and newer Bluetooth, while Samsung offers broader satellite compatibility.

Pricing

Pixel Watch 4 starts around $300 / ₹28,000, making it significantly more affordable. The Galaxy Watch8 Classic comes in at $450 / ₹41,000, reflecting its stainless steel build, sapphire glass, and expanded health features.

Samsung feels more premium, but Pixel delivers stronger value for money.

Disclaimer:
Prices are approximate and may vary based on country, region, and applicable taxes.

Conclusion

Pixel Watch 4 is ideal for users who want a lightweight, fast-charging smartwatch with solid core health tracking and modern connectivity like UWB. It balances features and affordability very well.

Galaxy Watch8 Classic suits buyers who prioritize premium materials, rotating bezel navigation, deeper health metrics like blood pressure monitoring, and larger storage capacity.

Final Verdict

For value and comfort, Pixel Watch 4 stands out. For premium hardware and advanced health features, Galaxy Watch8 Classic takes the crown.

Read More:

• Samsung Galaxy S26 Ultra vs Galaxy S25 Ultra: Everything You Should Know
• Samsung Galaxy Watch Ultra vs Apple Watch Series 11: Full Comparison ( Amazon Discounts)
• Xiaomi Redmi Note 15 Pro+ vs Note 15 Pro: Is the Snapdragon Version Better?

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Smartwatches have evolved beyond simple fitness trackers, becoming versatile devices for health monitoring, productivity, and style. Android users now have a range of options that cater to different needs, from fitness enthusiasts to tech-savvy professionals.

Although a new wave of 2026 smartwatches is still on the way, many of the models that launched through 2025 are already defining the Android smartwatch experience in 2026. Competition has only gotten tighter with the latest releases, so here is our roundup of the best smartwatches for Android users right now.

Samsung Galaxy Watch 8 and 8 Classic

Samsung leads the Android smartwatch market with the Galaxy Watch 8 and 8 Classic. The Galaxy Watch 8 comes in 40mm and 44mm sizes, while the Classic model features a 46mm case with a rotating bezel for a more traditional look. Both watches run Wear OS 6 with One UI 8 Watch on top and integrate seamlessly with Android devices.

Samsung designed the Galaxy Watch 8 series with a peak brightness of 3,000 nits, ensuring excellent visibility in outdoor conditions. The lineup uses the new Dynamic Lug system, a redesigned one-click mechanism that makes swapping bands faster while improving comfort and stability.

The watches offer features like vascular load monitoring, AI-powered energy scores, and advanced sleep tracking. Samsung also redesigned the internal structure, making the Galaxy Watch 8 thinner and lighter than previous models.

Best for: Android users who want the best of Google and Samsung in one package.

Google Pixel Watch 4

The Pixel Watch 4 runs on Wear OS 6 and uses the Snapdragon W5 Gen 2 chip, delivering faster performance and better battery life. The watch is available in 41mm and 45mm sizes, with vibrant Actua 360 domed displays that reach a peak brightness of 3,000 nits.

Google included a Readiness Score feature, which combines heart rate variability and daily activity to provide personalized insights. The Cardio Load metric tracks the strain on the cardiovascular system throughout the day. The watch supports over 40 workout modes and integrates with the Gemini assistant for hands-free tasks like messaging and navigation.

Best for: Google users who rely on Assistant, Gmail, Maps, and YouTube Music.

OnePlus Watch 3

The OnePlus Watch 3 suits people who prioritize a sharp, bright display and durability that can handle daily wear. It features a 1.5 inch LTPO AMOLED screen that peaks at 2,200 nits, plus a rotating crown that makes navigation feel more natural. The watch also supports 5ATM water resistance rated for 50 meters and carries an IP68 rating, while MIL-STD-810H certification adds an extra layer of rugged, military-grade durability.

OnePlus equipped the Watch 3 with advanced health sensors, including an eight-channel heart rate sensor, a 16-channel blood oxygen sensor, and a wrist temperature monitor. The 60-second health check-in feature gives a quick overview of vital metrics. The watch offers up to 120 hours of battery life in Smart Mode and supports fast VOOC charging for all-day use with just 10 minutes of charging.

Best for: Fashion-forward users who want serious stamina without sacrificing smarts.

Xiaomi Watch 5

Xiaomi continues to expand its wearable lineup with the Watch 5, currently limited to the Chinese market. It features a 1.54-inch AMOLED display with 1500 nits brightness, stainless steel casing, and sapphire glass. Straps range from titanium to fluororubber and leather. Xiaomi included over 150 sports modes, along with 80+ gym-based courses that provide animated 3D guidance.

The Watch 5 offers a one-touch health scan that monitors eight key indicators, including heart rate, stress, and sleep quality. The watch also supports full-color offline maps for outdoor activities like hiking and trail running. Its 930mAh battery powers the watch for up to 18 days in power-saving mode.

Best for: Tech-savvy users who don’t mind importing greatness.

Amazfit Balance 2

Amazfit expanded its smartwatch lineup with the Balance 2, a device that combines durability and advanced health features. The watch has a 1.5-inch AMOLED display with scratch-resistant Sapphire glass and is water-resistant up to 10 ATM. Amazfit includes 170 sports modes, making it suitable for a wide range of fitness activities.

The BioCharge Score provides real-time energy insights by analyzing sleep, stress, and activity levels. The watch also supports HYROX training modes, which include interval planning and recovery tools. With a battery life of up to 21 days, the Balance 2 offers reliability for long-term use.

When paired with the Helio Strap, Amazfit creates a dual-device system that enhances heart rate tracking and fatigue analysis. The Zepp App syncs data from both devices without requiring a subscription.

Best for: Athletes, triathletes, and tracker nerds who want deep insights and no daily charging.

Samsung Galaxy Watch Ultra

Samsung designed the Galaxy Watch Ultra for outdoor enthusiasts and extreme sports users. The watch features a Grade 4 Titanium frame and 10 ATM water resistance, allowing it to withstand harsh conditions. Samsung included dual-frequency GPS for accurate tracking and AI-powered metrics like Functional Threshold Power (FTP) for cyclists.

The Galaxy Watch Ultra has a peak brightness of 3,000 nits, ensuring excellent readability in all environments. The watch offers the longest battery life in Samsung’s lineup, with up to 100 hours in Power Saving mode.

Best for: Extreme athletes and outdoor explorers who need rugged reliability.

Garmin Venu 4

Garmin released the Venu 4 as a versatile smartwatch that balances stylish design with advanced health and fitness tracking. The watch comes in 41mm and 45mm sizes and features bright AMOLED displays. Garmin included over 25 activity modes and adaptive coaching through the Garmin Fitness Coach.

The Venu 4 tracks HRV, Pulse Ox, and sleep metrics, providing detailed insights into recovery and stress levels. Garmin added accessibility features like a spoken watch face and color filters for users with color blindness. The watch also includes a built-in LED flashlight and offers up to 12 days of battery life in smartwatch mode.

Best for: Health-focused folks and accessibility-conscious users looking for style and substance.

In related news, you can also read our latest roundup of the best magnetic power banks in 2026.

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Just three days ago, Google confirmed that Android 17 Beta 1 is coming, and now it’s here. We weren’t expecting the first beta to be released so quickly, but it’s here with improvements to privacy, security, and performance. There are some significant changes as well, which we’ll discuss in the article, along with the eligible devices list and installation steps.

Which devices are eligible for Android 17 beta?

Google Pixels are the first in line to receive the latest beta update, and this year is no different. For now, Android 17 Beta 1 is available for Google Pixels, and it will soon be available on devices from other brands.

So, here’s a list of Google Pixel devices eligible for Android 17 beta:

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

In short, if you have a Pixel 6 or older, you can install the Android 17 Beta 1 build and get a taste of the latest features and all the upgrades without waiting months for the stable rollout.

How to install Android 17 Beta 1 on Google Pixels?

If your Google Pixel is running Android 16 QPR3 Beta 2.1 and you haven’t exited the beta program, you should automatically receive the Android 17 Beta 1 update. The update should be available at Settings > System > Software Updates > System Updates. Other users should follow the process as mentioned below.

If you’re not already part of the beta program, visit google.com/android/beta and “Opt in” on your selected device. Make sure you’re logged into the website with the same Google account. After opting in, you should be able to install the latest beta update on your Google Pixel from the Software Updates section in the Settings app.

Before installing any beta update, it’s advised to back up important data to another device or a cloud storage for added safety.

Android 17 Beta 1: What’s new and what’s improved?

The first beta of Android 17 is mostly developer-focused and marks the transition from the traditional “Developer Preview” model to a continuous “Android Canary” program. The Canary channel offers faster access to features and APIs, quicker stability, and eliminates the need for manual flashing.

As for the changes, the first beta enforces stricter requirements for app behaviour on large-screen devices (smallest width ≥ 600dp), preventing apps from opting out of resizability and orientation changes. These changes do not affect smaller devices (sw < 600dp).

Furthermore, apps running on larger screens, such as tablets, foldables, or desktop windowing environments, must now support landscape and portrait layouts and adapt to resizable windows.

Android 17 introduces several low-level changes to improve app efficiency and system health, including a Lock-free MessageQueue to reduce missed frames, Generational Garbage Collection to reduce the CPU cost and duration of full-heap collections, and Strict “Static Final” Fields to allow the runtime to apply more aggressive performance optimizations.

The update also includes important camera upgrades, including Dynamic Camera Sessions to enable seamless transitions between modes, Constant Quality Recording for extended control, and Versatile Video Coding (VVC) on devices with supported hardware.

Additionally, the latest beta build includes an improved audio framework, enhanced VoIP call history (supporting avatars and privacy controls), and Wi-Fi Ranging updates (Proximity Detection and 11az secure ranging). The CompanionDeviceManager now features two new profiles, Medical Devices and Fitness Trackers, for streamlined permission handling and device identification.

According to the official timeline, the “Platform Stability” phase begins next month. At this point, SDK/NDK APIs and app-facing behaviors will be finalized. The stable release could arrive sometime in Q3 2026.

We’ll continue to update you with fresh developmenets in our Android 17 section. You can visit it regularly for the latest updates. Or, join our Telegram channel to get instant notifications about the latest happenings in tech.

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Google Pixel 10a’s full specifications have surfaced online ahead of its expected launch next week. The leak gives a clearer picture of the upcoming budget Pixel, highlighting minor refinements rather than major design changes. Here is everything revealed so far about the device and how it differs from its predecessor.

Google Pixel 10a full specifications

According to Winfuture.de, the Google Pixel 10a is expected to feature a 6.3-inch OLED display with a 120Hz refresh rate and a resolution of 2424 x 1080 pixels. The panel is protected by Corning Gorilla Glass 7i, indicating improved durability compared to previous models. The overall design of the Pixel 10a is almost the same as its previous generation.

The device is said to be powered by the Google Tensor G4 processor paired with the Titan M2 security chip. It may arrive with 8GB LPDDR5X RAM and UFS 3.1 storage options of 128GB and 256GB, without microSD expansion. A 5,100mAh battery is expected, now supporting faster wired charging speeds up to 45W, along with wireless charging support.

In terms of cameras, the Pixel 10a is tipped to retain a 48-megapixel primary camera with dual-pixel autofocus and optical image stabilisation, alongside a 13-megapixel ultrawide camera offering a 120-degree field of view. A 13-megapixel front camera is also expected for selfies and video calls.

The Pixel 10a is expected to ship with Android 16 and will receive up to seven years of software and security updates. Its other features include an in-screen fingerprint sensor, an IP68-rated dust and water-resistant body, dual speakers, Bluetooth 6, Wi-Fi 6e, dual SIM support including eSIM, NFC, USB Type-C, satellite emergency calling, and multiple navigation systems such as GPS, Galileo, GLONASS, QZSS, and BeiDou.

5 key changes compared to Pixel 9a

While the overall hardware appears familiar, five notable changes separate the Pixel 10a from the Pixel 9a:

• Gorilla Glass 7i protection | Pixel 9a had Gorilla Glass 3
• 45W wired charging support | Pixel 9a supported 23W charging
• Satellite emergency call feature added | Not available on Pixel 9a
• Bluetooth 6 support | Pixel 9a featured Bluetooth 5.4
• New colour options: Obsidian, Fog, Lavender, Berry | Pixel 9a came in Obsidian, Porcelain, Iris, Peony

Also, the Pixel 10a measures 153.9 x 73 x 9 mm and weighs 183 grams. In comparison, the Pixel 9a has 154.7 x 73.3 x 8.9 mm dimensions and weighs 186 grams.

Google Pixel 10a variants, price and launch timeline

The report suggests that the Google Pixel 10a will be available in two storage variants: 128GB and 256GB. Pricing is expected to start at €499, with reports indicating a promotional offer where the 256GB version may initially be available at the same price as the base model instead of its regular €599 cost. It will be available for purchase across different markets starting Feb. 18.

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Google has just released Android 16 QPR3 Beta 2.1 to Google Pixels, and that would be the final release based on the current OS. The company has now officially confirmed that it’s working on Android 17 and that the first beta build will be released soon.

Android 17 Beta 1 releasing soon

The first public beta of Android 17 will be released soon, says Google. Notably, this won’t be a Developer Preview build. If you’ve followed the development cycles for an upcoming Android OS in the past, you’d know that first builds are generally labelled Developer Preview builds (Android 16 had two of them), and then beta builds are released, but that’s changing this year with Android 17.

Google says Android 17 Beta 1 “builds on top of Android 16 QPR platform release and includes the latest bug fixes and improvements to stability and performance.” Past leaks suggest several new features and improved gaming capabilities are coming to the upcoming Android OS, among many other improvements. We’ll learn more about the changes once the first beta build goes live, which could arrive as early as this month or next month, while the stable build of Android 17 should land around June 2026.

Google Pixel users will have the first bite, as always. Those currently on Android 16 QPR3 Beta 2.1 and choose to remain enrolled in the Android Beta Program will automatically receive the Android 17 Beta 1 update. If they don’t want to receive the beta update, they must opt out of the beta program.

As for the other brands, the Android 17 beta update may arrive on select devices a few weeks after it is released to Google Pixels. We’ll continue to track the development and update you on the same in our Android 17 section. Remember to visit the section regularly for the latest updates. Or, join our Telegram channel to get instant notifications about the latest happenings in tech.

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Google has officially confirmed the pre-order date for the upcoming Pixel 10a, giving fans a clearer look at when they’ll be able to reserve the next affordable Pixel smartphone. The reveal also arrives just ahead of the official launch of the Pixel 10a. So here are all the details.

Google Pixel 10a Pre-Orders Details

According to announcements on the Google Store and official teasers, pre-orders will begin on 18th February 2026 across the globe, including the Indian market. This reveal arrives weeks ahead of the Pixel 10a’s launch, with the company’s official teasers also offering us a glimpse of the new mid range Pixel phone. In teaser visuals posted by Google, the Pixel 10a’s design appears identical to the Pixel 9a.

But the company freshen things up with the introduction of new colorways. These early teaser ports showcase the device with a blue-toned finish that blends Iris-like and Indigo highlights, along with reports suggesting additional shades like Obsidian, Berry, Fog and Lavender. You can see the rumored 48MP + 13MP dual camera module on the rear, while the front could house a compact 6.285-inch OLED display with an FHD+ resolution and a 120Hz refresh rate.

Under the hood, it is expected to be equipped with the Tensor G4 chipset that may be coupled with 8GB of RAM and up to 256GB of internal storage. A sizeable 5,100mAh battery pack powers this model, which will likely only offer a modest fast charging speed. Out of the box, this model should run on the Android 16 OS out of the box with Pixel UI and robust software support, with up to 7 years of updates.

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Google is exploring new options to allow websites and publishers to opt out of having their content used in AI Overviews. The move comes after the UK government urged the company to provide more control to content creators, citing growing concerns about fair usage and declining traffic to news sites.

UK regulators demand more control for publishers

According to a Reuters report, the UK’s Competition and Markets Authority (CMA) has opened a formal consultation on how Google manages content across its AI-powered features. The regulator wants the company to let websites opt out of having their material scraped for AI-generated summaries or used to train separate AI models like Gemini.

In a blog post published on Thursday, Google confirmed that it is working on updates that would enable websites to exclude their content from Search generative AI features. The company said it aims to protect the usefulness of Search while also giving publishers the tools to manage how their content appears across AI products.

Google introduced AI Overviews in mid-2024. The feature uses generative AI to provide quick answers at the top of search results. However, publishers have not had any mechanism to opt out of these summaries, which has led to significant drops in click-through traffic.

The CMA stated that Google holds more than 90% of the UK’s search market. It warned that this dominance could distort competition and harm news organizations that rely on visibility in search.

Google said any new opt-out control must be scalable and not create a fragmented or confusing experience for users. The company also pointed to existing tools like robots.txt and Google-Extended, but acknowledged that further updates are needed.

The CMA will spend the next year reviewing the consultation. Google said it hopes to work with publishers and regulators to find a solution that benefits both users and content creators.

In related news, you can also read our recent article exploring whether smartphones have truly reached peak innovation or if progress is now happening behind the scenes.

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Xiaomi 17 Ultra and Pixel 10 Pro XL are two of the most powerful Android phones you can buy right now. Both promise top-tier performance, excellent cameras, and premium features, but they go about it very differently. One focuses on bigger hardware and faster charging, while the other leans on software and smart features. This comparison breaks down which one actually delivers the better flagship experience.

Design and Display 

Build and Feel

Xiaomi 17 Ultra goes for a bold, camera-centric identity that feels engineered for power users. Its materials and visual weight give it a professional, almost tool-like presence. The Pixel 10 Pro XL takes the opposite route with a restrained, minimalist design that blends seamlessly into daily life. Xiaomi feels more expressive and experimental, while Pixel feels calmer and more refined. One draws attention, the other avoids it, and that difference is immediately noticeable in everyday handling.

Display Quality

Both phones deliver flagship LTPO panels with excellent HDR and adaptive refresh rates. Xiaomi prioritizes visual punch with extremely high brightness and contrast, making content feel cinematic and vibrant. Pixel focuses on accuracy, offering cleaner whites, more natural colors, and consistent tuning across apps. Xiaomi’s display feels more dramatic, while Pixel’s feels more controlled and reliable over long use.

Verdict

Xiaomi wins on visual impact. Pixel wins on balance and refinement.

Specifications 

Performance

Xiaomi 17 Ultra is built for raw performance. Its Snapdragon chipset delivers top-tier speed for gaming, multitasking, and heavy camera use with ease. Pixel 10 Pro XL, powered by Google’s Tensor chip, emphasizes AI-driven efficiency rather than peak benchmarks. Everyday tasks feel smooth and intelligent, but it lacks the headroom power users may expect. Xiaomi feels faster under pressure; Pixel feels optimized for routine use.

Battery and Charging

Battery life strongly favors Xiaomi thanks to its much larger capacity and extremely fast wired and wireless charging. Long days feel less stressful, and short charging sessions go a long way. Pixel’s battery life is stable and predictable, but charging speeds are conservative. Google clearly prioritizes longevity and thermal stability over speed.

Verdict

Xiaomi dominates in endurance and charging. Pixel focuses on efficiency and consistency.

Camera 

Main and Secondary Lenses

Xiaomi’s camera setup is aggressively hardware-driven. Its large main sensor and high-resolution periscope lens deliver excellent detail, strong low-light results, and standout zoom performance. It feels designed for users who enjoy versatility and control. Pixel relies more on computational photography, producing consistently natural images with excellent dynamic range and dependable color science. Xiaomi often delivers more dramatic shots; Pixel delivers safer, more predictable results.

Selfie Camera

Both phones perform well, but the Pixel’s front camera excels in focus reliability and social-ready processing. Xiaomi offers more detail, while Pixel offers better consistency.

Verdict

Xiaomi suits photography enthusiasts. Pixel suits users who want effortless, reliable results.

Pricing 

Price Comparison

Xiaomi 17 Ultra is priced at approximately $1000, while the Pixel 10 Pro XL sits higher at around $1200. This gap significantly changes the value conversation. Xiaomi delivers stronger battery life, faster charging, and more aggressive camera hardware for less money. Pixel positions itself as a premium experience rather than a spec-heavy bargain.

Is the Price Justified?

Xiaomi feels generous, offering flagship hardware that clearly exceeds expectations at its price. It appeals to users who want maximum capability per dollar. Pixel’s higher price is tied to long-term software updates, deep AI integration, and ecosystem reliability. That premium makes sense for users who value longevity and simplicity over raw specs.

Verdict

Xiaomi offers superior value. Pixel charges more for software polish and long-term support.

Disclaimer:
Prices are approximate and may vary based on country, region, and applicable taxes.

Conclusion 

Xiaomi 17 Ultra stands out with its massive battery, ultra-fast charging, powerful chipset, and camera system built for versatility and zoom. It feels like a device designed to push limits. The Pixel 10 Pro XL differentiates itself through clean software, advanced AI tools, and years of guaranteed updates. It feels designed for stability, intelligence, and long-term reliability rather than experimentation.

Final Verdict 

Xiaomi 17 Ultra is the better overall smartphone. It delivers stronger performance, a far better battery and charging, more advanced camera hardware, and a lower price. Pixel 10 Pro XL remains an excellent choice for users deeply invested in Google’s ecosystem, but Xiaomi offers a more complete flagship experience with fewer compromises.

Read More:

• OnePlus 15 vs Vivo X300: Why Vivo X300 Might Be a Better Buy Than OnePlus 15
• OnePlus 15 vs Galaxy S25: Which Flagship Makes Sense in 2026
• RedMagic 11 Air vs iQOO Z11 Turbo: RedMagic Went All-In on Gaming, iQOO Went on Value

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Google may soon expand the color lineup of its Pixel Buds 2a. Android Headlines has published official-looking renders showing the earbuds in two new color options, which are expected to be added alongside the existing Hazel and Iris variants. The Pixel Buds 2a have been available in those two colors since their launch in August last year.

While Google has not confirmed the official names, the new shades are expected to align with the rumored Pixel 9a color palette. These are likely to be called Fog and Berry. Visually, the Fog option appears as a light gray finish, while Berry is a soft pink tone. The pink version closely resembles the Peony color seen on recent Pixel devices and is clearly aimed at users who want a more eye-catching look.

Aside from color, nothing else has changed. The Pixel Buds 2a keep the same design and hardware. The charging case remains white on the outside for both new colors, while the interior matches the earbuds themselves, similar to the existing variants.

The Pixel Buds 2a are designed using data from over 45 million ear scans to improve comfort and fit. The earbuds carry an IP54 rating for sweat and water resistance, while the charging case is rated IPX4. Connectivity is handled via Bluetooth 5.4 with Super Wideband support, which improves call quality and connection stability.

Powering the earbuds is the Google Tensor A1 chip, paired with 11 mm dynamic drivers. Features include Active Noise Cancellation with Silent Seal 1.5, Transparency mode, active in-ear pressure relief, stereo spatial audio, and a 5-band equalizer. Voice calls benefit from a wind-blocking mesh and Google AI-powered noise reduction.

Battery life is rated at up to 7 hours with ANC on and up to 20 hours with the charging case. With ANC disabled, usage increases to 10 hours on the earbuds and 27 hours with the case. A 5-minute quick charge provides up to one hour of playback. Charging is done via USB-C, and the case includes a replaceable battery.

Additional features include hands-free Gemini access, tap controls, Pixel-Perfect Pairing, multipoint switching, and Find Hub support. Each earbud includes two microphones, infrared in-ear detection, and capacitive touch controls.

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OnePlus and Google approach flagship smartphones from completely different philosophies. One chases raw power, speed, and cutting-edge hardware, while the other focuses on smart software, photography, and long-term reliability. The OnePlus 15 and Pixel 10 represent this contrast perfectly, making this comparison less about specs and more about which flagship experience actually fits modern users better.

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Design and Display

Build and Feel

OnePlus 15 delivers a bold, performance-driven design that feels premium and purpose-built. Its materials and finish give it a confident, flagship presence that appeals to power users. The Pixel 10 opts for a cleaner, more minimal look that prioritizes comfort and familiarity. It feels refined rather than flashy, making it easy to use daily. While both phones are well-built, the OnePlus feels more ambitious, whereas the Pixel focuses on subtle polish. One clearly targets enthusiasts, the other, everyday users.

Display Quality

OnePlus 15 offers a smoother, more immersive display with richer colors and a noticeably fluid feel, especially during gaming and scrolling. The Pixel 10 emphasizes brightness and color accuracy, performing well outdoors and during long viewing sessions. While the Pixel display is dependable and balanced, the OnePlus panel feels more exciting and visually engaging.

Verdict

For users who value visual impact and smoothness, OnePlus 15 delivers a more impressive design and display experience.

Specifications 

Performance

OnePlus 15 is built for speed, handling demanding tasks and multitasking with ease. It feels consistently fast and responsive, especially under heavy use. The Pixel 10 focuses on optimization rather than raw power, delivering smooth everyday performance without pushing limits. It feels controlled and stable, but not as aggressive. The OnePlus clearly caters to performance-focused users.

Battery and Charging

Battery life is a major strength for the OnePlus 15, easily lasting through intensive days. Its fast and flexible charging makes quick top-ups genuinely useful. The Pixel 10 offers reliable all-day endurance but prioritizes efficiency over speed. Charging is practical but noticeably slower, favoring long-term consistency.

Verdict

For performance and battery convenience, OnePlus 15 holds a clear advantage over the Pixel 10.

Camera

Main and Secondary Lenses

OnePlus 15 provides a versatile camera setup that handles a wide range of scenarios with vibrant, detailed results. Its images often feel more dramatic and eye-catching. The Pixel 10 leans heavily on computational photography, producing natural-looking photos with excellent consistency, especially in tricky lighting. The OnePlus feels creative and flexible, while the Pixel feels reliable and refined.

Selfie Camera

Selfies from the OnePlus 15 are sharp and confident, while the Pixel 10 delivers more natural skin tones and balanced exposure. The Pixel’s front camera feels more dependable for everyday use.

Verdict

Pixel 10 remains the better choice for photography consistency, but OnePlus 15 offers more versatility and creative freedom.

Pricing

OnePlus 15 is priced at around $900, placing it firmly in the premium flagship category. The Pixel 10 costs approximately $800, making it more accessible while still offering a polished experience.

Is the Price Justified?

OnePlus 15 justifies its higher price with stronger performance, faster charging, a superior display, and a more feature-rich package. Pixel 10 focuses on long-term software support, smart features, and dependable performance at a lower cost. It offers good value, but with fewer hardware highlights.

Verdict

Pixel 10 is more affordable, but OnePlus 15 delivers more for users willing to pay extra.

Disclaimer:
Prices are approximate and may vary based on country, region, and applicable taxes.

Conclusion

OnePlus 15 stands out with its powerful performance, ultra-fast charging, and immersive display, making it ideal for heavy users and enthusiasts. Pixel 10 shines with long software support, intelligent features, and reliable camera performance, offering a smoother long-term experience for casual users.

Final Verdict 

OnePlus 15 is the best overall smartphone. It offers stronger performance, better battery life, much faster charging, and a more immersive display, making it the complete flagship experience. While the Pixel 10 excels in software longevity and camera consistency, the OnePlus 15 delivers superior all-around hardware value and feels better suited for demanding users who want the most from their phone.

Read More:

• OnePlus 15 vs Galaxy S25: Which Flagship Makes Sense in 2026
• iPhone 17 vs iPhone 16: Full Comparison, Differences, and Verdict
• Red Magic 11 Air vs iQOO 13: Same Snapdragon 8 Elite Chip, But Totally Different Phones

The post OnePlus 15 vs Google Pixel 10: Full Comparison, Specs, Camera, Battery appeared first on Gizmochina.

Google Chrome for iOS is getting a useful new feature that helps users move their Safari data directly into Chrome. The update is designed for iPhone and iPad users who want to switch browsers without using a computer.

With this feature, users can import their bookmarks, browsing history, and saved passwords from Safari into Chrome. The feature was first reported by MacObserver and is currently available in Chrome 145 Beta for iOS. It is expected to roll out to all users soon with the stable release.

Because of Apple’s strict privacy rules, Chrome cannot access Safari data automatically. Instead, Chrome provides a guided, step-by-step import process that users can complete directly on their iPhone.

Step-by-Step: How to Import Safari Data into Chrome

Step 1: Update Chrome
Make sure Google Chrome is updated to version 145 or newer.

Step 2: Export Safari Data

1. Open Settings on your iPhone
2. Tap Safari
3. Select Export Browsing Data
4. A ZIP file will be created
5. Save it to iCloud Drive – Downloads

Step 3: Import into Chrome

1. Open Google Chrome
2. Go to Settings – Safari Import
3. Select the ZIP file
4. Review bookmarks, history, and passwords
5. Tap Import

Step 4: Delete the ZIP File
Chrome will warn that the file contains sensitive data. Delete it immediately for security.

Things to Know Before Importing

• Manual import is required due to Apple’s privacy limits
• The ZIP file contains personal and sensitive data
• The process works fully on iPhone, no Mac needed

Why This Update Matters

Earlier, switching from Safari to Chrome was confusing and time-consuming. With this guided import feature, Google removes one of the biggest barriers for iPhone users, making browser switching simpler, safer, and faster in 2026.

Read More:

• Xiaomi Mi 17 Ultra Update Brings New Zoom Ring Leica Camera Features and Charging Fixes
• Huawei Returns as China’s No. 1 Smartphone Brand After Five Years, Overtaking Apple
• Dual 200MP Cameras Are Coming : OPPO & Vivo Are About to Change the Camera Game

(via)

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Google is planning a major change in how it builds its premium Pixel smartphones. According to a Nikkei Asia report, the company is expected to start developing and manufacturing its high-end Pixel models in Vietnam from 2026. This includes the Pixel, Pixel Pro, and Pixel Fold. Until now, China has played a central role in both the development and production of these devices. Entry-level Pixel A series phones will continue to be handled in China for the time being.

This move shows that Google is expanding Vietnam’s role beyond simple assembly and trusting the country with the most important stages of smartphone production.

What Will Happen in Vietnam

Google will begin the New Product Introduction process in Vietnam. This is the most critical stage in making a new smartphone. It includes testing designs, checking how parts work together, setting up production lines, and preparing the phone for mass manufacturing. This phase requires hundreds of engineers, advanced testing equipment, and close coordination with suppliers.

In the smartphone industry, handling NPI work is seen as a sign of high manufacturing capability. It also means long-term trust from global technology companies.

Where Pixel Phones Were Made Before

For many years, China has been the main location for developing and manufacturing Pixel smartphones. China has the world’s most advanced smartphone supply chain, with experienced factories and suppliers that can handle complex products from the ground up. More recently, Google shifted some Pixel assembly work to Vietnam, but development and early-stage production remained in China.

With this new plan, Vietnam will take on full responsibility for developing premium Pixel models from scratch.

Why Google Is Making This Change in 2026

The decision reflects growing confidence in Vietnam’s manufacturing ecosystem. Google already produces some high-end Pixel phones in Vietnam and carries out testing and verification there. This makes it possible to move the entire development process to the country.

Another reason is the need to reduce supply-chain risk. Relying too much on one country can be risky due to trade tensions, policy changes, or disruptions. By spreading production across different countries, Google can make its supply chain more stable and flexible.

Impact on Geopolitics and the Economy

This shift has wider effects beyond Google. For China, it shows that global tech companies are slowly reducing their dependence on its manufacturing system. For Vietnam, it is a major win. High-end smartphone development brings investment, skilled jobs, and stronger supplier networks, helping the country move up the technology value chain.

From a global perspective, this move fits into a larger trend where tech companies are reshaping supply chains across Asia to balance economic and political risks. It also strengthens Vietnam’s position as a key technology manufacturing hub in the region.

Google has not officially commented on the report, but if the plan moves forward, it will mark a turning point for Pixel smartphones. Vietnam could soon become one of the most important locations in the world for developing and producing high-end smartphones, signaling a new chapter in the global tech manufacturing landscape.

Read More:

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(via)

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Apple has confirmed a long-term collaboration with Google that will influence the next phase of Apple Intelligence. While the announcement has sparked strong reactions online, the partnership is focused on improving Apple’s AI foundation rather than changing how iPhones work for users. At first glance, nothing appears different on the surface, but the agreement plays an important role in Apple’s AI roadmap.

Apple and Google collaboration explained

Apple has revealed that future Apple Foundation Models will be built using Google’s Gemini models and cloud infrastructure as a training base. This does not mean Gemini will run on iPhones or replace Siri. Instead, Gemini is being licensed as a learning and development tool to strengthen Apple’s own models. Apple Intelligence will continue to function through on-device processing and Apple’s Private Cloud Compute, maintaining its existing privacy framework.

According to reports, Apple evaluated several AI technologies before choosing Gemini, concluding that it currently offers the most capable base for large-scale model training. As part of the deal, Apple is reportedly paying Google around $1 billion annually. Despite this, Apple retains full control over how its AI systems are deployed, and no user data is shared with Google during normal usage.

A major concern among users has been the belief that Siri will now be powered by Google or that personal data will flow to Google servers. Both Apple and Google have clarified that this is not the case. Siri and Apple Intelligence will still rely on Apple Foundation Models, running either locally on devices or on Apple-controlled servers.

This partnership is also seen as a temporary acceleration step. Apple is reportedly developing its own trillion-parameter AI model, expected around 2027. Even after that, Gemini may continue to be used for comparison and reinforcement during training. Similar to how Apple once depended on Google Maps before launching Apple Maps, this collaboration fills a strategic gap without changing the user experience.

For users, the outcome is simple. Apple Intelligence remains Apple-built, privacy-focused, and tightly integrated into iOS. The collaboration strengthens Apple’s AI capabilities without compromising its core principles.

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Smartphones in 2025 aren’t just about camera counts or silicon speeds. They’re about intelligence, fluidity, and seamless integration. The top Android skins of the year have evolved into intelligent platforms that personalize, predict, and adapt.

Three software experiences stand out: One UI 8, OxygenOS 16, and Pixel UI on Android 16. Each one reflects a different vision of what the future of mobile software looks like.

One UI 8

Samsung’s One UI 8 didn’t arrive with a visual overhaul, but that was never the point. Instead, it focused on making smartphones genuinely smarter. Powered by multimodal AI, One UI 8 combines visual, auditory, and contextual intelligence to understand what you’re doing and respond accordingly. Features like Gemini Live (now available even on the Flip’s cover screen) let users interact with AI that sees what they see in real time.

The new Circle to Search can fetch in-game help or object info with a simple gesture, and AI Results View keeps your screen clutter-free while you multitask. Tools like Audio Eraser, Call Captions, and Portrait Studio show how AI can clean audio, translate calls, and generate pet portraits all on-device.

But One UI 8 doesn’t stop at intelligence. Animations are smoother, layouts adjust fluidly between phones and tablets, and Quick Share and Reminder apps get smarter. The security upgrades are equally impressive, with Knox Keep, Knox Matrix, and post-quantum cryptography support.

Even better, the One UI 8.5 beta adds deep creative tools like Photo Assist with edit history, Auracast-powered Audio Broadcast, and theft-protection locks. Samsung’s ecosystem feels more connected and secure than ever.

OxygenOS 16

OnePlus took a bold step by embedding Google Gemini deep within its latest OxygenOS 16 update. This isn’t just a voice assistant bolted on. It’s a contextual co-pilot. Through Plus Mind, users can collect and organize anything, locations, posts, schedules, then ask Gemini to summarize, group, or build plans using real-time data.

The AI stack gets deeper with AI Writer (offering tone-based text suggestions), AI Scan (a smarter camera-based document scanner), and AI Recorder (real-time transcription with speaker ID). Photography fans get AI relighting and eye-correction tools, while Party Up creates short videos from static images.

OxygenOS 16 also shines in polish. Parallel Processing 2.0 and Flow Motion animations remove lag during multitasking. The design language called Breath with You brings in light blur effects and motion-responsive weather themes. The redesigned lock screen supports live wallpapers, depth effects, and interactive widgets.

The update builds ecosystem bridges too, with O+ Connect syncing Androids with Windows, Mac, and even iPhones. Integration with Apple Watch is a surprise twist and it works.

Pixel UI

Google’s Android 16 takes a quieter, more considered path rather than chasing headline-grabbing changes. The most visible update comes through Material 3 Expressive, which introduces resizable quick toggles, haptic sliders, and a dual shade layout that separates notifications from quick settings. The result feels more fluid and easier to manage during everyday use.

AI plays a practical role by tackling notification overload. Android 16 adds AI summaries and a smarter notification organizer that tones down promotional clutter while highlighting messages that actually matter. The lock screen also gains more character through live effects, retro-inspired clock styles, and dynamic weather visuals that respond to real conditions.

Pixel UI continues to lean heavily into photography, backed by Tensor-powered, on-device AI. Features such as Magic Eraser, Best Take, Magic Editor, and Video Boost focus on making advanced photo and video edits feel fast and accessible, while keeping most processing local for better privacy.

Privacy remains a core theme across the update. Tools like Privacy Sandbox, Advanced Protection Mode, and Photo Picker with Cloud Support underline Google’s push toward a privacy-first Android experience, even as AI becomes more deeply integrated.

The recent Android 16 QPR2 update also delivers a noticeable performance boost on Pixel devices. Real-world tasks and graphics see clear improvements, while CPU gains remain modest. These gains likely stem from deeper system-level optimizations, including better memory management, rather than raw hardware changes.

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Xiaomi 17 Ultra and Google Pixel 10 Pro go head-to-head as two very different kinds of premium flagships, one built for power-hungry users who love pushing limits, and the other designed for buyers who want a smarter, more refined everyday experience. This comparison matters because both phones promise “top-tier performance,” but they deliver it in completely different ways. Choosing between them is less about which phone is stronger on paper and more about which one better fits the style, priorities, and habits of the person using it.

Major Features:

Design and Display 

Build and Feel

Xiaomi 17 Ultra carries a bold, tool-like design with its reinforced back and Leica-styled camera housing. It gives a confident, professional feel that suits users who like phones that look purpose-built rather than minimal. Pixel 10 Pro feels cleaner and more refined, with a polished glass finish and a calmer visual identity. Its design comes across as more lifestyle-friendly and subtle, which feels better for everyday premium use.

Display Quality

Xiaomi delivers a bright, contrast-rich AMOLED panel that feels cinematic and immersive, especially for gaming and HDR video. The tone leans dramatic, making content consumption feel engaging. Pixel 10 Pro focuses on sharpness and natural color tuning, giving it a more comfortable look for reading, browsing, and long-form viewing. The experience feels precise rather than flashy, which suits accuracy-focused users.

Verdict

Xiaomi 17 Ultra feels better for entertainment and creative viewing, while Pixel 10 Pro offers a more elegant and balanced visual style.

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Specifications 

Performance

Xiaomi 17 Ultra’s Snapdragon platform and fast storage deliver strong responsiveness for gaming, multitasking, and creative workloads. It feels engineered for power users who value raw speed and performance overhead. Pixel 10 Pro’s Tensor G5 leans into AI efficiency and smooth software behavior. Everyday tasks and system interactions feel cohesive and intelligent, giving it a polished, usability-first character.

Battery and Charging

Xiaomi offers a large battery with very fast wired and wireless charging, which feels convenient for frequent travelers and heavy users. Regaining power quickly reduces dependence on overnight charging. Pixel 10 Pro focuses on endurance efficiency and controlled charging speeds, giving it a steadier, long-term reliability feel that appeals to users who prioritize battery health over speed.

Verdict

Xiaomi 17 Ultra suits power-heavy usage and fast-charge convenience, while Pixel 10 Pro feels better for efficient, intelligent everyday performance.

Camera 

Main and Secondary Lenses

Xiaomi 17 Ultra’s Leica-tuned system with continuous optical zoom feels crafted for creative shooting and dramatic visual style. Images often appear textured and cinematic, especially in zoom and low light, making it appealing for enthusiast-level photography. Pixel 10 Pro leans on computational processing for balanced tones and reliable consistency. Its photos feel realistic and clean, which works well for daily, documentary-style captures.

Selfie Camera

Xiaomi’s high-resolution selfie camera delivers detailed output suited for vlogging and creator-focused use, with a slightly vivid tone that enhances subject presence. Pixel 10 Pro’s ultrawide selfie camera feels more practical for groups and social content, with natural-looking skin tones that appear authentic and share-ready.

Verdict

Xiaomi 17 Ultra feels better for creative storytelling and flexible shooting, while Pixel 10 Pro delivers consistent, natural-looking everyday photography.

Pricing 

Both phones sit at a similar premium price point, so value depends on priorities rather than cost alone. Xiaomi 17 Ultra offers strong hardware value with faster charging, larger capacity, and an enthusiast-grade camera setup. It feels worth the price for users who want depth in features and performance flexibility. Pixel 10 Pro justifies its price through extended software support, AI-driven utilities, and a stable, polished experience that feels future-ready for long-term ownership.

Verdict

Xiaomi 17 Ultra feels like the stronger value for feature-focused and performance-centric buyers, while Pixel 10 Pro offers better long-term software value for practical, mainstream users.

Disclaimer:
Prices are approximate and may vary based on country, region, and applicable taxes.

Conclusion

Xiaomi 17 Ultra stands out with continuous zoom imaging, Leica tuning, ultra-fast charging, satellite communication, and creator-oriented tools that make it feel like a performance-driven flagship. It suits users who enjoy experimenting with advanced hardware features. Pixel 10 Pro shines with extended Android upgrades, AI utilities, Ultra HDR, UWB, and a cohesive software experience that feels thoughtfully designed for daily life.

Verdict

Xiaomi 17 Ultra is the better overall choice if only one phone has to be picked. It offers stronger hardware value, faster charging, and a more versatile camera setup, making it feel more capable for demanding use and future-heavy workloads.

Pixel 10 Pro remains great for software longevity and consistent everyday performance, but its strengths are more experience-focused. For users wanting maximum power and feature depth at this price level, Xiaomi 17 Ultra feels like the more compelling all-around flagship.

Read More:

• Xiaomi 17 Ultra vs Galaxy S25 Ultra: The Real Winner Isn’t the One You Think
• Xiaomi 17 Ultra vs iPhone 17 Pro Max: Forget the Hype, Here’s the Real Difference
• OnePlus 15 vs OnePlus 15R: The Extra $200 Question No OnePlus Fan Can Ignore

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Google has activated its Emergency Location Service, or ELS, in India for the first time. The rollout starts in Uttar Pradesh, where the feature has been integrated into the state’s 112 emergency response system to help first responders locate callers faster during emergencies.

ELS is built into Android and is designed for situations where callers are unable to clearly share their location due to panic, weak network signals, or sudden call drops. When a user makes an emergency call or sends an SMS to 112 or another supported emergency number, the system automatically sends precise location details to emergency services without any manual action from the user.

The service uses the Android Fused Location Provider, which combines data from GPS, Wi Fi, and cellular networks to calculate the caller’s position. Google says ELS can often deliver location accuracy within a 50 meter radius. Along with location coordinates, the system can also share the device’s language setting, helping emergency operators communicate more effectively with callers. ELS works on smartphones running Android 6.0 and above and does not require any separate app or hardware.

Uttar Pradesh is the first state in India to fully implement ELS through a partnership between the Uttar Pradesh Police and Pert Telecom Solutions Pvt Ltd. The technology is directly connected to the UP112 command infrastructure, allowing police, medical, and fire services to view caller locations instantly and dispatch help without delay.

Before the full rollout, the system was pilot tested for several months across the state. During this phase, ELS supported more than 20 million emergency calls and SMS messages. The tests showed that the system could identify caller locations even when calls dropped seconds after connecting. PertSol’s routing intelligence works with the UP112 platform to ensure the right emergency teams are sent to the location.

Google has stressed that privacy is built into ELS. The service activates only during emergency calls or messages, does not track users in the background, and sends location data directly from the device to emergency services. The information is not collected by or shared with Google.

ELS is already active in over 60 countries and is expected to expand to other Indian states as emergency systems adopt the technology.

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(Source)

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Some Google Pixel users are growing increasingly frustrated with the company’s aggressive push to integrate AI features across its phones, with complaints suggesting that the experience now feels more cluttered than helpful.

Recent Reddit discussions show Pixel owners questioning whether Google’s AI-first direction is starting to undermine the clean, simple Android experience the lineup was once known for.

The discussion gained traction after a Reddit user, JxK_1, shared concerns about what they described as unnecessary layers of complexity added through AI tools. The user said they preferred using an older Pixel 7, citing its simpler interface and fewer interruptions.

Several complaints focus on day-to-day usability. The Reddit user mentioned full-screen AI overlays appearing when tapping the Google search bar, as well as added steps when editing screenshots. Tasks that were previously one-tap actions now require digging through menus or tapping additional options labeled “more.”

Others echoed similar frustrations. One user pointed out that translating a screenshot, once available through a dedicated button, now involves opening a menu, selecting Google Lens, and locating a small icon. Some commenters suggested disabling AI features where possible, while others said they had considered switching to custom ROMs such as GrapheneOS.

Not all feedback is negative, though. Some Pixel owners defended features like Magic Eraser and AI-powered search, saying they remain genuinely useful. Still, critics argue that these tools demand more system resources, especially RAM.

The debate highlights a familiar challenge for Google: balancing innovation with familiarity and ease of use. As the company continues to lean heavily into AI, some longtime Pixel users say they simply want more control over which features are enabled—and which ones stay out of the way.

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(Sources: 1, 2)

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If you’re spending flagship-level money and plan to keep your phone for years, the choice between the OnePlus 15R and Google Pixel 10 becomes surprisingly personal. One speaks to buyers who want instant speed, bold visuals, and that “wow” feeling every time the screen lights up. The other targets users who care about smarter software, camera reliability, and a phone that quietly improves with time. This comparison matters because both promise a premium Android experience, but reward very different priorities.

Design and Display

Build and Feel

The OnePlus 15R adopts a bold, performance-first design with premium materials and added durability features that make it feel purpose-built rather than decorative. The ceramic-like rear coating and stronger protection give it a confident, rugged character that suits heavy daily use. The Pixel 10 takes a different route, focusing on clean lines and a more refined glass finish. Its design feels calmer and more lifestyle-oriented, prioritizing comfort and visual balance over toughness. While the OnePlus feels engineered for power users, the Pixel feels crafted for everyday elegance. Both feel premium, but they clearly target different personalities.

Display Quality

OnePlus dominates on visual intensity with a faster refresh rate, higher peak brightness, and richer color depth. Scrolling, gaming, and HDR content feel more dramatic and fluid. The Pixel’s OLED panel is excellent for color accuracy and HDR consistency, but it feels more restrained. It favors balance and efficiency rather than visual extremes. The difference is noticeable: OnePlus feels exciting, Pixel feels reliable.

Verdict

OnePlus 15R wins for display impact and rugged confidence, while Pixel 10 suits users who prefer refined design and dependable visuals.

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Specifications 

Performance

The OnePlus 15R delivers clear flagship-level speed thanks to its Snapdragon chipset and faster storage across configurations. Heavy multitasking, gaming, and sustained performance feel effortless, with OxygenOS keeping things responsive. The Pixel 10’s Tensor G5 focuses more on AI-driven experiences than raw power. Daily performance is smooth, but it doesn’t feel as aggressive under pressure. The Pixel prioritizes intelligence and efficiency, while the OnePlus prioritizes speed and consistency.

Battery and Charging

Battery endurance is a strong advantage for the OnePlus 15R, paired with significantly faster wired charging that reduces downtime. It feels freeing not having to plan around charging. The Pixel 10 counters with wireless charging, reverse charging, and bypass charging, which add flexibility rather than speed. Pixel charging feels thoughtful; OnePlus charging feels liberating.

Verdict

OnePlus 15R is better for power users who value speed and endurance, while Pixel 10 suits users who prefer smart power management and charging versatility.

Camera

Main and Secondary Lenses

Google’s strength in computational photography remains evident. The Pixel 10 consistently delivers balanced photos, excellent HDR, reliable zoom, and strong video processing with minimal effort. Features like Best Take and advanced HDR make images feel intelligently refined. The OnePlus 15R produces sharp, vibrant photos with strong stabilization and high-frame-rate video, but its simpler secondary camera setup limits versatility. OnePlus relies more on hardware performance, while Pixel relies on software intelligence. As a result, Pixel photos often feel more polished straight out of the camera.

Selfie Camera

The OnePlus selfie camera offers higher detail and sharper results, which work well for social media and video calls. Pixel’s wider-angle selfie camera is better for group shots and vlogging, even if the detail is lower. OnePlus favors clarity; Pixel favors flexibility.

Verdict

Pixel 10 wins for overall camera intelligence and consistency, while OnePlus 15R is better for sharp selfies and high-frame-rate video.

Pricing

At around $700, the OnePlus 15R delivers strong value by offering flagship performance, a superior display, faster storage, and a much larger battery at a lower price. It clearly prioritizes hardware per dollar. The Pixel 10, priced closer to $800, justifies its premium through longer software support, exclusive AI features, satellite safety tools, and class-leading camera processing. 

The extra cost pays for refinement rather than raw power. OnePlus feels generous and aggressive, while Pixel feels deliberate and future-focused. The better deal depends on whether specs or experience matter more.

Conclusion

The OnePlus 15R stands out with its ultra-smooth display, Snapdragon-powered performance, fast charging, and exceptional battery life. It delivers immediate, noticeable advantages for demanding users. The Pixel 10 shines through long-term software support, AI-driven features, satellite safety, and one of the most dependable camera systems available. These strengths quietly improve daily life rather than impressing at first glance. OnePlus excites instantly; Pixel rewards patience.

Verdict

Choose the OnePlus 15R for performance, display quality, battery life, and value. Choose the Pixel 10 for camera reliability, smarter software, and long-term updates. Both are excellent, but they serve very different priorities.

Read More:

• Huawei Mate 80 vs 80 Pro vs 80 Pro Max: What’s New, What’s Improved, What to Buy
• OnePlus 15 vs OnePlus 15R: The Extra $200 Question No OnePlus Fan Can Ignore
• OnePlus 15 vs iPhone 17: Design, Performance, Camera & Battery Compared

The post OnePlus 15R vs Google Pixel 10: Which Android Flagship Should You Buy? appeared first on Gizmochina.

Google Pixel users testing Android 16 QPR3 Beta 1 are reporting a severe camera-related bug that affects the focusing mechanism. As a result, it makes it impossible to take clear photos in high-resolution photo modes. The issue reportedly appears after installing the build CP11.251114.006.

According to user reports shared on platforms like Reddit and Google’s issue tracker, the camera lens begins to physically vibrate when the phone attempts to focus. This results in shaky behaviour and blurry images.

The problem seems to occur when shooting in 50-megapixel mode using the main or ultrawide cameras. In regular 12-megapixel mode, the camera works as expected. Users say the issue shows up even in good lighting conditions and can happen during tap-to-focus or manual focusing.

Several affected users have described the phone vibrating noticeably. Reports suggest the bug may be linked to how the camera software handles high-resolution image processing in the current beta build.

At the moment, there is no permanent fix. Common steps like clearing the camera app cache or reinstalling updates do not resolve the problem, as it seems to be tied to the system itself. For now, affected users can avoid the “shaky” camera glitch by avoiding the high-resolution mode altogether.

Google has acknowledged multiple reports and is likely working on a fix that can be expected in a future beta update or a minor patch — though there is no confirmed timeline yet.

Interestingly, the upgraded 50MP ultrawide of the Galaxy S25 Ultra faced the same issue earlier this year.

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(Sources: 1, 2)

The post Pixel phones hit by severe camera shake bug after Android 16 QPR3 Beta 1 update appeared first on Gizmochina.

The Gemini 3 Flash has been officially introduced by Google as the latest addition to its AI model lineup. Designed to improve speed and efficiency, the new model signals a shift in how Google wants everyday users and developers to interact with Gemini. Here’s a look at what the latest model offers.

Gemini 3 Flash focuses on speed without losing intelligence

Google positions Gemini 3 Flash as a faster alternative that still retains the advanced reasoning, multimodal understanding, and tool-handling capabilities seen in Gemini 3 Pro. According to the company, the new model surpasses Gemini 2.5 Flash across benchmarks and outperforms Gemini 2.5 Pro in several areas, while remaining significantly quicker and more cost-efficient. In some evaluations, Gemini 3 Flash performs on par with Gemini 3 Pro and even exceeds it in tasks involving multimodal reasoning, workflow execution, and long-horizon tool use.

For developers, this means stronger support for demanding use cases such as video analysis, data extraction, visual question answering, and agent-driven software tasks. Google also highlights that Gemini 3 Flash delivers these gains while being lighter on computing resources, making it a practical option for large-scale deployment and real-time applications.

Gemini 3 Flash is now rolling out as the default model in the Gemini app, replacing Gemini 2.5 Flash. Users can access it through two modes, one optimised for quick responses and another designed for more complex problem-solving. Gemini 3 Pro remains available as a separate option for advanced mathematics and coding tasks.

The model is also becoming the default engine for AI Mode in Google Search globally, enabling more nuanced queries and context-aware responses. In the US, users can additionally access Gemini 3 Pro and advanced image-generation tools through AI Mode. For developers, Gemini 3 Flash is available in preview via Google AI Studio, Gemini CLI, Android Studio, and other platforms, marking one of Google’s fastest AI rollouts to date.

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The post Gemini 3 Flash is now Google’s default AI, and it’s all about speed appeared first on Gizmochina.

Ever wanted to pair your smartphone’s processing power with a larger screen for a more PC-like multitasking setup? Most recent flagship phones are powerful enough for this, and some — like Samsung‘s Galaxy flagships and Google‘s newer Pixel flagships — even include dedicated desktop-style software.

You still need the basics, though: a keyboard, trackpad, ports, speakers, and a battery. That’s where NexDock comes in. The company has been working on lapdocks for nearly a decade, and its latest model, the NexDock 6, is now officially in stock and shipping worldwide. According to the brand, it is designed to work with both smartphones and gaming handhelds.

A much-improved display and trackpad

The biggest upgrade comes in the display. The NexDock 6 features a 14-inch WUXGA (1920 × 1200) touchscreen with a 16:10 aspect ratio. It’s rated for up to 400 nits of brightness, covers 100% of the sRGB color space, and includes a low blue light coating.

The trackpad has also been reworked from the ground up, addressing one of the weaker points of earlier models. According to the company, the new trackpad offers improved responsiveness, better palm rejection, and more reliable multi-finger gesture support across Android desktop modes, Windows, Linux, and SteamOS.

Audio has seen a modest upgrade as well, with dual 2W bottom-firing speakers. Battery capacity is rated at 38Wh, with NexDock claiming around six to seven hours of “real-world use” at medium brightness. The USB-C video port can charge a connected device at up to 5V/2A, up from 5V/1A on the previous generation, meaning your phone can actually gain charge while you’re using it.

The NexDock 6 is priced at $229, with shipping, taxes, and duties included for supported regions. Orders ship from Hong Kong to more than 30 countries, including the US, much of Europe, Asia, and Oceania. NexDock says local US inventory is expected to arrive in early 2026.

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The post NexDock’s latest lapdock is a full-fledged laptop without a processor appeared first on Gizmochina.