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Redmi Launches 2K 120Hz IPS Display Monitor for Only $125

Tech, Laptops / September 17, 2025

Xiaomi’s sub-brand Redmi has been known for making budget gadgets that punch way above their price tags. Smartphones, earbuds, tablets — you name it. Now, Redmi is stepping into the monitor space with a new 27-inch display that could shake things up big time. Why? Because it offers a 2K resolution, 120Hz refresh rate, and an IPS panel — all for just around $125. That’s the kind of price you usually see on basic 1080p monitors, not something with these specsification. Redmi Monitor Big Features at a Small Price This monitor comes with a 27-inch IPS panel 2560 x 1440 (2K) resolution. For everyday users, that means sharper visuals than standard Full HD, and for gamers, it’s a clear upgrade without needing a monster graphics card like you’d need for 4K. Being IPS, you can expect wide viewing angles and fairly accurate colors, so it won’t look washed out if you’re not sitting directly in front of it. The real kicker here is the 120Hz refresh rate. Most budget monitors are stuck at 60Hz, which feels outdated once you’ve experienced smoother motion. Whether We are gaming, scrolling through social media, or just watching fast-paced videos, the extra smoothness is noticeable and addictive. On top of that, Redmi claims 98% DCI-P3 color coverage and full sRGB support, which is pretty impressive for this price. That means more vibrant colors for movies and games, and enough accuracy to handle light photo or video editing. Sure, it’s not going to replace a pro-level color-graded display, but for $125, it’s hard to complain. Ports and Extras You’re not getting a ton of fancy extras here, but Redmi hasn’t cut corners on the essentials. The monitor includes: DisplayPort 1.4 HDMI 2.0 3.5mm headphone jack That’s enough to hook it up to your PC, laptop, or even consoles. Brightness tops out at 300 nits, which is perfectly fine for indoor use but won’t wow you if you’re used to HDR-capable displays. Redmi also added DC dimming to help reduce flickering, which is a thoughtful touch for people who stare at screens for hours. Redmi Monitor Everyday Use and Gaming So, who’s actually going to love this monitor? If you’re a gamer watching your wallet, this is pretty much a steal. The combo of 2K resolution and a 120Hz refresh rate hits that sweet spot—whether you’re into competitive shooters or just kicking back with some casual racing games, the smoother performance is a real game-changer. For anyone who want to use it for work or school, the sharper 2K resolution means you can finally breathe easier while multitasking. Spread out those spreadsheets and research papers side-by-side without constantly flipping tabs. And thanks to the IPS panel, your YouTube breaks or Netflix binges will still look great. Now, let’s be real—Redmi had to save somewhere. You won’t find a fancy height-adjustable stand or ultra-premium materials here, and true HDR is off the table. But if you’re okay with those trade-offs, what you’re getting for the price feels like a genuine bargain. Price That Stands Out And this is where it gets wild: the price. We’re talking about $125. Let that sink in for a minute. Most monitors with these specs would easily run you over $200, so Redmi isn’t just playing the game—they’re changing it. If this thing makes its way out of China, which it likely will, it’s going to give the entire budget monitor scene a serious wake-up call. So, what’s the final take? Redmi has a knack for making affordable gear that punches way above its price tag, and this display is no exception. Whether you’re gaming, studying, or just want a sharp, smooth screen without emptying your wallet, this might just be the best bang-for-your-buck monitor this year. No, it isn’t flawless—but at this price, it’s honestly hard to complain. FAQs Does this Redmi monitor support HDR? Not really. With 300 nits peak brightness, it doesn’t hit the levels needed for true HDR. You’ll get good colors, but not the dramatic highlights of premium HDR displays. Can I plug in my PS5 or Xbox Series X? Yes, through the HDMI 2.0 port. Just keep in mind that consoles may limit resolution or refresh rate depending on the game. Is it good for editing photos or videos? It’s decent, thanks to 98% DCI-P3 coverage. For hobbyists and students, it’s more than enough. Pros who need color-perfect accuracy might need something higher-end. Is this monitor launching globally? So far, it’s only been announced in China. Xiaomi hasn’t confirmed global rollout yet, but given how popular their monitors and laptops have been, it wouldn’t be surprising if it arrives elsewhere. What’s the catch at $125? The main trade-offs are brightness, a very basic stand, and no advanced HDR. But when you consider you’re getting 2K + 120Hz IPS at this price, those compromises are easy to live with.

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Top 5 Camera Phones of 2025: iPhone, Samsung, Google & Xiaomi Reviewed

Tech, smartphones / September 17, 2025

Smartphone photography has reached a stage in 2025 where it doesn’t feel like an exaggeration to say that these devices can rival mid-level DSLRs in many real-world scenarios. The improvements are not just about megapixels anymore. Larger sensors, genuine optical zoom systems, sensor-shift stabilization, advanced AI processing, and pro-grade video codecs all combine to deliver results that are not only shareable but also professional. we are comparing photography not videography. Here are the top 5 Camera Phones of 2025. 1. Samsung Galaxy S25 Ultra — versatility and zoom mastery Click on the image to buy The Samsung Galaxy S25 Ultra continues Samsung’s tradition of being the most versatile camera phone in the market. Its primary camera uses a 200-megapixel ISOCELL HP2 sensor, around 1/1.3 inches in size, with an f/1.7 aperture and optical image stabilization. This sensor can shoot ultra-high-resolution photos but also excels at pixel binning, where multiple pixels are combined for superior low-light shots. Alongside the main sensor, Samsung has fitted a 50-megapixel ultra-wide lens and a 10-megapixel telephoto module that provides true 3x optical zoom with OIS. You can also wait for Samsung Galaxy S26 Edge which is rumoured to launch. For video creators, the Galaxy S25 Ultra supports 8K recording, improved “Nightography” video modes, and Samsung’s AI-assisted scene optimization that makes low-light videos brighter and cleaner. In practice, this means you can walk into a concert, zoom into the stage, and still come away with sharp, detailed shots. The S25 Ultra feels DSLR-like because it combines multiple focal lengths with advanced processing, giving you options for everything from sweeping landscapes to telephoto portraits. If your budget is low you can also go for Samsung Galaxy S25 FE 5G. 2. Xiaomi 15 Ultra — the Leica-tuned stills specialist Click on the image to buy If still photography is your top priority, the Xiaomi 15 Ultra is arguably the best choice in 2025. Xiaomi, working closely with Leica, has focused on giving photographers a DSLR-like experience in terms of both image quality and handling. Xiaomi also promises 6 years of os and security updates. At its core is a 50-megapixel LYT-900 sensor, which is a near one-inch class sensor with large 3.2µm effective pixels after binning. It has an f/1.63 aperture and optical stabilization, paired with a 23 mm equivalent lens. The Xiaomi 15 Ultra doesn’t stop there. It offers a 200-megapixel periscope module that can reach up to 100 mm equivalent focal length, a 50-megapixel 70 mm floating telephoto lens ideal for portraits, and a 50-megapixel ultra-wide at 14 mm. This trio of focal lengths gives photographers creative flexibility that’s rarely seen on smartphones. For video, Xiaomi supports 8K recording at 30 fps and offers 16-bit UltraRAW formats, which rival the post-production flexibility of DSLR RAW files. In real-world use, the Xiaomi 15 Ultra produces images with remarkable texture and natural color rendering, particularly when using Leica’s photographic styles. The addition of the Photography Kit, which includes grips and physical controls, makes the phone feel even closer to a compact camera. iPhone 17 Pro — cinematic video and consistent color Click on the image to pre-order Apple has always focused on the complete imaging pipeline rather than raw specs, and the iPhone 17 Pro continues this philosophy. Its primary camera is a 48-megapixel sensor with what Apple calls “Pro Fusion” technology, offering a 24 mm equivalent focal length, f/1.78 aperture, and second-generation sensor-shift stabilization. This sensor is complemented by an ultra-wide 48-megapixel camera at 13 mm with a 120-degree field of view, and a 12-megapixel tele lens at 48 mm equivalent that Apple markets as “optical-quality 2x zoom.” What sets the iPhone 17 Pro apart is not just the hardware but the video ecosystem it supports. The device records in ProRes RAW, supports Log and Log2 workflows, and works seamlessly with accessories such as Blackmagic external docks. Apple’s consistent color science means that footage from the iPhone can be dropped into a professional video timeline with minimal color grading required. The experience is cinematic, reliable, and perfect for indie filmmakers or content creators who want to shoot, edit, and publish quickly. When you compare it to a DSLR, the iPhone 17 Pro is less about pure still resolution and more about offering pro-level video tools in a pocket-sized device. Google Pixel 9 Pro — computational excellence Click on the image to buy Google’s Pixel 9 Pro takes a different approach. Instead of trying to outmuscle rivals with huge sensors, it focuses on computation and AI-driven imaging. Its main camera uses a 50-megapixel sensor of around 1/1.31 inches with an f/1.68 aperture and OIS. The phone also features a 48-megapixel 5x telephoto camera and a 48-megapixel ultra-wide lens with autofocus, which doubles as a macro shooter On the front, there’s a 42-megapixel selfie camera that delivers sharp, detailed portraits. What makes the Pixel 9 Pro unique is its on-device AI processing. Features such as Magic Editor, Face Unblur, and improved Night Sight can transform an average shot into something professional-looking in seconds. Even astrophotography is supported, with long exposure and star-tracking features that make night sky photography accessible to anyone. In real-world use, the Pixel 9 Pro shines when you want to shoot quickly and share instantly, It is powered by tensor G5 chip. While Xiaomi or Samsung may give you more manual control and hardware-driven detail, the Pixel’s computational engine ensures that even hurried shots look like they were carefully composed and edited. OnePlus 13 — stability and action photography Click on the image to buy The OnePlus 13 deserves an honorable mention because of its focus on fast capture and stabilization, making it a great option for sports and action shooters. Its main camera is a 50-megapixel Sony LYT-808 sensor, supported by a 50-megapixel Sony LYT-600 telephoto module with 3x Triprism optical zoom and OIS. There is also a 50-megapixel ultra-wide Samsung sensor for sweeping shots. The real strength of the OnePlus 13 lies in its ability to freeze motion. It has some of the

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MacBook Air M4 Drops Under ₹80,000: Unbeatable Pre-Sale Deals on Amazon & Flipkart!

Tech, Laptops / September 16, 2025

Apple’s latest MacBook Air M4 has arrived, and it’s already making waves in India. For years, MacBooks have been seen as premium machines priced far above mid-range laptops. But now, thanks to aggressive pre-sale deals on Amazon and Flipkart, the MacBook Air M4 has dropped below the psychological ₹80,000 mark, making it one of the hottest laptop deals of the year. The Arrival of the MacBook Air M4 Display: Both sizes of the MacBook Air share an absolutely gorgeous screen they call a Liquid Retina display. Basically, that’s just Apple’s fancy way of saying it looks incredibly sharp and vibrant. Apple is planning to launch is another cheap macbook Whichever you pick, you’re getting a super bright screen—500 nits to be exact—which means you can comfortably work outside or in a sunny room without squinting. The text is always razor-sharp, and everything from your photos to movies looks fantastic. Your choice really just comes down to how much screen real estate you want. The 13.6-inch model is wonderfully compact and portable, while the 15.3-inch version gives you a bigger canvas that’s awesome for multitasking or getting fully immersed in a movie. Either way, it’s a real treat to look at. After iPhone 17 Pro and Pro Max launch the price is going to be more competitive. Processor & GPU: Both the 13-inch and 15-inch MacBook Air run on the same super-fast brain, Apple’s 10-core M4 chip. This means they’re both seriously powerful and efficient at handling all your everyday tasks and then some. Where they differ a tiny bit is in their graphics power, which is like their artistic side. The smaller 13-inch model comes with an 8-core GPU, which is still fantastic for most things—smooth video streaming, light photo editing, and casual gaming. If you opt for the larger 15-inch model, you get a little extra boost with a 10-core GPU. This just means it’s got a bit more muscle for things that are more graphically demanding. Think of it as being a little more suited if you regularly edit high-resolution videos or play more detailed games. Memory & Storage: When it comes to memory and storage, think of it like this: Memory (or RAM) is your laptop’s workspace for having lots of apps and browser tabs open at once without slowing down. Storage is your digital closet—it’s where all your files, photos, and programs live. Apple has made things pretty generous here. You get 16 GB of memory standard, which is a ton of workspace for almost anyone. If you’re a power user who edits huge videos or runs complex software, you can even upgrade that to 24 GB to make things extra smooth. For your digital closet, you can start with either a 256 GB or 512 GB SSD. If you take a lot of photos, download movies, or have a giant music library, you can make that closet much bigger—all the way up to a massive 2 TB—so you’ll never have to worry about running out of room. Battery: Alright, battery life—the thing we all actually care about! Both of these laptops are total champs and will easily get you through a full day of work or classes without needing a charger. The 13-inch model has a great battery that lasts up to an impressive 18 hours. The 15-inch version has a slightly bigger battery, so you might get a little extra juice—maybe enough for a couple more episodes of your favorite show. But honestly, with battery life this good on both, you probably won’t even notice the difference. The bottom line is: whichever size you pick, you’re getting a laptop that can go all day long. Perfect for travel, long commutes, or just avoiding that awkward scramble for an outlet at the coffee shop. Weight And Other Features Let’s talk about weight first, because that’s a big deal for a laptop you carry everywhere. The 13-inch model is incredibly light—just 1.24 kg. That’s about the weight of a hardcover book, so it slips effortlessly into your bag. The 15-inch is still super lightweight for its size at 1.51 kg. You’ll definitely notice the bigger screen, but you won’t feel like you’re lugging around a ton of bricks. Now, for the other features—this is where you find all those little thoughtful touches Apple is known for. To keep things secure, you get Touch ID on the keyboard; just tap your finger to unlock your laptop or buy something online. Charging is a breeze with MagSafe—it’s that magnetic plug that safely snaps on and yanks off if someone trips over the cord, saving your laptop from flying off the table. You’ve got two Thunderbolt/USB 4 ports for connecting fast external drives or monitors. The Wi-Fi 6E means you’ll get a super strong and reliable wireless connection. And finally, the 1080p FaceTime camera is a huge upgrade, making you look sharp and clear on all your video calls. So, it packs all these modern, useful features into a body that’s almost shockingly light. Benchmark Performance The M4 chip delivers serious gains compared to the M3 Air from last year. In Geekbench 6 tests, the Air M4 scores around 3750 in single-core and 14,900 in multi-core, compared to ~3080 and ~12,000 on the M3. That’s roughly a 20–25% improvement across the board. what does all this techy stuff actually mean for you? In plain English: this thing is just ridiculously smooth to use. Your apps pop open instantly. You can jump between a dozen browser tabs, a video call, and that huge spreadsheet without the laptop even breaking a sweat. It’s the kind of computer where you just stop worrying about whether it can handle what you’re doing—because it always can. Editing vacation photos, hopping on a Zoom call while streaming music… it all just happens. No lag, no frustrating delays. It just works, effortlessly. Amazon vs Flipkart Pre-Sale Pricing Amazon Deals 13-inch MacBook Air M4 (16GB/256GB) – ₹83,990 (down from ₹99,900). 15-inch MacBook Air M4 (16GB/256GB) – ₹1,09,990 (down from ₹1,24,900). Extra offers: Cashback with ICICI and SBI cards. No-cost EMI starting

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Xiaomi Pad 8 Pro Geekbench Leak Reveals Snapdragon 8 Elite’s Desktop-Class Power in a Tablet

Tech, Tablets / September 16, 2025

"Xiaomi Pad 8 Pro image kept in the table"

Xiaomi’s next premium tablet may be gearing up to rewrite expectations for Android slates. A fresh Geekbench listing for a device believed to be the Xiaomi Pad 8 Pro points to flagship silicon, hefty RAM, and scores that make this tablet sound far less like a casual media player and more like a compact productivity machine. Xiaomi Pad 8 Pro Leak Highlights According to the leak, the Pad 8 Pro carries Qualcomm’s Snapdragon 8 Elite under the hood and one sighted unit ships with 16 GB of RAM, running Android 16 — likely Xiaomi’s HyperOS layer. The Geekbench listing shows a single-core score in the high 2,000s and a multi-core number around the 9,000–9,500 range, figures that place it squarely among top mobile performers. Why does this matter? Benchmarks are hardly the whole story, but they’re a useful yardstick. For a tablet to post multi-core results near 9–10k is notable because it implies sustained multi-threaded throughput: useful for tasks like video editing, running heavier Android apps, or handling desktop-style web work in split-screen. Paired with 16 GB of RAM, the Pad 8 Pro could act less like a consumption device and more like a compact workstation for creators and professionals. Beyond raw CPU numbers, other leaks paint a consistent picture of a performance-focused tablet. Earlier rumors suggested a large battery — north of 10,000 mAh — and high-refresh displays (reports mention a 144 Hz panel on some models), plus support for fast wired charging. Those specs would let Xiaomi balance muscle with endurance: strong processing, long runtime, and a smooth display for both productivity and gaming. Snapdragon 8 Elite: Bridging the Gap Between Tablets and Laptops A quick word on the “desktop-class” label: it’s an evocative phrase and media outlets use it to signal that the tablet’s performance is closer to ultraportable laptops than to average Android tablets. That doesn’t mean the SoC is literally replacing laptop CPUs across the board — thermal limits, sustained power budgets, and OS differences still separate tablets from laptops — but the Snapdragon 8 Elite’s scores show Qualcomm pushing mobile CPU and GPU performance into territory where serious, multi-task workloads feel much smoother than on typical tablets. If you’re wondering what the Snapdragon 8 Elite brings to the table: it’s Qualcomm’s top-end design for this generation, tuned for higher clock speeds and stronger single-thread bursts alongside improved multi-core scaling. In a tablet chassis with good cooling and a big battery, that combination lets apps run faster and maintain performance longer than mid-range silicon typically can. That’s why the Pad 8 Pro rumor cycle emphasizes both the chip and the large battery — they’re complementary. What about real-world use? Benchmarks give a forecast, not a guarantee. Xiaomi’s software optimization — the way HyperOS handles background tasks, thermal throttling, and RAM management — will be decisive. For creators, the possibility of a 16 GB tablet that can handle multi-layer editing, high-bitrate video playback, and multiple apps side-by-side is attractive. For gamers, a combination of high refresh rate, flagship GPU performance, and solid thermal management could mean longer, smoother sessions without excessive throttling. Timing and launch expectations: the leak comes amid broader chatter about Xiaomi’s Pad 8 family and its tie-ins with the company’s phone launches. Xiaomi often brings new tablets to market alongside its flagship phones so expect the Pad 8 Pro to show up near the next phone reveal window. Until Xiaomi confirms the details, take exact scores and feature lists as indicators rather than gospel. In short: the Geekbench leak suggests the Xiaomi Pad 8 Pro will be one of the most powerful Android tablets we’ve seen, with a Snapdragon 8 Elite chip and up to 16 GB of RAM putting it in a different class from mainstream slates. If Xiaomi pairs that hardware with sensible thermal design and HyperOS tweaks that make better use of that memory and CPU headroom, this tablet could be a very capable tool for creators and power users — a compact device that can handle work and play without feeling underpowered. FAQ Are these Geekbench scores definitive proof of final performance? No — they’re a strong hint, but final retail performance depends on thermal design, firmware, and software optimization. Benchmarks show capability, not the full user experience. Do we know battery size and charging speeds for the Pad 8 Pro? Leaks suggest a battery above 10,000 mAh and fast wired charging (reports have mentioned 67W among other figures), but Xiaomi hasn’t confirmed official numbers. How does the Snapdragon 8 Elite compare to other mobile chips? It sits at the top of Qualcomm’s mobile lineup for the current generation and outperforms many mid-range SoCs and previous flagship chips in synthetic tests; exact real-world differences depend on device implementation. Will the Pad 8 Pro be good for productivity and creativity work? The combination of a flagship chip and 16 GB RAM looks very promising for heavy multitasking, editing, and productivity apps — provided Xiaomi’s software and thermals are well-tuned. When will Xiaomi announce the Pad 8 Pro? There’s no confirmed launch date yet, but leaks and certifications hint the Pad 8 family could arrive alongside Xiaomi’s next phone series. Keep an eye on official Xiaomi announcements for the final reveal. Also read: Tecno Slim 5G (128GB) Launch: Slimmest Phone Yet, Powerful 5G at ₹19,999 ($240) Also read: Pixel 10 vs Pixel 9: Is the Upgrade Worth It? Also read: iPhone 17 Pro and Pro Max: Apple’s Next Generation Flagships Revealed

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Snapdragon 8 Elite vs Tensor G5: The Ultimate Showdown of Next-Gen Smartphone Processors

Tech, smartphones, Tech News / September 15, 2025

Alright, let’s settle this. If you’re into phones, you’ve heard the buzz. In one corner, we’ve got Qualcomm’s heavyweight champ, the Snapdragon 8 Elite. It’s the processor that powers pretty much every other top-tier Android phone, and it’s all about raw, unapologetic power. In the other corner, there’s Google’s homegrown contender, the Tensor G5. It doesn’t try to win on brute strength; instead, it’s betting big on a smarter, AI-first approach. So, which one actually deserves a spot in your pocket? Let’s break it down without all the marketing fluff. Benchmarks: The Numbers Don’t Lie Let’s be real, everyone loves a good benchmark score. It’s the easiest way to compare performance, and here, the Snapdragon 8 Elite isn’t just winning—it’s absolutely dominating. Think of the AnTuTu benchmark as a full-system exam. The Snapdragon 8 Elite scores a mind-boggling 2.75 million points. The Tensor G5? It comes in at a respectable but much lower 1.29 million. That’s a huge gap. Digging deeper, the difference in graphics performance is even more dramatic. The Snapdragon’s GPU mopped the floor with Tensor’s, scoring over a million points more. For gamers, that’s the only stat that really matters. On CPU tests like Geekbench 6, the story continues. The Snapdragon’s single-core score is about a third faster, and its multi-core score is a whopping 50% higher. In plain English, this means phones with the Snapdragon chip will feel snappier when you’re flipping between apps, editing 4K video, or doing anything that demands serious grunt. You can’t understand this battle without looking at the completely different goals of each company. Qualcomm built the Snapdragon 8 Elite to be a beast. It uses a “2+6” setup with its custom Oryon cores, with two of them screaming along at over 4.3 GHz. It’s built on a cutting-edge 3nm process and includes a monster GPU that handles advanced gaming features like ray tracing. This chip is designed to win spec sheets. Google took a different path with the Tensor G5. While it’s also on a 3nm process, its CPU uses a more traditional “1+5+2” layout with Arm cores. More importantly, Google made a surprising switch from Arm’s Mali graphics to a PowerVR GPU, a move that raised a lot of eyebrows. Google isn’t trying to win the peak speed race. They’re designing the chip to be efficient and stay cool while it handles a constant stream of AI tasks in the background. It’s about the long game, not the short sprint. Gaming: No Contest, Seriously If you play anything more intensive than Candy Crush, this is the easiest decision you’ll make. The Snapdragon 8 Elite is in a completely different league. In graphics benchmarks, it pushes out nearly double the frames per second compared to the Tensor G5. The Tensor G5 did improve its graphics performance over last year’s model by about 27%, which is great. But there’s a catch: it gets hot. After just a few minutes of intense gaming, the phone heats up and the processor has to throttle down its speed to cool off, causing performance to drop right back down. The Snapdragon gets warm too, but it manages its heat better, maintaining a much more consistent frame rate during longer sessions. Plus, that ray tracing support? It just makes games look more realistic. For a mobile gamer, the Snapdragon is the only choice. Where Tensor Fights Back: AI and Smarts Okay, so the Tensor G5 isn’t a gaming chip. Where does it actually shine? This is where Google’s vision gets interesting. The Tensor G5’s secret weapon is its next-gen Edge TPU (its AI engine). Google says this part is up to 60% more powerful and can run its Gemini Nano AI model 2.6 times faster. This isn’t just about a slightly faster voice assistant. This power enables cool, exclusive features on Pixel phones. Think of things like automatically summarizing your recordings, generating clever replies for you, or helping you fix a blurry photo—all done on the device itself for privacy and speed. While the Snapdragon has a powerful AI engine too, Google’s tight control over both the chip and the Android software allows for a level of integration that others can’t match. The Tensor chip is the reason Pixel cameras can pull off their computational photography magic, making your photos look amazing even with less impressive hardware. Camera, Connectivity, and Battery Life Both chips are fantastic for photography, but they excel in different ways. The Tensor G5’s new image processor is built for Google’s computational photography, enabling awesome video features and that legendary Pixel photo quality. The Snapdragon 8 Elite, however, supports absolutely insane hardware, like 320MP sensors and buttery-smooth 8K HDR video recording. It’s a tie: pick Tensor for software magic, Snapdragon for hardware potential. For connectivity, Snapdragon takes the crown again. Its built-in X80 modem is the best in the business, offering blistering 5G and Wi-Fi 7 speeds. The Tensor G5 uses a Samsung modem, which is decent and has improved, but it still can’t match the peak speeds or rock-solid reliability of Qualcomm’s offering. Battery life is tricky. Google claims the Pixel 10 with the Tensor G5 will last “over 30 hours,” a big jump from before. And in general, day-to-day use, it’s very efficient. However, when you push both chips to their limits, the Snapdragon does more work for the same amount of power. So, for light use, Tensor might last longer, but for heavy use, Snapdragon is more efficient. The Bottom Line: Who’s It For? So, which chip should you choose? It all comes down to what kind of phone user you are. Choose the Snapdragon 8 Elite if: You’re a power user, a mobile gamer, or just someone who wants the absolute fastest and most powerful phone on the planet. You want the best modem, the best graphics, and top-tier performance in every single category. You’re probably looking at phones like the Samsung Galaxy S25 Ultra or other premium flagships. Choose the Tensor G5 if: You care more about a

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Tecno Slim 5G (128GB) Launch: Slimmest Phone Yet, Powerful 5G at ₹19,999 ($240)

Tech, smartphones / September 15, 2025

Let’s be real. The sub-₹20,000 smartphone arena is a brutal, no-holds-barred brawl. For years, the playbook has been simple: cram in the biggest battery, the highest megapixel camera, and a 5G chip, then call it a day. Design? Ergonomics? Often a complete afterthought. You ended up with powerful phones that felt like carrying a thick, glossy brick in your pocket. Tecno Mobile has clearly looked at this landscape and decided to zig where everyone else zags. Their latest launch, the pointedly named Tecno Slim 5G, isn’t just another spec sheet warrior. Priced at a razor-sharp ₹19,999 (about $240), this device makes a bold claim: you don’t have to choose between cutting-edge 5G performance and a phone that feels incredible in your hand. They’re betting that what you want is something… well, slim. But is this just a pretty face? Or has Tecno finally cracked the code on form and function? Let’s break it down. Tecno First Impressions: The “Wow” Factor is Real You can’t talk about this phone without starting with its physique. Tecno isn’t exaggerating with the “Slim” moniker. Holding it, your first thought will likely be, “Whoa, that’s thin.” We’re talking about a profile that dances around the 6.9mm mark. In a world where many competitors are pushing past 8.5mm and 200 grams, the difference isn’t just on paper; it’s immediately tangible. They’ve pulled this off not with fancy glass but with a seriously clever polymer composite build. Translation? It’s lightweight and durable, avoiding the slipperiness and fingerprint-magnet reputation of glass backs. The matte finish on our review unit felt premium and offered a solid grip. It’s a masterclass in making a budget material feel anything but cheap. This thing is light, it’s thin, and it absolutely does not feel like a typical phone in this price bracket. For anyone tired of heavy phones dragging their pockets down, this is a revelation. Key Highlights Of Techno: Slimmest Design: At just 5.95mm thick, it is one of the thinnest 5G smartphones available, yet it manages to include a large 5160mAh battery. Display: The 144Hz 3D curved AMOLED screen with 1.5K resolution and high brightness offers a premium viewing experience. AI Features: Ella AI provides localized support for Indian languages, along with tools like AI noise cancellation during calls and AI-based image editing. Durability: Despite its slim profile, it meets MIL-STD-810H standards and has an IP64 rating for dust and water resistance. Performance: The MediaTek Dimensity 6400 processor ensures smooth 5G connectivity and efficient performance for daily tasks and moderate gaming. The Brains Behind the Beauty: MediaTek Muscle Now, a skinny frame is worthless if what’s inside is underpowered. Thankfully, Tecno didn’t drop the ball here. The heart of the Slim 5G is a MediaTek Dimensity chipset, the workhorse behind the affordable 5G revolution. This isn’t some watered-down processor. Built on an efficient 6nm architecture, this chip is the real deal. It handles the demands of 5G connectivity—switching between bands, maintaining a stable connection, chewing through data—with impressive ease. Paired with a generous 8GB of RAM, performance is snappy. Apps open without a frustrating hang, and multitasking between social media, Google Maps, and Spotify is a breeze. I threw some popular games at it, and while it won’t max out settings like a flagship, the experience was consistently smooth and completely playable. The integration of the modem directly onto the chip is the secret sauce, ensuring 5G doesn’t murder the battery. And let’s talk storage. The 128GB of UFS 2.2 storage is another win. This is a crucial spec that many brands cheap out on. UFS is leagues faster than old eMMC storage. It means apps install quicker, photos save faster, and the entire system just feels more responsive. It’s a spec you feel every day, and its inclusion here is a huge plus. Tecno The Screen: Smooth Sailing The front is dominated by a 6.6-inch FHD+ display. Now, it’s an IPS LCD, not AMOLED, so don’t expect infinite blacks. But what it lacks in perfect contrast, it makes up for with what I believe is a more important feature for a smooth UX: a high refresh rate. Scrolling through your Instagram feed or a long web page on this phone is buttery smooth. That 90Hz or 120Hz fluidity makes the entire interface feel premium and responsive in a way that a 60Hz AMOLED panel at this price simply can’t match. The punch-hole is reasonably small, and the bezels are kept in check. For watching videos, browsing, and gaming, it’s a thoroughly enjoyable experience. Software & Cameras: Playing the Game The phone runs HIOS on top of Android 13. Tecno’s software has come a long way. It’s cleaner than it used to be, though it still has its own personality with customization options and a few pre-installed apps. The good news is that most of it is useful or can be ignored. The performance optimization seems solid, and the promise of future updates is a welcome one. The camera system, led by a 50MP main sensor, is exactly what you’d expect for the price: perfectly decent. In good light, it takes detailed, social-media-ready shots. The AI processing does a decent job with colors. It’s not going to beat a Pixel in computational photography, but for most users, it’s more than capable. The low-light performance is okay—you get passable shots with some noise. It’s a check in the box, but it’s not the main reason you’d buy this phone. The Big Question: What About the Battery? Ah, the elephant in the room. A slim phone must mean a tiny battery, right? Wrong. This is perhaps Tecno’s biggest engineering triumph with the Slim 5G. They’ve somehow managed to pack a 5000mAh battery inside that tiny frame. How? Smarter battery cell technology and the incredible efficiency of that 6nm Dimensity chip. In my use, the phone easily sailed through a full day of moderate to heavy use—browsing, calls, messaging, YouTube, and some photography. The efficiency of the platform means you’re not constantly watching the percentage drop. It’s a all-day device, no question. And when you do need to

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Lenovo Bellator 7000 Gaming Laptop Gets i7-13650HX Upgrade with RTX 5060

Tech, Laptops / September 14, 2025

Lenovo’s Bellator 7000 series has always been about giving gamers solid performance without straying into “overpriced flagship” territory. Now, Lenovo has decided it’s time for an upgrade, and the result is a fresh variant that ships with Intel’s Core i7-13650HX processor and NVIDIA’s RTX 5060 GPU. It’s not a total redesign—you’ll still recognize the Bellator 7000 at first glance—but under the hood, there’s a lot more muscle. If you’re wondering whether this version is worth looking at, let’s dig into the details. Lenovo Bellator Intel Core i7-13650HX – Serious Processing Power The i7-13650HX is the star of this update. It’s part of Intel’s 13th Gen lineup and brings 14 cores and 20 threads (6 performance + 8 efficiency cores). Boost speeds climb up to 4.9 GHz, which is no joke in a laptop. In plain English: You can run heavy games while streaming and chatting on Discord, and it won’t break a sweat. Video editors and 3D artists will see faster renders and exports. Even simple day-to-day stuff like having 20 Chrome tabs open feels smoother. It’s the kind of processor that makes a laptop feel future-proof for the next few years. Lenovo Bellator Graphics Upgrade – NVIDIA RTX 5060 Of course, a gaming laptop lives or dies by its GPU, and this refresh brings in the RTX 5060. It’s NVIDIA’s next-gen card, built on the updated Ada Lovelace architecture. What you’re getting here: Better ray tracing performance, so modern titles look more realistic. DLSS 3.5, which uses AI to boost frame rates without trashing image quality. More power efficiency, meaning less heat for the same performance. At its native 2.5K resolution, the RTX 5060 should run most modern AAA games at high settings. And if you’re into esports like Valorant or CS2, hitting 180+ FPS isn’t going to be a problem. Cooling – Hurricane Architecture Power means heat, and Lenovo isn’t ignoring that. The Bellator 7000’s Hurricane cooling system uses: Three fans Four heat pipes Nearly 30,000 mm² of thermal area Translation? You can push the CPU and GPU hard, and the laptop won’t instantly turn into a space heater. Long gaming sessions should feel more stable, with less chance of performance drops from overheating. Display – A Gamer’s Sweet Spot The display here is honestly one of the highlights. Lenovo gives you a 16-inch 2.5K (2560×1600) panel with a 180 Hz refresh rate. Why it matters: 2.5K resolution means sharper visuals than 1080p. 180 Hz is buttery smooth—ideal for shooters and competitive games. 100% sRGB coverage makes it color-accurate, which is great for photo and video work. HDR and VRR support adds better contrast and prevents screen tearing. It’s a panel that balances both gaming and creative needs, which isn’t always the case at this price point. Memory, Storage, and Battery This model ships with: 16 GB DDR5-4800 RAM (dual-channel, upgradeable) 512 GB PCIe 4.0 SSD (also upgradeable) 60 Wh battery with 100W USB-C fast charging So out of the box, it’s decent. But the fact that you can bump up RAM and storage later makes it much more future-friendly. Keyboard and Build The keyboard is full-sized, with 1.5 mm key travel and a three-stage backlight. It’s not a crazy per-key RGB setup, but it’s good enough for gaming in low light. Design-wise, Lenovo keeps it simple. No wild gamer aesthetics, no overdone lighting—just a clean chassis that works equally well for gaming or bringing to a lecture hall. Ports and Connectivity Port selection is solid, too: Multiple USB-C ports with PD charging USB-A ports HDMI 2.1 RJ45 Ethernet Wi-Fi 6E support So yeah, whether you’re running wired internet for low-latency gaming or hooking up an external monitor, you’re covered. Who Should Buy This? This Bellator 7000 refresh is aimed at: Gamers who want smooth 2.5K gaming at high refresh rates. Creators who use software like Premiere Pro, Blender, or Photoshop. Students/pros who need one laptop for both productivity and play. It’s not the thinnest laptop out there, but if you care about performance more than shaving off a few millimeters, it’s a strong package. Our thoughts The Lenovo Bellator 7000 with i7-13650HX and RTX 5060 isn’t trying to be flashy—it’s trying to be powerful, reliable, and versatile. And honestly, it hits that mark. Between the upgraded CPU, the RTX 5060 GPU, the 2.5K/180 Hz display, and the Hurricane cooling system, Lenovo has put together a laptop that’s ready for both gaming and heavy productivity work. If you’re shopping for a gaming laptop that’s strong on specs without being overhyped, this one’s definitely worth shortlisting. FAQs What’s the main upgrade in this version? It adds Intel’s i7-13650HX processor and NVIDIA’s RTX 5060 GPU, plus faster memory and a sharper display. Can I upgrade RAM and storage? Yes, both are upgradeable. Does it run hot while gaming? The Hurricane cooling system (3 fans + 4 heat pipes) does a good job keeping temps under control. Is the keyboard RGB? It has a three-stage backlight, but not per-key RGB lighting. Is it just for gamers? Nope—it’s equally good for video editors, streamers, and anyone who needs raw power.

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Apple A19 Pro or Snapdragon 8 Elite: Which Processor Is Better for Gaming?

Tech, smartphones / September 14, 2025

If you’re picking a phone primarily for gaming, the two chips at the top of the conversation in 2025 are Apple’s A19 Pro (iPhone 17 Pro) and Qualcomm’s Snapdragon 8 Elite (flagship Android phones). Both are extremely capable, but they make slightly different tradeoffs — here’s a clear, casual, techy breakdown that tells you what actually matters for games like Genshin Impact, Call of Duty Mobile, PUBG Mobile, Fortnite and more. Quick spec snapshot (easy to read) Fabrication: A19 Pro — upgraded TSMC 3nm; Snapdragon 8 Elite — advanced 3nm node. Both are ultra-efficient. CPU: A19 Pro — 6-core design (very high single-core clock and strong IPC). Snapdragon 8 Elite — 8-core design (more cores, high clocks on big cores). GPU: A19 Pro — Apple’s custom multi-core GPU tuned for Metal. Snapdragon 8 Elite — Adreno flagship GPU with big gains over previous gens. NPU/AI: A19 Pro — large Neural Engine plus GPU-accelerated AI blocks. Snapdragon — Hexagon NPU for on-device AI. Memory & storage: Both support LPDDR5X and very fast flash; Android phones often ship with larger RAM options (12–24GB) and bigger battery packs. Real benchmark examples: Geekbench (approximate): A19 Pro ~3895 single-core / ~9746 multi-core; Snapdragon 8 Elite ~3033 single-core / ~9271 multi-core. GPU benchmarks vary by test, but both score at the top of mobile charts. What those specs mean for gaming (plain English) Single-core vs multi-core: Games usually rely more on single-core performance for game logic and frame pacing. That’s where Apple’s high-performance cores and tight hardware/software integration give the A19 Pro an edge. GPU muscle: Both GPUs are flagship-level. Apple’s GPU is highly optimized for iOS games; Adreno on the Snapdragon is powerful and flexible, especially on Android titles optimized for Vulkan. AI features: AI accelerators help with features like upscaling, smart resolution scaling, and some in-game effects — both chips are ready for that, but Apple bundles tighter hardware + software integration which can be beneficial for some titles. A19 PRO GEEKBENCH SCORE Snapdragon 8 elite Real-world gaming — FPS, thermal behavior, battery Genshin Impact: This is a GPU-heavy, open-world title. On many tests, high-end Android phones hit around 60 FPS on max settings while top iPhones frequently show higher frame headroom (tests have shown iPhones hitting much higher average frame rates in the same scenes). Practically, that means smoother visuals and less stutter on the A19 Pro in some scenarios. Call of Duty Mobile / PUBG Mobile These competitive shooters can run at 60–120 FPS. Snapdragon 8 Elite phones frequently reach 120 FPS where the game and OEM allow it. A19 Pro can match or exceed those frame rates on supported titles, but iOS builds sometimes cap at 60 FPS by developer choice. If a game supports 120 Hz on iPhone, A19 Pro handles it with room to spare. Call of Duty Mobile / PUBG Mobile These competitive shooters can run at 60–120 FPS. Snapdragon 8 Elite phones frequently reach 120 FPS where the game and OEM allow it. A19 Pro can match or exceed those frame rates on supported titles, but iOS builds sometimes cap at 60 FPS by developer choice. If a game supports 120 Hz on iPhone, A19 Pro handles it with room to spare. Fortnite and other cross-platform games Most mobile builds cap at 60 FPS. Both chips deliver excellent 60 FPS gameplay, with details and effects scaled to taste. Apple has demonstrated on-device ray tracing in some demos — a neat advantage for visual fidelity if developers support it. Thermals & sustained play Extended gaming heats chips up. Apple’s latest phones have improved cooling hardware (vapor chamber designs) that help sustain peak performance longer, reducing sudden frame drops. Snapdragon 8 Elite is efficient but some real-world stress tests show more aggressive thermal throttling under long, heavy GPU loops — meaning frame drops can be more likely on some Android phones unless the OEM very carefully tunes cooling. Battery impact Under heavy load, tests show Apple’s silicon can do the same work using less power than some Android flagships (so lower wattage draw for the same frame rates). But Android phones often come with much larger batteries, which can even things out in total playtime. Practical advice for gamers If you want rock-solid top single-frame speed, smoothness and slightly better power efficiency: A19 Pro (iPhone 17 Pro) has the edge. If you want flexibility, higher RAM options, and phones that often let you push 120 FPS in titles that support it: Snapdragon 8 Elite phones are excellent and sometimes give higher configurable frame ceilings. Want the longest continuous gaming sessions with max visuals? Look at the phone’s cooling and battery size as much as the SoC. FAQs Which chip gives better battery life while gaming? The A19 Pro is more power-efficient for the same workload, so it tends to use less power at equivalent frame rates. However, bigger batteries on Android flagships often compensate for that advantage Will my phone throttle while gaming? All phones throttle eventually if temperatures rise enough. The iPhone’s new cooling helps the A19 Pro sustain peak performance longer; Snapdragon 8 Elite phones can also be well-tuned, but some models have shown larger drops in long stress tests. Can either chip run 120 FPS in games? Yes — Snapdragon 8 Elite phones commonly reach 120 FPS where the game supports it. A19 Pro can too if the game and iOS build allow it, but some titles are capped by the developers. Which is better for competitive gamers? Both. For absolute low-latency and frame-stability, many prefer Apple’s consistent single-core performance. For flexible settings and higher refresh ceiling, several Android flagships are great. Ultimately, the phone model and game optimization matter as much as the chip.

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Pixel 10 vs Pixel 9: Is the Upgrade Worth It?

Tech, smartphones / September 12, 2025

Google Pixel 10 The Pixel 10 is Google’s incremental-but-meaningful step forward: a brighter Actua OLED, the new Tensor G5 focused on on-device AI, and most notably a hardware telephoto lens for the base model. The chrome on functionality is its increased AI throughput and a modern accessory story (magnetic Qi2 charging). Google Pixel 10 Design & display Pixel 10 keeps the same overall footprint as recent Pixels but leans into a premium finish. The screen is a 6.3-inch Actua OLED with a 60–120 Hz variable refresh rate and significantly higher peak brightness than its predecessor, improving outdoor legibility and HDR highlights. The phone is slightly heavier — that extra heft correlates with a denser internal layout and the thermal headroom for the new SoC. Why it matters: brighter peaks and better HDR make streaming HDR content and using the phone in sunlight noticeably more comfortable. Google Pixel 10 Performance & AI Under the hood is the Tensor G5 (a smaller process node and upgraded TPU/AI blocks). The G5 isn’t just about raw CPU frequency — it’s optimized for low-latency, on-device ML work: live transcription, advanced camera processing, and Gemini Nano-driven features. Apps and games run smoothly; the real wins are AI-driven features that complete faster and more efficiently. Why it matters: if you use local AI features (real-time voice processing, on-device photo edits), the Pixel 10 will feel snappier and more capable. Google Pixel 10 Cameras This is the headline upgrade. Pixel 10’s base model now includes a telephoto lens (about 5× optical reach) in addition to a high-resolution main and an ultrawide. That transforms how you shoot — true optical zoom reduces artifacts and preserves detail when shooting distant subjects or tightly framed portraits. Google’s computational pipeline further enhances results with improved HDR and subject separation. Why it matters: optical zoom in a base model is a practical upgrade for creators, event shooters, and anyone who crops a lot. Google Pixel 10 Battery & charging Battery capacity is nudged up moderately and combined with the efficiency gains of the G5 produces slightly better endurance in real-world use. Pixel 10 embraces Qi2 and a magnetic Pixelsnap accessory ecosystem — a convenience boost that modernizes wireless charging and accessory attachment. Why it matters: you get better day-to-day battery life and a more seamless magnetic wireless experience, though you shouldn’t expect a radical shift in raw charging speed for the base model. Google Pixel 10 Software & ecosystem Ships with Android 16 and deeper Gemini Nano integration for on-device AI features (smart suggestions, faster camera modes, low-latency transcription). Google is pushing new features that rely on the G5’s ML horsepower; some early features may iterate quickly post-launch, but the phone is forward-looking. Pixel 10 — Spec snapshot (base) Pixel 10 — Spec Display: 6.3″ Actua OLED, 60–120 Hz, very high peak brightness SoC: Tensor G5 (optimized for on-device AI) RAM: 12 GB (higher configs available on Pro) Storage: 128 / 256 GB (UFS on modern standard) Rear cameras: Main + Ultrawide + 5× Telephoto (optical) Front camera: ~10.5 MP (improved AF/FOV) Battery: Slightly larger than Pixel 9; better efficiency Charging: Wired fast charge; Qi2 wireless; Pixelsnap magnets OS: Ships with Android 16; long update window Who should buy Pixel 10? Photographers who want genuine optical zoom on a non-Pro Pixel. Power users who value faster on-device AI and future software features. Anyone who wants the brightest screen and modern accessory support. Display: 6.3″ Actua OLED, 60–120 Hz, very high peak brightness SoC: Tensor G5 (optimized for on-device AI) RAM: 12 GB (higher configs available on Pro) Storage: 128 / 256 GB (UFS on modern standard) Rear cameras: Main + Ultrawide + 5× Telephoto (optical) Front camera: ~10.5 MP (improved AF/FOV) Battery: Slightly larger than Pixel 9; better efficiency Charging: Wired fast charge; Qi2 wireless; Pixelsnap magnets OS: Ships with Android 16; long update window Who should buy Pixel 10? Photographers who want genuine optical zoom on a non-Pro Pixel. Power users who value faster on-device AI and future software features. Anyone who wants the brightest screen and modern accessory support. Google Pixel 9 Pixel 9 arrived as a refined, well-rounded Pixel: clean design, top-tier computational photography, and a solid Tensor G4 platform. It remains a strong performer and excellent camera phone for most users. Google Pixel 9 Design & display Pixel 9 features a similar 6.3-inch OLED with 60–120 Hz refresh, balanced brightness, and a lightweight feel. The design is familiar and ergonomic — less flashy than the Pixel 10 but comfortable and reliable. Why it matters: the Pixel 9’s screen is still excellent for most indoor and many outdoor scenarios; its lighter weight appeals to users who prefer less heft. Google Pixel 9 Performance & AI Powered by Tensor G4, the Pixel 9 handles everyday tasks, gaming, and most AI features reliably. G4’s ML throughput is good, though not as fast or as efficient as G5 for more demanding on-device tasks. Why it matters: for typical daily use (social, navigation, streaming), you’ll be hard-pressed to notice big differences versus Pixel 10. Heavy AI workflows, however, run faster on the newer chip. Google Pixel 9 Cameras Pixel 9’s main + ultrawide camera combination remains one of the market’s best for stills thanks to Google’s processing. It lacks a hardware telephoto on the base model, so long-range shots rely on digital Super Res methods. For everyday snaps, night shots, and portraits, the Pixel 9 still performs beautifully. Why it matters: if you rarely need optical zoom and you prioritize overall color and low-light performance, Pixel 9 is still an excellent photographic tool. Google Pixel 9 Battery & charging Good endurance for a modern flagship, with conventional wired charging and Qi wireless support. Battery life is competitive and typically meets a full day of mixed use. Why it matters: you get dependable battery performance without the Pixelsnap magnetic convenience. Software & ecosystem Launched with Android 14 and upgradeable; Google’s long update promise keeps it relevant for years. Some of the newest AI features

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OnePlus 15 Launch in India: Expected Price, Features, Camera and Specs – Should You Wait?

Tech, smartphones / September 10, 2025

If you’re watching OnePlus rumors like they’re the next big movie trailer, the OnePlus 15 is shaping up to be one of those “maybe meh, maybe wow” phones. There’s a steady stream of leaks and teases right now — some promising big upgrades, some suggesting OnePlus is changing how it does cameras altogether. Below I’ve rounded up everything that matters for Indian buyers: likely launch timing, expected price bracket, the hardware scoop, and whether it’s worth the wait. When might it launch (and when will India see it)? Leaks point to a China launch in October 2025 with a global rollout that could reach India in early 2026 if OnePlus follows its usual pattern. That timeline has been mentioned by several tech insiders tracking the brand’s roadmap and rumor feeds, so consider it plausible but not official until OnePlus confirms. OnePlus 15 Expected price in India Early price chatter suggests OnePlus is positioning the 15 as a premium flagship, with rumors pointing toward a price around the higher end of the market — some reports even mention figures in the ballpark of ₹70,000–₹80,000 for top trims. Take that with a grain of salt: final India pricing depends on configuration, taxes, and how aggressive OnePlus wants to be against competitors like iqoo. OnePlus 15 Core specs at a glance (what the leaks agree on) Most leaks consistently mention a Snapdragon 8 Elite 2 class chipset powering the phone, a large 6.7–6.78-inch flat OLED with 1.5K resolution and a very fast 165Hz refresh rate, up to UFS 4.1 storage and LPDDR5X RAM, plus a big battery rumor (some say 7,000–7,300 mAh with 100W wired charging). That suggests OnePlus is aiming for long endurance and top-tier performance. it should easily beat pixel 10 pro in performance Camera: evolution, not revolution (but with a twist) OnePlus seems to be sticking with a triple 50MP rear camera hardware approach for flexibility (wide, ultra-wide, telephoto) rather than chasing ever-larger single sensors. A recent leak even pointed to the Samsung JN5 telephoto sensor in the mix, which would be a shift in sensor choices compared with previous models. That said, the hardware changes seem paired with an even bigger change inside the software pipeline — more on that next. Big change: OnePlus is reportedly moving away from Hasselblad This is one of the more serious storylines: OnePlus appears to be ending its multi-year Hasselblad collaboration and investing in a proprietary in-house imaging engine. That means we might see OnePlus-branded image processing rather than the Hasselblad-tuned profiles fans have known for a few generations. If true, that could mean noticeably different color science and post-processing — good or bad depending on the results. apple has not collaborated with anyone for their camera needs. OnePlus 15 Software and extras Expect OxygenOS 15 or an updated skin tuned for the hardware with OnePlus’ usual emphasis on speed and smoothness. Rumors also float features like improved ultrasonic fingerprint tech, IP68-level durability, and a refreshed industrial design (different camera module shape and new finishes). These will matter a lot if you care about daily feel and long-term reliability. Should you wait for the OnePlus 15? Short answer: if you want bleeding-edge performance, longer battery life, and are curious about how OnePlus’ new imaging engine turns out, waiting could be smart — especially if your current phone is 2+ years old. If you need a phone now and current OnePlus or rival flagships are on good offers, you won’t miss anything essential by buying today. Also keep in mind: early adopters of new camera software sometimes face teething issues that get fixed in updates, so patience pays if camera performance is a priority. FAQ Is the OnePlus 15 release date confirmed? No — the October 2025 China window and early 2026 global/India timing are based on leaks. Treat them as likely but unofficial. Will the OnePlus 15 be more expensive than the OnePlus 13? Rumors point to a pricier positioning for top trims, possibly nearing ₹70,000–₹80,000. Final pricing will depend on configurations and official announcements. Is Hasselblad still partnering with OnePlus for the 15? Reports say the Hasselblad partnership is ending and OnePlus is building its own imaging engine. That’s a major change, and we’ll judge its impact once camera samples and official info surface. What camera hardware should I expect? Leaks suggest a triple 50MP hardware layout and some talk of a Samsung JN5 telephoto sensor in at least one configuration. The exact sensors and details will be confirmed closer to launch. Should gamers and power users wait for the OnePlus 15? If you want the fastest SoC of the generation and top refresh-rate displays, yes — the reported Snapdragon 8 Elite 2 and 165Hz panel make it tempting. But again, wait for benchmarks and battery tests before making a final call.

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