Tag Archives: phones

Forget iCloud. This Case Gives Your iPhone 2TB of Real Expandable SD Card Storage

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For all the progress packed into modern smartphones, one missing feature still haunts creators who shoot on the go: the humble card slot. Cameras, drones, action cams, and 360 rigs still lean heavily on microSD, yet the phone at the center of the workflow often has no easy way to read, back up, or expand that storage without a chain of adapters hanging off the side. That situation has only gotten more acute as flagship manufacturers keep stripping the slot away, leaving creators to engineer their own workarounds. The result is a very current kind of friction, high-end capture paired with genuinely awkward file management, bridged by tiny adapters that end up in the wrong bag on the wrong shoot day. A creator juggling drones, action cams, and a phone simultaneously has effectively been abandoned by the hardware industry on this one.

That tension is exactly where iRe5 Gen 2 finds its story. Built as a modular ecosystem for iPhone and Android by a Hong Kong-based team, it combines expandable microSD storage, PD charging, direct file transfer, and creator-friendly rig support in a form that stays attached to the phone. The first generation launched in 2024, shipping to over a thousand creators whose feedback shaped a complete re-engineering of the concept for Gen 2. For a product category crowded with forgettable dongles, this one leans into permanence, portability, and the idea that storage should be available the moment inspiration, or a full memory warning, shows up. Gen 2 adds pass-through charging, hub functionality, and cinema rig compatibility to the original storage-first premise.

Designer: iRe5

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The core design decision is the split between two physically distinct form factors built around identical internal hardware. The X-Module is a professional-grade hub engineered for cinema rigs and cages, designed to snap on when a shoot begins and swap out when it ends, while the Storage Case takes the opposite approach: a protrusion-free, seamless shell offering invisible storage that fits right in a pocket. The X-Module is built from aerospace-grade aluminum alloy with an incredibly thin and durable metal shell, offering superior heat dissipation and a sleek, professional aesthetic that feels like a native extension of a filming rig. The Storage Case uses a compact, lightweight silicone architecture with a soft-touch, secure grip while maintaining a slim profile that slides effortlessly into a pocket. The aluminum’s thermal properties matter during sustained ProRes sessions; the silicone’s wear resistance matters across years of daily carry.

Orange portable charger lying on a white desk with visible USB-C and USB-A ports on the side, in an office setting.

Both designs share the same high-performance architecture: a dual-port USB 3.0 system supporting up to 2TB MicroSD expansion, PD Pass-Through Fast Charging, and universal connectivity for 3.5mm audio and external SSDs across iPhone and USB-C Android devices. The biggest breakthrough in Gen 2 is that users no longer have to choose between their storage and their battery, with advanced pass-through charging technology allowing filming, backing up, and connecting peripherals while PD Fast-Charging the phone simultaneously. Interface speeds peak at 360 MB/s, handling continuous 4K ProRes recording without the frame drops that expose slower storage solutions mid-take. Whether on the latest iPhone with Lightning or USB-C, or a flagship Android, iRe5 provides a universal bridge for all media files. Standby power draw stays under 5 mA, meaning the module sitting on a phone between shoots won’t register meaningfully on battery consumption.

SyncPal, iRe5’s companion app designed for professional efficiency, handles backup through a physical NFC disc that triggers the entire workflow with a single tap against the phone, intelligently organizing the media library by date or project and seamlessly syncing files across the SD card, smartphone, and PC. The NFC trigger means no opening the app, no navigating menus, and no manual sorting, which is a meaningful quality-of-life detail for shoots where the phone is constantly moving between hands and rigs. For desktop transfer, the X-Module or Storage Case mounts as a standard external drive when connected to a Mac, PC, or iPad via USB-C, with no drivers or special cables involved. Seamless drag-and-drop covers large video files, music, documents, and more, powered by USB 3.0 Gen 2 for lightning-fast speeds. The app also handles cross-platform file movement between Android and iPhone storage through the hub itself, which removes the cloud from a workflow that often has no reliable signal anyway.

Smiling man wearing sunglasses holds up a smartphone with triple camera lenses in a clear protective case outdoors at the camera.

The device supports capturing high-bitrate ProRes video directly onto the Micro-SD card, eliminating internal storage limits and delivering smooth, professional recording with zero lag. The expansion port connects external SD card readers or high-capacity SSDs directly to the hub to record 4K footage at blazing-fast speeds of up to 380 MB/s. The X-Module is engineered with a specialized profile to fit perfectly within professional camera cages, staying out of the way of grips while remaining fully compatible with external lens mounts and rigs. The same device simultaneously connects professional 3.5mm microphones, high-speed external SSDs, and USB-C peripherals while maintaining a high-speed data link to a PC or iPad. For vlog-to-edit pipelines where the phone is both camera and editing suite, the reduction in cables and adapters is the actual design win.

Man wearing a brown hat and aviator sunglasses holds up a smartphone with a clear case and a clip-on accessory on the back, outdoors.

The iRe5 Gen 2 X-Module is priced at a discounted $69.90 (MSRP $119.90) and the Storage Case at $75.90 (MSRP $129.90), with a Duo Bundle combining both available at $134.90 (MSRP $249.90). An optional SyncPal Backup Key and App Bundle adds the full one-tap backup and file management system for $9.90. The X-Module ships USB-C by default, with a free Lightning interface swap available for users on iPhone 14 and older; the Storage Case is matched to specific phone models through a post-campaign backer survey. The X-Module package includes the module, a transparent phone case, and two adhesive mounting stickers. Worldwide shipping is included in the price, delivering iRe5 Gen 2 directly to the doorstep at no extra cost, with shipping expected to begin in July 2026, backed by a 12-month global warranty.

Click Here to Buy Now: $128.9 $249.9 (48% off) Hurry! Only 87 of 200 left.

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iPhone 18 Pro Max Leak: Mechanical Iris Camera, 2nm A20 Pro and Dark Cherry Finish

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For the last several years, the premium smartphone camera has been a story about software eating hardware. Google’s computational photography turned mediocre sensors into benchmark toppers. Samsung’s AI processing chased detail out of dark scenes that the lens glass alone could never recover. Apple built the Photonic Engine specifically to run post-capture processing at speeds no competitor could match. The results have been genuinely impressive across the board. They have also been, at a fundamental level, a workaround.

Leaked supply chain data from April points toward Apple choosing a different approach for the iPhone 18 Pro Max: a mechanical iris, physical aperture blades, the kind of variable light control that photographers have relied on since the nineteenth century. Chinese component supplier Sunny Optical has already entered production on the actuators that make the system work, turning what analyst Ming-Chi Kuo first flagged in December 2024 into a confirmed hardware reality. The rest of the 2026 leak picture, the 2nm A20 Pro chip, under-display Face ID, and the Dark Cherry colorway we detailed last week, all reads differently once you understand that Apple is building around mechanical principles, with algorithms serving the physics rather than substituting for it.

Designer: Apple

Samsung attempted this exact feature with the Galaxy S9 and S9+ in 2018, building a diaphragm that toggled between f/1.4 and f/4.0 across eight discrete steps, then dropped it entirely from the Galaxy S10 the following year without explanation. First-hand testing at the time found inconsistent results, portrait artifacts, and a setting so buried in the menus that most users shooting in auto mode never engaged it deliberately. The engineering problem is formidable: fitting moving aperture blades, their actuators, and the mechanical tolerances those blades require into a camera stack measured in single-digit millimeters is a precision manufacturing challenge of a different category than any software update can address. Apple commissioning Sunny Optical specifically for custom actuator production, with that production already underway, signals a more deliberate, supply-chain-integrated approach to the problem. Something changed between 2018 and now at the component level that makes this viable where Samsung could not make it reliable at scale.

Every iPhone Pro from the 14 through the 17 has shot at a fixed f/1.78, the lens always wide open, with software compensating for everything the hardware cannot adjust. Leaks point to a range spanning f/1.6 to f/22 on the 18 Pro Max, meaning optically controlled exposure for the first time in the Pro line’s history. Stopping down in bright conditions eliminates the overexposure that Apple’s current tonemapping corrects after capture, and a physical aperture produces depth-of-field falloff curves around hair and translucent fabric that computational bokeh gets wrong often enough to notice. The A20 Pro chip on TSMC’s 2nm process, with RAM integrated directly onto the same wafer as the CPU, GPU, and Neural Engine, delivers the projected 30% efficiency gain that makes running simultaneous mechanical and computational systems sustainable at the battery level. Apple is accepting a thicker chassis and a heavier phone, projected at around 8.8mm and 240 to 243 grams, to pay for all of it.

Several things the current leak record cannot answer will determine how much of the mechanical iris matters in real-world use. The number of aperture blades is unconfirmed, and that figure directly shapes bokeh quality, with more blades producing a rounder, optically cleaner out-of-focus shape. Repairability is a genuine concern, since moving parts inside a camera module that already carries one of Apple’s steeper service costs introduces a new failure mode into an expensive component. Blade longevity over years of daily shooting has surfaced in none of the supply chain reporting, and that is the kind of question only a full product lifecycle can answer. What September will reveal is whether Apple has resolved the reliability problem that ended Samsung’s attempt in 2018, and whether physics can now outperform the algorithms that have defined the camera conversation for a decade.

 

 

 

 

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The $519 E-Ink Phone Hiding an LCD on Its Back

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Scroll through any tech community online, and the same frustration keeps surfacing: people are exhausted by their screens. The perpetual brightness, the notification pull, the way a quick phone check somehow turns into forty lost minutes. That collective discomfort has pushed a growing number of people toward e-ink devices, displays that don’t glow in your face and don’t make a habit of demanding your attention.

What’s interesting about where the e-ink phone category stands in 2026 is that it’s no longer a one-off experiment. The Bigme HiBreak Dual, announced in mid-April 2026, is one of the more telling entries in this space, not because it perfects anything but because it doesn’t pretend to. A 6.13-inch color e-ink display takes the front, and a small circular LCD sits on the back, each assigned a different job.

Designer: Bigme

To understand what the HiBreak Dual is responding to, it helps to survey the surrounding territory. The Light Phone III is the deliberate anti-smartphone, built on the belief that fewer features genuinely change how you relate to a device. The Hisense A9 treats e-ink as the primary experience, unapologetically. The Boox Palma 2 Pro sits adjacent to the category, more phone-shaped reader than phone, though it can handle calls when needed.

Light Phone III

Light Phone III

The HiBreak Dual tries to sit between those poles. The e-ink front handles what e-paper does best: reading long-form content, staying on top of messages, and staying connected without the attention loop that comes with a typical smartphone display.

Light Phone III

Light Phone III

That decision to lead with e-ink also means accepting its well-known constraints. Try framing a photo with an e-paper preview, and the experience falls apart; the display’s refresh behavior wasn’t built for fast-moving content. Videos, live navigation, or quick-scrolling feeds follow the same logic. Color e-paper has genuinely improved, but it still carries a muted quality that reads as calm in some moments and limiting in others.

BOOX Palma 2 Pro

BOOX Palma 2 Pro

That’s where the circular LCD on the back becomes the interesting part. Rather than asking the e-ink panel to handle tasks it hasn’t mastered, the HiBreak Dual routes those moments to the secondary screen, situations that call for live camera preview, quick visual checks, or fast-loading feedback. The front absorbs the reading and communication rhythm of a day; the back quietly handles the rest.

BOOX Palma 2 Pro

BOOX Palma 2 Pro

The decision to make that rear display circular rather than rectangular carries a specific design logic. A round screen doesn’t compete with the phone’s primary face; it signals peripheral utility, not a second main event. It reads more like a companion display, keeping the device’s identity anchored in e-ink territory while still allowing it to borrow LCD behavior for moments that need it.

How long the hybrid approach holds up depends on the e-paper panels themselves. Better refresh rates, richer colors, and more responsive camera behavior would gradually reduce the need for a secondary display. Until that gap narrows, the e-ink phone category seems to be diverging in three directions: minimalist phones that accept the trade-offs, phone-shaped readers that sidestep the comparison entirely, and hybrids trying to keep a foot in both camps.

The HiBreak Dual isn’t a perfect phone, and Bigme isn’t trying to pass it off as one. Starting at $359 for the early-bird black-and-white configuration and climbing to around $519 for a color e-ink variant, it lays its compromises out in the open. The rear LCD doesn’t disappear into the design as if it isn’t there. It’s visible, it’s functional, and it’s honest about the gap it’s there to fill.

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Galaxy Z Fold 7 Hit 4.2mm by Killing the S Pen: Worth the Trade?

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Foldables have spent the last two years chasing a simpler goal: to feel less like category experiments and more like normal premium phones that happen to open wider. Samsung pushed that idea hardest with the Galaxy Z Fold 7, officially measuring 4.2mm when unfolded and 215 grams in weight, making it the company’s slimmest and lightest book-style foldable yet, with thinness as the product’s defining promise.

That promise came with a quieter subtraction. Samsung removed S Pen support from the Galaxy Z Fold 7, cutting off a feature that had helped earlier Fold models feel connected to the company’s productivity-first identity. Nearly a year later, that choice carries more weight because the Fold 7 can now be judged as a finished design decision rather than a fresh flagship still riding its novelty.

Designer: Samsung

In practice, the Fold 7’s thinness changes behavior more than bragging rights. Reviews consistently described it as startlingly slim and easier to carry, suggesting Samsung had something more deliberate in mind than a good keynote number. The lighter frame, narrower pocket profile, and more usable 21:9 cover display all push toward the same goal: making the Fold feel less like a second device and more like your actual main one.

The missing stylus, though, changed the Fold 7’s identity as much as its feature list. On earlier Fold devices, pen support helped justify the large inner display as a workspace, somewhere to annotate documents, sketch ideas, and do precise work beyond just tapping through apps. The Galaxy Z Fold 7 doesn’t support S Pen in any form, which means the phone has let go of that precision-first promise entirely.

Outside reporting helps explain why Samsung made that call. T-Mobile’s comparison notes the company removed a layer from the inner display to help achieve the slimmer, lighter body, while others report Samsung cited low stylus adoption among Fold users to justify the cut. Even if that logic makes business sense, it still leaves the Fold 7 feeling like a foldable optimized for comfort over creative ambition.

Samsung also tried to reassure buyers that the thinner body wasn’t a weaker one. The Fold 7 uses a thicker Ultra-Thin Glass layer, a Grade 4 titanium lattice, new adhesive materials, and IP48 resistance, all meant to reinforce a slimmer chassis without making it feel fragile. Those details speak more clearly to Samsung’s engineering intent than to any definitive verdict on how the phone holds up over months of folding.

The rest of the hardware tells a similar story of selective advancement. Samsung paired the Fold 7 with Snapdragon 8 Elite for Galaxy and launched it on One UI 8 with Android 16, giving the device a solid performance base. The battery stayed at 4,400mAh, and the ultra-wide camera remained a 12MP unit alongside the more attention-grabbing 200MP main sensor. The phone moved forward, just not evenly.

That unevenness becomes more interesting when you consider where Samsung might be heading next. We’ve already covered early renders suggesting the Galaxy Z Fold 8 could bring back S Pen support and a bigger battery, at the cost of a thicker chassis. If those rumors hold, the Fold 7 starts to look less like the start of a permanent direction and more like a controlled experiment in subtraction.

Galaxy Z Fold8 Render

For buyers who want the most elegant Samsung foldable for everyday carry, the Fold 7 still makes a strong case. It’s the first Fold that genuinely reduced the physical friction of ownership without a compromise you’d notice daily. For former Note loyalists and pen-reliant users, though, the trade reads differently, because Samsung made the Fold 7 easier to live with by moving it away from the Fold line’s original ambition.

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24x Optical Zoom on an iPhone, Balanced Like a DSLR. REEFLEX’s 600mm Lens Is Brilliantly Absurd.

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Zoom has won. Of all the specs that used to dominate camera phone conversations, optical reach is the one that stuck because it is the most visible and the most immediately felt. At any major live event, the phones come out and the zoom wars begin. Samsung loyalists will have their periscope lenses trained on the far end of the pitch. iPhone users will be framing tight, stable shots of the stage from the back row. FIFA 2026 is nearly here, and across dozens of stadiums and billions of shared clips, zoom will quietly be the deciding factor in whether those memories look spectacular or just… small.

REEFLEX built the Ultra Telephoto 300-600mm for people who refuse to settle for small. Attaching to the telephoto camera of iPhone 17 Pro, Pro Max, and the Samsung S26 Ultra series, the lens compounds the phone’s native optical strength and extends it into a focal range, up to 600mm and 24x magnification, that genuinely belongs to another category of photography entirely.

Designer: REEFLEX

Click Here to Buy Now: $302 $441 (32% off) Hurry! Only 10 of 180 left. Raised over $640,000

Most clip-on telephoto lenses grow forward in a long tube that looks great in renders but becomes a liability the moment you try to hold your phone steady. The weight pulls forward, the center of gravity shifts away from your grip, and at long focal lengths, that imbalance shows up as jitter in video and smeared detail in stills. REEFLEX went wide instead of long, packing everything into a compact cylinder that keeps the mass directly over your hand. Your wrist stays neutral, your grip stays firm, and the setup feels closer to holding a DSLR than balancing a makeshift telescope. That distinction matters enormously once you’re standing in a stadium trying to track a fast-moving subject.

Machined from aerospace-grade aluminum, the body weighs 308 grams and holds its optical tolerances without adding unnecessary bulk. The glass inside is lanthanum, a material chosen specifically for its high refractive index. In practical terms, that means sharper resolving power, richer contrast, and far less color fringing along edges than standard glass can manage at these focal lengths. The optical formula runs four elements, one doublet and three singlets, tuned to work with the tetraprism telephoto cameras in current flagship phones rather than fighting against their characteristics. The matte black finish, the green accent ring around the barrel, and the large front element all contribute to something that looks and feels like a deliberate optical instrument.

REEFLEX designed this lens specifically for the tetraprism telephoto systems introduced in the iPhone 17 Pro lineup and Samsung’s S26 Ultra series. Those cameras already deliver impressive native zoom performance, and the Ultra Telephoto 300-600mm takes that foundation and multiplies it. On iPhone 17 Pro and Pro Max, you get 24x magnification and a 600mm equivalent focal length. On Samsung S26, S25, and S24 Ultra, magnification reaches 30x with an equivalent focal length stretching to 660mm. For context, that is the kind of reach wildlife photographers use to capture birds without disturbing them, the kind of compression architectural photographers rely on to isolate distant details, and the kind of range that makes concerts and sports events feel immersive rather than distant.

The lens mounts via a standard 17mm threaded connection that attaches to REEFLEX’s dedicated phone cases, which feature an integrated camera bumper designed to align perfectly with your phone’s telephoto lens. The threading ensures a secure, wobble-free connection, and the whole assembly stays compact enough to slip into a jacket pocket or small camera bag. REEFLEX also built in compatibility with their ReeMag magnetic accessory system, so you can stack filters, attach lens caps, and expand your creative toolkit without needing adapters or workarounds.

FIFA 2026 will be the first time many people realize just how limiting their phone’s native zoom really is. Sitting in the stands, even a few rows back from the pitch, most phone cameras will reduce the action to distant, flat shapes. The Ultra Telephoto 300-600mm changes that equation completely. You can isolate a player’s expression during a penalty kick, compress the depth of the field into a cinematic frame, and capture moments with the kind of detail that looks deliberately composed rather than accidentally caught. The same logic applies to concerts, where the stage often sits 50 meters or more from general admission, and wildlife, where getting close means ruining the shot.

The focus range starts at 6.8 meters and extends to infinity, which means you can use this lens for everything from isolating architectural details across a plaza to capturing the moon with surprising clarity. The lanthanum glass keeps distortion minimal and sharpness high even at the edges of the frame, and the compact form factor means you can shoot handheld without needing a tripod or gimbal for stability.

The Standard tier comes with the Ultra Telephoto 300-600mm lens and a phone case for $302, against a retail price of $441. The Ultra Tele + Super Tele Bundle adds the Super Telephoto 240mm and both macro add-ons (200mm and 300mm) alongside a phone case for $568, down from $849. The full Reeflex Ultra Set at $1859 (retail $2883) covers ten lenses spanning fisheye to ultra telephoto, a complete filter collection including fixed NDs from ND8 to ND64, variable NDs, a polarizer, and a black mist filter, plus filter adapters, a waterproof impact-resistant hard case, and a phone case.

Case options vary by device. iPhone 17 Pro and Pro Max users choose between Tech-Woven MagSafe or Leather MagSafe. iPhone 16, 15, and 14 Pro and Pro Max receive the Leather MagSafe version. Samsung S26, S25, S24, and S23 Ultra users get a Carbon case. Shipping begins June 2026, completing by early July.

Click Here to Buy Now: $302 $441 (32% off) Hurry! Only 10 of 180 left. Raised over $640,000

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OPPO Find X9 Ultra Review: An Exceptional Camera Phone That Gets Everything Else Right Too

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PROS:


  • One of the best and most flexible camera systems on any phone today

  • Excellent battery life

  • Beautiful, camera-inspired design in the Tundra Umber

  • Feels like a complete flagship, not just a camera phone

CONS:


  • Heavy and not especially one-handed friendly

  • Lens switching in video could be smoother

RATINGS:

AESTHETICS
ERGONOMICS
PERFORMANCE
SUSTAINABILITY / REPAIRABILITY
VALUE FOR MONEY

EDITOR'S QUOTE:

The OPPO Find X9 Ultra proves that a camera-first phone does not have to feel like a compromise. It is one of the most complete and compelling flagships of the year so far.

The OPPO Find X9 Ultra is a true flagship with a clear camera-first identity, but what makes it stand out is how little it sacrifices elsewhere. OPPO has built this phone around photography, yet the rest of the package feels just as considered. The design is distinctive, the battery is huge, the performance is top-tier, and the software experience is polished enough to make the Find X9 Ultra feel like a genuine all-rounder rather than a specialist device.

Many camera-focused phones excel in one area while asking users to accept compromises in others, but the Find X9 Ultra aims to do more than that. It wants to be one of the best camera phones on the market while still delivering the kind of complete flagship experience people expect at this level. And for the most part, it succeeds. The OPPO Find X9 Ultra is not just a phone for photography enthusiasts. It is a premium smartphone that happens to put photography first, without forgetting everything else that makes a flagship great.

Designer: OPPO

Aesthetics

The OPPO Find X9 Ultra makes a strong first impression, shaped by two clearly distinct colorways that carry different design languages. Rather than simply offering the same phone in different shades, OPPO gives the device two visual personalities. One leans into classic camera-inspired warmth and tactile richness, while the other takes on a sharper, more expressive character.

That broader design story is rooted in photography. Tundra Umber is the more classic of the two, drawing inspiration from the Hasselblad X2D 100C Earth Explorer Edition while refining the camera-led design language OPPO established with its Ultra series. Its finely textured, eco-friendly vegan leather back is divided into broad vertical panels, giving it a structured, almost camera-body-like feel. A deep bronze-toned matte surround traces those panel divisions and the oversized circular camera housing before continuing into the side frame, helping the whole design feel cohesive.

The camera influence is visible throughout, from the horizontally aligned OPPO and Hasselblad logos to the orange detailing around the camera ring and Quick Button, both nods to Hasselblad’s iconic orange dot. Tundra Umber feels warm, tactile, and understated, with a sense of luxury rooted more in texture and material depth than in visual flash. Canyon Orange takes the opposite approach. Its aircraft-grade fiber back is finished with a sculpted pattern inspired by canyon formations, adding movement and depth to the surface.

Taken together, the two finishes make the Find X9 Ultra feel more thoughtfully designed than most ultra-premium smartphones. Instead of relying on superficial color variation, OPPO uses material, texture, and framing details to create two genuinely different expressions of the same flagship. That gives the device more character, and more importantly, gives buyers a real choice in how they want that character to be expressed.

Ergonomics

The OPPO Find X9 Ultra is unmistakably a large flagship. Measuring 163.16 × 76.97 mm and weighing 236 grams in Tundra Amber or 235 grams in Canyon Orange, it is a phone that feels substantial from the moment you pick it up. The two finishes also differ slightly in thickness, with Tundra Amber at 9.10 mm and Canyon Orange at 8.65 mm, giving each version a subtly different physical character.

Even so, the difference between the two finishes is worth noting, as it subtly changes how the phone feels in daily use. Tundra Amber is both slightly thicker and slightly heavier, and its eco-friendly vegan leather back gives it the more tactile and forgiving grip of the two. Despite the large camera housing, both versions feel balanced rather than top-heavy, and the oversized module can even serve as a natural resting point for the index finger during use.

Performance

The OPPO Find X9 Ultra brings the kind of hardware expected of a true flagship, but what matters most is how that translates into everyday use. For most people, performance is not about benchmark numbers. It is about whether a phone feels fast, fluid, and dependable, and the Find X9 Ultra appears built with very few compromises.

Powered by Qualcomm’s Snapdragon 8 Elite Gen 5, it ranks among the fastest Android phones of its generation. That means quick app launches, smooth multitasking, fast photo processing, and strong gaming performance, all delivered with the kind of effortless responsiveness buyers expect at this level. Offered in 12GB + 512GB and China-only 16GB + 1TB configurations, it also has the memory and storage headroom to remain smooth over time while supporting its demanding camera system without strain.

The Find X9 Ultra’s 6.82-inch AMOLED display is every bit as flagship as the rest of the hardware. With a sharp 3168 x 1440 resolution, a 120Hz LTPO refresh rate, and peak brightness of up to 2500 nits, it feels bright, crisp, and fluid in daily use. Whether you are scrolling, watching a video, or reviewing photos, it delivers the kind of polished visual experience you would expect from a phone in this class.

Portrait Mode

Macro Mode

The camera system, developed in continued partnership with Hasselblad, is where the Find X9 Ultra becomes genuinely distinctive. OPPO has upgraded the entire imaging setup and expanded it into what it now calls a penta-camera system. The rear array includes a 200MP main camera, a 200MP telephoto camera with 3x optical zoom, a 50MP periscope telephoto with 10x optical zoom, a 50MP ultra-wide camera, and a dedicated white balance sensor.

Ultrawide

Main, 1x

The 200MP main camera, built around a 1/1.2-inch Sony LYT-901 sensor with an f/1.5 aperture and OIS, produces images that are crisp, detailed, and rich in dynamic range, with color reproduction that remains pleasingly natural. The 200MP 3x telephoto camera is just as impressive. Using a large 1/1.28-inch OmniVision OV52A sensor with an f/2.2 aperture and OIS, it delivers similarly detailed results with strong dynamic range and balanced color.

Telephoto, 3x

Telephoto, 10x

The 50MP 10x periscope telephoto is the most technically fascinating part of the setup. Long-range zoom in a smartphone is always constrained by space, and OPPO addresses that challenge with its Quintuple Prism Reflection Periscope Structure, which bends light five times before it reaches the sensor. The result is serious optical reach within the tight confines of a smartphone body, making it one of the device’s most ambitious engineering features. Crucially, it is not just impressive in theory. It also captures excellent 10x shots, giving the Find X9 Ultra a level of versatility that few flagships can match.

300mm, Teleconverter

OPPO also offers an optional Hasselblad Earth Explorer Kit, which includes a Bluetooth camera grip case and a dedicated lens mount. Its standout feature is a 300mm lens attachment that extends the system to 13x optical zoom and up to 200x hybrid zoom. The setup is undeniably bulky, but in situations where extra reach really matters, whether for sports, concerts, detailed architectural photography, or other distant subjects, it can be genuinely worthwhile. Results at the optical end are impressive, while pushing further into hybrid zoom brings the familiar decline in image quality.

13x, Normal

13x, With Teleconverter

The 50MP front-facing camera also performs well, capturing detailed selfies with natural-looking skin tones. The 50MP ultra-wide camera is useful and generally capable, but it is the least convincing part of the rear setup, with images that can look a little softer than those from the main and telephoto cameras.

200x, Normal

200x, With Teleconverter

That flexibility extends beyond the hardware. Portrait mode offers seven focal lengths ranging from 1x to 10x, giving users far more freedom in how they frame subjects than most phones allow. More importantly, the Find X9 Ultra generally processes images with a natural touch, avoiding some of the heavy-handed contrast and tone shaping that still affect many smartphone cameras. For those who want an even more photography-focused look, Master Mode uses a different imaging pipeline that steps away from the aggressive tone mapping common to traditional smartphone processing.

Normal

Hasselblad Master Mode

OPPO also equips the Find X9 Ultra with a very capable video system. All cameras support recording at up to 4K 60fps with Dolby Vision, while the main and 3x telephoto cameras can go as high as 4K 120fps or 8K 30fps. Video quality is generally very good, with strong detail, solid stabilization, and an overall polished look. For users who want a more advanced workflow, Pro mode includes Log recording and support for importing custom LUTs, making the phone more flexible for grading and post-production.

That said, the experience is not flawless. Panning at 3x zoom or beyond can sometimes introduce a touch of jitter, and transitions between lenses could be smoother. These are relatively minor complaints in the context of such a flexible video system, but they are worth noting all the same.

Main, 1x, Night Mode

Telephoto, 3x, Night Mode

Telephoto, 10x, Night Mode

Battery life may be just as important to mainstream buyers as the camera system, and the Find X9 Ultra looks especially strong on that front. It comes with a massive 7050mAh silicon-carbon battery, a capacity that should comfortably support heavy use without the low-battery anxiety that still shadows some premium phones.

Charging is impressive too. With OPPO’s proprietary charger, the Find X9 Ultra supports 100W wired and 50W wireless charging, while USB-PD support allows for up to 55W wired charging with compatible third-party adapters. Reverse wired and reverse wireless charging are both available as well, rounding out a battery setup that feels as flexible as it is powerful.

Sustainability

Sustainability in a premium smartphone should be approached from multiple angles, and in the case of the Find X9 Ultra, durability is clearly where OPPO has placed the greatest emphasis. That does not tell the whole sustainability story, but it does give the phone a solid foundation in the areas that most directly affect long-term ownership. In practical terms, OPPO seems more focused on helping the device last longer than on building a broader environmental narrative around it.

It carries IP66, IP68, and IP69 ratings for dust and water resistance, uses Corning Gorilla Glass Victus 2 on the front, and has earned an SGS Premium Performance 5-Star drop-resistance certification. OPPO also backs the phone with five major OS updates and six years of security patches, which strengthens the case for keeping the device longer rather than replacing it early. At the same time, OPPO says far less about the broader environmental side of sustainability, so the Find X9 Ultra feels more convincing as a durable long-term device than as a flagship making a wider green statement.

Value

The Find X9 Ultra is priced like a true flagship, and in global markets, it leaves no doubt about that. The 12GB + 512GB version comes in at €1,699.99, or roughly $1,940, while the same configuration in China is priced at CNY 7,999, or about $1,180. That makes the global version undeniably expensive, while the China pricing feels strikingly aggressive by comparison.

What makes the phone interesting is that even at its global price, it still has a real value argument. The camera system is among the very best available today, the battery is exceptionally large for a premium flagship, the design feels distinctive, and the software experience is smooth and pleasant to live with. It is not cheap by any measure, but it does feel like a phone that gives you something memorable in return.

The catch is that this value depends on how much you care about what OPPO is doing differently. If photography, endurance, and design identity sit high on your list, the Find X9 Ultra feels easier to justify. If not, it becomes harder to ignore just how expensive the global model really is.

Verdict

The OPPO Find X9 Ultra stands out by knowing exactly what it wants to be. It is a camera-first flagship with one of the best imaging systems available today, backed by excellent battery life, polished software, and a design that feels more distinctive than most ultra-premium rivals.

There are still compromises. The ultra-wide camera is not quite on the same level as the rest of the setup; some video behavior could be smoother, and the global price is undeniably steep. Even so, for buyers who value photography and want a flagship with real personality, the Find X9 Ultra is one of the most compelling choices on the market.

The post OPPO Find X9 Ultra Review: An Exceptional Camera Phone That Gets Everything Else Right Too first appeared on Yanko Design.

Remember When Rose Gold Took Over Everything? Apple Is Trying That Again With Dark Cherry

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Rose Gold did not just sell iPhones. It rewired the consumer electronics industry’s entire relationship with color, spawning a decade of blush-tinted Samsung flagships, Beats headphones, Dell XPS laptops, Dyson hairdryers, and KitchenAid stand mixers that are still arriving on shelves today. Apple introduced it in 2015 with the iPhone 6s, and within eighteen months every major manufacturer had a rose-gold SKU, not because the color was revolutionary but because the sales data was undeniable. Cosmic Orange pulled off a smaller version of that trick with the iPhone 17 Pro, becoming the de facto personality colorway of the lineup and reportedly outperforming expectations at retail. Apple noticed, and for the iPhone 18 Pro, they are reaching for lightning in a bottle again with a finish called Dark Cherry.

Dark Cherry is a deep, wine-red hue that leaked camera cover prototypes have now confirmed as the hero color of the 18 Pro and 18 Pro Max lineup, sitting alongside the more conservative Light Blue, Dark Gray, and Silver. The timing carries its own irony given that a segment of Cosmic Orange iPhone 17 Pro owners have been reporting their units gradually shifting toward a reddish cherry tone over time, which makes Apple’s new colorway feel less like a creative pivot and more like an accidental preview. Whether Dark Cherry becomes the next Rose Gold, something every Android manufacturer from Samsung to OnePlus rushes to clone by mid-2027, will depend entirely on how the color reads in the real world rather than in leaked silicone covers.

Designer: Apple

The same leaks that confirmed Dark Cherry also tell us that the rear camera layout holds steady from the 17 Pro generation, with a slightly thicker camera plateau accommodating the new primary sensor. That sensor is a 48MP variable aperture unit, a meaningful upgrade that gives the 18 Pro genuine optical flexibility rather than the fixed-aperture approach every iPhone before it has used. The thicker module is a reasonable trade-off for what variable aperture actually delivers in low light and in bright outdoor conditions, and the accompanying iOS 27 camera app, reportedly rebuilt from the ground up as a pro-grade tool, suggests Apple is treating the entire capture pipeline as a system rather than isolated hardware specs.

We’ve addressed the speculation around the changes on the front too. The Dynamic Island is allegedly shrinking by approximately 25 percent, a reduction that sounds modest until you factor in how much screen real estate that cutout currently consumes on the 17 Pro. Tighter bezels are also in the mix, pushing the display closer to the edges and giving the front face a density that the current generation does not quite achieve. These are the kinds of incremental refinements that read as minor in a spec comparison but register immediately when you pick the phone up.

Underneath all of it sits the 2nm A20 Pro chip, Apple’s first processor built on TSMC’s second-generation 2nm process node. The performance and efficiency gains from moving to 2nm are expected to be substantial, particularly for the on-device Apple Intelligence workloads that Siri’s expanded capabilities will demand. Apple has been positioning its silicon advantage as the reason to stay in the ecosystem, and the A20 Pro is the clearest expression of that argument yet.

The one narrative the iPhone 18 Pro cannot fully control is the company sharing a stage with the foldable iPhone Ultra at the same September event. A first-generation foldable from Apple will absorb the room’s attention regardless of what the Pro brings, which means Dark Cherry has real work to do as a visual hook. If the color lands the way Cosmic Orange did, and if the Rose Gold instinct proves correct, the 18 Pro will find its audience on color alone while the spec sheet closes the deal.

The post Remember When Rose Gold Took Over Everything? Apple Is Trying That Again With Dark Cherry first appeared on Yanko Design.

Most Phone Cameras Flatter Your Shots, Sony Xperia 1 VIII Doesn’t

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Smartphone photography has come a long way, but there’s always been a tension between what these cameras can do and what serious photographers actually want from them. Most flagships rely on heavy computational processing that smooths, brightens, and sharpens images into something generically appealing. For photographers who value accuracy over flattery and real control over automated guesswork, the gap between phone cameras and dedicated hardware hasn’t entirely closed.

Sony’s Xperia lineup has always tried to bridge that gap, offering manual controls and ZEISS optics where others defaulted to automation. The Xperia 1 VIII continues that approach while adding an AI Camera Assistant that draws on the company’s Alpha mirrorless camera heritage. It doesn’t take over the shooting process; it reads the scene and offers Creative Look suggestions, which the photographer can accept or ignore entirely.

Designer: Sony

The most significant hardware change is the telephoto camera, now carrying a 48MP sensor measuring 1/1.56 inches, four times larger than the Xperia 1 VII’s. A bigger sensor catches more light, which translates to sharper, cleaner shots when zooming in at dusk or across a crowded room, the kind of situations where previous phone telephoto cameras would typically struggle.

Picture trying to photograph a performer on a dimly lit stage from the back of the venue. On most phones, that means noise, blur, and a lot of guessing about which lens to reach for. The AI Camera Assistant analyzes the scene in real time and recommends the right telephoto setting, a tone profile that suits the mood, and the ideal bokeh depth. You just compose and shoot.

Under the hood, the Qualcomm Snapdragon 8 Elite Gen 5 advertises a roughly 20% performance boost over the previous generation, helping the phone stay responsive under demanding workloads. Paired with up to 16GB of RAM, storage options reaching 1TB, and a rare microSD slot supporting up to 2TB more, there’s no shortage of headroom for anyone accumulating large RAW files and 4K video footage.

The 6.5-inch LTPO OLED display uses Sony’s BRAVIA processing alongside both front and rear ambient light sensors to calibrate color for wherever you happen to be. It’s a feature borrowed from Sony’s television lineup, and it makes a real difference when reviewing footage outdoors. The 3.5mm headphone jack stays, and a Walkman-tuned circuit design improves wired audio quality noticeably beyond what most flagships manage.

Battery life is rated at two days, backed by a 5,000 mAh cell and a Processing Optimization mode that dials back power use during intensive tasks like navigation. Sony also commits to four years of battery health, a meaningful promise for a device at this price. Charging maxes out at 30 W wired and 15W wireless, with three color options: Graphite Black, Iolite Silver, and Garnet Red.

At £1,399 in the UK (roughly US$1,890), the Xperia 1 VIII isn’t an impulse buy, and Sony isn’t pitching it as one. It’s built for people who shoot deliberately, edit with intention, and want a phone that keeps pace with that mindset rather than working against it. For those who fit that profile, there aren’t many phones currently offering this level of thoughtful integration across camera, display, and audio.

The post Most Phone Cameras Flatter Your Shots, Sony Xperia 1 VIII Doesn’t first appeared on Yanko Design.

Galaxy S26 Ultra Buried the Note’s Boxy Soul, and Fans Are Split

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The race to make flagship phones thinner, smoother, and more visually unified has become one of the defining stories in premium smartphone design. Hard angles and bold silhouettes that once gave each model its own character have been quietly traded for softer frames and tighter lineup coherence. It’s a direction that makes these phones easier to hold and sell, but not always easier to tell apart.

The Samsung Galaxy S26 Ultra, which hit shelves on March 11, 2026, fits squarely into that movement. Samsung pushed the chassis below 8mm for the first time on any Ultra, trimming it down to 7.9mm. Add to that a softer corner radius, an Armor Aluminum frame, and an anti-reflective Privacy Display, and it starts to feel like something more deliberate than a routine generational update.

Designer: Samsung

To understand why that matters, it helps to remember where the Ultra came from. When Samsung discontinued the Galaxy Note in 2021, it didn’t retire the design language that defined it. The Note’s boxy corners, flat sides, and upright proportions migrated into the Ultra line, giving those phones a distinctly tool-like character. The Ultra felt like a device built for serious use, and its shape made that clear.

Galaxy S25 Ultra

Galaxy S26 Ultra

The Galaxy S26 Ultra leaves most of that behind. Samsung rounded the corners, softened the edges, and made the phone look far more like the standard Galaxy S26 and S26+ than any Ultra model before it. That visual coherence is good design management, but it’s also the moment the Ultra stops looking distinctly like its own thing. It’s harder to spot in a lineup now.

Galaxy S25 Ultra

Those softer edges do make a real difference in how the phone sits in the hand over a long day. When you’re scrolling through a document or holding the device on a commute, the rounded frame distributes pressure more evenly across the palm. The 7.9mm chassis also disappears into a pocket more gracefully than its predecessor, which sounds minor until you realize how often you actually notice it.

Galaxy S26 Ultra

With the silhouette doing less visual heavy lifting, Samsung shifted the premium story into the surface itself. The Armor Aluminum frame carries the finish more evenly from back to edge, giving the phone a cleaner look that doesn’t need dramatic geometry to feel expensive. The anti-reflective Privacy Display adds a different kind of thoughtfulness, letting you check sensitive messages or browse in public without worrying about prying eyes.

What really puts the 7.9mm figure in perspective is the competition. The iPhone 17 Pro Max measures 8.75mm thick, and while a 0.85mm difference might not sound dramatic on its own, the context here matters quite a bit. Samsung is fitting a built-in S Pen into a phone that still comes in thinner than Apple’s stylus-free flagship, which is an engineering tradeoff worth acknowledging.

iPhone 17 Pro Max

What makes this shift more significant is what it says about Samsung’s intentions for the lineup as a whole. The Galaxy S26, S26+, and S26 Ultra now share the same curvature and visual language for the first time. That’s Samsung quietly admitting that the Ultra doesn’t need to look like a separate category; it’s a flagship, not a relic from a discontinued line.

Two months after launch, the Galaxy S26 Ultra’s design verdict has had time to settle, and the conversation is genuinely split. There’s something complete about how it all comes together now, smoother, thinner, and more coherent. The S Pen remains, but the body no longer insists on its Galaxy Note roots. Whether that reads as maturity or loss probably depends on how long you’ve been following the Ultra.

The post Galaxy S26 Ultra Buried the Note’s Boxy Soul, and Fans Are Split first appeared on Yanko Design.

Phone Cases Are Boring, This One Puts a Living Terrarium Inside

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Phone cases have largely settled into two camps: the ones that protect your phone without anyone noticing they exist, and the ones that make a statement with printed graphics, colors, or textures. Neither approach has found a way to make the back of a phone genuinely interesting rather than just decorated. Designer Daniel Idle found a third option that neither camp seems to have considered.

The Terrarium Phone Case is a clear resin case for the iPhone 16 Pro Max with an actual planted environment sealed inside the back cavity. Moss, small-leafed plants, and a stabilized soil substrate are embedded within the transparent shell, creating a thin cross-section of living terrain that you carry around with you wherever the phone goes. It’s a working phone case, a functional terrarium, and an oddly calming thing to have in your pocket all at once.

Designer: Daniel Idle

The construction involved 3D modeling and fabrication in clear resin, producing a case with enough depth in the back wall to house soil, roots, and plant matter. The plants are packed using a stabilized substrate that keeps the arrangement intact when the phone is picked up, rotated, tilted, or slipped into a bag. The camera cutout is fully preserved; the charging port at the bottom remains accessible; the phone continues to work exactly as it always did.

What keeps everything alive inside the sealed cavity is a closed-loop moisture system. The plants and soil generate humidity, which evaporates toward the inner surface of the resin, condenses back into droplets, and cycles down again. Light passing through the clear shell feeds the plants from outside, while the substrate provides gradual nutrient release. The whole thing is, in a fairly literal sense, a miniature ecosystem that sustains itself without any intervention from the person carrying it.

The condensation that forms on the inside of the shell during high-humidity moments is part of the visual appeal rather than a flaw to be engineered away. Seeing that vapor cycle through the case is a reminder that something in there is alive, actively breathing and responding to its environment, in the same pocket or bag as a device specifically engineered to minimize all biological interference.

There’s a running thread through design culture about bringing nature back into objects and spaces that have drifted too far from it. Biophilic design has become a recognizable term for everything from moss walls in offices to plant-filled shelving in apartments. Most of those applications treat plants as decoration layered on top of an existing design. Idle’s approach is different because the plant system isn’t decoration; it’s structural, sealed directly into the object’s body as a core component rather than an afterthought.

Of course, there will be some reservations about putting moisture and soil so close to your phone, which might be resistant to water and dust, but only from brief encounters. Good thing, then, that it’s still a concept project right now. But as a thought experiment about what a phone case could reasonably contain, it lands somewhere between genuinely novel and gently absurd, which is probably the most honest place for a good idea to start.

The post Phone Cases Are Boring, This One Puts a Living Terrarium Inside first appeared on Yanko Design.