Samsung’s Galaxy Z Fold 7 packs a powerful punch with its slimmer design and the latest Snapdragon 8 Elite chip. But one design decision has caught many off guard — the return of a traditional punch-hole camera on the inner display, replacing the under-display camera (UDC) that had been part of the Fold series since the Fold 3. So, why the backtrack?
While the change has improved the image quality, there’s reportedly another reason behind it: legal pressure. Earlier this year, Chinese display maker BOE filed a patent infringement lawsuit in the US, claiming Samsung violated several under-display camera patents in its foldable lineup. While the case is still ongoing, the timing raised eyebrows, especially since it landed just months ahead of the Z Fold 7’s production window. It’s unclear whether the lawsuit directly influenced Samsung’s design decision, but it may have made the company more cautious.
Ultimately, the shift back to a punch-hole camera seems driven by a mix of practicality and user feedback. The Galaxy Z Fold 7 may not push display boundaries in the same way its predecessors did, but it delivers where it matters most: everyday performance and reliability.
The UDC was originally introduced to create a more seamless, uninterrupted screen experience by hiding the camera beneath the display. However, it came with a trade-off: lower image quality. Over the past few years, users have complained about the grainy, soft selfies produced by the 4MP under-display camera. For a phone priced at $1,999, many felt the camera simply didn’t live up to flagship standards. With the Z Fold 7, Samsung appears to have listened. While some fans may miss the clean look of a hidden camera, many appreciate the boost in quality and usability.
Whether this move signals a temporary retreat or a permanent shift remains to be seen — but for now, Samsung is clearly prioritizing quality over gimmicks.
Samsung’s Galaxy S25 Ultra, launched in January 2025, is turning out to be more expensive to build than its predecessors—even though its starting price of $1,299 hasn’t changed. A new report from Counterpoint Research sheds light on where these extra costs are coming from and how Samsung is managing to keep the retail price steady.
Galaxy S25 Ultra with S Pen
According to Counterpoint’s analysis, the bill of materials (BoM) for the 12GB + 512GB variant of the Galaxy S25 Ultra is 3.4% higher than the S24 Ultra. That marks a bigger jump than the relatively modest cost increase from the S23 Ultra to the S24 Ultra.
The most significant cost driver? You guessed it—the new Snapdragon 8 Elite chip. Built on TSMC’s 3nm process and featuring Qualcomm’s custom Oryon CPU, the chip alone accounts for a 21% increase in system-on-chip (SoC) costs. The absence of Samsung’s in-house Exynos 2500—originally expected to serve as a cheaper alternative—has likely pushed the overall cost higher.
Memory pricing also ticked up slightly, reversing the decline seen between the S23 Ultra and S24 Ultra. Market fluctuations appear to be behind the bump, adding pressure to the phone’s overall production budget.
Not all component categories saw increases, though. The cost of the titanium frame—introduced with the S24 Ultra—has started to come down as production processes mature. Likewise, display costs have eased slightly from their peak in the previous generation, thanks to better manufacturing efficiency.
On the connectivity front, Samsung has managed to trim more than 10% in hardware costs by consolidating radio components, replacing older multi-part solutions with a newer single-chip transceiver. Even the camera setup, despite an upgraded 50MP ultrawide lens, ended up costing less overall—helped by the shift from a 10x to a 5x periscope zoom lens.
In all, the 3.4% rise in BoM costs for the S25 Ultra reflects a mix of minor upgrades and cost-saving trade-offs. Samsung seems to be walking a fine line between innovation and affordability, keeping the device competitive without dramatically raising the price for consumers.
Whether this balance holds in future models remains to be seen—but for now, Samsung appears to be absorbing rising costs where it matters most.
After a seven-year break, Nintendo has officially lifted the curtain on the Nintendo Switch 2. It’s a big moment for the company as well as fans. After all, the original Switch is one of the best-selling consoles in history, with over 142 million units sold since its debut in 2017.
Replicating that kind of success won’t be easy. But Nintendo seems confident in what it’s offering with the Switch 2. The new model keeps the core idea of a hybrid console intact—portable when you want it, docked to your TV when you don’t—but brings key updates in design, performance, and functionality.
If you’re wondering whether it’s worth the upgrade, here are five reasons the Switch 2 deserves your attention.
The original Switch made its name by being both a handheld and a home console. The Switch 2 doesn’t mess with that formula; it improves on it. The design is a bit larger, about 25% bigger than the first-gen model, but it’s still something you can toss in a backpack. The console flaunts a new 7.9-inch display is a noticeable step up from the original 6.2 inches, and that extra screen space matters when you’re gaming on the go.
Battery also gets a slight boost with a 5220 mAh unit, up from the 4310 mAh pack in the first model. And then there are the new Joy-Con 2 controllers. They’ve been completely reworked to avoid the infamous stick drift issues.
They’re now magnetically attached instead of using a mechanical latch, which could make for fewer durability problems over time. Each controller still comes packed with tech, gyroscopes, motion sensors, HD rumble, and the new “C” button on the right Joy-Con adds a dedicated GameChat function, making in-game communication a lot more seamless.
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2. Real Performance Gains
Nintendo’s not trying to beat the PlayStation 5 or Xbox Series X in raw horsepower, but the Switch 2 is no slouch. Under the hood is Nvidia’s custom Tegra 239 chip, running on Ampere architecture with 2048 CUDA cores. That’s geek-speak for “this thing can handle modern games decently.”
In handheld mode, you’re looking at around 1.71 teraflops of processing power, just shy of the original PlayStation 4. In docked mode, the performance jumps to 3.1 teraflops, which puts it within shouting distance of the Xbox Series S.
Thanks to Nvidia’s DLSS and ray tracing support, Switch 2 games can also look much sharper without sacrificing framerate. Nintendo says you can expect 1080p at 60fps in handheld and 4K at 60fps while docked. That’s a huge leap from the 720p resolution on the OG Switch.
3. A Better, Brighter Display
One of the biggest debates leading up to launch was the decision to skip OLED and stick with an LCD panel. But this isn’t your average LCD. The 7.9-inch screen supports HDR10, VRR (variable refresh rate), and a 120Hz refresh rate, things you typically see on higher-end gaming monitors, not consoles you carry around.
While OLED would have delivered deeper blacks, early hands-on impressions suggest the screen still looks vibrant, sharp, and fast. The 1080p resolution finally gives portable games room to breathe, and the higher refresh rate means less blur when racing, fighting, or platforming at speed.
For handheld players, this screen might be the biggest reason to upgrade.
4. Fresh Games (and a Few Old Friends)
Nintendo’s launch lineup isn’t massive, but it’s putting a few key titles front and center. Mario Kart World is the flagship release. It brings a new open-map battle format and support for 120fps, with 24-player elimination-style races that shake up the traditional formula.
The Switch 2 Welcome Tour, a $10 tech demo disguised as a mini-game collection, shows off what the console can do. And Donkey Kong Bananza, dropping in July, finally gives DK the open-world experience he’s long deserved.
There’s also a new Metroid Prime, a Zelda spinoff (Hyrule Warriors: Age of Imprisonment), and a strange but intriguing wheelchair basketball game called Drag x Drive arriving this summer. And yes, more games are on the way, including Kirby Air Riders in 2025.
Even better, the console is backward compatible, mostly. Not every old Switch game will work, especially those that relied on legacy Joy-Con features like the infrared camera. But both physical cartridges and digital downloads from your old library will work, and that’s good news if you’ve already sunk a few hundred dollars into games over the years.
5. Accessories and Features That Just Make Sense
Nintendo rarely skimps on accessories, and the Switch 2 is launching with a whole ecosystem. From protective cases to new charging docks, there’s no shortage of gear to enhance your experience. The new dock even comes with active cooling, which should help during intense 4K gameplay sessions.
The updated Pro Controller looks like a solid option for those who prefer more traditional inputs while docked, and streaming support is already baked in. Want to show off your gameplay on Twitch or chat mid-game with a friend? There’s a camera, compatible headsets, and native support for it all.
And one small but smart touch. The right Joy-Con can now function like a computer mouse. It’s not a feature everyone will use, but it hints at Nintendo’s broader ambitions for hybrid productivity and play.
Samsung‘s next wave of tablets appears to be just around the corner. Leaked live photos have given us an early look at the upcoming Galaxy Tab S11, S11 Ultra, and S10 Lite, hinting at a fall launch and revealing a few notable changes in design and strategy.
Galaxy Tab S11 Ultra
The Tab S11 Ultra continues the large-screen trend with what looks like a refined 14.6-inch AMOLED display. This time, however, the wider notch from earlier models has been replaced by a smaller U-shaped cutout, confirming a shift to a single front camera. That change could be a trade-off—favoring a smaller notch over dual-camera versatility.
Galaxy Tab S11
The Galaxy Tab S11, meanwhile, sticks to a familiar formula, with a design reminiscent of previous models like the Tab S10+ and S10 FE. It features slightly rounded corners and moderately thick bezels. Its dimensions suggest an 11-inch display, keeping it compact and portable.
Galaxy Tab S10 Lite
Samsung also appears to be expanding its reach with a more budget-conscious option. The Galaxy Tab S10 Lite shares a similar look with the S11 but is speculated to pack more modest internals, including an Exynos chip, 6GB of RAM, and a sizable 8,000mAh battery with 45W fast charging support.
Under the hood, the Tab S11 and S11 Ultra are expected to feature the MediaTek Dimensity 9400+ (an upgrade over the Dimensity 9300+ found in the Tab S10+ and S10 Ultra), promising a noticeable performance jump. The entire lineup is set to run Android 16 with Samsung’s latest One UI 8.
With a shift in camera strategy and a more affordable Lite model, Samsung’s new tablets could appeal to a broader audience when they launch later this year.
The Nothing Phone (3) has barely had time to settle into store shelves, but it’s already getting a sizeable price cut in India. Just ten days after its official sale began on July 15, Nothing is offering buyers a chance to grab the phone for Rs 20,000 less than its launch price. Yes, really.
The offer is live on Flipkart and is part of a limited-time promotion. It’s a two-part deal: you get Rs 10,000 off instantly if you use ICICI and IDFC credit cards, and another Rs 10,000 as an exchange bonus when you trade in your old phone. These discounts can be combined, bringing the effective starting price of the Nothing Phone 3 down to Rs 59,999.
Get Nothing Phone (3) at a minimum of Rs 20,000 discount
Here’s an example. If you’re upgrading from a Nothing Phone (1), Flipkart will give you up to Rs 22,000 as base exchange value. This includes a Rs 10,000 exchange bonus. You can also add a Rs 10,000 bank discount on eligible cards, bringing your total savings to ₹32,000.
My colleague used his Axis Bank credit card and received an Rs 8,000 discount. He exchanged his Phone (1), which brought the final price down to Rs 50,806.
Of course, the actual exchange value will depend on the phone you’re trading in. A more premium model will receive a higher valuation and will further reduce the effective price of the new phone.
To recap, the Phone (3) comes in two configurations:
As for specifications, it features a 6.67-inch LTPS AMOLED panel with a 1.5K resolution, HDR10+ support, and a peak brightness of up to 4500 nits. Powering it is Qualcomm’s Snapdragon 8s Gen 4 chip, paired with a 5,500mAh battery that supports 65W wired and 15W wireless charging. The triple rear camera setup includes three 50MP sensors (wide, ultra-wide, and telephoto), while a 32MP camera handles selfies.
Slated for a January 2026 launch, the Galaxy S26 Ultra could finally deliver a better balance between power and portability—something users have long been asking for.
Galaxy S25 Ultra with S Pen
According to X tipster @chunvn8888, the Galaxy S26 Ultra will pack a 5,500mAh battery—up from the 5,000mAh cell in its predecessor. While the 10% bump is a welcome change, it still falls short of the massive 6,000mAh+ batteries seen in most Chinese rivals. However, Samsung appears to be making up for it with other improvements.
The bigger story might be the 65W wired charging support. This would be the fastest charging speed ever offered on a Samsung phone, finally moving beyond the 45W cap that’s been in place since the Galaxy S22 Ultra.
Wireless charging is also getting a boost. The S26 Ultra is expected to support 25W wireless speeds using the new Qi2 standard. It might require a magnetic case for optimal performance, but it’s still a notable jump for Samsung in the wireless charging space.
Despite the larger battery, the device is rumored to be even slimmer than last year’s model. Thanks to a more efficient internal layout, the S26 Ultra could be as thin as 7.9mm, down from 8.2mm.
Performance upgrades are also expected. The phone will likely be powered by the Snapdragon 8 Elite Gen 2 for Galaxy, though it’s still unclear whether the chip will be made by TSMC with slightly higher clock speeds, or by Samsung Foundry using its new 2nm process—similar to the Exynos 2600 expected in the base model.
Still, not everyone is thrilled. Some users have voiced disappointment over the relatively modest battery increase, saying Samsung needs to go further to truly compete with flagship phones from China that offer larger batteries without sacrificing thickness or weight.
The Galaxy S26 series may still feature a Samsung-made version of Qualcomm’s Snapdragon 8 Elite Gen 2 chip, according to a new leak that sheds fresh light on the chipset strategy for Samsung’s 2026 flagships.
On July 23, tipster Digital Chat Station posted on Weibo that the SM8850s — the variant of Snapdragon 8 Elite Gen 2 manufactured by Samsung Foundry — remains in contention for the S26 lineup. This contradicts earlier reports that the chip had been shelved due to yield issues with Samsung’s 2nm GAA (Gate-All-Around) process. However, this latest leak claims Samsung is still working to improve its yields ahead of Q1 2026.
The Samsung-made version of the Snapdragon 8 Elite Gen 2 reportedly costs less to produce, which could help Samsung keep pricing stable — particularly for the Ultra, which is expected to stick close to the Galaxy S25 Ultra’s $1,219 launch price.
It’s unclear whether the Samsung-made chip will carry the usual “Snapdragon for Galaxy” branding. That label might be dropped if Chinese smartphone makers end up using the same Samsung-made chip in some models. However, this wouldn’t be a repeat of what happened with the Snapdragon 8 Gen 1 or Snapdragon 888. In 2026, Chinese brands will have the option to stick with the more expensive TSMC-made version, as performance and power efficiency remain top priorities for them.
As for the Galaxy S26 lineup, the Samsung-made Snapdragon 8 Elite Gen 2 is expected to strike a middle ground between the base model’s Exynos 2600 (also built on Samsung’s 2nm process) and the TSMC-made Snapdragon 8 Elite Gen 2 that smartphone makers from China are expected to use. For Samsung users, this mirrors the Galaxy S22 series, where different regions received either the Snapdragon 8 Gen 1 or the Exynos 2200—both offering comparable performance and efficiency.
Stay tuned as more details emerge closer to the expected Galaxy S26 launch in early 2026.
Samsung’s Galaxy Z Fold 7, unveiled on July 9, is not just about sleek looks and high-end specs—it’s also turning heads for its durability. In a recent YouTube video, the foldable flagship was put through a series of extreme challenges to see how well it can hold up in tough conditions.
The test pushed the $1,999 device well beyond everyday use. It began with the phone being frozen in a block of ice for over 12 hours. After thawing, the Z Fold 7 powered on without any issues, with both the 6.5-inch outer screen and the 8-inch foldable display functioning as expected.
Next came a 30-minute dunk in a fast-moving river, complete with sand and finer dust particles. Surprisingly, this IP48-rated foldable held up, protecting its expensive internals from the moisture and solid particles. The Z Fold 7 also endured spills from nine different liquids—including coffee, soda, tea, and both hot and cold water—with no apparent damage, at least during the recording.
Scratch tests showed the cover screen, protected by Gorilla Glass Ceramic 2, resisting damage up to level 6-7 on the Mohs scale. The back glass and camera lenses remained scratch-free, while the inner screen, now protected by a thicker Ultra-Thin Glass layer, fared better than past generations against casual contact.
Drop tests from around 6 feet didn’t crack either screen or damage the hinge. Even the bend test—where pressure is applied to fold the device backward—didn’t break it, thanks to Samsung’s upgraded Armor FlexHinge, titanium backplate, and stronger Advanced Armor Aluminum frame. For a foldable that’s just 8.9mm thick when shut, that’s impressive.
All in all, the Galaxy Z Fold 7 survived its torture test with functioning as normal. While its IP48 rating doesn’t ensure protection from finer dust particles, the 30-minute dunk test in a fast-moving river shows it’s built to handle more than just everyday accidents. If you’re thinking about getting one, a case is still a good idea—but Samsung’s foldables clearly aren’t as fragile as they used to be in the first few generations.
Summer is the perfect time to dive into long gaming sessions, whether you’re on summer break or just looking to kill some time after work. With a crowded market of consoles in 2025, it can be tricky to know which one fits your needs best. From powerhouses like the PS5 to compact gaming handhelds, here’s a quick roundup of the best gaming consoles to buy right now.
Still going strong in 2025, the Sony PlayStation 5 remains a favorite for its exclusive titles, next-gen visuals, and reliable performance. With major releases like GTA 6, Marvel’s Wolverine, and Ghost of Yōtei, having the PS5 brings access to the latest AAA titles. There’s plenty of popular multiplayer options to choose from as well, making sure the Summers stay fun with your squad.
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2. Ayaneo Pocket S2 Series
Ayaneo Pocket S2 Series
For fans of retro gaming, the new Ayaneo Pocket S2 series is definitely worth checking out. This is a compact handheld gaming console that features a large 10,000mAh battery and a detachable D-pad. The Pocket S2 and Pocket S2 Pro also arrive with software dedicated to improving the retro gaming experience. So for fans of nostalgic games, you can definitely kick back and relax with this one.
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3. Nintendo Switch 2
Nintendo Switch 2
Nintendo is another veteran in the console segment, being on par with giants like Sony and Microsoft. Just like PlayStation, Nintendo’s latest Switch 2 brings access to exclusive titles from beloved franchises like Mario, The Legend of Zelda, and much more. You get one of the most convenient consoles that is also great for party games.
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4. Steam Deck OLED
Steam Deck OLED
For PC gamers who want handheld freedom, the Steam Deck OLED is the way to go. It offers access to Valve’s Steam platform (the largest digital gaming library) and Xbox Game Pass. The Steam Deck OLED runs on the Linux based SteamOS, bringing console-like gaming experience with great portability.
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5. Xbox Series X (& Series S)
Xbox Series X in White
If you’re invested in Game Pass, the Xbox Series X delivers tremendous value. It’s a beast for 4K gaming and plays nicely with older Xbox games. The Series S, while less powerful, is more affordable and a great option for casual gamers or secondary TVs. Both benefit from Xbox’s growing library of exclusives and cloud gaming via Xbox Cloud.
With the Galaxy S25 Ultra still fresh, you might be tempted to upgrade now. But the next gen Galaxy S26 Ultra might just be worth the wait. Early leaks hint at some significant improvements like improved performance, a better camera system, and much more. So here’s every reason you should hold off just a little longer.
1. Samsung Galaxy S26 Ultra: Better S Pen & Display
Galaxy S25 Ultra – Now Bar
The South Korean tech giant’s next big flagship could be getting some minor changes to its display. Samsung may make the display ever so slightly taller by reducing the bezels surrounding the screen. From 6.86-inch to 6.9-inch thanks to slimmer bezels. That’s not all, rumors claim that the panel itself is getting slimmer as the brand could shift to using a CoE OLED screen (Color Filter of Encapsulation), which could also make the display more power efficient.
Taking advantage of the better display, Samsung’s S Pen stylus may finally fix a long standing issue related to magnets. Users that often rely on the S Pen complained about magnetic interference from accessories. Despite the Galaxy S25 Ultra supporting Qi2 wireless charging standards, third party accessories still cause warning to appear when the magnets are near the stylus. But the Galaxy S26 Ultra could address this problem, allowing Samsung to offer built-in magnets like current gen iPhones, rather than relying on magnetic cases.
2. Photography Leap
Over the last couple of flagship generations, Samsung barely made any changes to the Ultra series camera system. While the Galaxy S25 Ultra made one notable upgrade to its ultra wide angle lens, the Galaxy S26 Ultra might be making a bigger leap. The biggest potential upgrade is with the primary camera.
The next top model might move away from its proprietary ISOCELL sensor, in favor of the 200MP Sony CMOS sensor (first ever 200MP camera from Sony). This is also a large camera, which could be nearly 1-inch large. To recall, the S25 Ultra’s main shooter is the 1/1.3-inch ISOCELL HP2 sensor, while the S26 Ultra may bring a 1/1.1-inch sensor.
So Samsung might finally compete with the top Chinese flagships like the Oppo Find X8 Ultra, Xiaomi 15 Ultra, and others. Apart from this, the 3x telephoto camera may get a new sensor with higher resolution as well.
3. Faster Charging Finally?
Samsung Galaxy S26 Ultra mockup (modified image of S25 Ultra)
Despite Chinese smartphone brands pushing the battery capacities on their devices thanks to improvements in battery tech, Samsung and Apple appear rather lethargic in making any big changes. The S25 Ultra supporting 45W wired fast charging was decent, but definitely no more close to most other premium Android offerings. However, this could be changing next year. One of the recent reports states that the S26 Ultra could finally deliver true fast charging with 65W.
So all of these changes easily make it a lot more substantial as an upgrade if you’re looking for buying a new Samsung flagship. Keep in mind that these are still unconfirmed rumors and leaks, so stick around for more.
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Realme has launched the Buds T200 in India, expanding its Buds T series lineup. The earbuds come with a crystal alloy design and are equipped with 12.4mm Dynamic Bass drivers. They support LDAC and Hi-Res Audio, along with up to 32dB Active Noise Cancellation.
The Buds T200 use a 4-microphone system, with two mics per earbud, to improve call clarity by cutting background noise. The earbuds support dual-device connection, 3D spatial audio, smart touch controls, app-based customization via the realme Link app, and pop-up pairing on realme smartphones. Game Mode offers 45ms ultra-low latency for a better gaming experience. The earbuds also support SBC, AAC, and LDAC audio codecs.
Battery life is rated at up to 50 hours in normal mode and up to 35 hours with ANC enabled. The earbuds alone offer 10 hours of playback (AAC + ANC off), 8 hours (AAC + ANC on), or 4.5 hours (LDAC + ANC on). A 10-minute quick charge gives up to 5 hours of playback time using both the earbuds and the case. The earbuds are IP55-rated for dust and water resistance.
The realme Buds T200 are powered by Bluetooth 5.4 and support Google Fast Pair. Firmware updates and EQ settings can be managed through the realme Link app. The earbuds come in four color options: Mystic Grey, Snowy White, Dreamy Purple, and Neon Green.
Pricing & availability
The Buds T200 are priced at Rs. 1999, with a Rs. 300 bank offer bringing the effective price down to Rs. 1699. Sales begin on August 1, 2025, and the earbuds will be available through realme.com, Flipkart, and select offline retail stores.
The Vivo X200 FE and OPPO Reno 14 represent two compelling options in the mid-to-premium smartphone space, targeting users who want flagship-level features without crossing the ultra-premium price point. With a significant price gap between them, this comparison is important for buyers trying to decide whether the higher cost of the X200 FE brings enough real-world advantages over the more affordable Reno 14.
Build and Feel: Both phones offer a premium design with a glass front and back, along with an aluminum frame. However, the Vivo X200 FE steps ahead with Schott Xensation glass and a robust IP68/IP69 rating, signifying better resistance to dust and high-pressure water jets. The Reno 14 also boasts IP68/IP69 certification, but with Gorilla Glass 7i protection. Vivo’s glass build feels slightly more refined due to the use of higher-grade materials and better durability under stress. The inclusion of eSIM support in both is a welcome feature.
Display Quality: The Vivo X200 FE comes with a 6.31″ LTPO AMOLED panel with an impressive peak brightness of up to 5000 nits and 2160Hz PWM dimming, offering exceptional HDR content viewing and better eye comfort. Meanwhile, the OPPO Reno 14 has a slightly larger 6.59″ AMOLED with 3840Hz PWM dimming and up to 1200 nits peak brightness. While Reno 14 leads in flicker control, the X200 FE has superior brightness, and the LTPO tech ensures better efficiency and adaptive refresh.
Verdict: The Vivo X200 FE offers better material quality and a more advanced, brighter LTPO display. It edges out as the more premium and versatile option for display-focused users.
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2. Specifications
OPPO Reno 14
Performance: The Vivo X200 FE is powered by the MediaTek Dimensity 9300+, a flagship-level chip featuring Cortex-X4 cores and Immortalis-G720 GPU. This setup ensures top-tier performance for gaming and multitasking. In contrast, the Reno 14 uses the Dimensity 8350, which is a solid upper-midrange chip with a Mali G615 GPU. While Reno 14 can handle daily tasks with ease, it lacks the raw power and graphical finesse seen in Vivo’s 9300+ setup. The X200 FE also ships with up to 16GB of RAM on the higher tier, offering slightly better performance potential.
Battery and Charging: Vivo X200 FE houses either a 5300mAh or 6500mAh Si/C battery, depending on the region, with 90W wired charging. OPPO Reno 14 carries a 6000mAh battery with 80W wired, 33W PPS, and 13.5W PD support. While Reno’s multi-protocol fast charging makes it versatile, Vivo’s higher capacity and faster standard charging give it an edge for endurance and speed. The Si/C battery tech also implies better energy density and longevity for Vivo.
Verdict: Vivo X200 FE takes the lead with a flagship-grade chipset and larger, more efficient battery tech, making it a better long-term performer.
3. Camera
vivo x200 FE
Main and Secondary Lenses: Both phones feature a triple-camera setup with a 50MP main and telephoto sensor, and an 8MP ultrawide. However, the Vivo X200 FE offers a superior periscope telephoto lens with Zeiss optics and 3x optical zoom, laser autofocus, and Zeiss T* coating. OPPO Reno 14 counters with a 3.5x telephoto lens, but lacks the Zeiss tuning. Vivo’s sensor setup provides sharper low-light performance and more refined depth due to superior optics and multi-directional PDAF.
Selfie Camera: Both phones offer 50MP front-facing cameras capable of 4K video recording. Reno 14 includes gyro-EIS and autofocus, offering smoother videos and flexible framing. Vivo X200 FE, while matching in resolution and 4K support, has HDR and PDAF but lacks EIS. Reno’s selfie implementation is slightly more versatile for vloggers and video calling with stabilization in focus.
Verdict: For rear cameras, the Vivo X200 FE pulls ahead due to Zeiss optics and superior telephoto performance. For selfies, Reno 14 gets a slight edge with EIS and consistent autofocus in video.
4. Pricing
Oppo Reno 14
The OPPO Reno 14 starts at approximately $500, while the Vivo X200 FE comes in around $750, creating a noticeable $250 price gap. For budget-conscious users, the Reno 14 delivers strong overall value with a capable camera, huge battery, and premium design. However, the X200 FE justifies the higher cost with a flagship processor, advanced LTPO display, Zeiss camera system, and a more durable build.
If flagship-level performance and display tech matter, the X200 FE is worth the extra investment. But for most everyday users, the Reno 14 offers exceptional value under $500.
5. Conclusion
OPPO Reno 14
The Vivo X200 FE boasts some standout features: Zeiss optics, a flagship Dimensity 9300+ chip, a 5000-nit LTPO display, and a next-gen Si/C battery, each giving it a significant edge for tech enthusiasts. Meanwhile, the OPPO Reno 14 holds its ground with excellent value, a versatile selfie camera with EIS, extended battery capacity, and a polished ColorOS experience.
Choose the Vivo X200 FE if you prioritize flagship-grade power, high-end display technology, and top-tier camera tuning. Go for the OPPO Reno 14 if you want solid all-around performance, long battery life, and great value under $500 without compromising core features.
Realme has rolled out its latest mid-range 5G smartphones in India, the Realme 15 Pro 5G and Realme 15 5G. Both phones come with a massive 7,000mAh battery and a strong push toward AI-powered camera and editing features.
Realme 15 Pro 5G, Realme 15 5G Specifications
The Realme 15 Pro 5G is powered by Qualcomm’s Snapdragon 7 Gen 4 chip, while the regular 15 5G runs on MediaTek’s Dimensity 7300+. Both offer up to 12GB of RAM and as much as 512GB of storage, and they ship with Realme UI 6 based on Android 15.
The camera setup brings a lot of attention as well. The camera setup includes 50MP front shooters on both devices, while the Pro model upgrades the rear system to include dual 50MP sensors—one for wide shots and one ultrawide. Up front, both phones offer 50MP selfie cameras that can shoot in 4K at 60fps.
Realme is also betting big on AI this year. These phones pack new features like “AI Edit Genie” (which lets you edit photos using voice commands) and “AI Party,” which tweaks camera settings in real time based on ambient lighting. Other AI-driven features include motion detection, glare removal, enhanced landscape capture, and a so-called “AI Snap Mode.”
Visually, the phones boast a 6.8-inch AMOLED display with up to 144Hz refresh rate and Gorilla Glass 7i protection. You also get an in-display fingerprint sensor, IP66/IP68/IP69-rated durability, and the usual array of connectivity: 5G, Wi-Fi, Bluetooth 5.4, GPS, and USB-C.
Fueling the phones is a 7,000mAh cell with support for 80W charging across the board.
Pricing and Availability
Pricing starts at Rs. 31,999 for the Realme 15 Pro 5G and Rs. 25,999 for the Realme 15 5G. Both will be up for grabs starting July 30 via Realme’s website, Flipkart, and retail stores.
Realme is also offering bank discounts of up to ₹3,000 on the Pro and up to ₹2,000 on the base model, plus additional exchange deals. Color options include Flowing Silver and Velvet Green for both phones. There’s also Silk Purple exclusive to the Pro, and a Silk Pink variant for the vanilla version.
Realme 15 5G and 15 Pro 5G Specifications
Feature
Realme 15 5G
Realme 15 Pro 5G
Display
6.8-inch OLED, 2800×1280, 144Hz refresh rate
6.8-inch OLED, 2800×1280, 144Hz refresh rate
Up to 6500 nits peak brightness
Up to 6500 nits peak brightness
100% DCI-P3, 4608Hz PWM, Gorilla Glass 7i
100% DCI-P3, 4608Hz PWM, Gorilla Glass 7i
Chipset
MediaTek Dimensity 7300+ (4nm, up to 2.5GHz)
Snapdragon 7 Gen 4 (4nm)
GPU
Mali-G615 MC2
Adreno 722
RAM & Storage
8GB / 12GB LPDDR4X
8GB / 12GB LPDDR4X
128GB / 256GB / 512GB UFS 3.1
128GB / 256GB / 512GB UFS 3.1
OS
Android 15 with Realme UI 6
Android 15 with Realme UI 6
Rear Camera
50MP Sony IMX882 (OIS, f/1.8)
50MP Sony IMX896 (OIS, f/1.8)
8MP ultra-wide (f/2.2)
50MP ultra-wide (OV50D, f/2.0)
Up to 4K @30fps video recording
Up to 4K @60fps video recording
Front Camera
50MP (OV50D, f/2.4), up to 4K video
50MP (OV50D, f/2.4), up to 4K video
Battery
7000mAh (typical), 80W fast charging
7000mAh (typical), 80W fast charging
Audio
Stereo speakers, USB Type-C audio, Hi-Res Audio
Stereo speakers, USB Type-C audio, Hi-Res Audio
Fingerprint
In-display optical sensor
In-display optical sensor
Other Sensors
Infrared sensor
Infrared sensor
Build
162.26 × 76.15 × 7.69 mm, 187g
162.26 × 76.15 × 7.69 mm, 187g
Durability
IP68 + IP69 dust and water resistance
IP68 + IP69 dust and water resistance
Connectivity
Dual SIM (nano + nano), 5G SA/NSA, Dual 4G VoLTE
Dual SIM (nano + nano), 5G SA/NSA, Dual 4G VoLTE
Wi-Fi 6 (2.4GHz + 5GHz), Bluetooth 5.4, USB Type-C 2.0
Wi-Fi 6 (2.4GHz + 5GHz), Bluetooth 5.4, USB Type-C 2.0
Xiaomi is preparing to return to the large foldable smartphone market next year, according to a new leak from Digital Chat Station. The company is developing a next-generation horizontal foldable under the Mix Fold series, expected to feature significant upgrades and a revised aspect ratio. The device is currently being tested with a Snapdragon chipset, though the specific model number has not been confirmed.
This new report aligns with an earlier leak from tipster Smart Pikachu, who also claimed that Xiaomi would revive its Mix Fold lineup in 2026. Smart Pikachu indicated that the upcoming foldable would offer major improvements over its predecessor and would likely adopt a different screen ratio.
Xiaomi did not release a large foldable in 2025. The most recent model in this category remains the Mix Fold 4, which launched in 2024 with a 6.56-inch outer display and a 7.98-inch foldable inner display. It featured the Snapdragon 8 Gen 3 processor, a 5100mAh battery, and supported 67W wired and 50W wireless charging. Despite its flagship-level specifications, the Mix Fold 4 struggled with software optimization and user experience, especially in multitasking and large-screen adaptation. This impacted its reception in the highly competitive foldable market.
The upcoming model is expected to address these shortcomings with both hardware and software improvements. The device may adopt a new aspect ratio for better usability in work and media scenarios, alongside improvements to the hinge and crease visibility, both of which are now essential metrics in the foldable category.
Separately, Xiaomi is working on a tri-foldable device under the codename “zhuque.” This model is expected to debut in the first quarter of 2026, but it remains unclear whether it will replace the Mix Fold series or launch alongside it.
While Xiaomi paused its large foldable roadmap, its clamshell Mix Flip series performed well. Xiaomi recently launched the Mix Flip 2, which features a refined external display and a nearly invisible crease on the inner screen.
With Apple preparing to release its first foldable iPhone in 2026 and other Android brands like Huawei, Oppo, and vivo accelerating their efforts, Xiaomi’s return to the large foldable space comes at a critical time.
For more daily updates, please visit ourNews Section.
Vivo has confirmed that the Vivo T4R 5G will launch in India on July 31. This will be the company’s next phone in the T4 series. Vivo says it will be India’s slimmest phone with a quad-curved display, measuring just 7.39mm in thickness.
The teaser shows a rear camera setup similar to the recently launched iQOO Z10R, which is also launching soon. Based on this, the vivo T4R 5G is expected to feature a 50MP main camera with a Sony IMX882 sensor and optical image stabilization. It will likely include a secondary 2MP camera and a 32MP front camera. Both front and rear cameras are expected to support 4K video recording.
The phone is expected to be powered by the MediaTek Dimensity 7400 processor. It may come in 8GB and 12GB RAM options. The display is expected to be a 6.77-inch Full HD+ OLED panel with a 120Hz refresh rate and curved edges on all four sides.
After the launch, the vivo T4R 5G will be available on Flipkart, the vivo India website, and offline stores. More launch details, including the full specifications and pricing, will be announced in the coming days.
In other news, Xiaomi is preparing to launch the Redmi Note 14 SE 5G in India with a 6.67-inch AMOLED display that supports a 120Hz refresh rate and reaches up to 2100 nits peak brightness. It’s protected by Corning Gorilla Glass 5 and certified for low blue light and flicker-free viewing.
Samsung’s Galaxy S26 is still months from launch, but the rumor mill isn’t slowing down. Just as fresh battery details surfaced earlier today, a new leak is now shedding light on what’s likely powering Samsung’s next-gen flagship.
According to frequent tipster Ice Universe, the upcoming S26 lineup will run on Qualcomm’s Snapdragon 8 Elite 2, and more specifically, a custom-tuned “For Galaxy” version of it.
Samsung Galaxy S26 series uses Qualcomm Snapdragon 8 Elite2 for Galaxy with TSMC technology, with a frequency of 4.74GHz.
Samsung and Qualcomm have been collaborating on these exclusive Galaxy-only variants for a while now, often resulting in slightly better performance compared to the standard chips used in other Android flagships.
A 4.47GHz SoC
So what’s new this time? For starters, the chip’s prime core is rumored to hit 4.74GHz, a noticeable jump from the 4.47GHz peak found in the Galaxy S25’s Snapdragon 8 Gen 3.
The standard version of the 8 Elite 2 is expected to top out at around 4.4GHz, and both variants will be manufactured on TSMC’s third-gen 3nm process. That’s projected to offer a 4% performance boost and 9% lower power consumption compared to the previous gen, even without touching the clock speeds.
As for the phones themselves, Samsung is reportedly prepping the Galaxy S26, S26 Edge, and S26 Ultra for an early 2026 debut. The Ultra model is said to retain the same 5,000mAh battery as last year but could bump up its wired charging speeds from 45W to 65W.
Still, Samsung may not be first out of the gate with Qualcomm’s new silicon. The Xiaomi 16 series is expected to be the first to launch with the Snapdragon 8 Elite 2. Samsung will launch the device much later in January, mostly after its Chinese competitors announce their respective flasghips.
For now, this latest round of leaks adds to the growing picture of what to expect from the Galaxy S26 series.
Casio has just launched one of its most exquisite and culturally rich G-Shock timepieces yet, the MRG-B5000HT. This isn’t just any limited edition model as the brand is working with a Japanese master artisan to handcraft each watch. So here’s everything you need to know.
Casio’s New MRG-B5000HT G-Shock Was Literally Built with a Hammer
Unlike your average rugged watch, this limited-edition G-Shock is hand-forged using the traditional “tsuiki” metal hammering technique by renowned Japanese artisan Kazuya Watanabe. The result? A stunning hammertone finish that’s equal parts brutal and beautiful. The ‘tsuiki’ technique has been used for the bezel and band, which are made using a titanium alloy. This also adds a distinct texture to the watch. That’s not all, the MRG-B5000HT also gets a diamond-like carbon coating for extra scratch resistance and sapphire crystal.
Casio G-Shock MRG-B5000HT-1JR
There are only 500 units of this limited edition Casio MRGs that will be sold. So considering the fact that the master artisan is working on these using the hammering technique, each model will also be unique. Apart from the blend of Japanese craftsmanship and G-Shock’s iconic durability, you get solar power support, Bluetooth connectivity, Multiband 6, world time, and much more.
Casio’s MRG lineup already consists of premium watches, but this one takes it to the next level. Combining the features and unique design, the MRG-B5000HT-1JR carries a hefty price tag of 935,000 yen, which roughly translates to about 6,386 US Dollars. This model will go on sale next month. While a wider release is still unclear, we can expect limited availability in other regions. In related news, you can click here to check out a short list of Casio G-Shocks that pair well with iPhones.
For more daily updates, please visit our News Section.
Snapdragon’s 7 Plus series includes two of the best-performing chipsets in the mid-range space — the Snapdragon 7 Plus Gen 2 and the newer 7 Plus Gen 3. While it’s pretty obvious that the Snapdragon 7 Plus 3 is superior here, the real question is — how significant an upgrade it is over its predecessor, the 7 Plus Gen 2. Is it a true next-gen upgrade or just a modest refresh with a new label?
In this comparison, we’ll break down the specs, run key benchmarks, and explore real-world differences to see just how much of an upgrade the Gen 3 truly is over its predecessor. Let’s start with the spec sheet:
Snapdragon X62 5G modem Downlink: 4.4Gbps Qualcomm FastConnect 6900 Wi-Fi 6E (peak speed: 3.6Gbps) Bluetooth 5.3
Display
QHD+ @ 144Hz, 4K Ultra HD @ 60Hz HDR10, HDR10+, HDR Vivid 10-bit color depth
QHD+ @ 120Hz HDR10+ 10-bit color depth
Snapdragon 7 Plus Gen 3 vs 7 Plus Gen 2: Benchmark comparison
Note: The tests were conducted on the Realme GT 6T (Snapdragon 7+ Gen 3) and POCO F5 (Snapdragon 7+ Gen 2).
AnTuTu performance
The Snapdragon 7 Plus Gen 3 shows a solid leap in performance over its predecessor in the AnTuTu benchmark. It achieved a total score of 1,448,293, which is around 27.4% higher than the 7 Plus Gen 2’s 1,136,824. The improvements span across all major categories, with the CPU score showing an 11% jump.
The biggest upgrade comes in the GPU department. The 7 Plus Gen 3 delivers about 42% higher graphics score on the benchmark. Memory performance is also up by almost 60%, while the UX score remains largely the same.
SD 7+ Gen 3
SD 7+ Gen 2
AnTuTu score
1,448,293
1,136,824
CPU
376,122
339,177
GPU
488,799
344,408
Memory
334,990
209,481
UX
248,382
243,758
Geekbench performance
On Geekbench, the Snapdragon 7 Plus Gen 3 once again takes the lead with noticeable improvements in both single-core and multi-core scores. It recorded 1,834 in the single-core test and 4,498 in multi-core, compared to 1,671 and 4,307, respectively, for the Snapdragon 7 Plus Gen 2. That translates to about a 9.7% gain in single-core performance and roughly 4.4% in multi-core.
SD 7+ Gen 3
SD 7+ Gen 2
Single core
1,834
1,671
Multi core
4,498
4,307
The benchmark scores provide a good idea of the raw performance, but they don’t tell the complete picture. So, let’s dive further into the key differences to see real-world changes.
Snapdragon 7 Plus Gen 3 vs 7 Plus Gen 2: Key differences that matter
CPU, GPU, and NPU
Both Qualcomm chipsets utilize TSMC’s 4nm manufacturing facility, but they feature different sets of CPU cores. The Snapdragon 7 Plus Gen 3, for instance, features one Cortex-X4 prime core, four Cortex-A720 performance cores, and three Cortex-A520 efficiency cores, whereas the Gen 2 has one Cortex-X2, three Cortex-A510, and four Cortex-A510 cores.
The third-generation chip benefits from newer ARM cores, which unlock higher performance and better power efficiency. It also excels in visual rendering, thanks to its higher peak speed, increased pipelines, and higher floating-point operations per second (FLOPS). AI capabilities are largely the same across both, powered by Qualcomm’s Hexagon NPU.
Camera
Both Snapdragon 7-series chips have the same camera capabilities except for one thing, which makes a meaningful difference. The Snapdragon 7 Plus Gen 3 also has a Cognitive ISP, which uses AI to interpret and enhance images and videos in real-time. The ISP can recognize and differentiate between elements in a scene in real-time and apply detailed optimizations to improve clarity, detail, and color accuracy.
Connectivity and others
The connectivity has also received several meaningful upgrades. The newer X63 5G modem in the Snapdragon 7 Plus Gen 3 offers up to 5Gbps download speed (vs. 4.4Gbps on the 7 Plus Gen 2 with X62 modem). The Gen 3 chip also gets Wi-Fi 7 support with a peak speed of 5.8Gbps versus Wi-Fi 6E (3.6Gbps) on 7 Plus Gen 2.
The 7 Plus Gen 3 also features faster memory (LPDDR5x at 4.2GHz vs. LPDDR5 at 3.2GHz) and storage (UFS 4.0 vs. UFS 3.1), as well as faster USB data transfer. Additionally, it brings support for 4K display resolution and a higher refresh rate for a QHD+ display.
Snapdragon 7 Plus Gen 3 vs 7 Plus Gen 2: Conclusion
The Snapdragon 7 Plus Gen 3 brings meaningful upgrades over its predecessor, the 7 Plus Gen 2, despite both being built on the same efficient 4nm TSMC process. The Gen 3 chip brings newer, more powerful, and efficient CPU cores, along with a superior GPU, providing a notable performance boost. On AnTuTu, it achieves around 28% higher scores, and a noticeable gain is also observed on Geekbench.
The addition of a Cognitive ISP sets the 7 Plus Gen 3 apart, enabling smarter, context-aware image and video enhancements powered by on-device AI. Connectivity is more advanced too, bringing faster 5G and Wi-Fi 7 support. The memory, storage, and display also get meaningful upgrades.
While both are excellent chipsets, the refinements in the 7 Plus Gen 3 platform make it a clear choice for users seeking the premium performance, camera capabilities, and next–generation connectivity in the mid-range segment.
Xiaomi has launched the Mijia Wireless Floor Scrubber 4 in China. The new model is now available for purchase on JD.com and other platforms at a retail price of 1,499 yuan ($209). This follows the earlier release of the Pro and Max variants in the same lineup.
The Mijia Wireless Floor Scrubber 4 features a main motor that delivers 18,000Pa of suction power. It uses a roller brush that rotates at 450 revolutions per minute to remove dry debris, wet spills, and stains from hard floors. Xiaomi has equipped the device with three cleaning modes: standard, sterilization, and water absorption. The scrubber can vacuum, mop, and self-clean the brush simultaneously through a live water circulation system.
Xiaomi has included a four-layer anti-hair-tangle system to improve cleaning performance. The system consists of floating combs, extended shark-tooth scrapers, a tightly-fitted metal scraper bar, and a wide-angle V-shaped suction port. The company claims this setup can handle up to 3,000 strands of long hair without causing entanglement.
The device uses a five-layer water control system to reduce water residue and shorten drying time by up to 25%. It includes a high-density microfiber roller brush, a consistent-pressure scraper, a wide suction inlet, and a TPE water scraping strip. These components work together to improve water recovery and floor drying efficiency.
Xiaomi has added an 80°C hot air drying system for sterilizing and drying the roller brush. The scrubber also supports 100°C micro-pressure ironing and hot water soaking, which improves hygiene and removes odors. Additionally, the scrubber includes a built-in deodorizing stick that helps minimize smells in the wastewater tank.
The device comes with a bottom-mounted clean water tank, which helps lower its center of gravity and makes it easier to handle. It supports 180° flat-laying operation, enabling it to reach as far as 104cm under furniture. It also features dual-edge brushing that allows it to clean along wall corners and access narrow gaps effectively.
The Mijia Wireless Floor Scrubber 4 includes a 4000mAh battery that supports up to 40 minutes of use. It has a 1000mL clean water tank and a 700mL wastewater tank. Xiaomi claims the scrubber can clean up to 336 square meters on a single charge. The product has received TÜV Süd certifications for hair tangle resistance and water residue control.
In related news, Xiaomi recently introduced a new scalp care device that massages the scalp, dispenses serum, and aims to promote hair health. The company has also launched a 513L French door refrigerator featuring dual cooling technology, ion purification, and HyperOS integration.
For more daily updates, please visit ourNews Section.
Xiaomi is set to launch the Redmi Note 14 SE 5G in India, the latest model in the Redmi Note 14 series. This comes after the Redmi Note 14 5G was introduced in December last year.
The phone features a 6.67-inch AMOLED display with a 120Hz refresh rate and up to 2100 nits peak brightness. It is protected by Corning Gorilla Glass 5 and has TÜV Rheinland certifications for eye comfort and flicker-free viewing.
It is powered by the MediaTek Dimensity 7025 Ultra processor built on a 6nm TSMC process. The phone offers up to 8GB LPDDR4X RAM and an additional 8GB of virtual RAM. It also includes up to 128GB UFS 2.2 internal storage. HyperEngine support is included for improved gaming performance.
The rear camera has a 50MP Sony LYT-600 sensor with a 1/1.95″ size and supports optical image stabilization. The camera is designed for clear shots in all lighting conditions.
For sound, the phone has dual stereo speakers, a 300 percent volume boost, and supports Dolby Atmos. Xiaomi says this is the only phone in its price range offering all three audio features.
The battery is rated at 5100mAh and supports 33W fast charging. It is TÜV Rheinland certified for battery safety and long-term reliability.
The Redmi Note 14 SE 5G has a similar design to the Note 14 but will come in a new red color variant. It will be available on Flipkart, mi.com, and offline retail stores. The price will be announced at launch next week.
Xiaomi is also preparing to launch the Redmi 15 5G in India soon, which is said to feature a massive 7000mAh battery with 33W fast charging and a 6.9-inch 144Hz display. The phone will be powered by a Snapdragon 6s Gen 3, and is said to come with a 50MP + 2MP rear camera setup.
For more daily updates, please visit our News Section.
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