The relentless glow of modern smartphones has become both a blessing and a curse, turning our pockets into portals of endless distraction. With every ping, pop-up, and notification, our eyes are glued to screens that leave us squinting, tired, and sometimes just plain overwhelmed. Blue light bombardment, endless scrolling sessions, and the constant pressure to stay connected have transformed what should be helpful tools into sources of digital fatigue and anxiety.

But what if your next phone or pocket device could help you break free from that exhausting cycle? A new wave of phone-sized gadgets is putting eye comfort, focus, and digital wellness front and center, challenging the idea that more features always mean better experiences. Here are five standout devices that completely rethink what it means to stay connected, productive, and truly present in our hyperconnected world.

TCL NXTPAPER 60 Ultra

The TCL NXTPAPER 60 Ultra looks like a modern Android phone from a distance, but its display is anything but ordinary once you pick it up. With a matte, paper-like finish and zero flicker technology, this phone is built specifically for people who want to read, write, and scroll without the usual eye strain that comes with traditional screens. A physical switch on the side lets you toggle between “paper” and “color” modes instantly, making it easy to dial down distractions when you need to focus.

Designer: TCL

Under the hood, the NXTPAPER 60 Ultra offers a smooth 120Hz refresh rate, stylus support, and a generous 5,200mAh battery that easily keeps up with your day. It’s a full-featured smartphone with all the Android apps you’d expect, but the display technology makes it feel more like carrying around a sophisticated digital notebook than a typical glowing slab. The experience is surprisingly comfortable, even during marathon reading sessions.

What We Like

• Exceptionally comfortable for the eyes with zero flicker and ultra-low blue light
• Full Android experience with stylus support for note-taking and sketching
• Versatile display modes that adapt to your needs and environment

What We Dislike

• Large size pushes the limits of what feels truly “phone-sized” for some users
• Camera and AI features are underwhelming compared to flagship smartphones at similar prices

Mudita Kompakt

The Mudita Kompakt is a minimalist’s dream device, wrapped in a sturdy, pocketable shell that feels refreshingly different from today’s glass rectangles. Its monochrome E Ink display is incredibly gentle on the eyes, perfect for calls, texts, and the occasional note without any of the usual smartphone distractions that pull you into endless scrolling sessions. The phone is designed specifically for digital detox, with a strong focus on privacy, wellness, and intentional simplicity.

Designer: Mudita

With days-long battery life, IP54 dust and splash resistance, and thoughtful hardware touches like a real headphone jack and satisfyingly tactile buttons, the Kompakt feels like a modern classic. It’s not about cramming in apps or endless features that you’ll never use. Instead, it’s about reclaiming your attention and enjoying a quieter, more intentional relationship with technology that actually serves your needs rather than demanding constant engagement.

What We Like

• True E Ink screen provides exceptional eye comfort with no blue light or flicker
• Superb battery life measured in days, not hours
• Minimalist, distraction-free design that encourages mindful usage

What We Dislike

• No app store or third-party apps means limited functionality for some users
• Relatively bulky design for such a small screen compared to modern smartphones

Bigme HiBreak Pro Color

The Bigme HiBreak Pro Color represents a rare breed in the smartphone world: a true E Ink device with a color display and full 5G connectivity that doesn’t compromise on essential phone features. It runs Android 14, supports calls and texts like any regular phone, and even includes a stylus for note-taking or sketching when inspiration strikes. The Kaleido 3 color E Ink screen is remarkably easy on the eyes, especially for reading articles or messaging outdoors, where regular phones become unreadable mirrors.

Designer: Bigme

With Google Play support, generous storage options, and a battery built specifically for endurance rather than just getting through the day, the HiBreak Pro Color is perfect for anyone who wants the eye-friendly benefits of E Ink technology without giving up smartphone essentials. It’s designed as a productivity tool that doesn’t constantly tempt you with flashy animations or attention-grabbing notifications, letting you focus on what actually matters.

What We Like

• Full phone functionality combined with the comfort of color E Ink technology
• Excellent legibility in bright sunlight where regular phones struggle
• Stylus support and full app ecosystem for productivity and reading

What We Dislike

• Color E Ink is still noticeably muted compared to vibrant LCD or OLED displays
• Some ghosting and refresh lag, especially when navigating quickly through apps

reMarkable Paper Pro Move

The reMarkable Paper Pro Move takes the beloved reMarkable note-taking experience and shrinks it down into a genuinely pocket-sized package that goes anywhere you do. Its color E Ink display is specifically engineered for note-takers, readers, and anyone who craves a distraction-free digital space for capturing and developing ideas. Weighing just 235 grams and designed to slip effortlessly into your pocket, it’s built for people who think while they move.

Designer: reMarkable

With Wi-Fi, Bluetooth, and eSIM connectivity for messaging and seamless cloud sync, the Paper Pro Move transcends the traditional boundaries of what a digital notebook can be. Its premium build quality, impressive battery life, and remarkably accurate handwriting-to-text conversion make it a favorite tool for those who want to focus on thinking and creating rather than constantly tapping and swiping through endless interfaces.

What We Like

• Outstanding writing and note-taking experience that feels remarkably close to real paper
• Color E Ink display perfect for highlighting and organizing visual information
• Extremely portable design that fits comfortably in most pockets

What We Dislike

• Not a full phone replacement since it lacks voice calling capabilities
• Limited app ecosystem compared to full Android or iOS devices

BOOX P6 Pro

The BOOX P6 Pro represents the next evolution of the phone-sized e-reader concept, offering both color and black-and-white E Ink display options in a form factor that truly feels pocketable. Running a full Android operating system, it supports messaging apps, reading platforms, and note-taking software, with stylus support for those moments when you need to jot down ideas or sketch out concepts on the fly.

Designer:
BOOX

With a hybrid SIM tray for connectivity, generous storage capacity, and a design that feels as comfortable and natural in your hand as holding a paperback book, the P6 Pro is built specifically for productivity on the go. It’s the ideal device for anyone who wants the flexibility and app ecosystem of Android without the constant glare, eye fatigue, and battery drain that come with regular smartphone screens.

What We Like

• Choice between color or black-and-white E Ink displays depending on your needs
• Full Android app support combined with stylus input for maximum versatility
• Truly pocketable and lightweight design that doesn’t feel cumbersome

What We Dislike

• Not a complete phone replacement since it lacks traditional voice calling features
• Still in early release stages with limited global availability and uncertain pricing

These five devices prove that staying connected doesn’t have to mean sacrificing your eyesight, attention span, or peace of mind. Whether you’re drawn to the versatility of the TCL NXTPAPER 60 Ultra, the intentional simplicity of the Mudita Kompakt, or the focused productivity of the reMarkable Paper Pro Move, each offers a refreshing alternative to the endless scroll of mainstream smartphones. The future of mobile devices might just be about doing less, but doing it better.

The post 5 Best Phone-Sized Devices for Digital Detox, Strain-Free Reading, and Focus first appeared on Yanko Design.

The digital overwhelm of modern smartphones has sparked a growing movement toward intentional tech use, with many people seeking ways to reduce screen time and app addiction without completely disconnecting from essential communication. The challenge lies in finding devices that offer just enough connectivity for modern life while encouraging more mindful, distraction-free habits. Most solutions force you to choose between staying connected and staying sane.

The HMD Touch 4G offers a thoughtful middle ground by reimagining what a phone can be when stripped of unnecessary complexity. This compact, Nokia-inspired feature phone provides essential modern connectivity through 4G data, video calling, and cloud apps, while maintaining the focused simplicity that made classic phones so appealing for actual communication rather than endless scrolling.

Designer: HMD

The design immediately evokes nostalgia with its candybar form factor and minimalist curves that feel borrowed from Nokia’s golden era of feature phones. The 3.2-inch color touchscreen provides enough space for basic tasks without overwhelming your attention, while the physical home button and dedicated quick call button on the top edge offer tactile satisfaction that touchscreen-only devices simply can’t match.

The feature set strikes a careful balance between connectivity and simplicity. You get 4G data for essential apps like YouTube, WhatsApp, and Google Maps, plus a front-facing camera for video calls when you need face-to-face communication. However, the device keeps things focused by avoiding the app ecosystem bloat that turns phones into attention-stealing black holes.

The digital detox appeal becomes clear when you consider what the Touch 4G doesn’t do. No social media feeds to endlessly scroll, no notification badges demanding constant attention, no games or productivity apps that blur the line between useful and addictive. Instead, you get the tools for genuine communication and navigation while maintaining the mental space that smartphones often steal.

Of course, the practical features support this lifestyle approach beautifully. The 2000mAh battery delivers up to seven days of standby time, eliminating the daily charging anxiety that plagues smartphone users. FM radio and MP3 playback with expandable storage provide entertainment that doesn’t require data or internet connectivity, perfect for offline moments or travel.

That said, the Touch 4G works best as either a primary phone for people committed to digital minimalism or as a secondary device for specific situations. Weekend getaways, outdoor adventures, or simply times when you want to be reachable without being overwhelmed all become more enjoyable with a device that prioritizes communication over consumption.

The limited market availability, currently focused on India, reflects HMD’s careful approach to launching products that serve specific regional needs and preferences. You can see how this kind of thoughtful device might find broader appeal as more people recognize the value of intentional technology choices.

The HMD Touch 4G demonstrates that stepping back from smartphone complexity doesn’t mean stepping back from modern life. You can stay connected to what matters while reclaiming the mental clarity and focus that constant connectivity often compromises, proving that sometimes less really can be more.

The post HMD Touch 4G Brings Retro Simplicity to the Digital Detox Era first appeared on Yanko Design.

HMD just dropped a device that feels like a glitch in the matrix of modern smartphone pricing. The Touch 4G, priced at 3,999 INR (roughly $48) and launched for the Indian audience, is what happens when someone actually listens to the massive chunk of the global population that doesn’t need or want a 6.7-inch AMOLED slab with a camera system that costs more than their monthly rent. To be fair, the Indian market is flooded with cheap smartphones from Xiaomi, Vivo, Oppo, Realme, and local brands like Micromax and Karbonn. A lot of these phones inevitably cross the $70 mark, which means budget-constrained users still flock to ‘dumb phones’ or feature phones. HMD’s $48 audacious bid hopes to upend that.

What HMD is calling a “hybrid phone” is basically a feature phone that got into a transporter accident with a smartphone, and somehow it actually works. The result is weird in the best possible way. You get a proper touchscreen experience crammed into a 3.2-inch display, which sounds laughably small until you remember that the original iPhone rocked a 3.5-inch screen and people lost their minds over it.

Designer: HMD Global

The spec sheet reads like someone played a game of “what’s the absolute minimum we can put in here and still call it useful in 2025?” The UNISOC T127 processor paired with 64MB RAM (yes, Megabytes) won’t win any benchmark wars, but here’s the thing: it doesn’t need to. This device runs a stripped-down OS that’s optimized for exactly what it does, which is make calls, send texts, handle video calls, and provide WiFi hotspot functionality. That last feature alone makes this compelling because you’re essentially getting a mobile hotspot for $48 that happens to also be a phone. The phone also packs a measly 128MB of internal storage (about 15 iPhone selfies worth), but can be upgraded to 32GB via the card slot on the side.

Here’s the kicker that separates this from actual smartphones: the Touch 4G runs on RTOS Touch, a custom lightweight real-time operating system, not Android. Everything “smart” about this phone happens through HMD’s Cloud Phone service, which hosts browser-based apps that run remotely rather than on the device itself. That explains the shockingly low 64MB of RAM and 128MB of internal storage. The Express Chat app that comes pre-installed is cross-platform compatible with Android and iOS users, meaning you’re not locked into a proprietary messaging ecosystem that only works with other Touch 4G users. This cloud-based approach is simultaneously brilliant and concerning. Brilliant because it keeps the hardware dirt cheap and the device responsive despite minimal specs. Concerning because your phone’s functionality is entirely dependent on HMD maintaining these cloud services, which means the device could become significantly less useful if the company decides to sunset the platform in three or four years.

The camera situation is predictably grim with a 0.3MP selfie camera and a 2MP rear shooter, but let’s be real about what this is for. These aren’t cameras in the Instagram sense. They’re video call enablers and emergency document scanners. The 0.3MP front camera is basically VGA quality, which is fine for WhatsApp video calls where everything’s compressed to hell anyway. The 2MP rear camera with flash at least lets you capture something when you need proof of that parking spot damage or want to snap a picture of a document. Nobody’s expecting Night Mode or computational photography here.

Battery life claims of 30 hours from a 1,950mAh cell sound ambitious until you factor in the tiny screen, low-power processor, and the fact that this thing isn’t constantly syncing seventeen different social media apps in the background. Feature phones have always dominated on battery life because they’re not doing the thousand tiny tasks that drain modern smartphones. Add in Bluetooth 5.0, GPS with Beidou support, a headphone jack (remember those?), and an IP52 rating for dust and splash resistance, and you’ve got something that actually makes sense for its target market. That IP rating matters more than people think because phones at this price point usually skip any kind of protection, meaning a single monsoon downpour can brick your device.

The real genius here is recognizing that there’s a massive market gap between dumb feature phones and entry-level Android smartphones that typically start around 7,000-8,000 INR. HMD is betting that people who need connectivity but don’t need the full smartphone experience will pay 4,000 rupees for something that bridges that divide. The WiFi hotspot feature alone could make this a second device purchase for people who want to keep their main phone’s data separate or need a backup connectivity option. The cloud phone services integration gives you access to news, weather, and an Express Chat app without needing the full Google Play Store ecosystem, which keeps things simple and arguably more secure.

What makes this launch genuinely interesting is the timing. We’re seeing a global pushback against smartphone complexity, with dumbphone sales actually ticking up in developed markets as people try to disconnect from the attention economy. But in markets like India, it’s not about digital detox aesthetics. There are still hundreds of millions of people who either can’t afford or don’t need flagship features but do need reliable connectivity in the 4G era. HMD isn’t trying to be Apple or Samsung here. They’re carving out territory that those companies abandoned years ago, and there’s something refreshing about a product that knows exactly what it is and doesn’t apologize for it. The Touch 4G won’t change the tech landscape, but it might actually change some lives, which is ultimately more important than another iterative flagship that costs twenty times as much.

The post HMD’s $48 Smartphone with 4G Is Disrupting India’s Budget Phone Market first appeared on Yanko Design.

The Vivo V series has built a reputation for offering a stylish design and capable cameras within the mid-range segment. Just six months after the release of the Vivo V50, the company has introduced its latest model, the Vivo V60. Although the upgrade cycle is short, Vivo has used this time to refresh the design and improve the camera system. One of the key changes is the addition of a telephoto camera. This marks a new step forward for the series, with a stronger emphasis on mobile photography.

With these improvements, the Vivo V60 positions itself as more than just a minor refresh. It reflects Vivo’s ongoing effort to push the V series forward and respond to user expectations. The question is whether these changes are enough to make the V60 a standout choice in the highly competitive mid-range market. Let’s take a closer look at what this new model brings to the table.

Aesthetics

The Vivo V60 continues the series’ focus on sleek and stylish design. It features a minimalist aesthetic with a slim form factor and a refined finish that feels premium for a mid-range device. Vivo offers the V60 in a range of color options to suit different tastes. Summer Blue, Desert Gold, and Mist Grey deliver understated, elegant looks. Berry Purple (the unit used for this review) adds a pop of color for users who prefer a more expressive style. Ocean Blue, which is available only in India, stands out the most with a unique rippling, wave-like pattern that adds depth and movement to the surface.

The back panel of the Berry Purple model has a matte texture that resists fingerprints while reflecting light in subtle and elegant ways. The included case matches the color of the device, which is a nice touch. In terms of design language, the V60’s rear panel looks more similar to the Vivo X200 FE than to the previous V50.

The camera setup is arranged cleanly across the upper-left corner. The main and telephoto cameras are stacked vertically within an oval-shaped camera island, with the Zeiss logo placed neatly between them. Next to this module, the ultra-wide camera and LED flash are aligned vertically in a separate column, keeping the layout balanced and visually distinct.

Ergonomics

Holding the Vivo V60 is a pleasure, thanks to its balanced weight and thoughtfully contoured edges. Vivo has crafted the V60 with dimensions that feel just right for a modern handset, but the experience shifts subtly depending on the color you choose. The Mist Gray edition is the slimmest and lightest of the lineup, measuring 163.29mm tall, 76.72mm wide, and just 7.53mm thick, with a weight of 192 grams. Opt for Dessert Gold, Berry Purple, or Summer Blue, and you’ll find the phone slightly thicker at 7.65mm and a bit more substantial at 200 grams. Those seeking the exclusive Ocean Blue will notice a 7.75mm thickness and a weight of 201 grams.

Regardless of the variant, the phone’s gently curved front and back ensure the V60 nestles comfortably in your palm, with a silhouette that never feels bulky or awkward. Even after a marathon day of scrolling, gaming, or snapping photos, your grip remains secure and natural, with no pressure points digging into your hand.

The power button sits on the right side of the frame, positioned about halfway down the height of the device, with the volume rockers just above it. While this arrangement keeps the buttons within easy reach, some users may find the placement a little too low, especially during one-handed use or when reaching quickly. It is a detail that design-conscious users might notice, particularly if they are accustomed to higher button placements on other smartphones.

The on-screen fingerprint scanner, though fast and accurate, is positioned very close to the bottom edge of the display. This location keeps the visual experience clean but may require users to shift their grip more than expected, especially when unlocking the phone single-handedly. For those with smaller hands, this might feel just right, but users who prefer a scanner placed slightly higher may need a period of adjustment. It is a minor ergonomic trade-off in an otherwise comfortable design.

Performance

Thanks to the updated chipset, everyday use feels smooth and responsive. While the Snapdragon 7 Gen 4 is not the newest or most powerful processor on the market, it delivers solid performance for daily tasks. Paired with 8GB or 12GB of RAM and storage options of 128GB, 256GB, or 512GB, the V60 handles multitasking well. Whether you are switching between social media, messaging, or productivity apps, the phone keeps up without noticeable lag. Even with multiple apps running in the background, performance remains steady.

Gaming performance is respectable for its class. Popular titles like Genshin Impact, Call of Duty: Mobile, and PUBG Mobile run at medium to high settings with stable frame rates, although extended play sessions can lead to some warmth around the back panel. Thermal management is decent, and performance throttling is minimal under sustained load.

Photography is a major selling point for the V60, and Vivo’s engineering team has delivered a camera system that punches well above its weight. The triple camera setup includes a 50MP main camera, a 50MP telephoto camera, and an 8MP ultra-wide camera.

The 23 mm equivalent main camera uses a 1/1.56-inch Sony IMX766 sensor with an f/1.9 aperture and optical image stabilization. It captures vibrant, detailed images in daylight and performs well in low-light environments, producing balanced exposures with minimal noise.

The standout is the 73mm equivalent periscope telephoto lens. It features a 50MP Sony IMX882 sensor with a 1/1.95-inch size, an f/2.7 aperture, and optical image stabilization. It delivers excellent results. The camera app supports up to 10x digital zoom, though image quality starts to drop off beyond 4x, as expected.

Overall, both the main and telephoto cameras are impressive for a device in this category. However, one limitation is the relatively long minimum focusing distance, and there is no dedicated macro mode. If you enjoy taking close-up shots of flowers, insects, or small objects, this may not be the ideal phone for that purpose.

The 8MP ultra-wide camera is a step down from the 50MP sensor found in the previous model, but it still adds useful versatility for capturing landscapes and group shots. However, it falls short of the main and telephoto lenses in terms of sharpness and overall image quality.

In terms of video recording, the V60 supports up to 4K resolution at 30 FPS with the main, telephoto, and front-facing cameras. When recording in 1080p, all three can shoot at 60 FPS. The ultra-wide camera is more limited, offering a maximum of 1080p at 30 FPS.

The Vivo V60 features a 6.77-inch AMOLED display with a 120Hz refresh rate and a resolution of 1080 × 2392 pixels (FHD+). Vivo claims a peak brightness of up to 5,000 nits. While real-world conditions rarely reach that number, the screen remains easily visible even in bright sunlight.

Battery life is another area where the Vivo V60 stands out. Its large 6,500mAh battery easily powers the device through a full day of heavy use and often stretches into a second day for lighter users. In testing, the phone performed exceptionally well in active usage scenarios, backing up Vivo’s endurance claims. It also supports 90W wired charging, which delivers fast top-ups, though it lacks wireless charging support.

Sustainability

Vivo makes no claims about using recycled or sustainable materials in the V60, which may disappoint eco-conscious users. However, the phone is built with long-term durability in mind. It features IP68 and IP69 ratings, offering strong resistance to dust, submersion, and high-pressure water. Diamond Shield Glass and an internal cushioning structure improve drop resistance, while platinum-plated ports and a One-Tap Water Ejection feature enhance protection against moisture and corrosion.

On the software side, Super Battery Saver and Bypass Charging work to reduce heat during charging and preserve battery health. These optimizations help the device maintain consistent performance over time. According to Vivo, the V60 is built to last up to four years without noticeable slowdowns, making it a durable option within its class, even if not the most sustainable.

Value

The Vivo V60 is available in several international markets, including India, Malaysia, and Vietnam. Pricing varies by region, but Vivo aims to keep the phone under the equivalent of $500 USD, making it a strong contender in the mid-range segment. Its sleek design and premium feel help it stand out among competitors at this price point.

In addition to its stylish look, the V60 offers impressive camera performance and excellent battery life, making it a great choice for users who prioritize photography and all-day usage. However, if you are looking for a phone specifically geared toward gaming, there are better options available with more powerful hardware and gaming features. Overall, the V60 strikes a good balance between design, functionality, and affordability for most everyday users.

Verdict

The Vivo V60 is a thoughtfully designed mid-range smartphone that continues the V series’ tradition of stylish aesthetics and capable cameras. With a refreshed look, a new triple-camera setup, and a battery that easily lasts through a full day or more, the V60 offers meaningful improvements over its predecessor. It may not reinvent the category, but it certainly pushes the series forward in the right ways.

Performance is solid for everyday use, and while it may not be the top pick for hardcore gamers, it handles most tasks with ease. The addition of a dedicated telephoto lens gives the V60 a real edge in mobile photography at this price point, although the lack of a macro mode and a downgraded ultra-wide camera are small trade-offs. For under $500, the Vivo V60 presents an appealing mix of style, substance, and endurance, making it a strong contender for anyone seeking a well-rounded mid-range smartphone.

The post Vivo V60 Review: Premium Looks, Great Camera, and Long Battery Life for Under $500 first appeared on Yanko Design.

My iPhone 17 Pro Max sits on my copper desk right now, glowing in Cosmic Orange against the warm metal surface. No case. No screen protector. Eleven days of daily abuse since launch on September 19. According to YouTube, Reddit, and X (formerly Twitter), this phone should be covered in iPhone 17 Pro Max scratches. The camera plateau edges should show silver aluminum bleeding through the finish. Keys in my pocket should have etched permanent marks across the back glass. My daily-use test period did not reproduce those claims.

Design: Apple

The Viral iPhone 17 Pro Max Scratchgate Panic

Within hours of the iPhone 17 Pro Max launch, social media exploded with scratch complaints. YouTube creators uploaded videos titled “Scratchgate is Real” showing close-ups of damaged store demo units. Reddit threads collected photos claiming Apple Store displays looked “wrecked” after just a few hours. Tech reporters amplified the narrative with the hashtag scratchgate, warning that the new Pro models scratch easier than any previous iPhone.

The claims focused on one specific area: the camera plateau. This redesigned housing for the rear cameras wraps around with what some called sharp edges. Videos showed silver aluminum showing through colored finishes on Deep Blue and Cosmic Orange models. JerryRigEverything posted durability tests highlighting damage at the plateau edges during controlled Mohs hardness testing with mineral picks.

I decided to test it myself with an anecdotal real-world durability test. Do not put much stock in what you read and see on the internet without evidence. Keys in the same pocket as the phone during every commute. My desk setup includes a copper work surface, rough wood sections, and glass panels. The phone migrates between all of them throughout the day. I set it down carelessly while checking stock charts on my monitor. I slide it around to make room for notebooks and cameras.

My watch clasp has created visible wear on my MacBook Pro’s left edge over the years from repeated contact. This proves aluminum can show damage from daily friction over extended periods. The iPhone can experience similar abuse and is expected to wear over time. It rests on copper desk surfaces, rough wood sections, and sits in the same pocket as my keys during every commute. Will the plateau aluminum eventually show micro-abrasions over months or years of use? Probably. Anodized aluminum is not indestructible. But if the plateau were as catastrophically fragile as viral videos claimed, I should see significant damage after eleven days of deliberate abuse. My test period resulted in zero visible scratches on the plateau edges.

What Early Videos Got Wrong About Material Transfer

Apple made an official statement about the store demo “scratches” that most creators ignored. Apple says many store demo marks came from material transfer off worn MagSafe stands and can be cleaned with a microfiber cloth. That is different from permanent etching. Worn charging accessories in Apple Stores transfer dark residue onto phone backs, creating cosmetic marks that look like scratches in photos but wipe away with gentle cleaning.

This distinction matters tremendously. Material transfer is removable. Actual scratches are permanent etching that penetrates the protective coating. You cannot clean off a real scratch. Store fixtures magnified residue that wipes clean. I tested this with my Cosmic Orange unit after a week of pocket carry. A microfiber cloth removed the cosmetic marks completely, revealing pristine finish underneath.

The Ceramic Shield 2 Reality Check

Apple says the front uses Ceramic Shield 2 with a new coating for three times better scratch resistance. For the first time, the back is Ceramic Shield, and Apple claims four times better crack resistance versus prior back glass. My testing focused on day-to-day scuff and scratch behavior in real-world use.

These numbers are not marketing fluff. My test period validated them. I deliberately subjected this phone to scenarios that damage most devices. Keys share a pocket with the phone during every commute. The phone sits on various desk surfaces throughout the day, including rough wood and metal edges. I handle it constantly without the careful placement most people use with expensive electronics.

The front display shows no visible marks. The back Ceramic Shield glass remains flawless. Even the camera plateau edges look factory fresh. The phone genuinely resists everyday abrasion exactly as Apple claimed.

Why The Camera Plateau Actually Enhances Durability

The most criticized element in early videos may actually improve day-to-day durability. Apple redesigned the camera housing into what they call a plateau. This larger surface area wraps around the camera lenses. Apple places antennas around the perimeter. The plateau increases internal volume for components and battery, and it defines the primary contact zone when the phone rests on its back. Many creators called this design controversial or even ugly. They claimed it creates a weak point where the anodized aluminum shows damage easily.

The opposite is true in practice. The raised plateau concentrates contact on a defined area of the back rather than distributing pressure across multiple points. This design choice appears to limit how much of the back panel contacts surfaces during normal use. My test period showed this geometry working as intended, with plateau edges remaining pristine despite regular desk and surface contact. Edge wear concentrates at corners on any anodized aluminum, which explains why that zone got attention in early videos.

The Aluminum Confusion That Misled Everyone

Many people claimed the iPhone 17 Pro Max should behave identically to MacBooks and iPad Pro models because they all use aluminum. This comparison seems logical but misses critical details about alloy choice, surface treatment, and manufacturing priorities.

Yes, all three product lines use aluminum as the base metal family. No, they do not use identical finished parts or surface treatments. The iPhone 17 Pro Max features what Apple describes as heat or laser-forged, thermally conductive aluminum. This aerospace-grade alloy gets optimized for maximum thermal management. The company switched from titanium specifically to improve heat dissipation for the integrated vapor chamber cooling system.

MacBooks and iPad Pro models often use 100 percent recycled aluminum that Apple emphasizes for sustainability. These devices have different structural and thermal requirements. Laptops sit on desks and dissipate heat through keyboard decks and bottom panels. Tablets get held but experience less intensive thermal loads than phones running AAA games or professional video capture. The alloy compositions differ to serve these distinct use cases.

Surface treatments vary even more significantly. iPhone anodization gets applied in thin, consistent layers over complex curved surfaces and sharp edges. MacBook enclosures use thicker anodization on simpler geometries with rounded edges. These manufacturing choices affect how visible wear appears and where micro-abrasions show up first. Edges show wear first on any anodized device, which aligns with material science and with my expectations for long-term use.

What iFixit’s Microscopy Actually Shows

The Verge reported iFixit’s microscopy findings that supposedly proved the iPhone 17 Pro Max scratches easily. This reporting created significant panic across social media. People pointed to professional analysis with microscopic imaging as definitive proof of fragility. The context matters more than the headline.

iFixit examined the camera plateau at high magnification and found microscopic spalling and surface disruption at the anodized edges. The microscopy shows brittle behavior at sharp anodized corners that can expose silver base metal through color finishes on darker models over extended time. This sounds damning until you understand what microscopy reveals about all anodized surfaces. Every anodized aluminum product shows micro-abrasions at the molecular level under sufficient magnification. These imperfections exist on MacBooks that people consider durable. They appear on previous iPhones that held up well. They are present on any anodized surface exposed to handling and environmental contact.

The critical question is visibility to the naked eye during normal use. My iPhone 17 Pro Max plateau edges show no visible marks after my test period. No exposed metal. No scratches you can see without laboratory equipment. Microscopy reveals micro-features that do not map one-to-one to daily appearance.

The Content Creator Incentive Problem

YouTube’s algorithm rewards controversy. A video titled “iPhone 17 Pro Max Scratches in 24 Hours” gets more views than “iPhone 17 Pro Max Holds Up Well After Testing.” Creators understand this. They optimize for engagement, not accuracy. Early controversial takes about new products drive traffic and revenue. Affiliate case sales add another incentive layer. Many creators who warned about easy scratching linked to protective cases and screen protectors in their video descriptions. These affiliate links generate commission on every sale. Creating urgency about protection needs directly benefits the creator financially.

Testing methodology failures compounded these incentive problems. Most durability videos came out within 24 to 48 hours of launch. Creators received review units or purchased phones on launch day, ran quick tests, and published fast to capture search traffic. They did not distinguish between removable residue and permanent etching. They did not test whether marks cleaned off. They certainly did not conduct eleven-day real-world use tests before declaring the phones fragile.

JerryRigEverything’s testing exemplifies this methodology gap. His Mohs hardness test uses mineral picks to measure coating removal thresholds under controlled scratching with progressively harder materials. This does not model keys, coins, or normal desk surface contact. His findings show damage concentrated at sharp plateau edges, matching the iFixit microscopy analysis of edge geometry effects. The Mohs test measures material hardness under deliberate scoring with geological specimens, not real-world abrasion resistance during daily use.

The YouTube Shorts format made this worse. Creators could extract the most dramatic ten seconds from longer videos, add alarming text overlays, and spread panic without context. These shorts spread across platforms faster than full reviews with methodology explanations. People saw clips of plateau edge damage without hearing that it came from deliberate hardness tests or removable transfer marks.

I understand why this happened. Creators need views to survive. The algorithm punishes nuance and rewards alarm. But the collective effect created a false narrative that contradicts my actual testing experience. The iPhone 17 Pro Max does not scratch easily. It scratches exactly as you would expect from anodized aluminum with Ceramic Shield protection.

What Apple Got Right That Few Believed

Apple issued a measured response during the peak of scratchgate panic. The company addressed the store demo concerns directly, explaining that many reported scratches were actually material transfer from worn MagSafe charging stands and display fixtures. This residue accumulates on phone backs and looks like permanent damage in photos, but a microfiber cloth removes it completely. Apple distinguished clearly between removable cosmetic marks and actual etching that penetrates the protective coating.

The statement also covered the camera plateau design that drew the most criticism. Apple confirmed the edges use standard anodized aluminum finish identical to other products in their lineup, including MacBooks and iPad Pro models. The company acknowledged that sharp anodized edges naturally show micro-abrasions over extended use periods. This counts as normal wear characteristics for this surface treatment, not a manufacturing defect or design flaw.

My eleven-day testing period validates every element of Apple’s technical explanation. The material transfer claim proved accurate when I cleaned my Cosmic Orange unit after a week of pocket carry. The anodized aluminum durability matched the company’s specifications exactly. The plateau edges remained pristine despite the rough handling that viral videos claimed would destroy them immediately. Apple told the truth while the internet amplified panic.

The Real Durability Story After Eleven Days

The phone resisted all of it. This is not lucky sample variation. This is Ceramic Shield 2 and proper anodized aluminum working exactly as Apple’s engineering team designed them to work. The material science behind these protection systems is sound. The chemistry is proven. The real-world performance matches the specifications.

I compared this to my iPhone 16 Pro after a similar eleven-day period last year. That phone showed minor micro-scratches on the back glass that were visible under bright light. The titanium frame picked up small marks at the corners. Nothing serious, but noticeable if you look for it. The iPhone 17 Pro Max shows none of this. The improvement in scratch and crack resistance is measurable in direct comparison. Ceramic Shield 2 on the front and Ceramic Shield on the back make a real difference.

The darker Cosmic Orange color that creators claimed would show damage worse actually helps reveal the truth. Any exposed metal would be immediately obvious. My phone shows none of this.

Should You Use A Case? An Honest Assessment

I ran this test without protection to prove a point about durability. That does not mean everyone should carry their iPhone 17 Pro Max naked. Case decisions depend on personal risk tolerance and use patterns.

For scratch protection specifically, you do not need a case. Ceramic Shield 2 works. The anodized aluminum holds up. My testing proves the phone resists everyday abrasion from keys, coins, and desk surfaces. If your primary concern is cosmetic damage from normal handling, the engineering protection is sufficient.

For drop protection, cases still matter. Ceramic Shield 2 improves crack resistance but does not eliminate it. A six-foot fall onto concrete can still shatter glass regardless of coating improvements. If you drop phones frequently or work in environments with drop risk, a case provides valuable insurance. Your decision should be based on drop likelihood, not scratch panic.

The Material Science Early Coverage Ignored

Understanding the difference between material transfer and permanent scratching changes how you interpret phone condition.

How To Tell Transfer From Scratch

• Microfiber test: Gently wipe the mark with a clean microfiber cloth. Material transfer removes easily, scratches do not.
• Bright-light inspection: View the surface under direct lighting at an angle. Permanent scratches appear as etched lines or grooves, transfer looks like surface residue.

Transfer happens when softer materials like plastics or rubbers leave residue on the phone surface. A microfiber cloth removes this easily. Permanent scratches require harder materials to etch the protective coating and cannot be cleaned away.

Trust Testing Over Panic

My test period produced no visible damage on the display, back glass, or camera plateau edges. Ceramic Shield 2 delivers exactly what Apple promised. The plateau design enhances durability rather than compromising it. Make your phone protection decisions based on evidence rather than viral panic. Early coverage was wrong about scratchgate. Your phone will hold up fine too.

Apple has moved to an aerospace-grade aluminum unibody for thermal reasons. AppleInsider quotes Apple that the aluminum alloy used here has roughly twenty times the thermal conductivity of last year’s titanium. This matters for sustained performance, but it also affects durability. Aluminum, when properly anodized, resists abrasion effectively. The finish Apple applies includes corrosion-resistant treatment that holds up to daily wear.

The post The Internet Is Lying to You About iPhone 17 Pro Max Scratches first appeared on Yanko Design.

Rugged smartphones are perfect for housing an in-built projector, as Tank 3 Pro has demonstrated. Now another one enters the arena for users who work in challenging environments, do extreme outdoor sports, engage in search & rescue missions, or love exploring virgin territory. Military-grade protection certified phones come into play where contemporary devices are deemed vulnerable to the elements, and the all-new XPLORE 2 Projector 5G by Blackview fits the bill perfectly.

The smartphone slated for global release soon is built like a tank and joins a few other rugged devices released this year. Predictably, by the naming convention, the device comes with an in-built projector, which has become an acceptable idea for utilizing the multi-functional aspect of a phone.

Designer: Blackview

XPLORE 2 features a 6.73-inch 3.2K AMOLED screen having a 2600-nit peak brightness level, which is enough for even the sunniest of days. The screen has 3.2K resolution (pixel density of 521 ppi) with HDR support and an adaptable refresh rate of 120 Hz for a crisp viewing experience. The guts of the device are powered by the MediaTek Dimensity 8300 chipset mated to a 16GB LPDDR5X RAM that can be expanded to 32GB. 1TB Internal UFS4.0 storage memory should be enough for outdoor explorers; still, it can be expanded to 2TB via the expansion slot.

The military-grade protected phone comes with a beefy 20,000mAh dual-cell battery that lasts an incredible 75 days in standby mode. To juice up this massive power reserve, Blackview has paired it with the 120-watt charging brick. In just 39 minutes, the huge battery is charged up to 50 percent. One can even reverse charge other gadgets at 10W speed if needed. The battery, however, adds to the total weight clocked at 710 grams, and a thicker dimension at 29 millimeters. Now, that is a heavy phone to carry for normal use!

All that memory space can be put to good use as the phone comes with a 50 MP Samsung ISOCELL GN9 primary camera featuring a 1/1.57-inch sensor. The shooter has OIS and EIS stabilization to capture fast in-motion action with maximum clarity. For night shooting, there is a 20MP night vision sensor to take pictures even in complete darkness. The front 50MP selfie camera also promises sharp visuals even in the most compromised lighting conditions. This should come in handy for recording vlogs or staying connected with loved ones.

To make the rugged phone invincible in harsh environments, Blackview has used a next-generation waterproof USB port for the IP68/IP69 K-rated device. It can be submerged in 2-meter deep water for 30 minutes. You can also subject it to extreme temperatures ranging from -20°C to +60°C, or pressure levels of 10,000 kPa without any issues. The MIL-STD-810H protection and aluminum-titanium alloy frame provide resistance against drops of up to 6 meters or a pressure of 500 kg.

For outdoor adventures, the XPLORE 2 has a dual camping flashlight with 467 lumens of brightness levels. The USP of the phone is the built-in projector that can cast a 100-inch 480p ultra-clear projection at 100 lumens peak brightness. It comes with auto vertical keystone correction and a 2-watt Smart-K Box Speaker. The company claims the phone can deliver 120 fps projection for fluid visuals.

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Not only did Xiaomi fire direct shots at Apple with their announcement of the flagship 17 Pro Max and its functional camera plateau with a built-in display, the company’s also sort of catching other brands in the crossfire for not really capitalizing on the dual-display design. While Nothing’s busy building Rock Paper Scissor into their Glyph Matrix displays on the Nothing Phone (3), Xiaomi’s literally turning its phone into a micro-gaming paradise, with actual playable games like Angry Birds.

The difference is that this gameplay occurs on the tiny screen on the back of the phone, conserving battery (unlike most battery-sucking full-screen games) while giving you a whimsical toy to play with when you aren’t using your phone to check Slack, answer emails, and reply to IG DMs. This is the MOST compelling attempt Xiaomi’s ever made for a dual-display phone, and whether you like it or not, you have to agree that it’s definitely an upgrade over existing phones, and more so over Apple’s iPhone 17 Pro.

Designer: Xiaomi

The case, which comes as an optional add-on for the 17 Pro Max (Xiaomi’s 17 Pro Max, not the iPhone 17 Pro Max), is sheer genius. It pulls power wirelessly from the phone itself, and connects wirelessly to the device too. There’s around 2mm of travel on the keys, so it does feel fairly substantial, and the wireless communication means minimal lag. That being said, you aren’t playing AAA games on the mini screen any way.

The way the case works is simply by popping it onto the phone and pressing the Start button to power it on. Once you’ve done so, it automatically also fires up the 17 Pro Max’s gaming emulator on the mini screen, allowing you to choose from a bunch of built-in games (including Angry Birds 2).

The case starts at roughly $40 USD (although it’s strictly a China-only release, just like the phone), and packs a 200mAh battery that gives you 40 days of gaming (assuming you play for 3 hours a day). That number really doesn’t matter, considering the case also wirelessly pulls power from your phone to charge itself. The only downside to this otherwise rather fun and quirky experience is that it disables your 17 Pro Max’s wireless charging capability, so you can’t simply place your device on a charging mat or puck while the retro handheld case is on. That’s a pretty small price to pay if you ask me, considering the flip-side is being able to play a bunch of really fun, entertaining games on your phone’s secondary screen. Or maybe just ditch everything and game normally on the main screen like a regular human… who am I to tell you what to do?!

The post Xiaomi’s Retro Handheld Case Turns Your 17 Pro Max into A Makeshift Game Boy first appeared on Yanko Design.

Around ten days ago, Xiaomi CEO Lei Jun made headlines by confirming that Xiaomi will skip the flagship “16” series entirely, instead aligning its numbering with Apple’s latest iPhone lineup. This decision is more than just a numerical adjustment; it’s a bold expression of Xiaomi’s strong confidence and its willingness to challenge the industry’s biggest names. By charting its own course in the dynamic smartphone market, Xiaomi is making it clear that it aims to set trends rather than simply follow them. While excitement grows for the Xiaomi 17’s upcoming debut in China on September 30, today’s spotlight is on the official launch of the 15T series in Munich, Germany.

The Xiaomi 15T Pro arrives as a thoughtful bridge between generations, carrying forward the brand’s celebrated mix of innovation and value. Even as attention shifts toward what’s next, the 15T Pro stands firmly on its own, offering a compelling combination of design, performance, and user-focused features. If you’re searching for a device that embodies the best of Xiaomi’s vision while providing a glimpse of what’s to come, the 15T Pro is well worth your attention. Let’s take a closer look at what makes this device stand out.

Aesthetics

The Xiaomi 15T Pro greets you with a look that is both modern and unmistakably premium. Its sleek silhouette, marked by soft curves and alluring colors, immediately draws the eye. The back panel is crafted from glass fiber, delivering a gentle matte texture that feels soft yet durable. This finish resists fingerprints and adds a subtle, sophisticated shimmer in different lighting.

I received the Mocha Gold version, which radiates warmth and elegance without being flashy. The refined palette, including Black and Gray alongside Mocha Gold, ensures that every option feels thoughtfully designed. I found myself equally drawn to each shade. Each one would be a joy to own.

The camera module immediately stands out as a confident design statement. A square camera island is placed at the upper left corner. The arrangement of cameras and sensors is both symmetrical and tidy, lending the rear of the device a sense of balance and order. Subtle details, including the discreet Xiaomi branding and the gentle tapering of the phone’s edges, add to the overall sense of craftsmanship. It’s a device that looks stunning in photos, but reveals even more beauty in reality.

Ergonomics

The Xiaomi 15T Pro makes a statement the moment you pick it up, and much of that impact comes from its sheer size. With its 6.82-inch display, this is the largest-ever screen on a Xiaomi series smartphone. That expansive canvas is a treat for productivity and entertainment, but it does influence how the device feels in day-to-day use.

At 162.77mm tall, 77.9mm wide, and just 7.96mm thick, the 15T Pro balances slenderness with substance. The 210g weight gives it a reassuring, premium heft without feeling cumbersome. The flat frame, softened by curved corners and rounded edges, offers nice ergonomics. The glass fiber back flows seamlessly into the frame, adding a gentle texture that’s pleasant against the palm.

However, the width of the phone does present a challenge for comfort, especially if you have smaller hands. For me, the device feels just a bit too wide for easy one-handed use, and I find myself stretching my fingers when reaching across the display. The trade-off for this wide format is that you get a truly cinematic viewing experience, but it’s worth considering if you value compact ergonomics over a larger display.

Another detail worth mentioning is the placement of the fingerprint scanner. It sits slightly too low, so I have to adjust my grip every time I unlock the phone with my thumb. While the sensor is quick and accurate, a higher placement would have made the process feel more fluid and natural. It’s a minor hiccup in an otherwise thoughtfully designed device.

Performance

Powering the phone is the MediaTek 9400+ processor, which works alongside LPDDR5X memory and UFS 4.1 storage. You can choose a configuration with up to 12GB of RAM and as much as 1TB of storage. This hardware setup ensures the 15T Pro is always ready for intensive multitasking, quick app launches, and smooth transitions between demanding tasks. Whether you are moving between creative projects or balancing work and entertainment, the phone never feels underpowered or sluggish.

When it comes to gaming performance, the 15T Pro stands out. Even during extended sessions with visually rich games like Wuthering Waves and Genshin Impact at their highest settings, I did not notice any frame drops or lag. The frame rates remain high and steady, and the phone manages heat effectively, so it stays comfortable to hold even after hours of play. This level of reliability makes it a great choice for gamers who expect uninterrupted performance.

The phone runs HyperOS 2, which is based on Android 15. The system feels modern, mature, and designed for effortless multitasking. There are ample options for customization, making it easy to tailor the experience to your own preferences. The software also features a wide range of new AI tools to enhance productivity and creativity, which adds even more value to the user experience.

The display is another area where the 15T Pro impresses. Its 6.83-inch AMOLED panel is the largest ever on a Xiaomi smartphone, offering a truly immersive viewing experience. With a 1.5K resolution of 2772 by 1280 pixels and a smooth 144Hz refresh rate, everything looks sharp and vibrant, from games to streaming videos and everyday browsing. The screen remains bright and clear even in sunlight, thanks to a peak brightness of 3200 nits. HDR10+ and Dolby Vision support, ensuring movies and photos look their very best. Audio is equally engaging, with dual speakers tuned by Dolby Atmos to create a wide and immersive soundstage. While clarity is excellent, the bass is somewhat weak, which is noticeable if you love a really deep sound.

Photography is another highlight for this device. The Leica-branded triple camera setup includes a 50MP main camera, a 50MP telephoto camera with 5x optical zoom, and a 12MP ultra-wide camera. You can choose between Leica Vibrant for bold, lively colors or Leica Authentic for natural tones and a classic photographic style.

The 23mm-equivalent main camera uses a Light Fusion 900 sensor and an f/1.62 aperture with optical image stabilization. It produces photos with a wide dynamic range, rich colors, and plenty of detail in every lighting condition. Whether shooting inside or out, your images will look well-balanced and vibrant.

The 115mm-equivalent 5x telephoto camera with f/3.0 and optical image stabilization is a real standout. It captures sharp images with balanced exposure and natural color, especially in daylight. Low-light shots also look good, although moving subjects can cause some blur. The telephoto lens can focus up close as well, so you can capture macro-like images with a beautiful background blur.

The 16mm-equivalent, 12MP ultra-wide camera is the weakest of the three, but that is common for most smartphones. It is still useful for landscapes or group shots, though it does not match the main or telephoto in detail or color. The 32MP front-facing camera, however, is an unexpected treat. It handles exposure well and produces natural-looking skin tones, making it a reliable choice for both selfies and video calls.

Video capabilities are impressive across the board. Every camera, including the front-facing one, supports 4K recording. The main camera can record up to 4K at 120 frames per second and even 8K at 30 frames per second. The telephoto can handle up to 4K at 60 frames per second, while the ultra-wide and front cameras manage up to 4K at 30 frames per second. Footage from the main and telephoto cameras is sharp and clear, with excellent autofocus and exposure.

Battery life rounds out this feature-packed phone. The 5500mAh battery easily lasts through a full day of heavy use, whether you are gaming, working, or simply staying connected. When you do need to recharge, 90W wired and 50W wireless charging keep downtime to a minimum. With this combination, you never have to worry about running out of power when you need it most.

Sustainability

Sustainability is clearly part of the Xiaomi 15T Pro’s appeal. The phone features Corning Gorilla Glass 7i, which brings a new level of durability to everyday use. With its IP68 rating, the device stands up confidently to dust and water, making it a reliable companion whether you are at home, work, or on the move. Xiaomi’s thoughtful approach extends to the packaging as well, where plastic-free materials—including the protective wrapper—help reduce unnecessary waste from the moment you open the box.

Inside, you’ll also find the European Energy Label (market availability may vary), which proudly displays an A rating for energy efficiency along with other environmental highlights. This label offers a clear snapshot of the phone’s commitment to lower energy consumption and responsible manufacturing. Beyond hardware, Xiaomi promises four major Android updates and six years of security patches, ensuring the device stays protected and up to date for years to come. These choices combine to create a product that balances robust environmental awareness with everyday practicality.

Value

When it comes to value, the Xiaomi 15T Pro stands out confidently with a starting price of 799 euros. This price point puts it right in the mix with plenty of impressive competitors, making the decision even more exciting for anyone shopping for a new device. It’s a price bracket where expectations are high, and Xiaomi has taken clear steps to deliver something that feels both rewarding and refined.

For those who want everything in one sleek package, the Xiaomi 15T Pro rises to the challenge. This phone brings together premium aesthetics, a spacious display, excellent camera capabilities, strong gaming performance, and solid battery performance. If you’re seeking a device that offers a well-rounded experience without compromise, the Xiaomi 15T Pro makes a strong case for itself as a smart investment at this price.

Verdict

The Xiaomi 15T Pro stands out as a thoughtfully crafted flagship that gets the essentials right while adding meaningful extras. With its sleek design, expansive and vivid display, and robust camera system, this phone immediately feels premium and ready for anything. Every aspect, from the fluid performance to the refined ergonomic details, shows careful attention to both style and everyday usability.

In daily use, the Xiaomi 15T Pro truly shines. The hardware handles everything from demanding multitasking to immersive gaming sessions with ease, while the dependable battery life and rapid charging keep you connected without hassle. Its camera system is both versatile and reliable, capturing a wide range of scenes with clarity and vibrant color, whether you’re snapping quick portraits or shooting stunning landscapes.

Xiaomi’s focus on sustainability, from durable materials to plastic-free packaging, add to the phone’s appeal. At a starting price of 799 euros, the Xiaomi 15T Pro offers excellent value for those who want a device that combines premium features with thoughtful design and real-world practicality. If you’re searching for a phone that feels both modern and refreshingly complete, the Xiaomi 15T Pro is an easy recommendation.

The post Xiaomi 15T Pro Review: The Best All-Rounder Flagship of 2025? first appeared on Yanko Design.

Professional repair technicians cracking open their first iPhone 17 Pro encounter something unprecedented. Fifteen screws scattered throughout the device. A massive metal shield covering components like a fortress. Torque screws requiring three different screwdrivers. Engineering approaches not seen since the iPhone 3G.

Designer: Apple

Apple didn’t just upgrade the iPhone 17 Pro. The company completely reimagined smartphone architecture from the logic board up, creating internal engineering that represents a fundamental departure from traditional iPhone design.

For creative professionals running intensive applications, this transformation unlocks workflows previously impossible on mobile devices. The aluminum unibody conducts away heat that would have forced earlier iPhones to throttle performance. Apple rebuilt the iPhone from the inside out to finally break the thermal limits that constrained mobile creativity.

Thermal Design as Architecture

The teardown revealed Apple’s first-ever vapor chamber cooling system, but the initial discovery was puzzling. No visible water anywhere. This represents a fundamental shift in smartphone design philosophy. Rather than treating heat as an afterthought, Apple reengineered the entire internal architecture around thermal management as the primary design constraint.

The liquid-cooled backbone contains trace amounts of deionized water that evaporates near heat sources and condenses throughout the aluminum chassis, creating an invisible heat distribution system throughout the device. This invisible circulation system enables sustained creative workflows that were impossible on previous devices. The design is engineered to prevent throttling during intensive loads, maintaining consistent performance across demanding creative sessions.

Apple reengineered the board layout to free space for cooling, prioritizing thermal stability over traditional compactness. The teardown revealed a striking discovery: the miniaturized logic board now takes less space than the cameras, creating room for the vapor chamber while positioning the A19 Pro processor alongside what appears to be 12GB RAM and 512GB storage for optimal heat distribution. The teardown uncovered a 5,112 mAh battery attached directly to the metal shield, integrating with the cooling system to enable charging without heat buildup.

This design philosophy transforms how creatives work. The system is designed to minimize throttling during intensive creative tasks, supporting sustained professional workflows. Apple chose thermal engineering over traditional space efficiency, creating a phone that supports desktop-class creative workflows.

Camera Redesign and Its Ripple Effects

The camera system’s transformation becomes immediately apparent when opening from the back. The cameras are exposed right away, and they’re absolutely massive. Teardown analysis confirms all three cameras now feature 48-megapixel sensors with computational fusion technology, while inspection revealed the telephoto camera gained a significantly larger sensor for enhanced optical performance.

These optical improvements created cascading design challenges that required innovative solutions. The cameras are so large they dominate the internal layout, generating significant heat during intensive photography and video recording. Apple’s approach integrates each camera directly with the vapor chamber system through dedicated thermal interfaces, maintaining optimal sensor temperatures during extended professional sessions.

The teardown revealed an 18-megapixel front camera representing the most ambitious design evolution. The camera is described as absolutely massive and engineered to be perfect for capturing in both portrait and landscape mode. Apple redesigned the entire front assembly to accommodate this enhancement while preserving Face ID functionality and maintaining thermal management for sustained video calls and content creation workflows.

For photographers and videographers, these changes unlock professional-grade mobile capture possibilities. The thermal integration is designed to sustain performance during intensive capture sessions. Computational photography benefits from thermal management during multiple shots. Portrait mode processing is designed to maintain responsiveness across extended sessions. The thermal integration makes the iPhone 17 Pro viable for creative workflows that previously required dedicated cameras.

Material Science and Everyday Durability

Apple’s shift from titanium to aerospace-grade 7000 series aluminum reflects a deeper commitment to thermal performance and environmental responsibility. While titanium offered premium aesthetics, the teardown analysis indicates aluminum conducts heat significantly more effectively than titanium, essential for the vapor chamber cooling system to function properly.

This material choice improves thermal efficiency and recyclability, while providing durability. The aluminum unibody doubles as a heat sink, dispersing thermal energy across the device surface rather than creating uncomfortable hot spots. For users, this means a phone that stays comfortable during intensive creative tasks, maintains thermal comfort during charging, and maintains performance consistency across varied working conditions.

The sustainability implications align with responsible design principles that matter to conscious creators. Aluminum offers superior recyclability compared to titanium, supporting environmental goals while reducing manufacturing complexity. The unibody construction reduces material waste during production while providing structural integrity that meets professional durability requirements. Users benefit from enhanced drop protection and long-term reliability that supports their creative investments.

The thermal efficiency enables design choices that prioritize user comfort and creative flow. Teardown findings suggest the system supports 0-50% charging in approximately 20 minutes without generating excessive heat. The earpiece speaker continues getting bigger every year, with antenna components embedded within the thermal management system, ensuring consistent connectivity without performance trade-offs that interrupt creative work. Every material decision serves both immediate creative usability and long-term sustainability.

Design Tension: Precision Engineering vs. Repair Experience

Apple’s internal redesign reveals a complex balance between engineering precision and user serviceability, but the teardown experience exposes significant frustrations. “Fifteen screws later, which is a lot of screws to access a phone,” the teardown reveals Apple’s willingness to prioritize thermal performance over traditional repair accessibility. The complexity requires three different types of screwdrivers, creating what feels “very un-Apple-like” in terms of service experience.

The teardown shows a removable back glass panel that addresses the most common repair scenario, while the internal layout reflects priorities that favor thermal performance over traditional repair accessibility. This design evolution serves creative professionals who depend on consistent device performance for their livelihood, but creates challenges for repair technicians encountering torque screws and complex component integration.

The teardown analysis reveals the vapor chamber cooling system requires precise component integration and thermal interface connections that prioritize long-term reliability over easy access. Apple distributed multiple screw types throughout the assembly, ensuring optimal thermal contact while maintaining structural integrity during professional use. However, complications arise with features like electrically activated adhesive that couldn’t be properly activated during teardown procedures.

The mechanical fastener approach actually improves certain repair outcomes once components become accessible. The teardown showed reduced adhesive usage compared to previous generations, creating more predictable repair procedures for technicians who understand the thermal requirements. The engineering complexity serves thermal management rather than creating deliberate service barriers.

For design professionals, content creators, and mobile workers, this engineering tension enables creative workflows that were previously impossible on smartphones. Extended video editing sessions, complex design applications, intensive gaming, and sustained productivity work all benefit from consistent performance without the thermal limitations that constrained earlier generations.

The Teardown Revelation

The teardown analysis noted similarities to design approaches not seen since early iPhone generations, suggesting Apple’s willingness to revisit fundamental architecture when creative performance demands require it. Opening the vapor chamber revealed the engineering marvel that makes desktop-class performance possible. Cutting through the chamber exposed the precision manufacturing that enables thermal management previously impossible in smartphones.

The iPhone 17 Pro represents the company’s most comprehensive engineering transformation in years, positioning thermal management as the foundation of mobile design rather than an afterthought. From the first moment repair technicians encounter those unexpected torque screws to the final revelation of the vapor chamber cooling system throughout the device, this teardown exposes Apple’s commitment to professional performance above traditional smartphone conventions.

The result is a device that finally delivers desktop-class sustained performance in a handheld form factor for creative professionals. This capability requires precision engineering that influences every aspect of the user experience, from the fortress-like metal shield protecting components to the complex screw patterns that frustrated repair technicians but enable thermal efficiency that supports years of intensive professional use.

The post iPhone 17 Pro Teardown Reveals Apple Rebuilt Everything From Silicon to Surface first appeared on Yanko Design.

We live in a smartphone-dominated world clouded with privacy concerns unlike ever before. With every new smartphone, our privacy is compromised for the sake of safety, and we easily accept it and move on as usual. But do we really have to live with the microphones on the phone listening to us at all times, or apps running in the background, snooping onto the internet, and privacy at the same time? Furi Labs – like a few other mobile phones with a physical kill switch – believes not really, and so the FLX1s is born.

Furi Labs FLX1s is a $550, Linux-based smartphone, which is almost a usual mid-feature phone until you find physical metal buttons in the mid frame that shut off power directly to the microphone, cameras, and baseband chip at a click. The Hong Kong-based OEM is giving us reasons to have a more secure mobile experience that is customizable to our needs.

Designer: Furi Labs

Before we dive into the standard features of the FLX1s, let’s first discuss privacy-first hardware design. The phone has three dedicated kill switches. These physical buttons provide the user with precise and complete control of their smartphone’s sensitive elements. For instance, the first button can switch off the microphone completely, the second can kill all the cameras and the GPS modem. The third is really interesting; it cuts all cellular connectivity at the hardware level.

Besides this, the Furi Labs FLX1s is not a flagship killer when it comes to its specifications, but the 201-gram smartphone with a polycarbonate frame and glass back does have a different purpose. The phone comes with a 6.7-inch 1600x720p display that has a 90 Hz refresh rate. Powered by a MediaTek Dimensity 900 processor with Mali-G68 graphics, the phone touts 8 GB of LPDDR4X RAM paired with 128GB UFS storage. Since the phone comes in one storage variant, it supports a microSD card up to 1 TB for additional storage.

On the software side, FLX1s runs FuriOS. This is a Debian-based operating system that is flexible to the extent of permitting Android app compatibility. Interesting, the FLX1 can run multiple operating systems simultaneously with KVM virtualization support. For other features, the smartphone comes with a dual camera array on the back comprising, 20MP main camera and a 2MP macro lens. On the front is a 13MP selfie camera. The phone draws power from a 5,000 mAh battery and supports 5G, Wi-Fi 6, and Bluetooth 5.2, A2DP, LE for connectivity. Chargeable using a USB Type-C cable, the Furi Labs FLX1s is being produced in batches. The first batch is sold out, and the company is taking preorders for the second batch, slated to ship in October 2025.

The post This Linux phone with Android app support has three kill switches for complete privacy first appeared on Yanko Design.