Fresh info from a Google Play Console listing gives us our first solid look at what’s under the hood. While it keeps a lot of the same foundation as the last few models, there’s one meaningful upgrade that could make a real difference in daily use.

The watch (codenamed “godric”) is sticking with the Qualcomm SW5100 platform that powered the Pixel Watch 4, 3, and 2. That means the same CPU (four ARM Cortex-A53 cores up to 1.7 GHz) and Adreno 702 GPU at 1 GHz. It’s proven reliable for Wear OS, even if it’s not the absolute fastest chip out there.

The big news is the jump in RAM, from 2GB in previous models to 3GB. That extra memory should help with smoother multitasking and snappier performance. It’ll likely make the watch feel more future-proof than its predecessor.

We don’t have details yet on any coprocessor (the Pixel Watch 4 added an upgraded one for things like satellite SOS), but the RAM upgrade alone is a welcome change for everyday use.

As per leaked renders, the Pixel Watch 5 is keeping a very similar design to the previous generation. It should come in four nice color options: Dark Anthracite, Natural Silver, Pyrite, and Warm Gold. If you liked the look and comfort of the last model, this one will probably feel familiar in the best way.

Google seems to be playing it smart here: focusing on meaningful little improvements instead of reinventing the wheel every year, which would increase costs. More RAM without changing the main chipset should still bring better app performance, smoother background health tracking, and more responsive AI features. We’ll probably see more leaks as we get closer to the expected August 12 launch date.

What do you think? Is the extra RAM enough to get you excited, or are you hoping for bigger changes like a better battery or new health sensors?

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Google is getting ready to announce its next generation of smartphones. The company has scheduled its Made by Google hardware event for August 12 in New York City, with an Indian launch following on August 13.

While the official reveal is still a few weeks away, a steady stream of leaks has already provided a clear picture of what to expect from the Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL, and the Pixel 11 Pro Fold.

Here is a roundup of everything we know so far about Google’s upcoming phone lineup.

Pricing and Colors

The Pixel 11 series is getting more expensive. According to a report by Droid Life, which cited prematurely published Amazon listings, the base price for the Pixel 11 series is increasing by about $100 across the board. However, this price bump comes with a storage upgrade. Google is reportedly dropping the 128GB tier entirely, making 256GB the new standard starting point.

Based on the leaked listings, the standard Pixel 11 will start at $899. The Pixel 11 Pro is expected to cost $1,099, while the larger Pixel 11 Pro XL will start at $1,299. For the foldable model, the Pixel 11 Pro Fold is listed with a starting price of $1,899.

We also have a good idea of the color options. As first spotted by 9to5Google, the standard Pixel 11 will be available in Midnight, Fuchsia (referred to as Hibiscus in some listings), Moss (Pistachio), and Frost. The Pro models will feature slightly different tones, including Dune, Light Fog, Midnight, and Pine.

Internal Hardware

On the inside, the Pixel 11 series will be powered by Google’s new Tensor G6 processor. While a new chip is standard for a yearly upgrade, the more significant internal change is the modem. Leaks indicate that Google is moving away from Samsung’s Exynos modems and switching to the MediaTek M90. Pixel phones have occasionally struggled with cellular connectivity and standby battery drain in the past, so a more efficient modem could be a very practical improvement for daily use.

Battery capacities are also seeing some adjustments. The leaked Amazon listings point to a 4,985 mAh battery for the base Pixel 11 and a 5,115 mAh battery for the Pixel 11 Pro XL. Interestingly, the Pixel 11 Pro Fold is listed with a 4,750 mAh battery, which is slightly smaller than the battery found in the previous generation.

Design Upgrades

The overall design language of the Pixel 11 remains similar to the Pixel 10, featuring flat displays and the familiar horizontal camera bar. However, Google is removing the infrared temperature sensor that was present on previous Pro models.

In its place, the company is introducing a feature called Pixel Glow. Confirmed by Google’s own teaser materials, Pixel Glow is a circular, color-shifting LED light integrated into the camera bar. It is designed to serve as a visual indicator for notifications and alerts when the phone is placed face down.

Looking Ahead to the Pixel 11a

For those who prefer Google’s mid-range offerings, details about the Pixel 11a are already surfacing. According to the tipster Mystery Leaks on Telegram (via 91mobiles), the Pixel 11a (codenamed Formosan) will feature a 6.3-inch 120Hz display and will also utilize the new Tensor G6 chip and MediaTek M90 modem.

It is expected to include a 4,870 mAh battery and a new front-facing camera sensor for better video calls. While the flagship Pixel 11 series launches in August, the Pixel 11a is expected to arrive a few months later.

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If you look at the back of a modern flagship smartphone, you’ll notice that camera modules have grown significantly. We have moved past the simple megapixel race; today, manufacturers are focusing on larger sensors, better glass, and practical software that actually helps you take better photos.

The line between a dedicated point-and-shoot camera and a smartphone is thinner than ever, making it an excellent time to upgrade if photography is your priority.

Whether you prefer the tactile feel of physical lenses, the reliability of a simple point-and-shoot, or the flexibility of advanced editing software, the current market has something tailored to your workflow. Here is a look at the seven best camera phones available in July 2026.

Vivo X300 Ultra

Vivo has positioned the X300 Ultra as a pocket camera, and the hardware reflects that approach. The phone features three Zeiss-branded cameras on the back, built around a 200MP 35mm main camera using a Sony LYTIA 901 sensor. It also includes a 200MP 85mm gimbal-stabilized periscope telephoto lens for long-range shots and a 50MP 14mm ultra-wide camera.

What makes the X300 Ultra unique is its modular ecosystem. Vivo offers a Professional Imaging Kit that includes a camera grip and two physical Zeiss teleconverter modules: a 200mm lens that provides 8.7x optical zoom at a 200mm equivalent focal length, and a 400mm lens.

It also features Vivo’s Blueprint Original Color Camera technology and a dedicated 5MP spectral sensor for more accurate color reproduction, helping deliver a tactile, traditional photography experience.

Oppo Find X9 Ultra

The Oppo Find X9 Ultra leans heavily into its partnership with Hasselblad. The device features an eco-leather back and a comprehensive six-lens array. The primary setup includes a 200MP main sensor, a 200MP telephoto, and a dedicated 10x optical zoom Hasselblad lens that maintains optical quality up to 20x.

Oppo is using its new LUMO internal optical zoom technology, which helps retain detail by quadrupling the pixel count at the 2x and 6x zoom ranges. The software includes Hasselblad Master Mode, which allows for 8K photo output and includes Original Film profiles designed to replicate classic analog film stocks.

For those who want more physical control, Oppo’s Hasselblad Earth Explorer Kit adds a professional teleconverter, a camera grip, and a 67mm filter adapter ring.

Apple iPhone 17 Pro

Apple updated its camera hardware last year, giving the iPhone 17 Pro a triple 48MP rear array. This includes a 48MP Fusion camera, a 48MP ultra-wide, and a redesigned 48MP Telephoto lens with a significantly larger sensor. The optical zoom reaches 4x at 100mm and 8x at 200mm, offering more versatility for framing subjects.

The A19 Pro chip handles the image processing, bringing updates to Apple’s Photonic Engine. The physical Camera Controls on the device make it easy to adjust exposure, depth, and photographic styles on the fly.

Apple also updated the front-facing camera with an 18MP square sensor for a wider field of view, while maintaining its strong video capabilities with 4K Dolby Vision at 120fps and spatial audio capture.

Samsung Galaxy S26 Ultra

The Samsung Galaxy S26 Ultra earns its spot by focusing heavily on low-light performance and practical video upgrades. Samsung has widened the apertures across its camera array, giving the 200MP main sensor an f/1.4 lens and the upgraded 50MP ultrawide an f/1.9 lens.

In practical terms, this allows the hardware to capture much more light naturally, resulting in cleaner photos and improved Nightography video in dim environments without over-relying on software processing. The zoom setup remains highly versatile, featuring a 10MP 3x telephoto and a 50MP 5x periscope lens.

For video shooters, the S26 Ultra is the first Galaxy device to support the Advanced Professional Video (APV) standard, which efficiently compresses high-quality video files so they don’t eat up your storage as quickly.

Combined with upgraded Super Steady stabilization, updated native AI editing tools, and a front-facing camera equipped with a new AI Image Signal Processor for more accurate skin tones in mixed lighting, it is a thoroughly well-rounded tool for mobile photography and filmmaking.

Xiaomi 17 Ultra

Xiaomi’s ongoing collaboration with Leica continues with the 17 Ultra. The phone retains its distinct circular camera module, housing a quad-camera array. The main camera uses a 1-inch type sensor with a variable aperture, supported by three 50MP lenses for ultra-wide, 3x telephoto, and 5x periscope duties.

The image processing is handled by Xiaomi’s custom Surge chip, which is tuned to deliver Leica’s signature color science and contrast-heavy look with minimal shutter lag. Xiaomi also offers a Photography Kit for this model, which adds a case with a two-stage shutter button, a zoom lever, and a 67mm filter thread, making it feel much more like a traditional point-and-shoot.

Google Pixel 10 Pro XL

While other brands focus heavily on physical attachments, the Pixel 10 Pro XL remains a showcase for Google‘s computational photography. The hardware is solid, featuring a 50MP main sensor, a 48MP ultra-wide, and a 48MP 5x telephoto lens.

The real differentiator is the Tensor G5 chip and its custom Imaging Signal Processor. This enables new software tools like Camera Coach, which uses on-device AI to suggest framing and lighting adjustments in real-time. Features like Auto Best Take and Magic Cue help refine group shots and action photos. It also supports 100x Pro Res Zoom and 8K video recording through Google’s Video Boost processing.

Vivo X300 Pro

The Vivo X300 Pro is a strong alternative if you don’t want to step all the way up to the Ultra model. It is the first phone to use the 50MP Sony LYT828 main sensor, and it pairs that with a 50MP ultra-wide and the same 200MP periscope telephoto lens found on the X300 Ultra.

It relies on Vivo’s custom V3+ and VS1 dual imaging chips, which are particularly effective for shooting 4K HDR cinematic portrait videos. The X300 Pro is also compatible with the Zeiss 2.35x telephoto extender kit, allowing users to experiment with physical lens attachments on a slightly more accessible device.

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Google’s affordable Pixel A-series is getting ready to make another strong impression with the upcoming Pixel 11a.

Fresh leaks have given us a pretty detailed look at what’s coming. The phone (codename Formosan) will be powered by Google’s Tensor G6 chipset (codenamed Malibu), paired with the Titan M3 security chip.

This is a solid generational upgrade. One of the more interesting changes is the switch from Samsung’s Exynos modem to MediaTek’s M90, a move that’s expected to improve connectivity and efficiency across the entire Pixel 11 lineup.

The display is a 6.3-inch panel with 1080 x 2424 resolution and a smooth variable 60-120Hz refresh rate. Brightness looks strong too, with up to 2,250 nits in HDR and a peak of 3,350 nits. It’s expected to come with 8GB of RAM and a 4,870 mAh battery. There’s also a new front camera sensor (internally called “dokkaebi”), which suggests some imaging improvements.

On the design side, the Pixel 11a is rumored to launch in four nice colors: Obsidian (black), Olive (green), Frost (purple), and Fog (silver). These feel in line with Google’s recent colorful, nature-inspired aesthetic.

Overall, the Pixel 11a looks like it will bring more of Google’s AI magic and clean software experience to the mid-range segment. The jump to Tensor G6 and the new modem should help fix some of the thermal and connectivity issues that have been common in previous A-series phones.

The full Pixel 11 series is expected around August 2026. If these leaks hold up, the Pixel 11a could once again be a compelling value-focused Android phone, thanks to its long software support and clean software experience.

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Google‘s next smartwatch has stayed mostly out of the spotlight compared to the heavily leaked Pixel 11 series, but that’s starting to change. After earlier reports hinted at the Pixel Watch 5’s pricing and color lineup, fresh press-style renders are now giving us our first look at the upcoming wearable ahead of its rumored August 12 unveiling.

The renders come from tipster OnLeaks, working alongside The Tide Chart, and show the Pixel Watch 5 in four different case finishes across two case sizes.

Google Pixel Watch 5 renders confirm familiar design

Based on the images, it’s safe to say Google isn’t changing the design language this generation. The Watch 5 looks similar to last year’s Pixel Watch 4, with the same curved, domed-glass display, the charging pins on the side of the case, and Google’s proprietary band-attachment system rather than standard lugs.

The watch is tipped to come in two case sizes, 41mm and 45mm, each available with either Wi-Fi-only or LTE connectivity.

Color options differ slightly between the two sizes. The smaller 41mm model is expected to come in four finishes: Dark Anthracite, Natural Silver, Pyrite, and Warm Gold. The larger 45mm version, however, reportedly skips the Warm Gold option, leaving buyers with three finishes to choose from instead.

Beyond the design, rumors suggest the Pixel Watch 5 will ship with Wear OS 7 out of the box, alongside modestly larger batteries than the previous generation for improved battery life. On the pricing side, earlier leaks suggest the new watch could cost about $50 more than the Pixel Watch 4 did at launch.

With the renders now out, we can also expect more technical details to come out soon. Stay tuned for more as the launch date approaches.

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Google Pixel 11 series is a little over a month away from its reveal, but a premature Amazon listing has revealed the three phones — Pixel 11, Pixel 11 Pro, and Pixel 11 Pro Fold — in most of their color options.

First spotted by 9to5Google, the listing shows the base Pixel 11 in three different shades. The listing titles used playful names like “Hibiscus” and “Pistachio,” though the actual product descriptions referred to them as “Fuchsia” and “Moss.” A third color, listed simply as “Midnight,” rounds out the trio. 

As for the Pixel 11 Pro, it is listed in Dune and Sterling finishes. The Pixel 11 Pro Fold, meanwhile, comes in Pine and Midnight options.

The listings are tied to the “Google Store” seller account on Amazon, which adds some weight to their credibility, though it’s worth noting Amazon’s marketplace is also full of third-party sellers, so a degree of caution is warranted. 

Google Pixel 11 Series Specifications

A few small specs slipped through in the descriptions too: the base Pixel 11 is listed with a 6.3-inch display at 1080 x 2424 resolution, 12GB of RAM, a 4,985 mAh battery, and a starting price of $899 for the 256GB model. 

Not everything in the listings checks out, though. The pages reference Android 16 as the software on board, despite the fact that these phones are expected to ship with Android 17. There are also mentions of a Google Pixel Tag as a compatible accessory for Pixel 11 phones, but no such thing exists as of now. 

Given the inconsistencies, it’s best to treat these color reveals as likely, but not fully confirmed. Google has already scheduled its Pixel 11 launch event for August, so official confirmation isn’t far off.

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A new leak is giving us an early look at another color option for the upcoming Google Pixel 11 Pro Fold. A source that goes by the alias Mystic Leaks on Telegram posted a render of the upcoming Pixel Fold in a shade called “Pine.”

The render shows a low-saturation gray-green color. Visually, it looks more or less similar to the Jade color of the Pixel 10 Pro Fold. The difference seems to be that the overall tone is likely muted compared to its predecessor. 

Pixel 11 Pro Fold render confirms redesigned camera module

The render also shows a change to the camera module. Compared to the Pixel 10 Pro Fold, the camera bump on this render is smaller, with almost no metal bezel around the lens openings. The main camera and ultra-wide lens are placed at the bottom of the module, while the telephoto lens has moved to the upper right corner. 

The flash unit on the left side is also larger than before. This matches earlier leaks, including CAD renders shared in March that showed a thinner body and a redesigned camera island, as well as other reports pointing to a full camera upgrade for this generation.

Separately, a feature called “Pixel Glow” was found in the Android 17 Beta 4 code. It is said to use lights and colors on the back of the phone to show information, such as calls or notifications. We reported on this feature earlier, and it is still not confirmed whether the Pixel 11 Pro Fold will include it. None of the renders seen so far show any visible LED hardware on the back panel.

Google’s Pixel 11 series, including the Pixel 11 Pro Fold, is expected to be announced in August. More leaks and details are likely to surface before the official launch.

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Google’s hardware events rarely come with surprises these days. The company has a well-documented history of its upcoming devices appearing online months before they are officially announced, and the Pixel Watch 5 is following that same pattern.

With the Made by Google event scheduled for August 12, 2026, a bit earlier than the company’s usual fall timeline, Google is preparing to introduce the Pixel 11 smartphone lineup alongside its newest smartwatch. Thanks to a series of supply chain reports, regulatory filings, and one unusual real-world discovery, we already have a clear idea of what the Pixel Watch 5 will offer.

Based on the leaks, the upcoming watch looks very similar to last year’s Pixel Watch 4, but it will come with a few new hardware updates and a higher price tag. Here is a breakdown of what to expect.

Underwater prototype

If you were expecting a major redesign for the Pixel Watch 5, the current evidence suggests otherwise. In an unusual turn of events, a prototype of the device was recently found underwater. Randy Pitchford, the co-founder of Gearbox Software, was scuba diving near the Caribbean island of St. Martin when he discovered the unreleased smartwatch.

Pitchford posted photos of the device online, which confirmed a few basic details. First, Google is sticking with the familiar circular, domed glass design that has defined the Pixel Watch line since its introduction. Second, the device’s water resistance appears to be quite effective. Despite being submerged in the ocean, the watch was still functioning in low-power mode and displaying the correct time.

The markings on the back of the recovered prototype also confirmed a few specifications, including a 45mm size option, IP68 water and dust resistance, an ultra-wideband (UWB) chip, and the standard array of health sensors for tracking heart rate, SpO2, and skin temperature.

Sizing and new color options

Google introduced a larger size option with the Pixel Watch 4, and it looks like that strategy is continuing. The Pixel Watch 5 will reportedly be available in both 41mm and 45mm variants, giving users an option depending on their wrist size and screen preference.

While the overall shape remains the same, Google is updating the color options. According to leaks from Dealabs, the company is introducing a new color called “Pyrite.” It is described as a pale, brassy-yellow hue with a matte finish, and it will be available on both watch sizes.

For the 41mm model, buyers will reportedly have four finishes to choose from: Dark Anthracite (matte), Natural Silver (polished), Pyrite (matte), and Warm Gold (polished). The larger 45mm model will have a slightly smaller selection, dropping the Warm Gold option but keeping Dark Anthracite, Natural Silver, and Pyrite.

Processors and ultra-wideband

The internal hardware is where things are a bit less clear. The previous generation used the Qualcomm Snapdragon W5 Gen 2 chip, which provided a much-needed improvement to battery life and everyday performance. For the Pixel Watch 5, the rumors are currently divided.

Some reports indicate Google will use Qualcomm’s newer Snapdragon Wear Elite chipset, which would likely bring standard improvements to battery efficiency and app loading times. Other rumors suggest Google might introduce a custom Tensor chip for its wearables, aligning the watch with the processors used in its Pixel phones.

Regardless of the processor, the addition of an ultra-wideband (UWB) chip is a practical upgrade. UWB technology allows for precise spatial tracking. In everyday use, this means the Find My Device network will be much more accurate if you misplace your watch, and it could also allow the Pixel Watch 5 to function as a digital car key for supported vehicles.

Pricing

The Pixel Watch 5 is expected to see a price increase across all models, marking the first time Google has raised the base price of the lineup since the original watch launched in 2022.

According to leaked pricing data for the US and Europe, the base 41mm Wi-Fi model will start at $399. That is a $50 increase over the Pixel Watch 4. The larger 45mm Wi-Fi model is expected to start at $429, representing a $30 increase.

The models with cellular connectivity will also cost more. The 41mm LTE version is rumored to be priced at $499, while the 45mm LTE model will likely cost $529.

This price adjustment is likely tied to broader trends in the tech industry. Manufacturers are currently dealing with higher component costs, particularly for memory and storage chips, due to increased demand in other tech sectors.

Rather than absorbing these higher manufacturing costs, it appears Google is adjusting the retail price accordingly. At $399, the Pixel Watch 5 will sit in the same price bracket as the base Apple Watch Series 11.

Release date

Google’s hardware event will take place in New York City on August 12, 2026. Pre-orders for the Pixel Watch 5 and the Pixel 11 series are expected to open on the same day. The devices are expected to begin shipping to customers and arrive in retail stores a week later, on August 20.

We will know the full details soon enough, but for now, it looks like the Pixel Watch 5 will be a straightforward refinement of last year’s model, focused on internal upgrades rather than a visual overhaul.

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As AI agents get smarter and start handling more complex tasks on our phones, one big challenge is keeping users in the loop without forcing them to constantly switch apps. Google is tackling this with a new feature called Android Halo.

In a recent video on Google’s official developer YouTube channel, Android President Sameer Samat gave more details about it (around the 30-minute mark). First previewed at Google I/O in May, Android Halo is designed to make communication between users and their AI assistants much more seamless and transparent.

A dedicated spot in the status bar

The idea is simple but clever: Android Halo creates a persistent space in the phone’s status bar for your chosen AI agent, whether that’s Gemini or a compatible third-party one. When the agent is working on something, you’ll see a subtle indicator there. It can show progress updates, ask you quick follow-up questions, or display final results without you needing to open the app again.

Samat explained that while AI agents are getting good at running multiple tasks on their own, they still need human input at key moments. Halo acts as a dedicated channel for three main things: asking clarifying questions, sharing updates, and showing completed work.

“This is a dedicated location on the status bar where the user-selected agent can report updates to the user and receive the user’s latest instructions for the current task queue,” he said. He called it an interesting new direction for how we’ll interact with intelligent systems in the future.

By keeping everything visible and easy to access, Halo brings more transparency to background AI activity. It makes these smart agents feel less like mysterious black boxes and more like helpful partners, which should help build user trust.

The feature is expected to arrive later in 2026 with Android 17. It fits nicely into Google’s broader Gemini plans and could work alongside other new AI capabilities. While we’re still waiting for full details on rollout and supported devices, the goal is clear: make AI on Android feel more natural and integrated into daily use.

This move shows where the industry is headed, toward more proactive, agent-style AI. Features like Halo could become essential as these systems take on bigger responsibilities. It’ll be interesting to see how it evolves.

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(Google for Developers on YouTube)

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It is a familiar situation for anyone in the market for a new smartphone: do you buy the current model available today, or do you wait a few months for the next version?

Right now, in mid-2026, Google has left buyers with an interesting choice. The Pixel 10 series is currently available and offers a very capable experience. It introduced Qi2 magnetic charging, which Google calls Pixelsnap, brought a telephoto lens to the base model, and upgraded to the 3nm Tensor G5 chip. However, recent leaks have already detailed Google’s plans for the Pixel 11 lineup, which is expected to launch this August.

If you are using an older device like a Pixel 7 or a phone with a degraded battery, you might be wondering what to do. Let’s look at the practical differences between the Pixel 10 you can buy today and the rumored Pixel 11 coming later this summer.

Processor and Modem

If there is one distinct reason to hold off on buying a Pixel 10, it is the internal hardware.

The Pixel 10’s Tensor G5 is a capable processor built on a 3nm process, and it handles Google’s on-device AI features, like Camera Coach and Auto Best Take, quite well. But the Pixel 11 is expected to introduce a more significant update.

According to recent leaks, the Pixel 11’s Tensor G6 will be built on TSMC’s newer N2 (2nm) node. In processor manufacturing, smaller nodes generally translate to better power efficiency and improved heat management. If you often use your phone for demanding tasks like recording long 4K videos or gaming, the 2nm Tensor G6 could offer a more consistent, cooler experience.

Additionally, the modem is seeing a change. Pixel phones have occasionally faced criticism for connectivity and battery drain issues linked to their Samsung-based modems. The Pixel 11 is reportedly moving away from this setup in favor of the MediaTek M90 modem. Having a more efficient modem usually means more reliable cellular reception and better battery retention when you are off Wi-Fi. For people who travel frequently or rely heavily on mobile data, this hardware change alone might be worth the wait.

Design Tweaks

Google often experiments with unique hardware features, and the upcoming generation seems to continue that trend. On the Pixel 10 Pro and Pro XL, Google included the infrared temperature sensor in the camera bar. It is a functional tool for checking the temperature of objects, but it isn’t something most people use every day.

The Pixel 11 Pro series is reportedly dropping the thermometer. In its place, Google is expected to introduce a small RGB LED array called Pixel Glow in the camera bar.

It sounds similar to the notification lights we used to see on older smartphones, or a scaled-down version of the Glyph interface on Nothing’s phones. While it is more of a visual addition than a strict utility, it could be useful for custom notification alerts or as a soft fill light for photography.

Displays and Cameras

If you are expecting a major redesign or a completely new display technology, the Pixel 11 might look very familiar. The Pixel 10 already offers high-quality screens.

The Pixel 10 Pro XL features a 6.8-inch QHD+ display that reaches 3,300 nits of peak brightness. The Pixel 11 Pro XL is rumored to increase that to 3,600 nits. In daily use, especially indoors, you are unlikely to notice a difference. Both generations use 120Hz LTPO OLED panels that are easy to read in direct sunlight.

For the cameras, the Pixel 11 series is slated to receive a new 50MP main sensor and updated telephoto lenses. However, the Pixel 10 already has a highly capable camera system, including a 48MP 5x telephoto lens that supports high-resolution zoom. Much of Google’s photo quality comes from its software processing rather than just the hardware. While the Pixel 11 will feature a new TPU that might process images a bit faster or enable new AI editing tools, the actual difference in photo quality between the 10 and 11 will likely be minimal for standard point-and-shoot photography.

Battery Life and Charging

With the Pixel 10, Google integrated Pixelsnap, a Qi2-compatible magnetic charging system that allows you to easily attach wireless chargers and accessories. This feature is expected to remain on the Pixel 11.

Battery capacities between the two generations are also very similar. The Pixel 10 Pro XL has a 5,200mAh battery, while the Pixel 11 Pro XL is rumored to have a rated capacity of 5,000mAh, which will likely be marketed around the same 5,100 to 5,200mAh mark.

Any real-world improvements in battery life won’t come from larger batteries, but rather from the improved efficiency of the Tensor G6 chip and the new MediaTek modem.

Verdict

Deciding whether to buy now or wait comes down to your current needs.

Consider buying the Pixel 10 now if: Your current phone is broken or frustrating to use, and you need a reliable device today. The Pixel 10 is a refined smartphone with a great camera, magnetic Qi2 charging, and seven years of promised software support. It is a solid purchase that will last a long time.

Consider waiting for the Pixel 11 if: Your current phone can last a few more months, and you prioritize battery efficiency and cellular performance. The move to a 2nm processor and a MediaTek modem addresses some of the most common hardware complaints from previous Pixel generations. If you want the most efficient hardware Google has to offer, checking out the Pixel 11 in August is the practical move.

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Foldable smartphones have reached a point where buyers expect flagship performance, premium cameras, long battery life, and durable designs without compromise. The Vivo X Fold 6 and Google Pixel 10 Pro Fold target the premium segment but take different approaches. Vivo focuses on powerful hardware, fast charging, and high-end camera hardware, while Google emphasizes software intelligence, AI-powered photography, and long-term software support. Here’s how these two flagship foldables compare.

Major Features:

Design and Display

Build and Feel

Both foldables offer premium construction with aluminum frames and excellent water resistance. The Vivo X Fold 6 features IP58/IP59 protection, while the Google Pixel 10 Pro Fold carries a higher IP68 rating for better dust and water protection. Vivo also includes an infrared blaster and dual Nano-SIM support, whereas Google combines Nano-SIM with eSIM while adding Ultra Wideband and Satellite SOS for extra connectivity. Both phones feel premium, but they appeal to different users. Vivo focuses on hardware versatility, while Google’s additional safety and smart connectivity features make it more practical for long-term everyday use.

Display Quality

The Vivo X Fold 6 features an 8.02-inch LTPO AMOLED inner display with Dolby Vision, HDR Vivid, HDR10+, and a brighter 5,000-nit peak cover display. Its higher pixel density also delivers sharper text and images. The Pixel 10 Pro Fold uses an 8-inch LTPO OLED panel with HDR10+ and a 3,000-nit peak brightness, offering excellent color accuracy and Google’s display tuning. Both support smooth 120Hz refresh rates, but Vivo’s brighter cover screen and richer multimedia support create a more immersive viewing experience.

Verdict

The Vivo X Fold 6 delivers a stronger overall display package thanks to its brighter cover display, sharper resolution, and broader HDR support. The Pixel 10 Pro Fold counters with superior durability and useful premium connectivity features, making it an excellent choice for users who value software integration alongside hardware quality.

Specifications Including Battery

Performance

The Vivo X Fold 6 is powered by the MediaTek Dimensity 9500 Super processor paired with UFS 4.1 storage and up to 16GB RAM. This combination is designed for demanding gaming, multitasking, and sustained performance. Google’s Pixel 10 Pro Fold runs on the Tensor G5 chipset with up to 16GB RAM, focusing more on AI features, image processing, and software optimization than outright benchmark performance. Both deliver flagship-level speed, but Vivo is likely to satisfy power users seeking maximum hardware performance.

Battery and Charging

Battery life is one of Vivo’s biggest strengths. The X Fold 6 packs a massive 7,000mAh silicon-carbon battery with 80W wired and 40W wireless charging, along with reverse wired and wireless charging. The Pixel 10 Pro Fold includes a 5,015mAh battery with 30W wired charging, 15W Qi2 magnetic wireless charging, bypass charging, and PPS support. Google’s charging options are convenient, but Vivo simply offers much longer endurance and dramatically faster charging, making daily usage far less restrictive.

Verdict

The Vivo X Fold 6 clearly leads in raw performance and battery technology. Google’s Tensor G5 shines through AI capabilities and software intelligence, but Vivo’s larger battery and significantly faster charging create a more complete flagship experience for demanding users.

Camera

Main and Secondary Lenses

The Vivo X Fold 6 features an impressive triple-camera setup consisting of a 200MP primary sensor, a 50MP 3x periscope telephoto camera, and a 50MP ultrawide lens enhanced by Zeiss optics, Zeiss T* coating, Laser AF, and 8K video recording. The Pixel 10 Pro Fold uses a 48MP main camera, a 10.8MP 5x telephoto lens, and a 10.5MP ultrawide camera. Google compensates with powerful computational photography features, including Best Take, Ultra HDR, Pixel Shift, and Zoom Enhance. Vivo delivers superior camera hardware, while Google extracts remarkable results through software processing. The better choice depends on whether hardware capability or computational photography matters more.

Selfie Camera

Vivo includes dual 20MP front cameras for both the inner and cover displays, ensuring a consistent selfie experience regardless of how the phone is used. Google equips both displays with 10MP autofocus selfie cameras capable of recording 4K video, offering better video quality but lower resolution. Vivo provides greater image detail, while Google’s autofocus improves reliability during video calls and content creation.

Verdict

The Vivo X Fold 6 takes the lead for camera hardware with its larger sensors, higher resolutions, Zeiss partnership, and 8K recording. The Pixel 10 Pro Fold remains one of the smartest camera phones available, thanks to Google’s AI-driven image processing, making it especially attractive for users who prefer effortless photography.

Pricing

Vivo X Fold 6 is priced around $1,200 (₹111,000), while the Google Pixel 10 Pro Fold is priced around $1,800 (₹160,000). That creates a price difference of roughly $600 (₹49,000), placing Google’s foldable firmly in the ultra-premium category. Vivo delivers flagship hardware, a larger battery, faster charging, premium Zeiss cameras, and an equally premium folding display for considerably less money. Google charges a noticeable premium largely for its software ecosystem, AI capabilities, and industry-leading Android update commitment.

Is the Price Justified?

Google’s pricing is justified for buyers who prioritize long software support, exclusive Pixel AI features, and computational photography. However, buyers focused on hardware specifications receive substantially more for their money with Vivo. The overall value proposition feels stronger on the Vivo side because very few compromises are made despite the lower asking price.

Verdict

The Vivo X Fold 6 offers significantly better value for money. The Pixel 10 Pro Fold earns its premium through software excellence, but Vivo delivers a flagship hardware package at a much more competitive price.

Disclaimer:
Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.

Conclusion

The Vivo X Fold 6 stands out with its 7,000mAh silicon-carbon battery, 80W wired and 40W wireless charging, 200MP Zeiss camera system, 8K video recording, brighter cover display, and infrared blaster. It is designed for buyers who want cutting-edge hardware with minimal compromises. The Google Pixel 10 Pro Fold distinguishes itself through seven years of Android upgrades, advanced AI photography tools, Satellite SOS, Ultra Wideband support, Qi2 magnetic wireless charging, and Google’s clean Android experience. Both are premium foldables, but their priorities are clearly different.

Verdict

The Vivo X Fold 6 is the better choice for buyers seeking flagship hardware, longer battery life, faster charging, and exceptional camera specifications at a more accessible price. The Google Pixel 10 Pro Fold is ideal for users who place greater value on AI-powered software, long-term updates, and the Pixel ecosystem. For most buyers looking at overall features and value, the Vivo X Fold 6 delivers the more compelling package.

Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.

Read More:

• Vivo X Fold6 vs OPPO Find N6: The Ultimate Foldable Flagship Comparison
• Vivo X Fold6 vs Samsung Galaxy Z Fold 7: Which Premium Foldable Offers Better Value?
• Motorola Edge 70 Pro vs Google Pixel 10a: The Winner Is Surprisingly Cheaper

The post Vivo X Fold 6 vs Google Pixel 10 Pro Fold: The Winner May Surprise You appeared first on Gizmochina.

Google just dropped Android 17 in mid-June 2026, and it started rolling out to Pixel phones with all sorts of promises: better performance, new AI features, and smoother everything. For a lot of people, though, the excitement didn’t last long. Pretty quickly, users started flooding Reddit, X, and the usual forums with complaints about two big headaches: wonky touchscreens and flaky 5G connections.

The touchscreen issue

Some folks say their phones just stop responding to taps and swipes for random stretches. Others are dealing with something even stranger called “gesture inversion,” where swiping up scrolls the screen down, and vice versa. It’s bizarre, and it only started after the Android 17 update.

It’s hitting a wide range of Pixels, especially the new Pixel 10 series, along with the 9, 8, and 7 models. Pixel 6 users seem less affected so far, but it’s still early. The good news? It doesn’t look like a specific hardware problem, which suggests it’s a software glitch from the update itself.

A few people have found temporary relief by turning “Smooth Display” (the variable refresh rate setting) off and back on, but it’s not a guaranteed fix. Google has a solid history of squashing these kinds of Pixel bugs pretty fast through monthly updates, so there’s hope a proper patch is already in the works. That said, as of writing, Google has acknowledged the issue but hasn’t released a fix yet.

5G and WiFi connectivity problems

On top of that, plenty of users (particularly on Pixel 9 Pro, 9 Pro XL, 8 Pro, 8a, and even some 6a models) lost their 5G completely after updating. The phones drop down to LTE or lose signal altogether. Some are also seeing missing eSIM profiles after restarts and Wi-Fi networks that refuse to reconnect automatically. Several core Google apps (including the Google app, YouTube, Gmail, Play Store, Google Keep, and Google Photos) are also failing to load or function properly on Wi-Fi.

The Pixel community moderators have a decent workaround for now: Go to Settings > System > Reset options > Reset mobile network settings. It wipes your Wi-Fi, Bluetooth, and mobile data configs (but not your apps or personal stuff), so you’ll have to set everything up again. A lot of people say this brings their 5G back.

If you’re running into these problems, the best thing you can do is report them through the feedback tool built directly into the system settings or in the official Pixel community forums. The more reports Google gets, the faster they usually move.

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(Sources: 1, 2, 3 | Image)

The post Google Pixel 8, 9, and 10 series users report touch, 5G, and Wi-Fi connectivity issues after Android 17 update appeared first on Gizmochina.

Google’s latest Pixel flagships are running into a frustrating software bug that’s breaking one of the most basic things you do on a phone: replying to emails.

According to reports from Android Authority and plenty of complaints on Reddit, Pixel 10 Pro XL and Pixel 10 Pro Fold owners are hitting this weird issue in the Gmail app. When you tap to reply to an email, the AI-powered “Help me write” feature (powered by Gemini) jumps in and completely blocks the on-screen keyboard (Gboard) from appearing. Instead, you’re stuck looking at the AI suggestion box with almost no easy way to type normally.

On the Pixel 10 Pro XL, there’s a clunky workaround: you can tap the keyboard hide button in the bottom-left corner and then keep tapping the reply field until the keyboard finally shows up. But it’s worse on the Pixel 10 Pro Fold. The cursor disappears in the reply field, taps do nothing, and you’re basically forced to use the AI tool.

The bug seems linked to recent updates and Google’s strong push to promote the AI writing assistant in Gmail. Normally, “Help me write” is something you can choose to use, but on these affected Pixels it overrides regular typing. Interestingly, Android Authority couldn’t reproduce the problem on other Android phones like the vivo X300 FE or OnePlus 15, and the iOS version of Gmail works fine.

This popped up not long after Google’s June 2026 Pixel Drop, which brought Android 17 and deeper AI features to the Pixel 10 series. While tools like Gemini are meant to make life easier, this glitch shows how tricky it can be to blend smart AI features with the simple, reliable stuff we all expect.

A lot of users are venting on forums and looking for fixes. Some have found temporary relief by turning off certain Gemini options in the Gmail settings. Google hasn’t commented officially yet, but with so many reports coming in, a software patch is probably on the way.

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(Sources: 1, 2)

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Motorola Edge 70 Pro and Google Pixel 10a target buyers looking for a premium smartphone experience without stepping into flagship pricing. While Motorola focuses on high-end hardware, fast charging, and versatile cameras, Google leans heavily on software optimization, long-term support, and computational photography. Choosing between them comes down to whether hardware advantages or software refinement matters more in daily use.

Major Features:

Design and Display

Build and Feel

The Motorola Edge 70 Pro delivers a more premium appearance with its eco-leather rear panel, slim profile, and IP68/IP69 protection. It also carries MIL-STD-810H certification, adding an extra layer of durability for users who spend time outdoors. The design feels modern and stylish while remaining practical for everyday handling.

The Google Pixel 10a takes a more straightforward approach with an aluminum frame and plastic back. Its build quality remains solid, and the IP68 rating ensures reliable protection against water and dust. The compact form factor makes it easier to use with one hand, which many users may prefer for daily convenience.

Display Quality

Motorola clearly prioritizes display specifications. Its 6.78-inch AMOLED panel supports a 144Hz refresh rate, HDR content, and an extremely bright 5200-nit peak brightness. The higher resolution and smoother refresh rate create a more immersive experience for gaming and media consumption.

Google’s 6.3-inch P-OLED display offers excellent color accuracy and HDR support with a 120Hz refresh rate. While not as impressive on paper, Google’s display tuning is known for delivering a natural and consistent viewing experience.

Verdict

The Pixel 10a wins for compact usability, but the Edge 70 Pro offers the more impressive overall package thanks to its premium finish, stronger durability credentials, larger screen, higher resolution, and significantly superior display specifications.

Specifications Including Battery

Performance

The Motorola Edge 70 Pro is powered by the MediaTek Dimensity 8500 Extreme paired with UFS 4.1 storage and up to 12GB RAM. The combination delivers excellent responsiveness, faster app loading, and stronger multitasking capabilities. Users who frequently game or run demanding applications will appreciate the additional performance headroom.

Google’s Tensor G4 focuses more on AI-driven experiences than raw speed. Every day performance remains smooth, and Google’s software optimization keeps the interface fluid. However, UFS 3.1 storage and lower memory options place it behind Motorola in pure hardware capability.

Battery and Charging

Battery life is a major strength for Motorola. The 6500mAh battery is among the largest in the segment and is paired with ultra-fast 90W wired charging, along with wireless and reverse wireless charging support.

The Pixel 10a’s 5100mAh battery remains respectable and should comfortably last a full day. However, its 30W charging feels considerably slower compared to Motorola’s solution.

Verdict

The Edge 70 Pro takes a clear lead in specifications. Faster storage, more memory options, stronger performance potential, a larger battery, and dramatically faster charging make it a more capable hardware-focused smartphone.

Camera

Main and Secondary Lenses

Motorola equips the Edge 70 Pro with an unusually versatile triple-camera setup consisting of 50MP wide, 50MP ultrawide, and 50MP periscope telephoto cameras with 3.5x optical zoom. The inclusion of a dedicated telephoto lens significantly expands shooting flexibility, especially for portraits and distant subjects. Video recording is also impressive with support for 4K at up to 120fps.

The Pixel 10a relies on a dual-camera system featuring a 48MP main camera and a 13MP ultrawide sensor. While the hardware appears less ambitious, Google’s image processing remains one of the strongest in the industry. Features such as Best Take, Ultra HDR, and Pixel Shift help produce consistently excellent photos.

Selfie Camera

Motorola’s 50MP autofocus selfie camera offers higher resolution and greater versatility. It is particularly useful for detailed selfies and video calls.

Google’s 13MP ultrawide selfie camera provides a wider field of view, making group selfies easier, though image detail is lower.

Verdict

The Edge 70 Pro wins on hardware versatility and zoom capability, while the Pixel 10a remains highly competitive through software processing. Users seeking maximum camera flexibility will likely find Motorola more appealing.

Pricing

The Motorola Edge 70 Pro is priced around $400 (₹39,000), while the Google Pixel 10a is priced around $500 (₹50,000). This creates a noticeable price gap of roughly $100 or ₹11,000 between the two devices.

At its price point, Motorola delivers flagship-style features such as a 144Hz display, periscope telephoto camera, 6500mAh battery, 90W charging, UFS 4.1 storage, and wireless charging. The specification sheet feels unusually generous for the segment and competes with devices that often cost considerably more.

Google’s higher price is largely justified by its software strengths. Buyers receive seven years of Android upgrades, exclusive Pixel AI features, strong camera processing, and a clean Android experience. These advantages may hold long-term value for users who keep phones for many years.

Verdict

From a pure value-for-money perspective, the Edge 70 Pro delivers more hardware for less money. The Pixel 10a justifies its premium through software longevity rather than specifications.

Disclaimer:
Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.

Conclusion

The Motorola Edge 70 Pro stands out with its 144Hz AMOLED display, 6500mAh battery, 90W charging, UFS 4.1 storage, and rare periscope telephoto camera. It is clearly designed for buyers who prioritize powerful hardware and feature-rich specifications.

The Google Pixel 10a differentiates itself through seven years of Android updates, Tensor-powered AI capabilities, advanced computational photography, Satellite SOS support, and Google’s highly optimized software experience. These strengths make it particularly attractive for users who value long-term reliability and software support.

Verdict

Motorola Edge 70 Pro is the stronger overall choice for most buyers. It offers a superior display, faster performance, better charging, a larger battery, and a more versatile camera system while costing less. 

Google Pixel 10a remains an excellent option for users who prioritize software updates, AI features, and Google’s camera processing, but the Edge 70 Pro provides the more compelling overall value in this comparison.

Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.

Read More:

• Samsung Galaxy A27 vs Redmi 15: Is Samsung Really Worth Paying More For?
• Samsung Galaxy A27 vs Oppo A6 Comparison: Display, Battery, Camera & Performance
• Motorola Edge 70 Pro+ vs OnePlus 15R: Which Phone Gives More for Your Money?

The post Motorola Edge 70 Pro vs Google Pixel 10a: The Winner Is Surprisingly Cheaper appeared first on Gizmochina.

Google has unveiled the Google Home Speaker, marking the beginning of a new generation of smart home devices built around Gemini. The speaker introduces a more conversational approach to voice interactions and is designed to make everyday tasks, entertainment, and smart home controls feel more natural than traditional voice assistants.

Google Home Speaker features and Gemini capabilities

The Google Home Speaker is the first audio product created specifically for Gemini for Home, Google’s AI-powered voice assistant. Instead of relying on fixed command phrases, the system can understand more natural requests, follow context during conversations, and handle multiple instructions within a single sentence. Users can also make corrections while speaking without needing to restart a command.

Google has included 10 new voice options designed to deliver more natural responses. Gemini can answer more detailed questions by combining information from different sources and reasoning through multiple steps. The speaker also supports continued conversations, allowing users to ask follow-up questions without repeatedly using the wake phrase. For users seeking additional AI features, Google Home Premium unlocks Gemini Live conversations, camera history search for compatible Nest cameras, and Home Brief summaries that recap activity around the house.

Beyond AI features, the speaker delivers 360-degree audio designed to provide balanced sound throughout a room. Advanced microphone processing helps improve voice recognition in different environments. It can also be paired with a Google TV Streamer, with support for up to two speakers to create a more immersive home entertainment setup with spatial surround sound.

Google Home Speaker price and availability

The Google Home Speaker is available for pre-order and will go on sale from June 25. It carries a price tag of $99.99.  The device comes in Hazel and Porcelain colour options globally, while Jade and Berry are exclusive to the US market. Google says subscribers to AI Pro and AI Ultra plans will receive Google Home Premium access at no additional cost.

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Google has released Android 17, introducing a collection of new features aimed at making smartphones and large-screen devices more productive, secure and efficient. The update is rolling out first to supported Pixel devices, while other eligible Android smartphones, tablets and foldables are expected to receive it later this year. Alongside user-facing additions, Android 17 also includes several under-the-hood improvements designed to enhance overall system performance.

Android 17: Smarter ways to work and play

A major highlight of Android 17 is its improved multitasking experience. The new Bubbles feature allows users to open apps in compact floating windows that remain accessible while using other applications. This makes it easier to check messages, notes, maps or other information without repeatedly switching between apps. On larger devices such as tablets and foldables, Android 17 adds a dedicated bubble bar that keeps active floating windows organised for quick access.

The update also introduces Screen Reactions, which combines screen recording with selfie camera capture. Users can record their reactions while demonstrating apps, commenting on videos or creating tutorials directly from their device. Foldable smartphones receive additional gaming enhancements through a new gaming mode that splits the display between gameplay and on-screen controls, creating a more immersive experience. Google says memory handling has also been improved to reduce stuttering and maintain smoother gameplay during demanding titles.

Android 17 brings several new privacy controls. Users can now provide apps with temporary access to their precise location and choose specific contacts to share rather than granting access to an entire contact list. The Find Hub service gains an upgraded “Mark as lost” option that can secure a misplaced device using biometric authentication, helping protect sensitive data even if someone knows the device passcode.

The update also strengthens protection against scams and malicious software through enhancements to Live Threat Detection and Advanced Protection. Additional safeguards have been added to PIN authentication by limiting repeated attempts and increasing waiting periods after multiple failures. Google has further introduced app memory limits to prevent excessive RAM usage, which can help improve battery life and overall responsiveness.

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After releasing four major beta builds over the past four months, Google has finally pushed the stable Android 17, which is now rolling out to eligible Google Pixel devices. The update package also includes the June 2026 Pixel Feature Drop.

Here’s how the Android 17 development progressed:

• Android 17 Beta 1: Feb 13, 2026
• Android 17 Beta 2: Feb 26, 2026
• Android 17 Beta 3: Mar 26, 2026
• Android 17 Beta 4: Apr 16, 2026
• Android 17 Beta 4.1: Jun 1, 2026
• Stable Android 17: Jun 16, 2026

The Android 17 update is available for a wide range of Pixel devices, all the way back to Pixel 6. Review the list below to see if yours is included.

Google Pixels eligible for Android 17 update: Full list

• 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

Unlike other brands, Google rolls out the update to all eligible devices at the same time. However, availability may vary depending on your region. You can manually check for available software updates by navigating to Settings > System > System Update.

For non-beta users, the update package is a few gigabytes. Beta users are receiving a much smaller package, as most of the changes have already been rolled out to devices via early builds.

Android 17: New features and major upgrades

1. New AI features

With Android 17, Pixel phones receive a bundle of AI features to help them make the most out of their devices. It introduces Lyria 3 for generating original music from a text/image prompt, and Gemini Omni allows users to turn a text prompt into a custom video clip (requires a Gemini Pro subscription).

The Voice Translate feature is now available on the Pixel 10a, while the Manual Call Screen feature is expanding to India. The update also extends Quick Share — AirDrop compatibility to Pixel 9a and Pixel 8a, while the Pixel 10 series gets access to Magic Cue.

2. Bubbles receives its biggest upgrade yet

The Bubbles feature, which has been limited to messaging apps for years, now works with all apps. That means you can now turn any app into a floating bubble and use it alongside other applications. To use this feature, long-press an app icon and choose the Bubble option.

On tablets and foldable devices, there’s a new Bubble Bar in the bottom-right corner that organizes and holds app bubbles.

3. Screen Reactions

With this feature, you can record yourself using the selfie camera while capturing your screen, eliminating the need for a green screen. This feature can be pretty helpful for folks creating tutorials, reaction videos, or gameplay recordings.

4. Foldable gaming mode

This feature splits a fold into a 50/50 layout with the game on top and a dynamic gamepad below. The Foldable gaming mode is enabled in Android 17 and will be available in the coming months.

To further level up your gaming experience, Android 17 supports native controller remapping for external controllers.

5. Continue app state on another device

The Continue On feature has made it to the final release. It allows users to seamlessly transition a task between Android devices. That means you can now open an app on your mobile device and continue working on it on your tablet without losing state.

As Google mentioned, “the user sees a suggestion for the most recently opened app from their mobile in their tablet taskbar.” When tapped, the app launches without losing its state.

6. Security and privacy

Android 17 allows the user to grant an app temporary access to their precise location. There’s also a new “Mark as lost” feature in Find Hub that lets you lock a missing phone behind your biometrics. So, even if a thief knows your passcode, he won’t be able to unlock it.

You can now give apps temporary access to your specific contacts. Those apps won’t be able to track any changes you make to a contact’s information.

Android 17 brings many more useful features and upgrades. You can read about those on this page.

Remember to visit the news section regularly for the latest information. Or, you can join our Telegram channel for quick updates.

The post Stable Android 17 rolling out to Google Pixels: Check eligible devices, new features, and more appeared first on Gizmochina.

Choosing between the Xiaomi 17T Pro and Google Pixel 10 comes down to priorities. One focuses on flagship-grade hardware, ultra-fast charging, and a large battery, while the other emphasizes software longevity, AI features, and Google’s renowned camera processing. Both target premium smartphone buyers, but they deliver very different experiences despite being priced relatively close to each other.

Major Features:

Design and Display

Build and Feel

The Xiaomi 17T Pro adopts a premium glass-and-aluminum construction with Gorilla Glass 7i protection and an IP68 rating. It feels like a true performance flagship, with features such as an infrared blaster and support for multiple SIM and eSIM configurations adding practicality. The overall design leans toward users who enjoy powerful hardware and feature-rich devices.

The Google Pixel 10 also features a glass-and-aluminum build with Gorilla Glass Victus 2 protection and IP68 certification. Google’s design language remains clean and minimalist, giving the phone a refined appearance that feels modern without being flashy. The software-first approach is reflected in the overall user experience.

Display Quality

Xiaomi takes a clear lead on paper with its 6.83-inch AMOLED panel featuring a 144Hz refresh rate, Dolby Vision support, 3840Hz PWM dimming, and a peak brightness of 3500 nits. The display feels more immersive for gaming, streaming, and multitasking.

The Pixel 10 offers a smaller OLED display with a 120Hz refresh rate and up to 3000 nits peak brightness. While less ambitious in specifications, Google’s display tuning remains excellent for everyday use and color accuracy.

Verdict

The Xiaomi 17T Pro delivers a more impressive display package and feels like a true multimedia powerhouse. The Pixel 10 counters with a cleaner, more compact experience, but Xiaomi wins this section thanks to its superior screen technology and feature set.

Specifications Including Battery

Performance

The Xiaomi 17T Pro is powered by the MediaTek Dimensity 9500 chipset paired with UFS 4.1 storage and up to 16GB RAM. It is designed to handle demanding gaming, multitasking, and intensive workloads with ease. The hardware specifications suggest flagship-level performance with significant headroom for future software updates.

The Pixel 10 uses Google’s Tensor G5 processor with up to 12GB RAM. While Tensor chips continue to improve, their focus remains on AI-driven tasks and software intelligence rather than outright benchmark dominance. Daily performance is expected to be smooth, but power users may notice Xiaomi’s hardware advantage.

Battery and Charging

Battery life is one of Xiaomi’s biggest strengths. The massive 7000mAh battery, combined with 100W wired and 50W wireless charging, creates a package that is difficult to match in the premium segment. Fast top-ups and extended endurance make the device particularly attractive for heavy users.

The Pixel 10 includes a 4970mAh battery with 30W wired and 15W wireless charging. The battery should comfortably last a day, but charging speeds feel conservative compared to Xiaomi’s offering.

Verdict

For raw performance and battery technology, the Xiaomi 17T Pro is clearly ahead. The Pixel 10 remains efficient and intelligent, but Xiaomi offers substantially more hardware value for demanding users.

Camera

Main and Secondary Lenses

The Xiaomi 17T Pro features a 50MP primary camera, a 50MP periscope telephoto camera with 5x optical zoom, and a 12MP ultrawide lens. Leica tuning, Ultra HDR support, and advanced video capabilities, including 8K recording, give it a versatile camera system. The larger primary sensor should also help in challenging lighting conditions.

The Pixel 10 combines a 48MP main camera, a 10.8MP 5x telephoto lens, and a 13MP ultrawide camera. While the hardware appears less impressive, Google’s image processing remains one of the strongest advantages of the Pixel lineup. Features like Best Take, Pixel Shift, and computational photography often produce consistently excellent results.

Selfie Camera

Xiaomi equips the device with a 32MP front camera capable of 4K recording and HDR10+ support. The higher resolution offers greater flexibility for detailed selfies and content creation.

Google’s 10.5MP ultrawide selfie camera benefits from autofocus and Google’s image processing, delivering reliable and natural-looking results.

Verdict

The Xiaomi 17T Pro offers stronger camera hardware and broader video capabilities. However, the Pixel 10 remains highly competitive thanks to Google’s software expertise. Hardware enthusiasts may prefer Xiaomi, while photography purists may still appreciate Pixel’s image processing.

Pricing

The Xiaomi 17T Pro is priced around ₹75,000 ($900), while the Google Pixel 10 is priced around ₹70,000 ($800). The difference is relatively small considering the substantial hardware upgrades Xiaomi provides.

At its asking price, the Xiaomi 17T Pro delivers a flagship processor, significantly larger battery, faster charging, a higher-refresh-rate display, more storage options, and stronger camera hardware. The overall package feels aggressively positioned for buyers seeking maximum specifications.

The Pixel 10, despite being priced around ₹70,000, justifies its cost through seven years of Android upgrades, Google’s AI ecosystem, camera software, and the clean Pixel experience. Long-term software support remains a major advantage that many buyers value more than raw specifications.

Verdict

The Pixel 10 offers excellent long-term value through software support, but the Xiaomi 17T Pro delivers more hardware for the money. Buyers focused on specifications and features are likely to see Xiaomi as the stronger value proposition.

Disclaimer:
Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.

Conclusion

The Xiaomi 17T Pro stands out with its 144Hz AMOLED display, massive 7000mAh battery, 100W charging, Leica-tuned camera system, 50W wireless charging, and flagship-grade Dimensity 9500 processor. It is clearly designed for users who want cutting-edge hardware and minimal compromises.

The Google Pixel 10 differentiates itself with seven years of Android updates, advanced AI capabilities, Circle to Search, Satellite SOS, excellent computational photography, and a clean Android experience. These advantages make it appealing to users who prioritize software quality and long-term reliability.

Verdict

Xiaomi 17T Pro is the better choice for most buyers seeking maximum value in the premium segment. Its display, battery, charging speeds, performance, and camera hardware provide a more complete flagship package. The Google Pixel 10 remains an excellent option for users who prioritize software support, AI features, and Google’s photography experience, but Xiaomi offers a more compelling overall smartphone at this price point.

Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.

Read More:

• Xiaomi 17T Pro vs Samsung Galaxy S26 Comparison: Specs, Camera, Battery & Price
• Xiaomi 17T Pro vs OnePlus 15: Don’t Buy Until You Read This Comparison
• Xiaomi 17T vs Nothing Phone (4a) Pro: Full Specs Comparison

The post Xiaomi 17T Pro vs Google Pixel 10: Which Flagship Should You Buy in 2026? appeared first on Gizmochina.

Xiaomi 17T and Google Pixel 10a take two very different approaches to the premium mid-range smartphone market. Xiaomi focuses on powerful hardware, fast charging, and a versatile camera system, while Google emphasizes clean software, long-term updates, and smart AI-powered features. With both phones targeting buyers looking for flagship-like experiences without flagship prices, this comparison breaks down which device delivers the better value and overall user experience. 

Major Features:

Design and Display

Build and Feel

The Xiaomi 17T and Google Pixel 10a both offer IP68 water and dust resistance, making them reliable daily companions. Xiaomi uses a glass front paired with a glass-fiber reinforced plastic back, while Google combines Gorilla Glass 7i with an aluminum frame and plastic rear panel. The Pixel 10a feels slightly more premium thanks to its aluminum construction, while the Xiaomi 17T focuses on durability and a flagship-inspired design language.

Display Quality

Display hardware is where the Xiaomi 17T takes a clear lead. Its 6.59-inch AMOLED panel delivers a sharper 1268 x 2756 resolution, supports Dolby Vision and HDR10+, and reaches an impressive 3,500 nits peak brightness. The Pixel 10a’s 6.3-inch P-OLED display is still excellent with a smooth 120Hz refresh rate and up to 3,000 nits peak brightness, but it lacks some of Xiaomi’s premium multimedia enhancements. The higher resolution and richer feature set make the Xiaomi screen feel more immersive for gaming and video streaming.

Verdict

The Pixel 10a offers a refined build with an aluminum frame, but the Xiaomi 17T delivers the stronger overall package. Its brighter, sharper, and more feature-rich display creates a more flagship-like experience, especially for media consumption and outdoor visibility.

Specifications Including Battery

Performance

The Xiaomi 17T is powered by the MediaTek Dimensity 8500 Ultra paired with 12GB RAM and fast UFS 4.1 storage. The Pixel 10a uses Google’s Tensor G4 chipset with 8GB RAM and UFS 3.1 storage. For everyday use, both phones feel smooth, but the Xiaomi has a noticeable advantage in multitasking, sustained performance, and gaming. The faster storage also helps apps load quicker and improves overall responsiveness.

Battery and Charging

Battery capacity heavily favors Xiaomi. The global version packs a 6,500mAh battery with 67W wired charging, while the Pixel 10a includes a 5,100mAh battery with 30W wired charging and 10W wireless charging. Google’s wireless charging is convenient, but Xiaomi’s larger battery and significantly faster charging speeds provide greater practicality for power users. Heavy users are likely to appreciate the extra endurance offered by the Xiaomi device.

Verdict

The Xiaomi 17T wins comfortably in performance and battery. Faster storage, more RAM, a larger battery, and quicker charging make it better suited for demanding users who prioritize speed and longevity.

Camera

Main and Secondary Lenses

Camera philosophy differs significantly between these devices. The Xiaomi 17T features a versatile triple-camera setup consisting of a 50MP main sensor, a 50MP periscope telephoto camera with 5x optical zoom, and a 12MP ultrawide lens. The Leica partnership also adds distinctive image tuning options. The Pixel 10a relies on a 48MP main camera and a 13MP ultrawide sensor, emphasizing Google’s computational photography strengths.

In daylight, both phones can produce excellent images, but Xiaomi offers more flexibility thanks to its dedicated telephoto lens. Zoom photography is simply in another league on the Xiaomi 17T. The Pixel still shines in image processing, dynamic range, and point-and-shoot consistency.

Selfie Camera

The Xiaomi 17T carries a 32MP front camera capable of 4K recording and HDR10+ support. The Pixel 10a uses a 13MP ultrawide selfie camera that also supports 4K video. Xiaomi delivers sharper selfies and greater detail, while Google’s image processing often produces natural-looking skin tones.

Verdict

The Xiaomi 17T provides a more complete camera system. The dedicated periscope zoom lens and higher-resolution selfie camera make it a stronger all-around photography package, while the Pixel 10a remains appealing for users who value Google’s image processing expertise.

Pricing

The Xiaomi 17T is priced around $700 (₹60,000), while the Google Pixel 10a is priced around $500 (₹50,000). This creates a noticeable gap between the two devices, with Google targeting the upper mid-range segment and Xiaomi pushing closer to flagship territory.

Is the Price Justified? 

The Pixel 10a delivers strong value with clean Android software, seven years of major Android updates, wireless charging, and Google’s camera processing. For buyers seeking a dependable smartphone without spending flagship-level money, the pricing feels justified.

The Xiaomi 17T costs more, but it also provides meaningful hardware upgrades. Buyers receive a superior display, more RAM, faster storage, a larger battery, much faster charging, and a versatile telephoto camera. The additional investment translates into tangible benefits across nearly every major category.

Verdict

The Pixel 10a offers better affordability and long-term software support, while the Xiaomi 17T delivers substantially stronger hardware. Value depends on priorities, but Xiaomi provides more features for the extra money.

Disclaimer:
Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.

Conclusion

The Xiaomi 17T stands out with its Leica-tuned triple-camera system, 5x periscope zoom lens, 6,500mAh battery, 67W charging, Dolby Vision display, and flagship-grade storage configuration. These features make it feel closer to a premium flagship than a traditional upper mid-range phone.

The Pixel 10a counters with Google’s clean Android experience, seven years of software support, wireless charging, Satellite SOS support, and computational photography expertise. Buyers who keep phones for many years may find these advantages particularly attractive.

Verdict

The Xiaomi 17T is the better smartphone overall. It offers a superior display, stronger performance, significantly better battery life, faster charging, and a more versatile camera system. The Google Pixel 10a remains an excellent option for software-focused users who prioritize long-term updates and a lower price. For most buyers comparing specifications and hardware capabilities, however, the Xiaomi 17T emerges as the more complete package.

Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.

Read More:

• Xiaomi 17T vs Samsung Galaxy S25 FE Comparison: Display, Camera, Battery & Performance
• Xiaomi 17T vs OnePlus 15R Comparison: Which Phone Offers Better Value?
• OnePlus Pad 4 vs iPad Pro 11 (2025) Compared: Specs, Performance, Battery, and Price

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Google is expected to release Android 17 this week. It’s one of the most significant Android upgrades to date, bringing deeper integration of Gemini Intelligence across the entire OS, major multitasking improvements, granular privacy controls, and a polished visual interface, leveling up the Android experience. However, several Pixel devices will miss out on this significant upgrade.

According to the update policy for Pixel devices, only Pixel 6 and newer models are eligible to receive the Android 17 update. Older models won’t be upgraded to the new OS.

Android 17 update won’t reach these Google Pixel devices

• Pixel 5
• Pixel 5a 5G
• Pixel 4
• Pixel 4 XL
• Pixel 4a
• Pixel 4a 5G
• Pixel 3
• Pixel 3 XL
• Pixel 3a
• Pixel 3a XL
• Pixel 2
• Pixel 2 XL
• Pixel
• Pixel XL

If your Pixel is on the list, now might be the best time to upgrade to a newer model.

Android 17 isn’t just an annual refresh but a pretty significant upgrade with a major focus on Gemini Intelligence. It moves Gemini from a standalone app into a proactive system assistant capable of automating tasks across applications, creating on-the-fly assets, and managing deep user workflows. It allows users to generate widgets, such as custom tracking goals or countdown timers, with the help of Gemini AI.

The new OS finally has a native app lock. Speaking of privacy, Android 17 also introduces limited contact sharing that grants apps one-time or strict temporary access to chosen contacts rather than your entire phonebook. Furthermore, Android 17 allows users to have separate toggles for Wi-Fi and mobile data. The bubble feature expands to all apps, allowing users to run multiple floating apps without leaving the full-screen app.

There are many other exciting upgrades to Android 17. You can read more about them on this page. Lastly, if your Pixel is ineligible for Android 17, go buy a newer model, because Android 17 is too big an upgrade to ignore.

Don’t miss out on the latest Android news. Check back on our Google section regularly, or follow us on Telegram to get notified the second a new story drops.

Also read:
1. Here’s when your Google Pixel will receive Android 17 update
2. 8 Android 17 features in development I can’t wait to use

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[update: June 16, 2026] Google has released the stable Android 17 update for all eligible Pixel devices.

Original story follows…

Android 17 will be a significant upgrade, especially for newer models like the Pixel 9 and Pixel 10, which are confirmed to receive major AI upgrades. Even for older Pixels, there are plenty of improvements and some exciting features to look forward to. But when will Google release Android 17? We may have an answer to that.

The short answer: Google may release Android 17 today or any time this week.

Google switched to a dual-release schedule last year with Android 16 instead of pushing out a single major update a year. As per the new strategy, Google will push a major release around Q2, followed by a minor release later in the year.

Android 17 also follows the new release strategy, so its major release is expected around the same time as last year, in June. Surprisingly, Google didn’t release any Developer Preview builds and moved directly to the public beta.

Related: 8 Android 17 features in development I can’t wait to use

The first Android 17 beta was released on February 13, followed by the second beta later that month. While these initial builds arrived later than those of Android 16, the gap narrowed with upcoming builds. The new OS reached platform stability with Beta 3 on March 27, two weeks later compared to Android 16.

Beta 4 landed on April 17, followed by a minor Beta 4.1 release on June 1, which should be the final beta. The next build will likely be stable and may be released at any time now. Google usually releases a new Android OS on Tuesday, which is today (Jun 9). If not today, the update will most likely be released any day this week.

If you have an older Google Pixel, you may want to check whether it is eligible for the upcoming major upgrade. Review the list of eligible devices here to find out.

Stay tuned to Gizmochina for the latest tech updates. You can visit the news section regularly for the latest updates, or follow us on Telegram to receive instant alerts.

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The Pixel Watch 5 has taken another small step toward launch. Multiple new Pixel Watch model numbers have appeared on India’s BIS certification database, and they are widely believed to belong to the upcoming Pixel Watch 5 lineup. As usual, the listings do not reveal much beyond the model numbers themselves, but they do suggest Google‘s next smartwatch is moving through the regulatory process ahead of launch.

The newly spotted entries include G0F3Y, G1XJ6, G25QD, and GFW3R. Based on Google’s previous smartwatch releases, these likely correspond to different size and connectivity variants, including Wi-Fi and LTE models.

The timing is not particularly surprising. Google has traditionally announced new Pixel Watches alongside its flagship Pixel phones, and the Pixel 11 series is already expected later this year.

What’s interesting is that the BIS appearance follows one of the stranger leaks we’ve seen in a while.

Back in May, Gearbox Software co-founder Randy Pitchford shared photos of what was claimed to be a Pixel Watch 5 prototype recovered from the ocean near St. Martin. According to the story, a friend discovered the watch while scuba diving and later noticed Pixel Watch 5 branding on the back. The images appeared to show a 45mm model with support for health-tracking features such as heart rate monitoring, blood oxygen measurements, skin temperature tracking, and ultra-wideband connectivity.

Whether that story ends up becoming part of Pixel folklore or not, the certification listing at least suggests the watch itself is very real and getting closer to release.

There are also rumors that Google could move away from Qualcomm’s Snapdragon W5 platform in favor of an in-house Tensor-based solution. If that happens, the change may end up being one of the more important upgrades in this generation, even if the watch looks largely similar on the outside.

As usual, certifications do not tell us much about the final product. But taken together with recent leaks, they paint a fairly familiar picture: Google’s next smartwatch appears to be on track for a launch later this year alongside the Pixel 11 family.

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For years, the RAM conversation went like this: 4GB is fine, 6GB is comfortable, 8GB means you were set for a while. Anything beyond that was bragging rights. However, that’s changing quietly. 

Thanks (or not) to a new wave of on-device AI features and Google’s surprisingly aggressive hardware requirements to run them, the number that actually matters in 2026 is 12GB. 

Here’s the full breakdown of what you need, what’s changed, and whether your current phone makes the cut.

What Does RAM Actually Do on a Phone?

RAM, short for Random Access Memory, is your phone’s short-term workspace. It’s where your apps, tabs, and processes live while they’re running. More RAM means more things can stay active at once without your phone having to reload them from scratch. It’s why switching back to a tab you opened 20 minutes ago sometimes feels instant, and sometimes feels like the internet just forgot it existed.

For everyday use, 8GB is still completely fine for most people in 2026. You can run your apps, multitask reasonably well, take good photos, and not feel like your phone is struggling. Google’s minimum RAM requirement to run full Android services is now 6GB, which tells you something about where the industry has settled for the low end.

But “fine for everyday use” and “ready for the next wave of AI features” are two different conversations now.

Why 12GB Is the New Line in the Sand

At Google I/O 2026, the company announced Gemini Intelligence. And no, it’s not the Gemini app you have on your phone.

Gemini Intelligence is a new layer of AI from Google that brings features like Rambler (a voice-to-text tool that cleans up your dictation automatically), Create My Widget (which builds custom home screen widgets from a voice command), and multi-step cross-app automation. And all of this is processed locally on your device rather than sending data to the cloud.

That’s actually a good thing for privacy and speed. But running a capable AI model on-device takes real resources. And for that, Google has quietly unveiled a hardware requirement. 

To run Gemini Intelligence, your phone needs:

• 12GB of RAM or more — that’s 50% higher than Apple Intelligence’s 8GB minimum, and higher than almost every mid-range Android on the market
• A flagship chipset — Snapdragon 8 Elite, Tensor G5, or a comparable 2025–2026 chip
• Gemini Nano v3 — the specific, latest version of Google’s on-device AI model
• Android AICore support — required to store and run the Nano model locally
• A commitment to five or more major Android OS updates from the manufacturer

The 12GB RAM floor is a big deal on its own. But the requirement that’s actually doing the most damage? Gemini Nano v3. That’s the part that’s locking out phones you’d expect to qualify easily.

Your Expensive 2025 Phone Probably Doesn’t Make the Cut

The Pixel 9 Pro has 16GB of RAM. It has a flagship Tensor G4 chip. It cost over $1,000 when it launched last year. And it doesn’t qualify for Gemini Intelligence, because it runs Gemini Nano v2, not v3.

The entire Pixel 9 family is in the same boat. So is the Samsung Galaxy S25 lineup, the Galaxy Z Fold 7, and the Galaxy Z Flip 7. The OnePlus 13 doesn’t qualify either. Google published these requirements quietly, and it’s not hard to understand why. Telling people their $1,000-plus phone is already on the wrong side of a software requirement is not a great look.

Whether Google pushes Nano v3 to some of these devices via a software update is still an open question. The company hasn’t confirmed either way, and for now, the answer is simple: not yet.

Which Phones Actually Qualify Right Now?

The list of phones confirmed to support Gemini Nano v3 — and therefore eligible for Gemini Intelligence — skews heavily toward 2026 releases. Here’s where things stand:

Currently confirmed:

• Google Pixel 10, Pixel 10 Pro, Pixel 10 Pro XL, Pixel 10 Pro Fold (not the Pixel 10a, which ships with 8GB)
• Samsung Galaxy S26, S26+, S26 Ultra
• Samsung Galaxy Z Fold 8 and Z Flip 8 (expected to be the first to publicly debut Gemini Intelligence, in July 2026)
• OnePlus 15 and 15R
• Motorola Signature
• Honor Magic 8 Pro
• iQOO 15
• Realme GT 7T
• OPPO Find X9, Find X9 Pro, Find X8, Find X8 Pro, and several Reno 14 and 15 series models
• Vivo X200 and X300 series
• Xiaomi 14T Pro, Xiaomi 15 series, Xiaomi 15T series, Xiaomi 15 Ultra

Not currently eligible (Nano v2 only):

• Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, Pixel 9 Pro Fold, Pixel 9a
• Samsung Galaxy S25, S25+, S25 Ultra
• Samsung Galaxy Z Fold 7, Galaxy Z Flip 7
• OnePlus 13

What about iPhone?

Apple’s situation is a bit more straightforward and a bit more generous. Apple Intelligence requires 8GB of RAM, which means every iPhone 15 Pro, iPhone 15 Pro Max, and everything launched since then qualifies. The standard iPhone 16 and iPhone 17 lines both meet the bar. Apple quietly raised its own floor when it launched its AI suite, but it did so in a way that included a much broader slice of its lineup.

So if you’re comparing the two ecosystems on this specific question, Apple is asking for 8GB, and Google is asking for 12GB. 

So, How Much RAM Do You Actually Need?

6GB is enough to run Android with Google services. Fine for basic use, but increasingly tight as apps get heavier.

8GB is the sweet spot for most people. You won’t feel the pinch in daily use, and both Apple Intelligence and a lot of Android AI features work at this level.

12GB is the new requirement if you want access to Google’s Gemini Intelligence features. If on-device AI is a priority, this is the floor you’re buying to.

16GB and above means future-proofing. Some flagships ship with 16GB now, which gives you headroom for whatever the next round of requirements brings.

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Anyone who regularly moves between an Android phone and tablet probably knows the feeling: you open something on one device, pick up the other a few minutes later, and suddenly have to search for the same tab, document, or app all over again. Google wants to make that process much smoother with a new Android 17 feature called “Continue On,” announced during Google I/O 2026.

The feature is essentially Android’s answer to Apple’s Handoff system. It allows users to start something on one Android device and continue it on another without losing progress or context along the way.

For example, if you are editing a document in Google Docs on your phone, your tablet can surface a shortcut suggesting you continue the same session there. Tap it, and the document opens in the exact same state, including scroll position and ongoing edits.

The same idea works for web browsing as well. Chrome pages can move across devices, and Google is also introducing fallback web support for apps that may not exist on the receiving device. So if an app is unavailable on the tablet, Android can instead continue the task inside a browser window.

Google says the system is designed around the idea of “continuing the user journey” between Android devices signed into the same Google account.

At launch, the feature mainly focuses on phone-to-tablet transitions, though the framework itself appears broader. Google is giving developers dedicated APIs so apps can support handoffs more cleanly, and there is already speculation that ChromeOS devices could eventually join the experience too.

To be fair, Samsung users already have access to some similar continuity features through One UI. Samsung Notes, Samsung Internet, clipboard syncing, and Galaxy Book integration have made the Galaxy ecosystem feel fairly connected for a while now. But Google’s approach seems more ambitious because it aims to bring that continuity to third-party apps across Android more generally.

And honestly, this has been one of Android’s bigger weak points for years. The ecosystem has always offered flexibility and hardware variety, but moving between devices rarely felt as seamless as it does on Apple hardware.

Continue On may not sound revolutionary on paper, but features like this tend to become surprisingly useful once they are integrated properly into daily workflows. If developers adopt it widely, switching between Android devices could start feeling much less fragmented than it does today.

The feature is expected to arrive alongside Android 17 later in 2026, with testing beginning through release candidate builds first.

(Source)

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Most phones with failing displays usually end up sitting in a drawer, traded in, or eventually recycled. But one Pixel 8 owner decided to do something much more interesting after his phone developed the now-infamous vertical pink line issue.

Instead of throwing the device away, the Reddit user repurposed the Pixel 8 into a compact retro gaming console connected directly to a TV, complete with wired controllers, active cooling, and a proper console-style interface.

According to the post, the phone itself was still fully functional apart from the damaged display. The owner reportedly approached Google for a repair, but the request was declined. Since the hardware was otherwise perfectly usable, he decided to give it a second life instead.

The setup itself is surprisingly clean. A basic powered USB hub connects the Pixel 8 to external controllers, a mouse, HDMI output, and even a small 50mm cooling fan mounted behind the phone. The fan continuously pushes air onto the rear panel to keep temperatures under control during gaming sessions.

That cooling solution actually matters quite a bit here. Google’s Tensor G3 chip is powerful enough for retro emulation, but it is also known for running relatively warm under sustained workloads. Active cooling helps reduce thermal throttling and keeps performance more stable over longer play sessions.

For the software side, the user installed EmulationStation Desktop Edition (ES-DE), which gives the whole setup a much more console-like feel. Games are organized with cover art, metadata, and menus that resemble a dedicated retro gaming machine rather than a phone running emulators.

The Pixel 8 reportedly handles classic systems comfortably, including older 16-bit and 32-bit platforms, while also managing some more demanding emulators depending on the title and settings used.

One of the more interesting parts of the project is how naturally modern smartphones fit into this kind of role now. With USB-C video output support finally enabled on Pixel devices, a phone with a damaged screen can still function almost like a tiny gaming PC when connected to external peripherals.

Honestly, the setup looks far more polished than most people would expect from what started as a partially broken smartphone. And in a way, it also highlights how much processing power modern flagship phones still retain even after they stop being practical as daily drivers.

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(Source)

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Google has introduced Gemini Spark, a new AI-powered personal agent designed to handle tasks and workflows on behalf of users. Announced during Google I/O 2026, Spark represents a major shift for Gemini from being a chatbot-style assistant to becoming a more proactive digital companion.

Powered by Gemini 3.5 and Google’s Antigravity system, Spark works across Workspace apps and continues operating in the background even when users are offline. Here are seven things you can do with Gemini Spark.

Automate recurring tasks

Gemini Spark can continuously handle repetitive activities in the background. Google says users can set recurring triggers, such as scanning monthly credit card statements to identify hidden or new subscription charges.

Monitor your inbox for important updates

Users can teach Spark to track specific email categories. For example, it can monitor school-related emails, extract important deadlines, and generate a daily summary for parents.

Create complete workflows automatically

Spark can combine information from emails, chats, and meeting notes to generate polished Google Docs. It can also draft related emails and help kickstart projects with minimal manual work.

Work across Google Workspace apps

Google confirmed that Spark integrates deeply with Workspace services, including Gmail, Docs, Slides, and other Google productivity tools.

Continue working even when you are offline

Since Spark is cloud-based, it can continue processing tasks in the background even after users close their laptops or lock their phones.

Connect with third-party services

Google has announced new MCP integrations with platforms such as Canva, OpenTable, and Instacart. In the coming weeks, Spark will gain the ability to use these services to complete tasks for users.

Gain more advanced abilities over time

Google says Spark will soon support texting and emailing directly, custom sub-agents, and the ability to interact with a local web browser for more advanced actions.

Google says users remain fully in control of Spark, including which apps it can access and whether it can perform certain actions. The company also noted that Spark will ask for permission before carrying out sensitive tasks such as sending emails or spending money. Gemini Spark is rolling out to trusted testers this week and will enter beta for Google AI Ultra subscribers in the US next week.

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Wear OS 7 is now official, and Google says the new update focuses on smarter AI experiences, improved battery life, and a more flexible smartwatch interface. Announced during Google I/O 2026, the platform is based on Android 17 and will power upcoming smartwatches launching later this year. Here are seven important things to know about Wear OS 7.

Wear OS 7 is based on Android 17

Google confirmed that Wear OS 7 is built on Android 17. The company has already released the Wear OS 7 Canary Emulator for developers ahead of the wider rollout later this year.

Battery life is getting better

According to Google, smartwatches upgrading from Wear OS 6 to Wear OS 7 could deliver up to 10 percent better battery life. This improvement comes alongside chipset-level efficiency upgrades introduced with newer wearable processors.

Gemini AI is coming to smartwatches

Select smartwatches launching later this year will support Gemini Intelligence. Google says the AI assistant will offer more proactive and personalised help directly from the wrist.

Tiles are being replaced by Wear Widgets

Wear OS 7 introduces new Wear Widgets that support 2×1 and 2×2 layouts similar to phone widgets. This change is expected to make smartwatch home screens more flexible and easier to customize.

Live Updates will show real-time information

Google is adding Live Updates support to Wear OS 7. This feature can display information such as rideshare ETAs, food delivery tracking, and sports scores directly on the watch face without requiring users to open apps.

Gemini can control apps through voice commands

Google is introducing AppFunctions support, allowing Gemini to trigger actions inside apps. For example, users can ask Gemini to start tracking a workout in Samsung Health without touching the watch.

Fitness and media controls are improving

Wear OS 7 adds a built-in Wear Workout Tracker that offers standardised fitness tracking tools for app developers. Google is also introducing smarter media controls, including per-app auto-launch options and a remote audio output switcher.

If you wish to try the Wear OS 7, Google says you can test it through the developer-focused Wear OS 7 Canary Emulator before the official rollout later this year.

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Samsung and Google have officially showcased their upcoming AI-powered smart glasses during Google I/O 2026. Developed with eyewear brands Gentle Monster and Warby Parker, the new wearable is designed to bring Gemini AI features into a more practical everyday form factor. While complete specifications are still under wraps, the companies have already revealed several important details about the intelligent eyewear.

The glasses run on Android XR

Samsung and Google confirmed that the wearable runs on Google’s Android XR platform. The glasses are designed to work as a companion device connected to Android and iOS smartphones.

Gemini AI is deeply integrated

Users can interact with Gemini through voice commands for tasks such as navigation, nearby recommendations, notification summaries and calendar management. Google says the AI can also understand the user’s surroundings in real time.

Live translation is a major highlight

The glasses support real-time translation during conversations and can also translate menus, signs and other visible text directly within the user’s field of view. Samsung and Google say the translated audio can sound similar to the original speaker’s voice.

There is a built-in camera

Official images reveal a single built-in camera alongside an LED indicator light. Users will be able to capture photos and videos directly through the glasses.

Two different design styles are coming

Samsung partnered with Gentle Monster and Warby Parker for the first collection. Gentle Monster’s version has a more fashion-focused appearance, while Warby Parker’s design looks closer to traditional eyewear.

The glasses will work with Galaxy ecosystem devices

Samsung says the intelligent eyewear is designed to work seamlessly with Galaxy devices, including smartphones and wireless earbuds, for a more connected experience.

Launching later this year

Google confirmed that the first generation will mainly focus on audio-based experiences instead of built-in display features. It will launch later this fall in select markets. Pricing and full hardware specifications are expected to be announced in the coming months.

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Google says it has identified what may be the first real-world zero-day exploit developed with the help of artificial intelligence, marking a potentially important shift in how cyberattacks are being created.

In a report published by Google’s Threat Intelligence Group (GTIG) on May 11, the company said attackers used AI assistance to discover and exploit a previously unknown vulnerability in a widely used open-source web administration tool. The flaw reportedly allowed attackers to bypass two-factor authentication after obtaining login credentials.

According to Google, the vulnerability was disclosed to the affected vendor and patched before it could be used in larger attacks.

What caught researchers’ attention was the exploit code itself. Google says the Python script showed several signs typically associated with AI-generated code, including overly instructional comments, structured textbook-style formatting, and even a hallucinated CVSS severity score that did not actually exist.

Interestingly, the vulnerability was not a traditional memory corruption bug or a simple coding mistake. Instead, it involved higher-level business logic and semantic analysis, an area where modern AI models have started showing stronger capabilities. In simple terms, the AI appears to have helped connect pieces of application behavior that could eventually be abused together.

Security researchers have been warning for a while that AI could lower the barrier for more advanced cyberattacks, especially by helping less experienced attackers automate parts of the process that previously required deeper technical expertise.

At the same time, companies like Google are also using AI defensively for things like automated bug discovery, threat analysis, and patch development. Still, this latest case is likely to add more urgency to conversations around AI-powered cybersecurity threats.

While the incident itself appears to have been contained before wider abuse, researchers see it as an early sign of how AI may increasingly become part of both sides of the cybersecurity landscape.

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(Source: Google)

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Google is trying something new with laptops. Fifteen years after introducing the Chromebook, the company has announced the Googlebook. Instead of ChromeOS, these new laptops will run on an Android-based operating system that heavily integrates its Gemini Intelligence.

The basic idea is to combine the standard Chrome browser with standard Android apps. The most noticeable change is how you interact with the mouse. Google and DeepMind built a feature called Magic Pointer.

If you wiggle your cursor, Gemini pops up to offer contextual actions based on what’s on your screen. For example, pointing at a date in an email can create a calendar event, or selecting two images can merge them visually. It’s a different approach to standard clicking.

It also includes a prompt-based widget maker. You can type what you need, and Gemini will pull information from your Google apps or the web to make a custom widget. If you’re planning a trip, it can gather your flight details and hotel reservations into one temporary spot on your screen.

Because it runs on Android, the OS is designed to work closely with Android phones. You can open your phone apps on the laptop screen to reply to a message or finish a quick task. It also offers a Quick Access feature that lets you browse your phone’s files directly from the laptop’s file manager without having to transfer them to the cloud first.

Google is working with Acer, Asus, Dell, HP, and Lenovo to build the hardware. The laptops are expected to use higher-end materials and will feature a physical glowbar to distinguish them from regular Chromebooks. There is no word on pricing or an exact release date yet, but Google says more details are coming later this year.

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(Google)

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Google just announced a new set of AI tools for Android called Gemini Intelligence. The basic idea is to have your phone handle more of your daily busywork. These features are rolling out this summer, starting with the new Samsung Galaxy S26 and Google Pixel 10, and will eventually come to other Android phones, smartwatches, and laptops later in the year.

The main change is app automation. Instead of just answering questions, Gemini can now navigate your phone to do things like book a workout class or order groceries. You can even long-press the power button over a screenshot of a grocery list, and Gemini will build the cart for you. You can watch its progress through a notification and just confirm the final purchase.

Browsing is getting a similar update. In late June, Chrome for Android will add an auto browse tool to help with routine tasks like reserving parking. Android’s Autofill is also getting a boost, pulling context from your apps to fill out complex forms so you don’t have to type as much.

For texting, Gboard is adding a voice feature called Rambler. If you tend to use filler words, pause, or switch languages while using voice dictation, Rambler will clean up the audio and turn it into a clear text message before you send it.

Google is also adding a text-to-widget tool. You can type a prompt, like asking for a weekly recipe list or a widget that only shows wind speed, and Android will build a custom widget for your home screen.

Because giving AI access to your screen requires trust, Google is keeping these features opt-in. The company says it uses secure environments to process the data, and an upcoming update to the Android Privacy Dashboard will let you see exactly which apps the AI interacted with over the past 24 hours.

And whenever the assistant is doing something in the background, a notification will stay at the top of your screen that you can’t swipe away, so you’ll always know when it’s running.

For more daily updates, please visit our News Section.

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(Google)

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Foldable smartphones are evolving in two very different directions, and the Motorola Razr Ultra 2026 and Google Pixel 10 Pro Fold perfectly represent that split. One focuses on sleek portability, ultra-fast performance, and a stylish flip design, while the other aims to replace a tablet with a larger display, smarter AI features, and productivity-focused software. Both sit firmly in the premium flagship category, but they target completely different types of users. 

Major Reason:

Design and Display

Build and Feel

The Motorola Razr Ultra 2026 focuses on style and portability with its clamshell foldable design, aluminum frame, and slim folded profile. The external 4-inch display feels more practical than before, allowing quick replies, navigation, and media controls without unfolding the phone. Motorola’s Pantone-validated finish also gives the device a more premium and fashion-oriented character. Meanwhile, the Google Pixel 10 Pro Fold takes a book-style approach that feels closer to a compact tablet when opened. Its IP68 rating gives it stronger durability confidence, while the wider cover display feels more natural for everyday typing and multitasking.

Display Quality

Motorola clearly pushes visual quality harder with a 165Hz LTPO AMOLED panel and an extremely bright 5000-nit peak output. Animations feel smoother, and the outer display is one of the best on a flip foldable. The Pixel 10 Pro Fold counters with a much larger 8-inch OLED panel that is better suited for productivity, split-screen work, and entertainment. Google’s display feels more immersive for long sessions, even if the refresh rate is lower.

Verdict

The Razr Ultra 2026 feels more stylish and pocket-friendly, while the Pixel 10 Pro Fold feels more productivity-focused. Users wanting a futuristic flip experience may lean toward Motorola, but Google delivers the more practical large-screen foldable experience.

Specifications Including Battery

Performance

The Motorola Razr Ultra 2026 is powered by the Snapdragon 8 Elite chipset paired with 16GB RAM and UFS 4.0 storage, giving it flagship-level speed for gaming, multitasking, and AI-heavy workloads. The high refresh rate also makes the phone feel exceptionally fluid in daily use. Google’s Tensor G5 prioritizes AI features and software intelligence over raw benchmark performance. While gaming performance may not match Qualcomm’s latest flagship chip, Pixel-exclusive AI tools and seven years of Android upgrades add strong long-term value.

Battery and Charging

Battery capacity is nearly identical between the two devices, but Motorola gains a major advantage in charging speeds with 68W wired and 30W wireless charging. The Pixel 10 Pro Fold charges much more slowly at 30W wired and 15W wireless, though it adds Qi2 magnetic charging and bypass charging support. Motorola feels better suited for users constantly on the move, while Google focuses more on ecosystem convenience and battery management.

Verdict

The Razr Ultra 2026 delivers stronger raw performance and significantly faster charging, making it the better choice for power users. The Pixel 10 Pro Fold offers smarter software longevity and AI integration, which may matter more for users planning to keep a foldable for several years.

Camera

Main and Secondary Lenses

Motorola equips the Razr Ultra 2026 with dual 50MP cameras, including a high-resolution ultrawide lens that captures detailed landscape shots and vibrant colors. Dolby Vision recording and 8K video support also make the device attractive for content creators. However, the lack of a dedicated telephoto sensor limits long-range photography flexibility. The Pixel 10 Pro Fold takes a more balanced approach with a triple-camera setup featuring wide, ultrawide, and 5x telephoto lenses. Google’s computational photography tools such as Best Take and Zoom Enhance, continue to give Pixel devices a strong reputation for consistent image quality.

Selfie Camera

Motorola’s 50MP selfie camera delivers sharper detail and more flexibility for social media creators. The Pixel’s dual 10MP selfie setup is more practical for foldable usability, especially during video calls and cover-display shooting. Google still maintains excellent skin tones and HDR processing.

Verdict

The Pixel 10 Pro Fold feels more versatile overall thanks to its telephoto camera and advanced software processing. The Razr Ultra 2026 wins for selfie quality and video-focused features, making it appealing for users who prioritize content creation and social media photography.

Pricing

The Motorola Razr Ultra 2026 is expected to cost around $1500 (approximately ₹1,43,000), while the Google Pixel 10 Pro Fold is priced higher at roughly $1800 (around ₹1,60,000). That price gap creates a noticeable difference in value perception. Motorola delivers flagship hardware, a premium foldable display, fast charging, and top-tier performance at a comparatively lower cost. For users entering the foldable category, the Razr Ultra feels easier to justify financially.

Google positions the Pixel 10 Pro Fold as a premium productivity device with advanced AI tools, longer software support, and a more versatile camera system. The higher price partly reflects Google’s software ecosystem and foldable tablet-style experience. However, the slower charging and less powerful chipset may make the pricing harder to accept for spec-focused buyers.

Verdict

The Razr Ultra 2026 offers stronger hardware value for the money, especially for users focused on performance and charging speed. The Pixel 10 Pro Fold justifies its premium mainly through software intelligence, AI capabilities, and long-term update support.

Disclaimer:
Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.

Conclusion

The Motorola Razr Ultra 2026 stands out with its stylish flip-fold design, powerful Snapdragon 8 Elite chipset, ultra-smooth 165Hz displays, and very fast charging capabilities. It feels like a foldable designed for users who want flagship performance in a compact and fashionable form. The large external display also improves usability more than previous flip phones. On the other hand, the Google Pixel 10 Pro Fold focuses on productivity, AI-driven software experiences, and a larger inner display that works exceptionally well for multitasking and media consumption. Features like satellite SOS, UWB support, and seven years of Android upgrades strengthen its premium appeal.

Verdict

The Razr Ultra 2026 is the stronger choice for users prioritizing speed, design, portability, and charging performance. The Pixel 10 Pro Fold feels better suited for productivity-focused users who value AI features, camera versatility, and long-term software support. Both devices represent very different approaches to foldables, making the decision largely dependent on lifestyle and usage priorities.

Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.

Read More:

• OnePlus Nord 6 vs Nothing Phone (4a): Which Phone Gives Better Value in 2026?
• Vivo X300 Ultra vs Huawei Pura 90 Pro Max: Camera, Battery & Performance Compared
• OPPO Find X9 Ultra vs Google Pixel 10 Pro XL: Camera, Performance, Pricing Compared

The post Motorola Razr Ultra 2026 vs Pixel 10 Pro Fold: Flip Phone or Foldable Tablet Wins? appeared first on Gizmochina.

OPPO Find X9 Ultra and Google Pixel 10 Pro XL represent two very different flagship philosophies in 2026. OPPO focuses on cutting-edge hardware with a massive battery, ultra-fast charging, and an aggressive camera setup, while Google leans heavily on AI-powered software, refined photography, and long-term Android support. Both phones sit firmly in the ultra-premium segment, but the real question is whether raw flagship power matters more than a polished smart experience.

Major Features:

Design and Display

Build and Feel

The OPPO Find X9 Ultra and Google Pixel 10 Pro XL both target premium flagship buyers, but they deliver very different personalities. OPPO goes for a more aggressive ultra-premium approach with IP68/IP69 protection, optional eco-leather finish, and a bold camera-focused design that immediately feels like a photography flagship. The Pixel 10 Pro XL looks cleaner and more refined with Google’s familiar horizontal camera bar and polished aluminum frame. It feels understated and professional rather than flashy.

OPPO also adds practical extras like an infrared blaster and stronger water resistance credentials, which may matter for long-term durability. The Pixel, meanwhile, keeps things minimalist and polished with tighter software integration and exclusive ecosystem features.

Display Quality

The Find X9 Ultra pushes ahead on paper with a sharper LTPO AMOLED panel, 144Hz refresh rate, Dolby Vision support, and an extremely bright 3600-nit peak brightness. The display feels more cinematic and slightly more immersive for gaming and HDR streaming.

Google’s 120Hz LTPO OLED panel still looks excellent with strong color calibration and excellent HDR tuning. However, OPPO clearly delivers the more hardware-focused display experience.

Verdict

The Pixel 10 Pro XL feels cleaner and more refined, but the OPPO Find X9 Ultra offers the more ambitious flagship hardware package. Its brighter 144Hz display and rugged premium build give it a noticeable edge for multimedia-heavy users.

Specifications Including Battery

Performance

The OPPO Find X9 Ultra is powered by the Snapdragon 8 Elite Gen 5, paired with UFS 4.1 storage and up to 16GB RAM. It is built for raw flagship performance and should comfortably handle high-end gaming, multitasking, and demanding AI workloads. The combination of Qualcomm’s latest chipset and ColorOS optimization makes the phone feel fast and responsive under almost every scenario.

The Pixel 10 Pro XL uses Google’s Tensor G5 chip, which focuses more on AI features, camera intelligence, and software smoothness than outright benchmark dominance. Day-to-day performance should remain excellent, but heavy gamers may still prefer Qualcomm’s stronger GPU advantage.

Battery and Charging

Battery life is one of OPPO’s biggest strengths here. The massive 7050mAh silicon-carbon battery combined with 100W wired and 50W wireless charging gives the Find X9 Ultra a major advantage. It is the kind of setup that feels built for power users.

Google’s 5200mAh battery is respectable, and Qi2 magnetic wireless charging adds convenience, but the slower 45W charging cannot match OPPO’s speed.

Verdict

The Pixel 10 Pro XL focuses more on smart software efficiency, while the Find X9 Ultra prioritizes raw flagship power. OPPO clearly wins for performance enthusiasts and heavy battery users.

Camera

Main and Secondary Lenses

The OPPO Find X9 Ultra delivers one of the most ambitious camera systems in the flagship market. Its dual 200MP setup, including a large periscope sensor, is paired with an additional 10x periscope zoom lens and Hasselblad color tuning. The phone is clearly designed for users who enjoy versatile photography and long-range zoom performance. Video capabilities also feel more professional with Dolby Vision HDR, O-Log2, and cinematic LUT support.

The Pixel 10 Pro XL takes a different approach. Google focuses heavily on computational photography with features like Best Take, Zoom Enhance, and Pixel Shift processing. Its camera tuning tends to produce more natural-looking shots with reliable dynamic range and skin tones. While the hardware is less extreme than OPPO’s, Google’s image processing still remains among the best in smartphones.

Selfie Camera

OPPO offers a sharper 50MP front camera with strong detail retention, while Google’s 42MP ultrawide selfie camera feels more practical for group shots and social content.

Verdict

The Pixel 10 Pro XL is likely the safer point-and-shoot camera for most users, but the Find X9 Ultra feels far more exciting for photography enthusiasts who want maximum zoom flexibility and advanced video tools.

Pricing

The OPPO Find X9 Ultra is expected to cost around $1150 (roughly ₹1,10,000), while the Google Pixel 10 Pro XL sits slightly higher at around $1200 (roughly ₹1,25,000). Despite the smaller gap in global pricing, the difference becomes more noticeable in India, where the Pixel carries a heavier premium.

At its price, the Find X9 Ultra offers stronger hardware value. Buyers get a larger battery, faster charging, a more aggressive camera setup, a higher refresh rate display, and flagship Qualcomm performance. It feels like a specification-heavy flagship designed to outperform competitors on paper.

The Pixel 10 Pro XL justifies its higher price differently. Google’s seven years of Android upgrades, AI-driven features, exclusive Pixel software tools, and cleaner Android experience still hold strong appeal. The phone feels more polished in software execution, even if the hardware specifications are less aggressive.

Verdict

The Pixel 10 Pro XL is priced for users who value Google’s software ecosystem, while the Find X9 Ultra delivers stronger hardware value for the money. OPPO feels like the better deal overall.

Disclaimer:
Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.

Conclusion

The OPPO Find X9 Ultra stands out with its massive silicon-carbon battery, extremely fast charging speeds, dual 200MP camera system, and advanced zoom hardware. It feels like a flagship designed to push hardware boundaries in almost every category. Users focused on gaming, multimedia, battery endurance, and versatile photography will likely appreciate OPPO’s more aggressive approach.

The Google Pixel 10 Pro XL counters with cleaner Android software, deeper AI integration, long-term software support, and Google-exclusive camera intelligence features. Its experience feels smoother and more refined in daily use rather than purely specification-focused. Features like Satellite SOS, Qi2 wireless charging, and advanced AI editing tools help the Pixel maintain its premium identity.

Verdict

Both phones are elite Android flagships, but they target different priorities. The Pixel 10 Pro XL feels smarter and more polished, while the OPPO Find X9 Ultra feels more powerful and feature-packed. For users chasing cutting-edge hardware and better overall value, the Find X9 Ultra emerges as the stronger flagship package.

Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.

Read More:

• Oppo Find X9s vs Pixel 10: Which One Should You Buy in 2026?
• Huawei Pura X Max vs iPhone 17 Pro Max: Is Foldable Finally The Better Choice?
• Oppo Find X9 Ultra vs Xiaomi 17 Ultra: Which One Actually Wins?

The post OPPO Find X9 Ultra vs Google Pixel 10 Pro XL: Camera, Performance, Pricing Compared appeared first on Gizmochina.

Google has introduced the Fitbit Air, a screenless wearable aimed at users who want health tracking without wearing a full smartwatch. The device uses a small “pebble” design and depends on a paired phone for viewing health data and notifications.

How small is the Fitbit Air?

The Fitbit Air is the smallest tracker in Google’s current Fitbit lineup. It measures 34.9mm long, 17mm wide, and 8.3mm thick. The pebble alone weighs 5.2 grams, while the tracker with a band weighs 12 grams. Its housing is made from recycled polycarbonate and PBT plastics, and the standard bands use textile material with a stainless steel buckle. The device is water-resistant up to 50 meters.

Despite the compact build, the Fitbit Air includes an optical heart rate monitor, 3-axis accelerometer and gyroscope, red and infrared sensors for SpO2 monitoring, a device temperature sensor, and a vibration motor. It can track 24/7 heart rate, resting heart rate, heart rate variability, blood oxygen levels, sleep duration, sleep stages, and heart rhythm, including atrial fibrillation alerts.

Battery life is rated at up to seven days. Google says a full charge takes 90 minutes, while a five-minute quick charge can provide one day of use. The device uses a lithium-polymer battery and Bluetooth 5.0.

What can it track without a screen?

The Fitbit Air works through the Google Health app and is compatible with Android and iOS. Workouts can be started manually, while automatic activity detection can recognize common activities and adapt to the user over time. It also connects with Google Health Coach for personalized guidance. The app supports image-based workout logging, including photos of cardio machines or whiteboard circuit routines.

Google is also positioning the device as a companion for Pixel Watch users. Someone can wear a Pixel Watch during the day and switch to the Fitbit Air at night while keeping health metrics continuous.

Pricing & availability

The standard Fitbit Air is available for preorder at $99.99 and includes a three-month Google Health Premium trial. Accessory bands start at $34.99. A Stephen Curry Special Edition Performance Loop band in rye brown with orange accents costs $129.99 and reaches U.S. stores on May 26.

For more daily updates, please visit our News Section.

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Google’s next Pixel lineup is starting to leak in detail. A large spec dump has now revealed information across the entire Pixel 11 lineup. The focus this time seems to be a few hardware changes that are a little unexpected.

The biggest shift is probably the new Tensor G6 chip

Google is moving to TSMC’s 2nm process for the chipset, which should help quite a bit with efficiency and sustained performance, two areas Pixel phones have been criticized for in the past. The chip itself uses a 1+4+2 CPU setup, combining ARM’s newer C1-series cores with a PowerVR GPU. There’s also a refreshed TPU for AI tasks, the Titan M3 security chip, and notably, a switch to the MediaTek M90 modem.

That last part is important because it means Google may finally be moving away from Samsung’s Exynos-based modem setup, something Pixel users have complained about in the past due to heat and connectivity issues. The MediaTek M90 itself is a newer 5G-Advanced modem introduced in early 2025, and appears to succeed the M80 modem found in the Dimensity 9100.

Google Pixel 11 series specs (rumored)

The regular Pixel 11 is expected to feature a 6.3-inch OLED display with a 60-120Hz refresh rate, HDR brightness up to 2,000 nits, and peak brightness reaching 3,100 nits. Battery capacity is listed at 4,840mAh rated. For comparison, the current Pixel 10 has a rated capacity of 4,835mAh, while the marketed typical capacity sits at 4,970mAh. Camera-wise, the phone is tipped to get a new 50MP main sensor, along with 8GB or 12GB RAM options.

Moving up the lineup, the Pixel 11 Pro and Pixel 11 Pro XL are expected to bring sharper displays with resolutions of 1280×2856 and 1344×2992, respectively. Both panels are also tipped to reach up to 2,450 nits HDR brightness and 3,600 nits peak brightness. RAM options reportedly go up to 16GB, while the camera setup sees upgrades to both the main and telephoto sensors.

As for battery capacity, the Pixel 11 Pro is listed with a 4,707mAh rated cell, while the Pro XL is expected to pack a 5,000mAh battery. The capacities themselves are fairly close to the Pixel 10 series, but the move to the 2nm Tensor G6 chip could still help improve overall battery life and efficiency.

Google is reportedly removing the infrared thermometer and replacing it with a small RGB LED setup called “Pixel Glow.” From what’s being described, it works somewhat like a smaller version of Nothing’s Glyph interface. The previously rumored IR face unlock apparently still isn’t ready for this generation.

Taken together, the Pixel 11 lineup looks less like a dramatic redesign and more like Google refining the experience in areas where previous Pixels fell short: better thermals, improved cellular connectivity.

(Source: Mystic Leaks)

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Google has already released four betas of Android 17, which are more than enough to show us what the upcoming version has in store. There are some new, exciting features, as well as many essential upgrades to existing ones, that make the software more useful and feature-rich.

With the stable Android 17 release approaching, here are the eight features or upgrades I can’t wait to try.

1. A native app lock, finally

Google is finally bringing the ability to lock individual apps, a feature users have been requesting for years. You will be able to lock apps directly from the home screen by long-pressing an app icon and choosing the “App lock” option from the quick options menu.

You can set up app lock using a PIN, pattern, password, or biometrics like fingerprint or face unlock, without needing a third-party app. This feature on the Google Pixel works just like any other app lock, but keep in mind that notifications for a locked app, along with all associated shortcuts and widgets, will be hidden.

Google notes that certain AI features, such as Gemini’s screen automation, may still be able to interact with apps, depending on permissions. You’ll be notified if other apps have access to the app you’re locking.

Most Android skins, including One UI, already have this feature, but it’s a nice welcome addition for Google Pixels.

2. Floating app bubbles make multitasking easier

The bubble feature has been around for quite a few years now, but it was restricted to messaging and conversations. Android 17 takes it a major step forward by allowing users to turn any app into a floating bubble.

For example, if you’re watching a tutorial on YouTube and noting important steps on Google Keep, you’ll be able to convert Google Keep into a floating bubble for quicker access. When you tap the Keep bubble, the app will open in a small floating window, while the YouTube tutorial plays in full screen. This is better than switching between the two apps and using them in a split-screen view.

You will be able to close an app bubble by dragging it to the bottom of the screen.

Bubbles are more useful on large-screen devices like foldables or tablets where the user has more screen to work with than on a regular smartphone.

3. A more powerful screen recording with a preview screen

Android 17 will upgrade the screen recording experience with a more refined UI and a new preview screen. Currently, when you tap the screen recording tile in Quick Settings, a pop-up shows up asking about the recording area and audio options.

In Android 17, when you tap the screen recording tile, a new floating pill interface will show up, letting you choose what to record, whether to record device audio or microphone (or both), and whether to show touches. You can tap the status indicator in the status bar to bring back the floating pill UI.

Once you stop the recording, you’ll see a new preview screen where you can play, edit, delete, or share the clip instantly without opening the gallery.

4. Mandatory Large-Screen Adaptivity

Google enforces a stricter policy on app resizability and orientation, preventing developers from restricting apps to a single orientation on large devices (sw ≥ 600dp). This effectively skips smartphones (generally below 600dp) and targets tablets and larger-screen devices.

The latest move is designed to make Android apps truly adaptive. On a device running Android 16 or an earlier build, if you open a portrait-locked app on a landscape tablet, the app appears as a tall, narrow window in the center of the screen, with thick black bars on the sides. In Android 17, the app would rotate to fill the gap, resulting in a more usable screen and better app experience.

Games are exempted from these strict mandates to ensure they don’t break during critical gameplay.

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.

5. Hide app names on the home screen

In the Beta 3 build, Google introduced a feature that lets users hide the app labels on the home screen. This isn’t a big step, but it helps users create a cleaner home screen setup.

To hide app labels, you’ll need to go to Wallpaper & style, tap Home screen, select Icons, tap the Names tab at the bottom, and turn off the toggle for Show app names. Keep in mind that this won’t affect the app drawer or apps inside folders.

6. Separate Wi-Fi and mobile data toggles

On Pixel devices running Android 16 or earlier, if you need to switch between Wi-Fi and mobile data, or turn them on or off, you must open Quick Settings, tap the Internet tile, and then perform the action.

Many users have expressed their frustration with the extra step required to access Wi-Fi or mobile data. After nearly four and a half years, Google is finally allowing users to add separate Wi-Fi and mobile data toggles in Android 17.

This change would particularly benefit Pixel users, as most other Android skins, including Samsung’s One UI and OnePlus’s OxygenOS, already have it.

7. Give apps limited access to your contacts

Right now, there’s no way to give apps access to specific contacts. If you grant the contacts permission, the app will have access to all contacts stored on your device.

This is certainly not a privacy-focused approach, and therefore, Google is introducing a new system-level Contact Picker interface that will allow users to select one or more contacts to share with an app at a time. Google says apps won’t be able to track any changes you make to a contact’s information.

Contact Picker grants temporary, session-based read access to the specific data fields selected by the user. That means the app will need to request permissions again after the session timeout, further strengthening users’ privacy.

8. Seamless task continuity on another device

Google is working on a “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. This feature could debut with Android 17.

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, as Android Authority explains.

Google announced the new Handoff API in Android 17 Beta 2, which allows developers to specify the application state to resume on another device. Once enabled, the Android system displays a handoff suggestion in the launcher of the user’s nearby devices.

Final build may not include all of them

If you’ve been following Android releases, you’d know that Google doesn’t include all the features from the beta builds into the final package. But there’s a very good chance some of them will make it to the final release.

All the features we’ve discussed so far are available in the Android 17 beta releases. You can get an eligible Google Pixel to test them or wait for the stable release, which could happen around June 2026.

We’ll regularly update you with the latest information in the Android 17 section on this website. You can visit the page regularly for the latest details, or join our Telegram channel for instant updates.

The post 8 Android 17 features in development I can’t wait to use appeared first on Gizmochina.

Choosing between the Oppo Find X9s and Pixel 10 isn’t just about specs; it’s about what kind of smartphone experience matters more. One pushes raw power, battery, and cutting-edge hardware, while the other focuses on software intelligence, camera consistency, and long-term reliability. For buyers in the premium mid-range segment, this comparison highlights whether performance-driven value or refined smart features make more sense in daily use. 

Major Features:

Design and Display

Build and Feel

The Oppo Find X9s leans toward a more rugged and futuristic approach with higher durability ratings, including IP66/IP68/IP69 protection. It feels engineered for tougher environments while still maintaining a premium finish. The Pixel 10, on the other hand, focuses on refined minimalism with Gorilla Glass Victus 2 on both sides and a clean aluminum frame. It looks more polished and subtle, which may appeal to users who prefer a classic flagship aesthetic. The Oppo feels slightly more experimental, while the Pixel feels more mature and balanced.

Display Quality

Oppo clearly pushes boundaries with a larger AMOLED panel, higher resolution, and an impressive peak brightness of 3600 nits. This makes it more immersive and easier to use outdoors. The Pixel 10 counters with HDR10+ support and a more color-accurate OLED panel, though its brightness and resolution are slightly lower. The Pixel’s display feels more tuned for consistency, while Oppo’s feels more aggressive and vibrant.

Verdict

Oppo wins for sheer display power and durability, while Pixel 10 offers a more refined and color-accurate experience.

Specifications Including Battery

Performance

The Oppo Find X9s runs on the Dimensity 9500s built on a 3nm process, paired with UFS 4.1 storage, delivering strong raw performance and faster data speeds. It is clearly optimized for heavy multitasking and gaming. The Pixel 10’s Tensor G5 focuses more on AI-driven performance and efficiency rather than raw power. While it may not dominate in benchmarks, it offers smoother real-world optimization and long-term software support with up to seven Android upgrades. Oppo feels faster under load, while Pixel feels smarter in daily use.

Battery and Charging

Oppo takes a massive lead with its 7025 mAh battery and 80W fast charging, making it ideal for heavy users and quick top-ups. The Pixel 10’s 4970 mAh battery is smaller but adds wireless charging, reverse charging, and bypass charging, improving versatility. Oppo prioritizes endurance, while Pixel focuses on convenience and balance.

Verdict

Oppo wins for performance and battery power, but the Pixel 10 stands out for efficiency and long-term reliability.

Camera

Main and Secondary Lenses

Oppo offers a powerful triple 50MP setup, including a telephoto lens with 3x optical zoom and a strong ultrawide sensor. It delivers consistency across all lenses and supports high frame rate 4K video. The Pixel 10, however, focuses on computational photography with its 48MP main sensor and 5x telephoto lens. Features like Pixel Shift and Ultra-HDR enhance real-world shots significantly. While Oppo provides hardware strength, Pixel leans heavily on software processing, often producing more balanced and natural images.

Selfie Camera

Oppo includes a higher resolution 32MP selfie camera with wider video capabilities, making it more suitable for content creators. The Pixel’s 10.5MP front camera may seem modest, but it benefits from better image processing and consistent color tones. Oppo feels sharper, while Pixel feels more natural.

Verdict

Pixel 10 wins for overall photography experience, while Oppo leads in hardware versatility and video flexibility.

Pricing

The Oppo Find X9s is priced around $730 (₹60,000), while the Pixel 10 comes in higher at approximately $800 (₹70,000). This places Oppo in a more aggressive value position, especially considering its larger battery, faster charging, and stronger hardware specifications. The Pixel 10 justifies its higher price through software support, AI features, and camera optimization.

Is the Price Justified?

Oppo feels like a performance-focused deal, offering flagship-level specs at a slightly lower price. It is clearly aimed at users who want maximum hardware for their money. The Pixel 10, however, feels like a long-term investment with better software longevity and smarter features. The extra cost reflects a more refined ecosystem rather than raw specifications.

Verdict

Oppo offers better value for money, while Pixel 10 justifies its price with software and camera excellence.

Disclaimer:
Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.

Conclusion

The Oppo Find X9s stands out with its massive battery, ultra-fast charging, and powerful hardware setup, making it ideal for power users and gamers. It also includes features like an infrared port and advanced connectivity options that add practical value. The Pixel 10 differentiates itself with long-term Android updates, AI-powered features like Circle to Search, satellite SOS, and a cleaner software experience. It feels more future-proof and ecosystem-driven.

Verdict

Oppo Find X9s is the better choice for users who prioritize performance, battery life, and raw specifications. Pixel 10 is more suitable for those who value camera intelligence, software longevity, and a refined daily experience.

Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.

Read More:

• OPPO Find X9 Ultra vs Huawei Pura 90 Pro: Which One Should You Buy in 2026?
• OPPO Find X9 Ultra vs Find X9 Pro: What Are The Real Upgrades?
• Huawei Pura X Max vs iPhone 17 Pro Max: Is Foldable Finally The Better Choice?

The post Oppo Find X9s vs Pixel 10: Which One Should You Buy in 2026? appeared first on Gizmochina.

Foldables are no longer just about bending screens; they’re now a clash of ecosystems, performance philosophies, and real-world usability. The Huawei Pura X Max and Google Pixel 10 Pro Fold represent two very different takes on what a premium foldable should be. One pushes hardware boundaries with bold features and fast charging, while the other leans into AI, software longevity, and a polished everyday experience. This comparison matters for buyers deciding between raw innovation and refined consistency in the ultra-premium segment.

Major Features:

Design and Display

Build and Feel

Huawei Pura X Max leans into a premium, almost experimental design language with Kunlun Glass 2 and stylus support, adding versatility. It feels engineered for durability while still maintaining a refined foldable aesthetic. The Pixel 10 Pro Fold, on the other hand, prioritizes practicality with Gorilla Glass Victus 2 and a more conventional foldable finish. It comes across as more predictable but also more polished for everyday usability. Huawei’s approach feels bold and slightly more futuristic, while Google’s feels safer and more mature.

Display Quality

Huawei offers a sharp LTPO2 OLED panel with strong color depth and PWM dimming that may appeal to long usage comfort. The Pixel counters with higher brightness levels, HDR10+, and a larger inner display that feels more immersive for media and multitasking. Google’s display tuning tends to look more natural, while Huawei’s feels more vibrant.

Verdict

The Pixel 10 Pro Fold edges ahead for display brightness and overall usability, but the Pura X Max stands out for innovation and visual punch.

Specifications Including Battery

Performance

Huawei’s Kirin 9030 Pro delivers stable performance for daily tasks and multitasking, but it lacks the cutting-edge efficiency of newer architectures. The Pixel 10 Pro Fold’s Tensor G5, built on a 3nm process, brings stronger AI performance and better long-term optimization. It feels more future-ready, especially with extended Android update support. Huawei remains smooth, but Google’s chip feels more refined under sustained workloads.

Battery and Charging

Huawei clearly dominates charging with faster wired and wireless speeds, plus reverse charging flexibility. The larger battery also adds a slight endurance advantage. The Pixel focuses more on efficiency and features like bypass charging, but its slower charging speeds feel conservative in comparison. Huawei’s approach feels more convenient in daily life, especially for quick top-ups.

Verdict

The Pixel 10 Pro Fold wins on performance and longevity, while the Pura X Max takes a clear lead in charging and battery convenience.

Camera

Main and Secondary Lenses

Huawei brings a versatile camera system with a variable aperture main sensor and a strong periscope zoom. It excels in flexibility and creative shooting scenarios. The Pixel, however, focuses on computational photography, delivering consistent results with features like Ultra-HDR and AI enhancements. Google’s images tend to look more balanced and reliable, while Huawei’s can feel more dynamic and experimental.

Selfie Camera

The Pixel offers sharper and more capable selfie cameras with autofocus and better video features. Huawei’s selfie setup is decent but feels more basic in comparison. Google’s consistency across both inner and cover cameras gives it an edge for content creators.

Verdict

The Pixel 10 Pro Fold is more dependable overall, but the Pura X Max appeals to those who prefer hardware versatility and zoom flexibility.

Pricing

The Huawei Pura X Max is priced around $1600 (₹150,000), while the Pixel 10 Pro Fold sits higher at $1800 (₹160,000). The price gap is noticeable but not extreme in the premium foldable segment. Huawei positions itself as the more aggressive value option, offering faster charging, strong cameras, and premium materials at a slightly lower cost.

Google justifies its higher price with longer software support, better AI integration, and a more polished ecosystem. The Pixel feels like a safer long-term investment, especially for users who value updates and consistent performance. Huawei, however, delivers more hardware-focused value, which may feel more immediately rewarding.

Verdict

The Pura X Max offers better upfront value, while the Pixel 10 Pro Fold justifies its price through longevity and software advantages.

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

Conclusion

Huawei stands out with stylus support, ultra-fast charging, and a more experimental hardware approach. It feels designed for users who want flexibility and standout features. The Pixel 10 Pro Fold focuses on AI capabilities, clean software, satellite features, and long-term updates, making it more ecosystem-driven. Google’s approach feels more cohesive, while Huawei’s feels more feature-packed.

Verdict

The Pixel 10 Pro Fold is the better all-rounder with stronger software, performance, and camera consistency. However, the Huawei Pura X Max is a compelling alternative for those who prioritize charging speed, hardware innovation, and value.

Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.

Read More:

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• OnePlus Nord 6 vs Poco F7: Same Chip, Very Different Phones

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Google is reportedly preparing to launch a new fitness wearable called the Google Fitbit Air. The device is expected to be a screenless fitness tracker designed for users who prefer a simple and distraction-free experience. The “Air” branding suggests a lightweight and comfortable design that can be worn all day without feeling bulky.

Early Sightings and Teasers

The device first appeared in teasers from late March 2026, but it gained wider attention after NBA star Stephen Curry was spotted wearing it for months. In early teaser content, only Google’s “G” logo was visible instead of Fitbit branding. This hints at a shift in how Google is presenting its wearable products.

Google’s Big Health Rebranding

Alongside the new device, Google is expected to rework its health ecosystem. Fitbit Premium may be renamed to Google Health, while the Personal Health Coach service could become Google Health Coach. This signals a move toward bringing all health services under the Google brand, with Fitbit focusing more on hardware.

Focus on Fitness and Competition

The Fitbit Air is likely to compete with screenless fitness trackers like WHOOP. These devices focus on continuous health tracking without a display, making them popular among athletes and fitness-focused users who want deeper insights without distractions.

Expected Launch Timeline

There is no confirmed launch date yet, but the announcement is expected soon. Reports suggest it could debut at Google I/O in the coming weeks, marking a major step in Google’s wearable strategy.

Read More:

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• Nvidia CEO Issues Stark Warning: Huawei-Powered AI Could Shake US Dominance

(via)

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Google might be working on an interesting hardware tweak for the Pixel 11 series. A new feature spotted in Android 17 Beta 4 hints at something called Pixel Glow, which could bring back notification lights, just in a different way.

The feature showed up in an APK teardown by AndroidAuthority, and from what’s visible, it looks like an LED-based notification system on the back of the phone. When the device is placed face down, it can light up in different colors or patterns to signal incoming calls, messages, or other alerts.

It’s basically a modern take on the old notification LED, just moved to the rear panel. Not exactly new as a concept, but still something we don’t really see on most phones right now.

Descriptions suggest the feature is meant to be subtle rather than distracting. It also looks like this won’t be something that can be added through software alone. The code mentions, “the device must have hardware lights,” so older Pixel devices are unlikely to get it.

Some of the strings hint at a bit more than just basic notifications. There could be custom lighting for favorite contacts, feedback during hands-free use, and even some kind of visual cue when interacting with Gemini. It’s not fully clear how all of this will work yet, but it does sound like Google is trying to make it feel more contextual, thanks to Gemini, rather than just blinking lights.

One slightly confusing part is the hardware side. Leaked renders of the Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL, and Pixel 11 Pro Fold don’t show anything obvious on the back that looks like an LED system. So either it’s hidden in some way, or it’s planned for a later revision.

If it actually shows up on the Pixel 11 series, it could be one of those features people don’t think about much at first, but end up using every day.

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