Express Coverage 24

    Author name: IMDAD

    Tech, Mobiles

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

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    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

    Tech, Mobiles

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

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    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.

    "Apple 17 pro image"
    Tech, Mobiles

    iPhone 17 Pro and Pro Max: Apple’s Next Generation Flagships Revealed

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    Apple’s iPhone 17 generation is one of those releases that nudges the whole category forward without reinventing it. The headline changes, a full width rear camera module, 48 megapixel Fusion sensors, the A19 Pro chip and a vapor chamber cooling system, matter for everyday use because they improve sustained performance and real world photography, not just benchmark numbers. Below I’ve divided the coverage so you can read the highlights model by model, first the iPhone 17 Pro, then the iPhone 17 Pro Max. iPhone 17 Pro The iPhone 17 Pro is the smaller, hand friendlier member of Apple’s new Pro family, keeping the footprint close to previous Pro models with a roughly 6.3 inch display that is noticeably brighter and more readable outdoors. The redesign is subtle but purposeful, the full width camera plateau gives the back a new, balanced look and allows for larger sensors without making the phone feel top heavy. The finish and materials lean into a brushed aluminum aesthetic that is tactile and slightly less prone to visible fingerprints, and in hand the Pro feels like a polished tool, premium without being showy. Camera upgrades are the story for the Pro. Apple moved to a 48 megapixel Fusion approach across the rear array and improved the telephoto optics, which translates to sharper long range shots and better subject separation for portraits. That is not just a spec sheet win, in real shooting scenarios you can frame a person from farther away and still retain natural background blur and detail, which changes how you compose photos in crowded or sensitive situations. The camera app also benefits from smarter processing and refined defaults, so many of the improvements are ready to use out of the box rather than requiring fiddly manual settings. Performance follows where the camera leads. The A19 Pro chip brings higher single core speed and more efficient multi core handling, and the addition of a vapor chamber cooling system means the phone holds that performance for longer under sustained loads. If you game for extended periods, edit video on device, or run pro level apps, you will notice steadier frame rates and fewer performance dips compared with older phones. Battery life on the Pro is solid for a smaller phone, improved efficiency from the silicon and software tweaks helps a full day feel more reliable, though heavy users may still prefer the larger Max for all day endurance. For buyers, the iPhone 17 Pro is the balanced pick, it is the camera forward, performance capable device for someone who wants a premium iPhone that is pocketable and powerful. I have been testing Apple phones for years, and the Pro strikes me as the model that will satisfy most creative professionals who do not need the largest screen or the absolute top battery capacity. Also read: Pixel 10 Pro 5G: 5 AI Features That Actually Make a Difference iPhone 17 Pro Specifications Display: 6.3-inch Super Retina XDR OLED, ProMotion 120Hz, peak brightness up to 3,000 nits. Design: All-aluminum body with Ceramic Shield 2, new full-width camera plateau, colors include Deep Blue, Cosmic Orange, and Silver. Performance: A19 Pro chip with laser-welded vapor chamber cooling for sustained high performance. Memory & Storage: 12GB RAM, storage options of 256GB, 512GB, and 1TB. Rear Cameras: Triple 48MP Fusion system with improved telephoto offering up to 8x optical zoom (200mm). Front Camera: 18MP with Center Stage support for dynamic framing in video calls. Video Features: ProRes RAW, Dolby Vision HDR, 4K120fps, Dual Capture mode. Battery: Larger than before, offering reliable all-day use. Charging: 40W fast charging (50% in 20 minutes) and MagSafe wireless charging. Who It’s For: Users who want professional cameras and top-tier performance in a compact, pocket-friendly form. iPhone 17 Pro Max If you want the most screen real estate and the longest battery Apple ships in a handset, the iPhone 17 Pro Max is the model to look at. The Max expands the display to about 6.9 inches, giving a more immersive canvas for photo review, video playback and creative work. That larger display pairs with the same brighter, tougher panel technology as the Pro but simply gives you more room for multitasking and editing on device, for power users that extra space changes the phone from a pocket computer into a practical handheld workstation for certain tasks. Where the Max differentiates itself most is endurance. Between a larger battery, efficiency gains from the A19 Pro and the improved thermal system, the Pro Max delivers the best battery life in Apple’s lineup this generation. For photographers, journalists or travelers who shoot long days and cannot recharge often, that translates into real peace of mind. The camera hardware is shared with the Pro, so you get the same 48 megapixel Fusion sensors and upgraded telephoto optics, but the Max’s size also improves handling when composing difficult shots and reviewing images at full resolution. Performance on the Max is effectively the same class leading experience as the Pro, but the thermal headroom and battery translate into longer sustained performance under heavy workloads. If you edit ProRes clips, run long creative sessions or play graphically demanding games, the Max keeps going when smaller phones start to show fatigue. The 2 terabyte storage option available on the Pro Max is a meaningful choice for creators who want local space for high bitrate footage without constantly offloading files. Who should pick the Max? If screen size, battery life and top tier storage are priorities, the Pro Max is the clear choice. It is the model for people who treat their iPhone as a primary camera and editing tool, and for whom a day long battery and a larger display materially affect their workflow. Also read: Samsung Galaxy S25 FE 5G: India Price, Specs & Design Revealed iPhone 17 Pro Max Specifications Display: 6.9-inch Super Retina XDR OLED, ProMotion 120Hz, 3,000-nit peak brightness for an immersive viewing experience. Design: Same aluminum and Ceramic Shield 2 build with the striking full-width camera plateau.

    Moto Pad 60 Neo
    Tech, Tablets

    Moto Pad 60 Neo Debuts in India: Specs, Price and Flipkart Sale Date

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    Motorola has been steadily rebuilding its reputation in India, first by re-entering the smartphone space with affordable yet reliable devices and now by stepping back into the tablet market. The brand has officially launched the Moto Pad 60 Neo, and the timing could not have been better. With students depending on online classes, professionals juggling remote work, and families streaming their favorite shows, tablets are once again finding their place in Indian households. The Moto Pad 60 Neo is aimed at people who want a device that delivers solid performance without being overly expensive, and Motorola seems to have found a good balance between price and features. Moto Pad 60 Neo Performance and Storage The tablet was officially introduced in September 2025, and like most Motorola devices in India, it will be sold exclusively on Flipkart. This is not surprising since Motorola has long partnered with the e-commerce giant to ensure wider availability. The sale is expected to begin shortly after launch, and buyers can expect introductory offers such as bank card discounts, EMI schemes, and exchange deals. For anyone planning to upgrade or try a tablet for the first time, Flipkart will likely provide attractive bundles and discounts that make the purchase more affordable. When it comes to specifications, the Moto Pad 60 Neo seems thoughtfully put together. It carries an 11-inch Full HD+ display that feels large enough for productivity tasks yet compact enough to carry around comfortably. The bezels are kept slim, which gives the tablet a modern look and makes it more immersive for watching videos or attending video calls. It’s not trying to compete with premium tablets like the iPad Pro, but rather to offer a practical solution for everyday needs. Inside, the tablet runs on a MediaTek Kompanio processor paired with 6GB of RAM, which means it is capable of handling multitasking, online classes, casual gaming, and streaming without major hiccups. Motorola is offering two storage variants, 128GB and 256GB, and both can be expanded using a microSD card. This flexibility is especially useful for students or professionals who want to keep documents, apps, or offline videos on the device. Also read: Apple iPad Pro (M5): Leaked specification Moto Pad 60 Neo Pricing and Competition The software is another area where Motorola usually earns praise, and the Moto Pad 60 Neo continues that trend. It comes with Android 14 out of the box and offers a clean, stock-like experience with minimal bloatware. This not only makes the interface faster but also assures users that they won’t be bombarded with unnecessary apps. Motorola has also promised regular security patches and updates, which is important for buyers who plan to use the tablet for several years. Battery life is often a deciding factor when it comes to tablets, and Motorola has equipped the Moto Pad 60 Neo with an 8000mAh battery. On a typical day, it should comfortably last through long study sessions, work calls, or even a full binge-watching marathon. The tablet supports 20W fast charging, which is not the fastest on the market but still practical enough to get the device up and running without keeping it plugged in for hours. Although tablets are not really bought for their camera capabilities, Motorola has provided an 8MP rear camera for basic tasks such as scanning documents or clicking casual pictures. On the front, there is a 13MP camera that has been designed with video calls in mind, ensuring that online classes, Zoom meetings, and casual chats with family or friends are clear and stable. Price is where Motorola seems to have struck a good balance. The Moto Pad 60 Neo starts at around ₹19,999 for the base 128GB variant, while the 256GB option comes at a slightly higher cost. This positions it directly against competitors like Samsung’s Galaxy Tab A series and Lenovo’s mid-range tablets. While these brands already have a strong presence in India, Motorola is relying on its clean software, modern design, and reliable performance to stand out in the crowd. Also read: Lenovo’s New Tablets: Big Features, Small Price and 5G Support   Moto Pad 60 NeoTarget Audience and Value Proposition The Moto Pad 60 Neo is not being marketed as a high-performance powerhouse, but rather as a dependable everyday device. Students will find it useful for online learning, taking notes, or reading e-books. Professionals who are frequently on video calls or need a secondary device for emails and presentations will appreciate its practicality. Entertainment seekers will enjoy the Full HD+ display and Dolby Atmos-enabled speakers, which provide a decent experience for movies and casual gaming. And finally, those who are conscious about budget will appreciate that it delivers good value without crossing the ₹20,000 mark. As far as sales are concerned, Flipkart is expected to provide multiple launch offers, including discounts with specific bank cards, no-cost EMI options for those who prefer spreading payments, and exchange deals that bring down the price if you are willing to swap an old phone or tablet. Accessories such as covers and screen protectors are also expected to be available at discounted prices, making it easier for new buyers to get everything in one go. In the end, the Moto Pad 60 Neo may not shake up the high-end tablet segment, but it doesn’t need to. It is designed for the majority of users who want something reliable, easy to use, and reasonably priced. The large display, clean Android interface, capable processor, long battery life, and accessible price point make it a very practical choice. For anyone who has been considering a new tablet under ₹20,000, the Moto Pad 60 Neo is a serious option worth exploring. FAQs What is the Moto Pad 60 Neo’s price in India? The starting price is around ₹19,999 for the base 128GB variant, with a higher price for the 256GB model. Where can I buy the Moto Pad 60 Neo? It will be available exclusively through Flipkart in India. How long does the battery last? The tablet features

    Dell laptop image
    Tech, Laptops

    Top 5 Best Laptops Under ₹40,000 for Students in 2025 – Budget Friendly & High Performance

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    Buying a laptop for college or school in 2025 no longer means settling for painfully slow processors or tiny storage. With competition heating up between Intel and AMD and brands offering better value models, you can get a dependable machine that handles online classes, assignments, video calls, light coding, and streaming without breaking the bank. Below I list five laptops that hit the sweet spot under ₹40,000 for students this year. I focused on real world value: snappy storage, enough RAM for multitasking, decent battery life, portability, and upgrade options where possible. 1) Dell Inspiron 3530 — Reliable All Rounder The Inspiron 3530 aims for balance. Configurations with Intel Core i3 13th generation chips, 8GB RAM and 512GB SSD give smooth everyday performance for study work, document editing, web based research, and video calls. The display sizes are student friendly and the build is sturdy enough for daily carrying. If you want a dependable laptop that simply works for everything a student needs, this is a solid pick. Specifications Processor: Intel Core i3 13th Gen i3-1305U, up to 4.5 GHz Memory: 8 GB RAM Storage: 512 GB PCIe NVMe SSD Display: 15.6 inch Full HD (1920 x 1080), anti-glare Graphics: Integrated Intel UHD/Intel Xe Graphics Operating System: Windows 11 Home Weight: Around 1.6–1.7 kg Ports: USB-A, USB-C, HDMI, Wi-Fi, Bluetooth 2) HP 15 (Core i3 13th Gen) — Extra Memory for Multitasking HP has pushed configurations that include 12GB RAM in the same price bracket which makes a real difference when you keep many tabs and apps open. Many models also include 512GB PCIe SSD storage so boot times and file loads are quick. HP tends to include practical extras like decent webcams and anti glare displays that matter for online classes. For students who juggle several apps at once, the extra RAM gives a noticeably smoother experience. Specifications Processor: Intel Core i3 13th Gen (i3-1315U) Memory: 12 GB DDR4 RAM Storage: 512 GB PCIe NVMe SSD Display: 15.6 inch Full HD (1920 x 1080), anti-glare, micro-edge Graphics: Integrated Intel UHD Graphics Operating System: Windows 11 Home Weight: Around 1.59 kg Extras: FHD webcam, numeric keypad, good build 3) Acer Aspire 15 with AMD Ryzen 5 — Best Value Performance AMD Ryzen 5 options in this price range punch above their weight for multi core tasks like compiling code, light photo editing, and running multiple browser tabs. Several 2025 Acer Aspire 15 models offer upgradable RAM and SSD, which is perfect for students who want to buy now and upgrade later as budgets allow. If long term value and upgrade potential matter to you, this model is worth a close look. Specifications Processor: AMD Ryzen 5 7430U (6 cores) Memory: 8 GB RAM (expandable) Storage: 512 GB PCIe NVMe SSD Display: 15.6 inch Full HD (1920 x 1080) Graphics: Integrated AMD Radeon Graphics Operating System: Windows 11 Home Weight: 1.7–1.8 kg Extras: Wi-Fi 6, upgradable memory and storage 4) Asus VivoBook Go 15 — Stylish and Practical The VivoBook Go 15 mixes a compact design with competent internals. Some configurations use Ryzen 5 processors while others use Intel chips, and the brand often offers models with OLED or high quality LCD panels in this segment. For students who care about a good screen for reading notes and watching lectures, and who want something light and good looking, this is a dependable option. Asus also tends to ship comfortable keyboards which helps for long essay sessions. Specifications Processor: Intel Core i3 N305 or AMD Ryzen 5 variants Memory: 8 GB DDR4 RAM (some soldered, some upgradable) Storage: 256 GB or 512 GB PCIe NVMe SSD Display: 15.6 inch Full HD (1920 x 1080), some variants with OLED Graphics: Integrated Intel or AMD graphics Operating System: Windows 11 Home Battery: Fast charging supported on select models Weight: Lightweight for easy carrying 5) Lenovo IdeaPad Slim 3 — Lightweight and Service Friendly Lenovo IdeaPad Slim 3 series models frequently appear in budget lists because they balance portability, battery life, and build quality at an accessible price. These machines are easy to carry across campus and generally offer serviceable displays, comfortable keyboards, and enough ports for student needs. If you prioritize carrying comfort and battery life for long lecture days, this family of laptops is competitive. Specifications Processor: Intel Core i3 or AMD Ryzen 3 series (budget SKUs) Memory: 8 GB RAM (expandable on some models) Storage: 256 GB or 512 GB PCIe NVMe SSD Display: 14 or 15.6 inch Full HD (1920 x 1080) Graphics: Integrated Intel UHD or AMD Radeon Graphics Operating System: Windows 11 Home Weight: Light and portable Extras: Comfortable keyboard, wide service network How to Choose Which One Fits You Best Prioritize your daily tasks. If your work is mostly writing, browsing, and streaming, an i3 or Ryzen 3 with 8GB RAM is enough. For light coding or editing, look for Ryzen 5 or Core i3 with 12GB RAM. Always prefer SSD storage over HDD. A 512GB SSD ensures faster boot times and smoother performance. Look for laptops with upgradeable RAM or storage for future-proofing. Ensure the webcam and mic are decent for online classes. If you move around campus a lot, focus on lightweight models with good battery life. Buying Tips for Students in India in 2025 Keep an eye on student discounts and festive sales. Compare warranty and service availability in your city. Always check recent user reviews of the exact model. Test the keyboard and trackpad in-store if you can. Conclusion You do not need to spend a fortune in 2025 to get a laptop that serves a student well. Focus on SSD storage, reasonable RAM, and a processor that matches your workload. Among the options above you can pick a reliable daily driver now and even upgrade parts later. Frequently Asked Questions Is 8GB RAM enough for college? For most students 8GB RAM is sufficient for word processing, browsing, video lectures, and light multitasking. If you often run developer tools or heavy datasets, 12GB

    Apple
    Tech, Tech News

    Apple to Launch Its Cheapest MacBook Yet: Starting at $599

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    Apple has long held a premium position in the laptop market, but the company may be getting ready to change that perception. Multiple reports say Apple is working on a smaller, lower cost MacBook that could start at just 599 dollars. If the rumors are right, this would be the cheapest new MacBook the company has ever announced and it could arrive in late 2025 or early 2026. Chipset, Display Size, and Possible Release Window What the rumor stack says so far is straightforward. The device is said to use an A series chip normally reserved for iPhones rather than the M series chips used in modern MacBooks. Specifically, sources point to the A18 Pro as the likely brain of the machine. That choice would let Apple keep component costs down while still delivering snappy everyday performance, because these mobile chips are surprisingly capable. Another detail that keeps popping up is the screen size. Several reports claim Apple is testing a 12.9 inch model, which would slot it between the current iPad Pro size and the entry level MacBook Air. A 12.9 inch MacBook would be small and light, easy to slip into a bag, and likely appeal to students, writers, and people who want a reliable laptop for browsing email streaming video and light content creation. Timing and production chatter suggest Apple could move quickly. Some industry analysts and supply chain reports say initial production could begin in late 2025 with mass production following soon after. That timing would put a launch window in late 2025 to early 2026 depending on Apple’s internal schedule and component availability. It is worth remembering that Apple has adjusted launch plans before, so these dates are best read as well informed guesses rather than firm commitments. Also read: Apple’s Big Reveal: 5 Gadgets That Might Disappear After September 9 Why Apple May Introduce a Budget MacBook Why would Apple take this path? There are a few likely reasons. First, price matters. A starting price of 599 dollars would put a MacBook firmly within reach of many buyers who today only consider Windows laptops or Chromebooks. Second, an A series powered MacBook lets Apple reuse existing chip development and manufacturing advantages while offering acceptable battery life and thermals for everyday use. Third, the timing could be strategic. With shifts in the laptop market and with many people looking to replace aging Windows machines or low end laptops, a lower entry price could entice users into the Apple ecosystem. Analysts have even suggested this could increase Apple’s Mac shipments by a significant percentage if the product hits the right balance of price and capability. Of course the trade offs matter. To hit a low price point Apple will likely make choices that keep costs down. Expect the base model to have less unified memory than pricier MacBooks and to ship with smaller storage. Display quality could be good but not top tier. Ports might be minimal and some premium features reserved for higher tier models. These are the kinds of compromises that let manufacturers deliver lower prices without completely sacrificing the feel of the machine. Several reports explicitly warn that Apple could trim things like memory and storage to hit a price that really moves the needle. What this means for buyers and for competitors is worth thinking about. For people who have avoided MacBooks because of price a 599 dollar option would be a real invitation. Schools and institutions could find a Mac laptop easier to adopt. For Microsoft and PC makers the move could force a rethink of their entry level strategies. A quality laptop at that price from Apple would make the market more competitive and could push Windows makers to sharpen offerings for value conscious buyers. On the other hand longtime Mac users who need pro level performance will likely stick with the existing MacBook Air and MacBook Pro lines. The new model looks aimed at a different audience. Also read: iPhone 17 Could Arrive Sooner Than Expected: Apple Event 2025 Leak If you are thinking about waiting for this rumored model there are a few practical points to keep in mind. Rumors do not always pan out and specifications can change during development. The A series chip approach means this MacBook might run macOS with some limitations compared with M series machines, although Apple has been working for years to make its software stack flexible across silicon types. Also regional availability and exact pricing could vary, so a 599 dollar starting price in the United States could translate to a different number in other countries. In short this rumor is big because it would mark a meaningful expansion of Apple’s approach to pricing and product segmentation. A lower cost MacBook opens the door to more users and could nudge how people think about what a Mac can cost. But as with all early reports proceed with cautious optimism. Keep an eye on supply chain updates and official Apple news in the months ahead. Faq Will Apple really release a MacBook for 599 dollars? Multiple industry reports point to a possible launch at that price point, but nothing is official. Take the number as a strong rumor rather than a confirmed retail price. What chip will power the rumored budget MacBook? Reports suggest the A18 Pro, the same series of chip used in recent iPhone Pro models, will be used to balance cost and performance. Using an A series chip would be a shift for MacBooks that today mostly use M series processors. How will this MacBook differ from a MacBook Air? Expect a smaller screen, likely 12.9 inches, less memory and storage in base models, and design choices made to reduce cost. It will probably be aimed at users who need a dependable everyday laptop rather than pro level performance. When could the new MacBook arrive? Supply chain sources hint at production starting in late 2025 with a potential launch in late 2025 or early 2026. Apple could shift

    Qualcomm
    Tech, Tech News

    Qualcomm Chief Says Intel’s Manufacturing Still Falling Short as Competition Heats Up

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    Qualcomm’s CEO Cristiano Amon didn’t mince words this week: while his company would like Intel to be a viable foundry partner someday, Intel’s current production technology “is not an option today.” The remark, delivered in a recent interview, underlines how demanding makers of mobile chips are about power, density and cost, and it adds fresh pressure on Intel as it tries to rebuild its foundry business and win external customers. Why this matters What Amon’s comment really signals is not only a technical assessment but also a commercial reality. Qualcomm depends on partners whose processes deliver the power per watt, yields and area efficiency that modern mobile SoCs require. For now, that means Qualcomm will stay with established suppliers such as TSMC and Samsung for the bulk of its advanced mobile silicon needs, even as Intel markets its roadmap and seeks outside clients. The foundry business is not simply a race to the smallest transistor pitch; it is about balanced metrics like energy efficiency, manufacturing yield, and cost per die. Qualcomm’s chips power billions of devices where battery life and thermal behavior are critical. A marginal shortfall in wafer yields or power efficiency can translate into big product trade-offs and higher per-unit cost. That explains why a cautious, performance and cost driven buyer like Qualcomm is publicly skeptical until Intel can prove the economics and maturity of its nodes. Also read: Dimensity 9500 vs Snapdragon 8 Elite Gen 5: Who Wins the Next Gen Chip War? Intel’s position and the industry ripple effect Intel’s foundry comeback has been one of the industry’s biggest storylines. The company has invested heavily in advanced nodes (18A, 14A and others) and has openly courted major customers. But ramping new process nodes at the scale and costs required for mobile customers is notoriously hard. Yield curves, tool chain maturity and logic density all take time to stabilize, and Qualcomm is signaling that stabilization hasn’t happened yet from its perspective. The result is that Intel must either accelerate proof points for performance per watt and yield, or continue focusing on its own products while ironing out process issues. What this means for the market Short term: Qualcomm’s stance is a public validation of TSMC’s leadership in mobile foundry services. Customers chasing low power, high density mobile chips will likely stay where those metrics are proven. Medium term: Intel still has a chance if it can demonstrate competitive yields and cost structures at scale. Amon left the door open, saying Intel “would like to be an option.” That is an invitation, not a verdict. Strategic signaling: Public comments like this can influence investor sentiment and partner conversations. For Intel, converting skepticism into confidence will require demonstrable benchmarks and customer commitments. How Intel could change the calculus Intel is not without levers. Product wins, government incentives, and process refinements can flip perceptions, but the timeline matters. For a company like Qualcomm, switching foundries is not merely technical; it is contractual and logistical. Intel will need clear, repeatable proof that its nodes can deliver the same or better cost and energy metrics that Qualcomm currently gets elsewhere. Until then, Qualcomm’s public pause is a pragmatic business decision rather than pure criticism. Also read: Apple’s Big Reveal: 5 Gadgets That Might Disappear After September 9 A final thought This exchange is a reminder that foundry competition is healthy for the industry because it forces higher efficiency, better yields and faster innovation. But it also shows how fragile trust is. Big chip designers measure suppliers against real, hard economics. Words from a CEO like Cristiano Amon are part technical assessment, part negotiation tactic, and the next moves from Intel will determine whether this chapter ends in partnership or polite distance. FAQ Exactly what did Qualcomm’s CEO say? Cristiano Amon said that Intel’s current production technology “is not an option today” for Qualcomm, while emphasizing that Qualcomm would consider Intel if it advances its manufacturing to meet efficiency and yield targets. Does this mean Qualcomm will never use Intel? No. The comment is conditional. Qualcomm wants Intel to be an option. If Intel proves its process maturity, yields and power efficiency at scale, Qualcomm could become a customer. For now, Qualcomm continues to rely on TSMC and Samsung for its most advanced mobile chips. Can Intel realistically close the gap? Yes, but it is a technical and commercial race. Intel has resources and government support in some markets. Proving consistent yields and cost efficiency will be the decisive next step to win large external customers.

    Tech, Tablets

    Apple iPad Pro (M5): Leaked specification

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    Apple’s next iPad Pro, expected to arrive in fall 2025, is shaping up to be a major update. Last year’s iPad Pro introduced the powerful M4 chip alongside Apple’s first tandem OLED Ultra Retina XDR display. With the M5 version, Apple is focusing on internal upgrades  processor, memory, cameras, and connectivity rather than a radical redesign. In this article, we’ll break down everything Apple announced (and what credible leaks suggest), compare it to the previous generation, and explain what it means for users. Apple iPad Pro (M5) What is actually new? The headline is the M5 chip. In everyday terms that means faster CPU and GPU work, plus a beefed up Neural Engine for tasks that lean on machine learning. Apps should feel snappier, but the real wins show up when you push the device for heavy editing or large multitasking sessions. Apple looks set to standardize 16GB of RAM across the lineup. That is a subtle but important change. More memory means fewer moments where your iPad has to move apps out of active memory and then reload them, which is the kind of slow down that breaks focus when you are editing video or hopping between many browser tabs and creative apps. Another practical upgrade is a dual front camera setup, one on the long edge and one on the short edge. Translation: video calls no longer depend on how you prop the iPad. Landscape or portrait, your framing stays sensible without contortions or duct tape solutions. Connectivity steps forward too with WiFi 7. Do not expect miracles on a slow cafe router, but on the right network it means much faster transfers and lower latency. That is helpful if you stream high bit rate video or move large projects to the cloud. All of this sits inside the same thin light chassis Apple perfected recently, and the brilliant OLED Ultra Retina XDR display sticks around. So yes, the look and feel remain unchanged, and the engine gets stronger. Also read: Samsung Galaxy Tab S10 Lite Launched With Exynos Chip and S Pen at an Affordable Price Apple iPad Pro (M5): How this actually compares to the previous model If you already bought last year s iPad Pro, this will not feel like a complete reboot. Think of it as level up rather than clean slate. The M5 brings noticeably faster performance you will feel in heavy tasks, and the standardized 16GB RAM is a clear win for pro users. The dual front cameras are a practical improvement rather than a headline grabbing redesign. WiFi 7 future proofs the device for faster home or office networks. If you are coming from an older iPad, such as M2 or earlier, the jump to M5 is more obvious. But if you bought an M4 recently, weigh whether the extra speed and camera tweaks are worth the cost. For many people the answer will be not yet. Who will actually benefit? Creators will get the clearest advantage. If you do a lot of video editing on the go, render 4K footage, paint massive layered files, or run 3D apps, the M5 s extra grunt and the higher memory ceiling make a real difference. It reduces friction and keeps the creative flow intact. Remote workers and frequent video callers will also appreciate the front camera improvements and the smoother multitasking in the new iPad operating system. Students and everyday users will enjoy the speed and battery efficiency, but they are unlikely to feel compelled to upgrade if their current device still meets basic needs. The other big takeaway is future proofing. With more memory and modern wireless tech, this iPad will stay useful for longer as apps get hungrier. Also read: Lenovo’s New Tablets: Big Features, Small Price and 5G Support Practical takeaway If you rely on power and portability and you use pro apps, this is a meaningful upgrade. If your iPad is used mainly for browsing, streaming and note taking, you will probably be fine waiting a year or two. In short, the M5 makes the iPad Pro better where it matters for professionals, and only incrementally better for casual users. FAQ When will the iPad Pro M5 arrive? Expect an autumn announcement. Apple s timing tends to fall in the fall window and this follows that rhythm. Is the M5 a big jump over the M4? It is a sensible one. Faster CPU and GPU, more memory by default, better front cameras and newer wireless tech. Not a redesign, but a useful power boost. Should I upgrade now? If you are on an older iPad such as M2 or earlier and need performance, yes. If you bought an M4 recently, probably not unless you have a specific immediate need for the extra power. Will battery life suffer with the M5? Not likely. The focus is on efficiency as well as raw speed, so you should see similar or slightly better endurance under most conditions. Is this a MacBook replacement? For many creative and productivity workflows, the line between iPad and laptop continues to blur. The M5 narrows that gap further, but whether it replaces a MacBook depends on the specific desktop apps you need.

    Tech, Mobiles

    Samsung Galaxy S26 Edge: The Next Big Thing After the S25

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    Samsung stunned fans with the ultra thin Galaxy S25 Edge last year, winning praise for its 5.8 mm skinny profile and flagship features. Now leaks and renders suggest Samsung is set to push the envelope even further. Rumors claim the upcoming Galaxy S26 Edge will be thinner and sleeker around 5.5 mm thick while packing in bigger batteries and updated hardware. Early CAD images even show a bold new look with a full width horizontal camera bar on the back with two big lenses on the left. The design looks very similar to Apple’s rumored iPhone 17 Pro but with only two cameras instead of three. In short the S26 Edge looks to be a radical redesign of the S25 Edge aiming to stay on the cutting edge of smartphone innovation. Samsung Galaxy S26 Edge Rumored specifications and hardware So far the S26 Edge rumors paint the picture of a top end Samsung flagship. It is expected to sport Samsung’s latest Galaxy silicon likely the new Exynos 2600 in markets outside the US and China and Qualcomm’s upcoming Snapdragon 8 Elite Gen 2 in the US China and Korea. Benchmarks of an alleged S26 Edge prototype show a big leap one Geekbench leak reports scores of 3393 single core and 11515 multi core substantially higher than the S25 Edge’s 3129 and 9916. Expect a significant performance boost under the hood whether it is Exynos or Snapdragon. We also expect memory and storage bumps. Samsung may offer 12 GB or even 16 GB of RAM on the S26 Edge up from 12 GB on the S25 Edge. Storage options will likely start around 256 GB with a higher 512 GB tier. Connectivity should include 5G on all major bands Wi Fi 7 dual SIM plus eSIM and fast USB C charging. Samsung is also rumored to add built in magnets for Qi2 wireless charging a new standard that aligns with the latest iPhones and Pixel phones. Battery life is another major focus. The S25 Edge was ultra thin but packed a modest 3900 mAh battery which was the one complaint testers mentioned. Rumor has it Samsung will not skimp this time. Reports claim the S26 Edge will jump to a 4200 mAh cell. That is a generous bump which combined with the new 2 nm chipset should noticeably improve endurance. Also read: Pixel 10 Pro 5G: 5 AI Features That Actually Make a Difference Samsung Galaxy S26 Edge Design and display The S26 Edge’s chassis is expected to measure about 5.5 mm thick roughly 0.3 mm slimmer than the S25 Edge. This would make the S26 Edge one of the thinnest smartphones ever at least on paper. To achieve this while improving the battery Samsung may be using new stacked battery technology or higher density cells. The back design is taking a bold turn. Render leaks show a full width flat camera module across the top containing two large lenses on one side. This is a big shift from the S25 Edge’s old vertical strip of three cameras. The result closely resembles Apple’s rumored iPhone 17 Pro design. One key difference is that the S26 Edge appears to have only two rear cameras a main and an ultra wide. The front display should remain Samsung’s signature high end AMOLED. The rumors suggest a 6.7 inch curved edge screen similar to last year. Expect a bright 120 Hz OLED with vivid colors and possibly improved anti reflective coating. Bezels may be slim and the front camera will likely stay under a small punch hole. Samsung is also rumored to keep IP68 water and dust protection on the S26 Edge. The design focus is clearly on thinness and premium feel not adding back old features. Also read: Samsung Galaxy S25 FE 5G: India Price, Specs & Design Revealed Samsung Galaxy S26 Edge Cameras The S25 Edge carried over the Galaxy S25 Ultra’s giant 200 MP main sensor and the S26 Edge is expected to do the same. Rumor has it Samsung might open up its aperture a bit for the S26 generation to let in more light and improve low light shots. Alongside the main camera the S26 Edge will likely include a 50 MP ultrawide sensor. This is a step up from the S25 Edge’s 12 MP wide angle promising finer detail and sharper edges. To keep the phone thin Samsung is expected to skip a telephoto lens again so the S26 Edge will likely remain a two camera system. On the selfie side we expect a similar setup to the S25 Edge around 12 to 32 MP under screen or punch hole with autofocus. Camera hardware looks very similar to the S25 Edge but software and processing tweaks should keep images competitive. Samsung Galaxy S26 Performance and AI features Under the hood the S26 Edge should be a powerhouse. The Snapdragon chip already beats the S25 Edge’s 2024 chip by about 10 percent on single core tests and the Exynos 2600 is said to be similarly cutting edge. Paired with 12 to 16 GB of RAM the result should handle anything you throw at it. That means heavy duty gaming video editing and multitasking will be no problem. The larger 4200 mAh battery will help along with 45 to 65 W fast charging. Samsung’s Game Booster optimizations and advanced cooling will sustain performance. On the software side the S26 Edge will run One UI 8 on Android 15 or later with all of Samsung’s AI features. Expect expanded Galaxy AI tools like advanced camera modes voice assistants and real time translation. Expected release date pricing and availability Samsung typically launches the S series in January. All signs point to January 2026 for the S26 series reveal with pre orders opening immediately and sales starting late January or early February. As for price Samsung has not announced anything but rumors say it will stay close to S25 levels. For reference the S25 Edge launched around 1099 dollars for the base 256

    Tech, Tech News

    Dimensity 9500 vs Snapdragon 8 Elite Gen 5: Who Wins the Next Gen Chip War?

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    Every year the top tech conversations boil down to the same question: which silicon will shape the flagship experience? In 2025 the focus is on MediaTek’s Dimensity 9500 and Qualcomm’s Snapdragon 8 Elite Gen 5. Both promise higher clocks, smarter on device AI, and better power economics. Below I break them down in plain language, offer real world examples because benchmarks do not live in a vacuum, and end with a practical verdict for buyers. Dimensity 9500 vs Snapdragon 8 Elite Gen 5: Why this matters in one line Smartphone system on chips determine how fast apps open, how long your battery lasts during a long gaming session, and whether features like real time AI photo editing feel magical or sluggish. Architecture and manufacturing as the foundation MediaTek’s Dimensity 9500 is built on an advanced 3 nm class process and leans into a high clock Cortex X series setup plus a new Mali GPU design aimed at squeezing higher efficiency without burning through battery. Qualcomm’s Snapdragon 8 Elite Gen 5 follows Qualcomm’s Oryon CPU line and an upgraded Adreno GPU architecture. Qualcomm also brings improvements in its Hexagon neural processing unit to accelerate on device AI. The fabrication choices and block designs matter because they directly affect heat, efficiency, and sustained performance. Also read: Apple’s Big Reveal: 5 Gadgets That Might Disappear After September 9 Real world performance and what you will actually feel Benchmarks leak fast, and early listings suggest both chips are very capable. Snapdragon tends to show very high single thread numbers and aggressive GPU clocks, while Dimensity reports point to strong multi core efficiency and steadier performance during long sessions. In plain terms this means: if you launch a heavy mobile game and run short tests, a Snapdragon phone may flash ahead on peak frames per second. But if you play long sessions on a hot day, a Dimensity device might hold steadier frame rates and give you more total playtime before the phone heats up and reduces clocks. Put another way: for bursts of raw speed Snapdragon often leads. For sustained, consistent performance under prolonged load Dimensity often shines. Which experience matters more depends on how you use your phone. AI, camera processing, and connectivity as modern differentiators Both platforms push on device AI such as smarter HDR photo stacking, faster noise reduction, and live video effects. Qualcomm’s Hexagon stack is flexible for third party AI features and developer tooling, while MediaTek has closed the gap with competitive TOPS numbers and ISP gains in the 9500 generation. If you care about advanced camera tricks like object removal or real time portrait improvements, both chips will enable them. The final quality depends heavily on manufacturer tuning and software updates. Connectivity is another battlefield. Expect Wi Fi 7 readiness and very high peak 5G throughput on modern Snapdragon implementations, but real world speeds often come down to modem integration, antenna design, and carrier conditions rather than raw SoC numbers alone. Also read: Jio Celebrates 9 Years with ₹349 Plan: Free Data, OTT Perks & More Inside Battery life and thermals, who spends and who sips This is where narratives diverge. Snapdragon’s higher peak clocks mean excellent short term speed, but that can come with higher thermal output unless an OEM pairs it with an aggressive cooling system. Dimensity’s approach emphasizes efficiency and sustained performance which often translates into better endurance during multi hour workloads in phones without huge cooling stacks. In everyday use such as social apps, streaming, and navigation the differences shrink. They are most visible under heavy continuous load like long gaming sessions or extended video rendering. Price and market positioning, who goes where Historically Qualcomm’s top chips appear first in premium flagships and carry a price premium. MediaTek has been aggressive about offering flagship class silicon to more price sensitive models which gives OEMs room to undercut flagship prices while keeping strong performance. If you want the absolute fastest phone on day one look to Snapdragon equipped devices. If you want the best value for performance and endurance Dimensity powered phones often hit a sweet spot. Practical verdict for different users If you want peak short term performance, top GPU capability, and the broadest set of AI and feature integrations right away, favor phones with Qualcomm Snapdragon 8 Elite Gen 5 provided the phone has solid thermal design. If you value sustained performance, battery efficiency, and prefer a smarter balance of power and endurance at a friendlier price, favor phones with MediaTek Dimensity 9500.Both chips push the envelope. The real winner for you depends on the phone maker’s thermal design, software tuning, and the specific features you use daily. My take is simple: if you are a performance purist who upgrades every year chase Snapdragon. If you want many hours of steady performance and better value pick Dimensity. FAQ Which chip is better for gaming, Dimensity 9500 or Snapdragon 8 Elite Gen 5? For raw peak frame rates Snapdragon often leads. For long gaming sessions where throttling matters Dimensity’s efficiency can deliver steadier performance. Actual results depend on the phone’s cooling system and tuning. Does the Dimensity 9500 support flagship level cameras? Yes. The 9500 includes a modern image signal processor and AI acceleration that support high resolution sensors and computational photography features. Final image quality depends on OEM tuning and software. Will phones with Snapdragon 8 Elite Gen 5 be more expensive? Typically yes. Qualcomm’s top chips usually debut in premium flagships which command higher prices because of the overall package such as camera systems and materials not just the SoC. Which chip gives better battery life? Dimensity class chips generally emphasize sustained efficiency so in similar hardware configurations they often edge out on endurance especially during heavy prolonged use. Real world battery life still depends on battery size and software optimizations.

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