Remember when instant cameras were magic? You pressed a button, a mechanical whir filled the air, and moments later you were shaking a photo like it owed you money. Polaroid made photography feel like alchemy, turning light into physical memory right in your hands.
The Poor Man’s Polaroid by Boxart brings that instant gratification back using a thermal printer (the same kind that spits out your CVS receipts) and costs less than a cent per print compared to roughly a euro for each Polaroid picture. The name is a bit tongue-in-cheek since the parts actually cost more than the cheapest Polaroid cameras, but the creator clarifies it’s a “fun DIY project, possibly made by poor hands”.
The whole setup is beautifully straightforward. A Raspberry Pi Zero and camera drive a receipt printer, all housed in a 3D-printed case with the guts of a power bank providing juice. Press the button, wait a beat, and out slides your photo on thermal paper. No film cartridges to buy, no wondering if you loaded it correctly, no accidentally exposing your entire pack to light.
Does the image quality match a real Polaroid? Not even close. The photos aren’t the same quality as self-developing film, but they have some charm to them. You get a not-very-good grayscale image on curly paper. But that’s kind of the point. The beauty of instant photography was never really about pristine resolution. It was about immediacy, about physicality, about having something tangible to pin on your wall or slip into someone’s hand.
This project lives in that sweet spot between nostalgia and practicality. Thermal paper might fade over time and the images might look like they came from a 1990s fax machine, but you can shoot hundreds of photos without bankrupting yourself. The economics are almost absurd when you compare it to authentic instant film, which has climbed to luxury pricing in recent years.
I love that this exists because it reminds us that the tools we carry don’t always need to be the most advanced or expensive. Sometimes the joy is in the making itself, in cobbling together a Raspberry Pi, a webcam, and a thermal printer to recreate something that used to cost hundreds of dollars and came from a factory. It’s technology as craft project, gadgetry as personal expression.
The curling thermal paper and grainy output might not win photography awards, but they capture something else: the spirit of experimentation that made instant cameras revolutionary in the first place. Edwin Land didn’t perfect the Polaroid overnight. He iterated, tinkered, and eventually changed how we thought about photography. Boxart’s version might use Python code instead of complex chemistry, but the impulse is the same.
What makes this project particularly appealing is its accessibility. The parts are 3D printed and the code is in Python, meaning anyone with basic maker skills can attempt it. You’re not locked into a proprietary ecosystem or dependent on a company that might discontinue your film stock. You own the entire chain of production, from capture to print.
Sure, you could buy cheap instant print cameras from import sites for less money. But where’s the story in that? Where’s the satisfaction of building something yourself, of understanding exactly how it works, of being able to modify and improve it over time? This isn’t just a camera. It’s a statement about what technology can be when we strip away the branding and the markup and the planned obsolescence.
The Poor Man’s Polaroid won’t replace your smartphone camera or even a proper instant camera if image quality is your priority. But it offers something more valuable: proof that with a little ingenuity and some off-the-shelf components, you can recreate the magic of instant photography on your own terms. And sometimes that curly thermal paper printout means more precisely because you built the machine that made it.
Nintendo had a choice when designing the Switch 2. They could iterate on the formula that made the original a cultural phenomenon, refining the single-screen hybrid into a faster, sharper, better version of itself. Or they could reach back into their own history, pull out the design philosophy that once made the DS family the best-selling handheld hardware line of all time, and merge two eras of thinking into something genuinely new. They picked the first path. Designer Juan Manuel Guerrero just sketched out the second.
The concept arrives as a series of beautifully lit 3D renders: a folding Nintendo Switch with dual screens, a hinge running through the center of the body, and Joy-Cons in the familiar blue-red split attached to either end. The renders carry the finish of product photography, which makes it genuinely easy to forget this never shipped. Closed, it looks like a sleek, pocket-ready device with a tighter footprint than the original Switch. Open, it recalls something older and warmer, the quiet satisfaction of flipping a DS open on a long car ride, except now the screens are large, the controllers are proper, and the whole thing feels built for today. The proportions are deliberate, the design choices are considered, and the whole thing wears its Nintendo identity without apology.
Designer: Juan Manuel Guerrero
The Nintendo DS sat at 154.02 million lifetime units for years, the gold standard for Nintendo hardware, until the Switch finally crept past it in early 2026 with 155.37 million. Two hardware generations, both cultural touchstones, separated by fewer than two million units across a combined history of roughly three decades. The closeness of that race matters. The DS built those numbers on a genuine design idea, a spatial logic where two screens gave developers room for two distinct kinds of information at once, and players responded to that for fifteen years. Guerrero’s concept asks whether the Switch era ever had to leave that behind.
Phantom Hourglass let you draw on the bottom screen to annotate your own maps and solve puzzles, an idea original enough to win awards at the time. Pokemon Diamond and Pearl split the party menu from the battlefield, giving battles a spatial clarity the GBA never had room for. GTA: Chinatown Wars ran the full city map on the lower display and handed the top panel entirely to the action. These were designs built entirely around the format, dependent on the split in a way that made them fall apart on a single screen. That vocabulary has been sitting idle for the better part of a decade.
Samsung’s Galaxy Z Fold 6 runs a 7.6-inch interior display and represents the sixth generation of the company working foldable hardware into something genuinely reliable. Motorola, OnePlus, Google, and Huawei all have competitive entries in the space. Display durability and hinge reliability have been largely solved through successive product generations and real commercial pressure. A dual-screen Switch in 2025 wouldn’t be asking anyone to invent something new; the foldable category has already done the hard engineering work. Guerrero’s concept asks someone to point that already-mature technology at a gaming audience.
The DS touchscreen read as a toy gimmick in 2004. The Wii’s motion controls got laughed at before that console sold 101 million units. The Switch itself looked like a confused category play until it climbed past 155 million units and became Nintendo’s best-selling platform ever. That history of moves that look sideways before they land is the context Guerrero’s concept actually lives in. The foldable technology exists, the Joy-Con design language holds across both halves of the fold, and the IP is coherent. Someone drew it. Now it’s genuinely difficult to look at the Switch 2 without wondering what the other path could have looked like.
At some point in the last couple of years, something quietly shifted in the gaming world. Not in the blockbuster, billion-dollar-franchise sense, but in the more personal, “why am I actually having more fun with this tiny device than my main console” sense. Search interest in retro gaming handhelds jumped 400% year-over-year, hitting 90,500 monthly searches in January 2026 alone. That’s not a blip. That’s people rediscovering something they forgot they wanted, and then telling everyone they know about it.
What’s driving it isn’t hard to understand. Modern gaming has gotten heavy, with big installs, long tutorials, and games that feel like part-time jobs. A retro handheld sidesteps all of that. You pick it up, you’re playing something in thirty seconds, and it fits in your jacket pocket. The designs themselves have become worth caring about, too, from machined aluminum bodies to translucent clamshells to square screens that look like props from a ’90s anime. These aren’t budget toys. Some of them are genuinely beautiful objects that happen to play games. Here are seven that are worth your attention.
Anbernic RG Cube: The one with the square screen that somehow works
The first thing you notice about the RG Cube is the screen shape, a perfect square, and your brain immediately goes: that can’t be right. Gaming moved to widescreen fifteen years ago. A 1:1 display in 2024 looks like a design mistake, or at best a gimmick. It is neither. The 3.95-inch IPS panel at 720×720 turns out to be native to more retro games than you’d expect, with Game Boy, arcade titles, and Nintendo DS with dual-screen stacking all living here without compromise.
The broader package is hard to argue with. An octa-core Unisoc T820 processor and 8GB of RAM run Android 13, with emulator support up through PS2 and GameCube, though more demanding titles on those systems will push its limits. The asymmetric thumbstick layout borrows from the Steam Deck playbook, and the Saturn-inspired D-pad is precise without drama. At around $170, it comes in Beige White, Radiant Purple, Black, Grey, and the radiant purple has no right looking as good as it does.
What we liked
Square 1:1 screen is genuinely ideal for Game Boy, arcade, and DS emulation
RGB lighting and color options make it a genuinely attractive object
What we disliked
Widescreen games require letterboxing or aspect-ratio compromise
Demanding PS2 and GameCube titles push the processor to its limits
ModRetro Chromatic: The Game Boy Color that Nintendo never made
There’s a version of this product that could have been embarrassing: a magnesium alloy Game Boy Color clone bundled with a new Tetris cartridge, sold at $199. On paper, it sounds like a premium nostalgia trap. In practice, it’s one of the most carefully considered handheld devices released in years. It’s FPGA-based, meaning it reconstructs the Game Boy hardware at the circuit level rather than emulating it in software, which produces zero input latency and a millisecond-accurate match to original hardware behavior.
The physical design earns its price in ways spec sheets can’t capture. The curved battery compartment gives your hands something to grip. A physical volume wheel, a detail so obvious it’s shocking how rarely it appears on modern devices, lets you kill the sound without touching a menu. Colors run from Inferno and Bubblegum to a very wearable Wave blue, with English or Japanese button labeling as an option. It plays physical Game Boy and Game Boy Color cartridges only, which is either a dealbreaker or a feature, depending on how you think about focus.
What we liked
FPGA hardware delivers true zero input lag, not a software approximation
Magnesium alloy shell feels premium and genuinely durable
Comes bundled with a new Tetris cartridge
What we disliked
Plays only Game Boy and Game Boy Color cartridges, no ROMs or other systems
AA battery requirement adds ongoing cost; rechargeable Power Core is sold separately
Analogue Pocket: The one photographers keep picking up
The Analogue Pocket is the device that made the retro handheld conversation respectable. It uses an FPGA rather than software emulation and plays Game Boy, Game Boy Color, and GBA cartridges out of the box. Via cartridge adapters, it adds Game Gear, Neo Geo Pocket Color, Atari Lynx, TurboGrafx-16, PC Engine, and SuperGrafx. Via its microSD slot and the OpenFPGA community platform, it loads cores for nearly every retro system that ever existed. The 3.5-inch LCD at 1600×1440 and 615 ppi is, simply, one of the sharpest displays ever put in a handheld.
At $239, it sits at the premium end of this list, and it’s also frequently out of stock. Firmware updates require a microSD card reader, which feels like friction that shouldn’t exist on a $239 device. TV output needs the separately sold $99 Dock. These aren’t dealbreakers so much as signals that Analogue built this for the dedicated enthusiast first. If you want one device to handle everything in your retro library for the next decade, this is probably it.
What we liked
OpenFPGA community support covers an enormous range of retro systems
Plays GBA in addition to GB and GBC, plus many more with adapters
MicroSD slot enables ROM loading
Premium aluminum build with a distinctly modern design language
What we disliked
Frequently out of stock; restocks sell out within minutes
Firmware updates require an external microSD card reader
TV output requires a separately purchased $99 Dock
Retroid Pocket Flip 2: The clamshell that brought the GBA SP back with PS2 power
The GBA SP was the handheld that arguably peaked the clamshell form factor: it folded, it protected its own screen, and it had a backlit display before that was standard. The Retroid Pocket Flip 2 arrives in 2025 with that same closing-hinge energy, but with a 5.5-inch 1080p AMOLED screen, a Snapdragon 865 processor, and enough emulation horsepower to run PlayStation 2, GameCube, and Wii. When closed, it has roughly the same desk footprint as a modern smartphone. Closing the lid puts it to sleep; opening it wakes it up.
Color options include a translucent Ice Blue, GameCube Purple, a two-tone 16-bit US, and Black. Retroid clearly understands its audience. The AMOLED panel brings deep blacks and accurate color to games designed for CRTs, and the results are often striking for titles you’ve played a hundred times. At $229 for the Snapdragon variant, there is no meaningful clamshell competitor at this performance level. One persistent note from extended use: the form factor rewards shorter sessions more than marathon ones, which is maybe appropriate for a device meant to live in a bag pocket.
What we liked
5.5-inch AMOLED at 1080p is impressive for the price
Handles PS2, GameCube, Wii, and Dreamcast emulation
Translucent Ice Blue colorway is a design highlight
What we disliked
Thicker than it looks in product photos
Extended sessions can feel less comfortable than flat handhelds
AYANEO Pocket Micro Classic: The one that fits in an actual pocket
The Game Boy Micro launched in 2005 as Nintendo’s most polarizing hardware decision. It was tiny, it was beautiful, it only played GBA games, and it was discontinued within a year. Design historians were kinder to it than the market was. The AYANEO Pocket Micro Classic is clearly in conversation with that history. It removes the analog joysticks, uses a CNC-machined aluminum alloy frame with a seamless all-glass front, and produces something that slides into a front jeans pocket without catching on anything.
The 3.5-inch borderless IPS display at 960×640 in a 3:2 ratio is built for GBA emulation, with 4x pixel-perfect upscaling. Available in Obsidian Black, Charm Red, Vintage Grey, and Gold, each colorway has a different character. The Gold skips “gaming device” and lands somewhere closer to “considered object.” The MediaTek Helio G99 handles everything up through PS1 confidently. If your retro library is 8-bit and 16-bit with a strong GBA presence, the Pocket Micro Classic is probably the most beautiful way to play it.
What we liked
CNC aluminum and all-glass build is genuinely premium for the category
No joysticks make it notably slimmer and more pocketable
Android 13 with Play Store access expands utility beyond emulation
What we disliked
No joysticks limit N64, Dreamcast, and PSP playability
The original TrimUI Brick arrived in 2024 with an unusually sharp 3.2-inch IPS screen at 1024×768, giving it a pixel density of 405 PPI, a number that belongs on a premium smartphone, not a $55 device. The Brick Hammer edition, launched in 2025, replaces the plastic shell with a full CNC-machined aluminum alloy in Gunmetal Gray, Rose Gold, and Fluorescent Green. The metal shell doubles as a heatsink, dropping operating temperatures noticeably. Three interchangeable shoulder button sets ship in the box.
The software runs CrossMix OS on a Linux base: clean, fast, minimal overhead. Load your ROMs, pick a game, and play. Battery life lands around four to six hours. The processor handles Game Boy through PS1 without complaint; N64 gets through most titles; Dreamcast is inconsistent. The CNC backplate can be engraved, which no other device at this price point offers. The Rose Gold aluminum version sitting next to a MacBook on a desk looks less out of place than it has any right to, and that’s a strange and interesting thing to say about a $99 handheld.
What we liked
CNC aluminum Hammer shell runs noticeably cooler than the original plastic
Swappable shoulder buttons and engravable backplate are genuinely rare customization options
Rose Gold and Gunmetal colorways punch well above the budget tier
What we disliked
No analog joysticks, which limits 3D game compatibility
Dreamcast and demanding N64 titles run inconsistently
Miyoo Mini Plus (and Mini Flip): The one that started the whole obsession
If there’s a single device responsible for bringing this category to mainstream attention, the Miyoo Mini Plus is probably it. It weighs 200 grams, fits in a jeans pocket, has a 3.5-inch IPS screen at 640×480, and runs OnionOS, a community-built firmware that turns a modest Cortex-A7 processor into a near-perfect front end for everything from the NES to the original PlayStation. The interface is clean, the emulator library covers over a hundred platforms, and save states work the way save states should.
The Miyoo Mini Flip takes the same hardware and wraps it in a GBA SP-style clamshell, adding screen protection and an extra wave of nostalgia. Early production runs had hinge concerns, though those appear to have been addressed in more recent batches. At $69-99, this is the gateway to the category that doesn’t feel like a compromise. The honest question isn’t whether this device is worth the money, since it clearly is. It’s whether starting here will satisfy the itch, or simply make you want to own the other six devices on this list as well.
What we liked
Genuinely pocketable at 200g, fits in a jeans pocket without bulk
Covers NES through PS1 with confident performance
Mini Flip clamshell adds nostalgic GBA SP energy and screen protection
The N64 Funtastic series was Nintendo’s most chaotic design decision, and that’s a compliment. Launched in 1999, the translucent controllers and consoles arrived at the tail end of a broader cultural moment: Apple had just cracked open the iMac G3’s candy-colored shell and shown the world that visible circuitry could be beautiful, and the consumer electronics industry was scrambling to catch up. Nintendo’s version came in six flavors, including Ice Blue, a saturated cyan-teal that looked like it had been poured directly from a Jolly Rancher mold. The controllers were transparent all the way through, which meant you could see every lever, spring, and pivot point in the mechanism. That was the whole point. Showing the guts was the product.
Killscreen, the Florida-based controller studio that has built its entire catalog on surgical retro revisionism, has now transplanted that exact aesthetic onto a PS5 DualSense. The Funtastic Ice Blue/Clear is a limited-edition PS5 controller with an Ice Blue translucent front shell and a crystal-clear back exposing the circuit board, wiring, and battery assembly beneath. It is native PS5 hardware, with wireless connectivity, haptic feedback, and adaptive triggers all intact. The base price is $139, with optional Omron hair triggers, mechanical face buttons, and GuliKit TMR thumbsticks available as upgrades.
Designer: Killscreen
Killscreen co-founder Erik Consorsha is upfront about the fundamental absurdity here: “There’s something slightly wrong about putting a Funtastic-style translucent controller on modern hardware. That’s exactly why we did it.” That instinct for productive wrongness is the throughline in everything Killscreen has released. The CubeSense put GameCube colorways and C-stick nubs on a DualSense. The 1080-R matched, with forensic precision, the exact gray of a factory-sealed 1995 PS1 controller, cracking one open just to get the color right. Each release is a deliberate category violation: taking an aesthetic that belonged to one console, one era, one design culture, and suturing it onto hardware from a completely different lineage. The Funtastic Ice Blue/Clear does the same thing, except the donor and recipient have never shared a design language in their lives.
The original Ice Blue N64 Funtastic controller sits next to the Killscreen version in the press photos, and the color match is uncomfortably close. What the image also captures is 25 years of ergonomic progress in a single frame: the N64’s trident silhouette, one of the most geometrically baffling controllers ever mass-produced, against the DualSense’s precisely contoured twin-grip body. Same shade, completely different idea of what a human hand needs. The face buttons on the Killscreen controller are bright primary yellow, blue, and green, pulled from the N64’s own candy palette rather than PlayStation’s iconic shape symbols, and on a Sony controller body they read as genuinely disorienting in the best possible way.
The 1999 Nintendo controllers were a single homogeneous translucent color all the way through: same Ice Blue from the front plate to the grip tips to every molded ridge. Killscreen splits the register three ways: Ice Blue translucent on the front half, crystal-clear on the rear panel, and matte gray on the trigger caps, thumbstick tops, and d-pad. That tripartite material logic is more visually considered than anything Nintendo attempted in 1999. The clear back is where the real design confidence lives: you can see the circuit board, the wiring harness in yellow and red, the USB-C port, and a Killscreen “Human Machine Interface” label on the main board. The internals are the display object.
The upgrade options change the character of the controller considerably. The base $139 configuration retains the stock DualSense trigger mechanism with adaptive resistance. Adding Omron hair triggers for $20 converts those into short-travel tactile clicks at around 2mm of travel, eliminating progressive resistance entirely in favor of on/off precision. Mechanical face buttons at another $20 swap the rubber membrane pads for microswitches, producing crisp tactile feedback more commonly associated with high-end mechanical keyboards. The GuliKit TMR thumbsticks at $39 use tunnel magnetoresistance sensors instead of traditional potentiometers, which means no contact wear and no drift. Fully specced, the controller lands at $208.
Killscreen assembles and tests every unit in-house in Florida, and the run is genuinely limited, consistent with how every prior drop has gone. The Funtastic Ice Blue/Clear is compatible with PS5 and PC. If the CubeSense and 1080-R are any indication, this one will be gone before most people finish debating whether they need it.
Apple has always had this gravitational pull when it comes to design — clean lines, considered materials, and that unmistakable restraint that somehow still feels exciting. It’s the reason a whole ecosystem of third-party accessories exists that speaks the same visual language, sometimes so fluently you’d swear they came out of Cupertino.
The five products on this list sit right in that sweet spot. They’re designed for your Apple devices, they match that premium sensibility, and yet they each bring something Apple itself hasn’t thought of (or wouldn’t dare try). From a keyboard that brings BlackBerry nostalgia to your iPhone to a carabiner that turns your AirTag into a proper adventure companion, these are the accessories that deserve a spot in your setup.
1. Akko MetaKey
There’s something almost rebellious about strapping a physical keyboard to an iPhone in 2026. Akko, a company celebrated in the mechanical keyboard community for its switches and keycap artistry, decided to do exactly that with the MetaKey. It connects to the iPhone 16 Pro Max and 17 Pro Max via USB-C and features a passthrough port, so you can still charge or transfer data without detaching the whole thing. It’s clever, it’s niche, and it’s built with the kind of intentionality that makes you pause and appreciate the craft.
The keyboard layout is compact and BlackBerry-inspired, with backlit keys that work comfortably in low light. What really sets it apart, though, is the thoughtfulness in the details — dedicated shortcuts for Siri, voice dictation, and number input, plus a scroll mode that transforms the top rows into navigation buttons for breezing through long feeds. Akko even includes a tiny nine-gram counterweight that clips behind the keyboard to keep your phone balanced in your hand. It’s the kind of consideration that separates a gimmick from a genuine tool for your Apple device.
What We Like
The USB-C passthrough is a smart move — you never have to choose between typing and charging your iPhone, which makes the MetaKey feel like a seamless extension of the phone rather than an inconvenient add-on.
The scroll mode is a surprisingly intuitive touch. Turning keyboard rows into navigation buttons for scrolling through social feeds or documents on your iPhone shows that Akko was thinking beyond just text input.
What We Dislike
The added length and weight, even with the counterweight, will take some getting used to. It shifts the balance of the phone noticeably, and one-handed use becomes a bit of a juggling act.
Compatibility is limited to just two iPhone models. If you’re on an older device or a non-Pro model, you’re out of luck — and that narrows the audience considerably for something this well-designed.
2. AirTag Carabiner
If you’ve ever attached an AirTag to something and felt like the holder was letting down the tracker, this one’s for you. The AirTag Carabiner is made from Duralumin composite alloy — the same material found in aircraft and marine vessels — so it’s as tough as it is minimal. It snaps onto bags, bikes, umbrellas, or whatever else you tend to misplace, and it lets Apple’s Find My network do the rest. There’s a quiet confidence in how understated this thing looks, like it was always supposed to be part of the AirTag’s story.
Each carabiner is individually handcrafted, which gives it a tactile quality that mass-produced holders simply can’t match. It’s also available in untreated brass and stainless steel finishes, so you can match it to your personal style or let it develop a patina over time. For anyone deeply embedded in the Apple ecosystem who uses AirTags on everything from luggage to keys, this is one of those small upgrades that quietly elevates the entire experience.
The Duralumin construction means it’s lightweight yet remarkably strong — suitable for use in water and at high altitudes, which makes it a genuine companion for outdoor adventures, not just a desk accessory for your AirTag.
The handcrafted quality and multiple finish options (brass, stainless steel) add a personal, artisanal dimension that feels right at home next to Apple’s own hardware.
What We Dislike
The AirTag itself isn’t included, which is expected but still worth noting — you’re investing in the holder alone, and the overall cost of the tracker plus carabiner adds up.
For something this minimal, the design language is almost too subtle. If you like your accessories to make a visual statement, this one deliberately doesn’t — it disappears, which is the point, but not everyone wants that.
3. Nomad Icy Blue Glow Stratos Band
The Apple Watch Ultra was built for people who push limits, and Nomad’s Stratos Band has always matched that energy. But the Icy Blue Glow edition adds something unexpected — a fluoroelastomer cast that lights up in Tron-like hues after dark. It’s a limited-run release, and it bridges the gap between serious performance gear and something you’d actually want to show off at a dinner table. Nomad describes it as proof that performance and fun can coexist, and honestly, it’s hard to argue.
Underneath the glow, the engineering is just as considered. Grade 4 titanium hardware handles the structural work, while compression-molded FKM fluoroelastomer links sit against the skin for comfort and flexibility. The dual-material design creates natural ventilation spaces between the links, helping with moisture and breathability during workouts or just everyday wear. For Apple Watch Ultra owners who’ve cycled through the usual band options and want something that feels both premium and a little playful, this Stratos edition is a standout.
What We Like
The hybrid construction of titanium and FKM fluoroelastomer strikes a rare balance — you get the refined, metallic look that matches the Apple Watch Ultra’s hardware with the comfort of a sport band, all in one piece.
The glow-in-the-dark feature isn’t just a novelty. It adds genuine visibility during nighttime runs or low-light conditions, making it functional for the adventure crowd the Ultra was designed for.
What We Dislike
It’s a limited-run release, which means if you don’t move quickly, it’s gone. For a band this well-made, it would be nice to see it as a permanent option in Nomad’s lineup for Apple Watch Ultra.
The glow effect relies on light absorption, so its intensity fades over time in darkness. After a few hours, you’re back to a regular (still great-looking) band — manage expectations accordingly.
4. Battery-Free Amplifying iSpeakers
There’s an elegance to things that work without electricity. The Battery-Free Amplifying iSpeakers from Yanko Design Select take your smartphone’s built-in speaker and amplify the sound purely through acoustic design — no charging, no Bluetooth pairing, no cables. You simply place your iPhone into the cradle and let the Duralumin metal body do the work, channeling and projecting sound waves across the room. It’s the kind of product that makes you appreciate physics as a design material.
Beyond the clever engineering, the speaker itself is designed using the golden ratio, so its proportions feel inherently pleasing on a desk or shelf. The vibration-resistant Duralumin construction — the same aerospace-grade material — means the body stays stable even when the sound is full. There are also optional add-on modules called +Bloom and +Jet that let you direct the sound in different patterns, which is a nice touch for people who care about how audio fills a space. For your iPhone, it’s a zero-fuss, zero-power way to fill a room with music.
The completely passive, battery-free design is refreshing in a world of chargers and cables. You just drop your iPhone in and go — no setup, no pairing, no power source needed.
The golden ratio proportions and aerospace-grade Duralumin make it as much a desk sculpture as an audio accessory. It genuinely enhances the look of whatever space it sits in alongside your Apple devices.
What We Dislike
Acoustic amplification has its limits. Don’t expect it to compete with a powered Bluetooth speaker — it’s best suited for casual listening and background music with your iPhone, not filling a large room for a gathering.
The +Bloom and +Jet sound-directing modules are sold separately, which means getting the full experience requires additional investment beyond the base speaker.
5. Triple Boost 14 Pro
Dual monitors are fine. The Triple Boost 14 Pro thinks bigger. This accessory attaches to your MacBook and unfolds into three additional 14-inch IPS displays — two flanking the sides and one rising from the top — turning your laptop into a four-screen workstation that looks like it belongs in a mission control room. It connects via a single cable, and once you set it up, your MacBook’s workspace expands in a way that fundamentally changes how you multitask.
Each panel delivers 1920×1080 resolution at 60Hz with 300 nits of brightness and a matte finish that tames reflections. These aren’t color-accurate screens for photo editing or design work — they’re built for volume, for keeping your spreadsheets, code editors, Slack channels, browser tabs, and terminal windows all visible simultaneously on your MacBook. It’s a tool for people who work across multiple apps at once and hate the alt-tab dance. For MacBook users who’ve always wished their laptop could do more without being tethered to a desk setup, the Triple Boost 14 Pro is a compelling, portable answer.
What We Like
The sheer screen real estate is transformative for MacBook productivity. Going from one display to four means you can keep everything visible — no more cycling between windows or losing your place in a workflow.
The matte finish on all three panels is a smart, practical choice. It keeps reflections and glare under control, which matters when you’re staring at this much screen area on your MacBook for extended work sessions.
What We Dislike
At 1080p and 60Hz, the panels don’t match the Retina quality of your MacBook’s built-in display. The resolution difference is noticeable when you glance between screens, especially with text rendering.
Portability is relative here. While it technically travels with your MacBook, the bulk and setup process of three additional screens make this more of a semi-permanent desk solution than a true grab-and-go accessory.
Designed Different, But Designed Right
What ties all five of these accessories together isn’t just compatibility with Apple devices — it’s a shared design philosophy. They’re restrained where they need to be, bold where it counts, and built with materials and details that punch well above what you’d expect from third-party products. Each one feels like it belongs in the Apple ecosystem without trying too hard to imitate it, and that’s a difficult line to walk. These are products made by people who clearly care about craft.
If you’re particular about what sits next to your iPhone, MacBook, or Apple Watch, this list is for you. Not every accessory deserves a place in a carefully considered setup, but these five earn it. They solve real problems, they look good doing it, and they bring ideas that Apple hasn’t explored yet. Sometimes the best additions to your ecosystem are the ones that didn’t come from Cupertino at all.
Most conversations about AI and children go one of two ways: either we’re told to be terrified, or we’re told to embrace it fully and immediately. Morrama’s Create concept lands somewhere far more interesting than either of those extremes, and it’s the most thoughtful thing I’ve seen in the AI space in a while.
Create is a physical device, soft and rounded and painted in a cheerful lime green, that sits on a table and listens to a child speak. The kid says something like “a lion playing football,” Create generates a line drawing based on that prompt, and then prints it out on paper. Real paper. The kind you color in with markers and hang on the fridge.
The design studio behind it, London-based Morrama, built Create as part of a broader series of concept AI tools aimed at children aged six and up. They’re calling them “mindful AI tools,” which could easily sound like marketing fluff, but the more I sit with this one, the more I think they’ve actually earned that description.
Here’s what I keep coming back to: the output is analog. The AI does its part, generates the image, hands it over, and then steps back completely. What happens next is entirely up to the child, their color choices, their interpretation, the way they decide to finish what the machine started. That handoff feels significant. It’s not AI completing the task. It’s AI beginning a conversation.
We’re at a point where most of the discussion around kids and AI centers on schools, on cheating, on homework, on what should or shouldn’t be allowed in classrooms. It’s a valid conversation, but it’s also a narrow one. Create isn’t interested in the classroom at all. It’s thinking about the bedroom floor, the kitchen table, the slow weekend afternoon when a child has nothing to do and everything to imagine.
Morrama’s research acknowledges that most young children are already aware of AI. That’s not alarming so much as it’s simply true. These kids are growing up inside the technology, not encountering it for the first time as adults. So the question of how they’re introduced to it, what framework they’re given for understanding what it is and what it’s for, actually matters quite a lot.
What Create does is frame AI as a creative tool from the very beginning. Not a search engine. Not an entertainment machine. A collaborator that responds to what you bring to it. Teaching a six-year-old that AI works best when you give it something of yourself, a thought, an idea, a weird little prompt about a lion with a football, is quietly radical. That’s a healthier mental model for AI than most adults currently have.
The device itself deserves credit, too. Morrama has been deliberate about making Create feel nothing like a screen. The tubular green form, the single lavender button, the paper rolling out like something from an old-school receipt printer, it all communicates “toy” more than “gadget.” That matters because how a thing looks shapes how we use it, and children especially take cues from aesthetics. Create looks like it belongs on a playroom shelf, not a tech desk.
I’ll be straightforward about the fact that Create is still a concept. You can’t buy it, and there’s no confirmed production timeline. But sometimes a concept does its most important work just by existing, by showing that a different approach is possible. The default assumption is that AI for kids means apps, screens, subscriptions, and data. Create pushes back on all of that with something wonderfully low-stakes: a piece of paper and a box of colored pencils.
Whether it ever gets made or not, the thinking behind it is worth paying attention to. Because the children growing up right now will be the ones designing, regulating, and living with AI for the rest of their lives. Starting them off with creativity rather than consumption isn’t just a nice idea. It’s probably the smartest one going.
I keep my phone on my nightstand. You probably do too. According to the American Academy of Sleep Medicine, about 87% of us do, and I’d bet the other 13% are lying. It’s become such a reflexive part of the bedtime ritual that most of us don’t even question it anymore. The phone is the alarm clock, the white noise machine, the podcast player, the ambient light, and unfortunately, the portal to one more scroll through social media at 11:47 PM when you swore you’d be asleep by 11.
This is the problem that Ambient, a Boston-based company, built Dreamie to solve. At $249.99, it’s a compact bedside sleep companion that consolidates alarms, soundscapes, ambient lighting, a podcast player, and a simulated sunrise into a single, quietly opinionated little device. The pitch is straightforward: put your phone across the room and let Dreamie handle the bedside duties instead.
What I find most interesting about Dreamie isn’t really the feature set, though it’s genuinely well-considered. It’s the philosophy behind the product. The design team, led by founder Adrian Canoso, who comes from an industrial design and audio engineering background, seems to have started from a simple question: what if we made a device that was good enough to replace the phone at night, but deliberately too limited to become another source of distraction? The touchscreen dims to near-black. There’s a redshift mode to kill blue light. No feeds, no notifications, no video. You can even hide the clock display entirely. The whole thing is designed around the idea that a bedroom device should help you disengage, not re-engage.
The physical design reflects that restraint. Dreamie is a truncated pill shape with a circular touchscreen, and it’s smaller than most sunrise alarm clocks on the market. A hidden dial around the display controls volume with satisfying resistance, and a touch strip along the top adjusts the lamp brightness. Early reviewers from Engadget and Athletech News have praised how intuitive these tactile controls feel, especially when you’re half-asleep and fumbling at 2 AM. The Calm Tech Institute, a group that evaluates products based on how well they respect human attention, awarded Dreamie their highest certification, with one evaluator describing the device as friendly to use, almost like interacting with a small creature.
Underneath the minimalist exterior, Dreamie packs a 50mm speaker with a 360-degree grille that diffuses sound outward rather than directing it at you like a beam. The effect, according to those who’ve tested it, is an immersive ambient quality that wraps around you rather than projecting at you. The built-in library includes brown, pink, and green noise masks, guided wind-down content, and environmental soundscapes ranging from storms to aurora borealis visualizations with accompanying RGB lighting from its 120-element LED array. Bluetooth headphone support means couples can use it without one person’s rain sounds keeping the other awake.
But here’s where Dreamie makes its most interesting bet: no app, no account, no subscription. Everything runs on-device. Setup happens entirely on the touchscreen. All sensor data, including the contactless sleep tracking coming later this year, stays local and encrypted. You never enter a name or email. In an era where every smart home product seems engineered to harvest your data and lock you into a monthly fee, Dreamie’s business model feels almost contrarian. You pay once, and the device gets better through free over-the-air updates.
I think what makes Dreamie worth watching isn’t just that it’s a nice piece of hardware, because it is. It’s that it represents a growing counter-movement in consumer tech, one that asks whether our devices could do less on purpose, and whether that subtraction might actually be the feature. The sleep tech category has been dominated by wearables that track your metrics and apps that gamify your rest. Dreamie doesn’t want to quantify your sleep so much as it wants to create the conditions for better sleep to happen naturally.
Is $250 a lot for what is, at its core, an alarm clock? Sure. But it’s also less than most people spend on a smartwatch they’ll wear to bed, and it doesn’t require a subscription to keep working. For anyone who has ever told themselves they’d stop scrolling at 10 PM and found themselves deep in a Reddit thread at midnight, Dreamie offers something genuinely appealing: a reason to leave the phone behind.
Japanese kitchenware operates on a different frequency than most Western cooking tools. Where mass-market brands chase multifunctionality and feature bloat, Japanese design strips everything back to the single gesture that matters: the cut, the strain, the flip, the pour. The result is objects that feel less like gadgets and more like quiet collaborators in your cooking process, each one shaped by decades of manufacturing precision in regions like Tsubame and Niigata, where metalworkers have been refining their craft since the Edo period.
We have curated seven of the most thoughtfully designed Japanese kitchen tools that deserve a permanent place in your cooking routine. These are not flashy unitaskers destined for a drawer. They are carefully considered pieces of functional design that treat the act of cooking with the same seriousness as the meal itself, and each one brings something to your kitchen that no Western equivalent has managed to replicate with the same level of care.
1. Iron Frying Plate
This piece of cookware collapses the distance between the stove and the table in a way that feels both radical and sensible. Made from 1.6mm-thick mill scale steel, the plate arrives rust-resistant, stick-resistant, and ready for immediate use without the lengthy seasoning ritual most iron cookware demands. The wooden handle attaches and detaches with one hand, transforming the object from cooking tool to serving vessel in a single motion. Mill scale steel is an unusual choice for consumer cookware because most manufacturers sand it off during production, but leaving it intact creates a natural non-stick surface that improves with use.
The heat distribution across that thin steel body brings out caramelization and texture in ways that thicker cast iron struggles to match, and the visual warmth of iron against a wooden table turns an ordinary weeknight dinner into something more composed. For a kitchen where counter space is limited, and dishes pile up fast, eliminating one entire step of the cooking-to-eating chain is not a gimmick. It is a rethinking of how we interact with food once it leaves the heat, and the pan-to-plate logic makes cleanup faster than any two-vessel alternative.
The one-hand detachable wooden handle makes the transition from stove to table seamless and eliminates the need for separate serving dishes.
Mill scale steel requires no initial seasoning, so it is usable straight out of the box, unlike most raw iron cookware on the market.
What we dislike
The thin 1.6mm steel will not retain heat as long as heavier cast iron, which means food cools faster once removed from the burner.
Eating directly from a frying surface takes some adjustment, and the flat profile does not contain sauces or runny dishes well.
2. Akebono Square Sandwich Cutter & Sealer
Sandwich-making in most kitchens involves a knife, a cutting board, and the quiet disappointment of fillings oozing out the sides. The Akebono cutter and sealer replaces that entire sequence with a single press that cuts and crimps simultaneously, producing sealed pockets that hold their shape through a commute, a school day, or a few hours in a lunchbox. Made in Japan with durable, food-safe materials, the tool is dishwasher-safe and simple enough for children to operate without supervision.
What makes it more than a novelty is how it changes the approach to sandwich construction entirely. Instead of spreading fillings thin to prevent spillage, the sealed edges allow for generous, layered interiors: curries, egg salad, fruit, and cream combinations that would be impossible with open-edge bread. Japanese convenience stores have perfected the sealed sandwich format for decades, and this tool brings that same logic to a home kitchen for a fraction of the cost, turning a five-minute task into a two-minute one.
What we like
The simultaneous cut-and-seal action locks fillings inside, making it ideal for runny or layered ingredients that would fall apart in a regular sandwich.
Dishwasher-safe construction and a straightforward press mechanism mean there is almost no learning curve and minimal cleanup.
What we dislike
The square format limits bread choices, as it works best with standard sliced bread and does not accommodate artisan loaves or thicker cuts.
Sealed sandwiches can trap steam when made with warm fillings, resulting in soggy bread if not cooled before sealing.
3. Three Snow Stainless Steel Round Mesh Oil Skimmer
Most oil skimmers sold outside Japan are clunky perforated ladles that catch large debris and let everything else through. The Three Snow skimmer operates on a different principle. Manufactured in Tsubame, Niigata, this tool uses 18-8 stainless steel mesh available in fine (40 mesh, 0.4mm) and coarse (16 mesh, 1.2mm) options, giving it the ability to filter particles most skimmers ignore completely. The fine mesh variant catches even the smallest frying residue, which means cleaner oil that lasts longer between changes.
Beyond deep-frying, the tool doubles as a scum remover for stocks and soups and works as a miso strainer, making it one of the more versatile single-form tools in a Japanese kitchen. Available in 12cm, 15cm, and 18cm diameters, the sizing accommodates everything from a small saucepan to a full-sized fryer. At roughly 90 to 140 grams, depending on size, the weight is negligible during long frying sessions. Tsubame stainless steel has earned its reputation: the corrosion resistance and structural integrity of these skimmers outlast most competitors by years.
What we like
The fine 40-mesh option catches debris as small as 0.4mm, which keeps frying oil cleaner far longer than standard perforated skimmers allow.
Multi-use functionality as a miso strainer, scum skimmer, and oil filter means it earns its space in a drawer more than most single-purpose tools.
What we dislike
Fine mesh requires more careful cleaning than a simple perforated ladle, as particles can embed in the weave and are difficult to dislodge without a brush.
The shallow depth (25mm to 35mm, depending on size) limits the volume of debris it can collect in a single pass during heavy frying sessions.
4. Playful Palm Grater
Conventional box graters are bulky, awkward to store, and dangerous to clean. The Playful Palm grater is none of those things. Cut from a single aluminum alloy plate and curled into a form that sits naturally in the palm, this tool reimagines what a grater can physically be. The curve creates a natural channel that directs grated cheese, ginger, garlic, or zest toward the dish below, and the ergonomic fit means the grating hand stays protected behind the plate rather than hovering over exposed blades.
Available in multiple colors, the grater looks more like a piece of desktop sculpture than a kitchen tool, which is part of the design intent. Japanese kitchen philosophy often resists the idea that tools should be hidden in drawers between uses, and a grater this visually appealing can sit on a counter without disrupting the space. The compact size makes it ideal for tableside use: grating Parmesan directly over pasta, adding fresh wasabi at the last second, finishing a salad with lemon zest. The palm grater treats garnishing not as an afterthought but as a distinct step worth its own dedicated instrument.
The single-plate aluminum construction eliminates crevices and joints, making it far easier to clean than traditional multi-sided graters.
The palm-fit ergonomic design keeps fingers behind the grating surface, reducing the risk of nicked knuckles that plague box grater users.
What we dislike
The compact grating surface is not suited for large-volume tasks like shredding an entire block of cheese for a casserole.
Aluminum alloy, while lightweight, is softer than stainless steel and will dull faster with frequent use on hard ingredients like nutmeg or frozen ginger.
5. Conte Drip-Free Oil Pot with Fine Mesh Filter
Reusing frying oil is standard practice in Japanese home cooking, and the Conte oil pot is the tool that makes it effortless. A fine black stainless steel mesh catches food particles left behind from tempura, tonkatsu, or karaage, and the non-reflective black finish serves a practical purpose: it allows a clear view of the oil level from above, something shiny stainless steel interiors make nearly impossible. The precisely curved rim eliminates drips during pouring, a detail that sounds minor until considering how many oil pots leave trails across the stovetop.
Angled knobs on the lid and strainer allow one-handed operation, so pouring oil back into a pan while holding an ingredient in the other hand becomes routine rather than a balancing act. Available in small (300ml) and large (700ml) sizes, the pot scales to different cooking habits. The small version is suited for seasoning cast iron or saving oil after pan-frying dumplings, while the large handles full frying sessions comfortably. Both sizes sit compactly beside a stove without crowding the workspace, making oil reuse clean, dignified, and free of the greasy mess that discourages most home cooks from attempting it.
What we like
The drip-free rim design eliminates oil trails on the stovetop, solving a problem that nearly every other oil storage container ignores.
The black stainless steel mesh filter makes oil clarity visible from above, so determining when to discard rather than reuse becomes a visual check instead of a guessing game.
What we dislike
The small 300ml version fills up rapidly and is too limited for anyone who deep-fries regularly or cooks for more than two people.
Stainless steel retains oil odors over time, and thorough degreasing between uses requires more effort than a quick soap-and-water rinse.
6. Oku Knife
Scottish artist and metalworker Kathleen Reilly designed the Oku knife as a direct response to a problem most Western cutlery ignores: where does the knife go between bites? Informed by the Japanese tradition of chopstick rests (hashioki), which lift eating utensils off the table surface to prevent contamination, the Oku features a handle folded 90 degrees from the blade. This fold allows the knife to rest with its handle on the table while the blade sits perpendicularly in the air, touching nothing.
The result is a tool that solves a cleanliness issue most diners have accepted as unsolvable: the dirty knife laid flat against a tablecloth or balanced on the edge of a plate. Hooking the blade along the edge of a cutting board or plate creates what Reilly describes as an intimacy between the two objects, and the angular geometry locks the knife in position rather than allowing it to slide. For a kitchen where multiple cutting tasks happen in sequence, the Oku provides a resting solution that no flat-handled knife can match. It is a rare case of form and function arriving at the same conclusion through a single geometric decision.
What we like
The 90-degree fold solves the dirty-knife-on-table problem that flat cutlery has ignored for centuries, keeping the blade cleanly suspended between uses.
The hookable design creates stability on plate rims and cutting board edges, eliminating the wobble and sliding common with standard knives at rest.
What we dislike
The unconventional handle angle requires a different grip than traditional knives, which may feel awkward during extended cutting or food prep sessions.
As a handcrafted piece by an independent metalworker, availability and pricing are limited compared to mass-produced alternatives.
7. Obsidian Black Salad & Serve Tongs
Salad tongs tend to be one of two things: flimsy spring-loaded mechanisms that lose grip on the third toss, or heavy stainless steel clamps better suited to a barbecue than a dinner table. The Obsidian Black tongs occupy neither category. Made from SUS821L1 stainless steel (a variant twice as strong as the standard SUS304 used in most kitchen tools), they achieve a thinner, lighter profile without sacrificing structural integrity. One head is shaped as a spoon, the other as a spork, and this asymmetry is the design’s smartest move.
That mismatched pairing allows the tongs to clamp down on leafy greens with the same confidence as slippery pasta or bite-sized grain bowls, because each head approaches the food from a different angle. At 20cm in length, the reach is sufficient for deep salad bowls without compromising control. The black finish creates visual contrast against greens, fruits, and light-colored dishes, which makes plating feel more considered, and the high corrosion resistance of SUS821L1 steel means the finish holds up through years of use. For a kitchen that treats presentation as part of the cooking process, these tongs turn the final step of assembling a dish into something deliberate.
SUS821L1 stainless steel is twice as strong as the standard SUS304, allowing a thinner profile that feels lighter in the hand without bending or flexing under load.
The asymmetric spoon-and-spork head design grips a wider range of textures and food types than matching heads would, from arugula to penne.
What we dislike
The 20cm length may feel short for tossing salads in oversized serving bowls or deep mixing containers.
The dark finish, while visually striking, can show water spots and fingerprints more readily than brushed or polished stainless steel.
Where This Leaves Your Kitchen
Japanese kitchen tools share an unspoken philosophy that the best gadgets do not announce themselves. They integrate. They become invisible extensions of the hand, the stove, the table, dissolving the seams between preparation, cooking, and eating until the whole sequence feels like a single continuous act. The seven tools on this list operate exactly within that logic, each one addressing a friction point that most cooks have simply accepted as normal.
Investing in these pieces is not about filling a kitchen with more objects. It is about replacing thoughtless tools with considered ones, swapping volume for precision, and treating the daily act of making food with the same intentionality that Japanese design applies to everything it touches. A kitchen built around tools like these does not feel cluttered. It feels ready.
Audio setups for creators have long followed a predictable pattern: buy a microphone, download some software, spend an afternoon reading forums about signal chains, and still end up with a slightly imperfect result. Elgato spent five years watching that process play out across hundreds of thousands of real setups. Wave Next is what they built after deciding most of it didn’t have to be that complicated.
The centerpiece is a custom chip called Wave FX Processor, developed in partnership with Lewitt Audio. It shifts critical audio processing directly onto the hardware, so the microphone signal arrives in every application already polished, without virtual audio devices or routing workarounds. Clipguard 2.0 handles distortion prevention through multiple analog-to-digital converters and 32-bit floating-point internal processing, while five onboard DSP effects shape the voice in real time with zero latency and no CPU load.
VST Insert technology creates a dedicated low-latency path between the hardware and the computer so that studio-grade software effects can be injected directly back into the hardware signal chain. The processed audio then flows as a single input into any application. A creator streaming, recording, and on a video call simultaneously doesn’t need to configure three separate signal paths to get consistent sound across all three outputs.
Wave:3 MK.2
That software layer is Wave Link 3.0, overhauled completely and now free to download for Windows and macOS. It works with virtually any microphone or audio interface, not just Elgato hardware, though Wave devices unlock deeper features: guided setup, device control panels, and an Auto Gain Wizard. Up to five independent submixes let users route voice, music, game audio, and chat to separate outputs, each shaped individually through a horizontal routing table replacing traditional channel strips.
Wave XLR MK.2
XLR Dock MK.2
Four devices carry the Wave FX Processor. Wave:3 MK.2 is the USB condenser option, built around a supercardioid capsule tuned with Lewitt, with settings that persist across systems. Wave XLR MK.2 targets XLR microphone users with 80 dB of clean gain and 135 dB of dynamic range. XLR Dock MK.2 integrates directly into Stream Deck +. Wave XLR Pro, arriving in Q2 2026, adds dual XLR inputs and five hardware-based zero-latency monitoring mixes for two-person or multi-source setups.
Wave XLR Pro
Stream Deck + XL brings physical control to the entire ecosystem through 36 customizable LCD keys, six multifunction dials, and an ultra-wide touch strip for adjusting levels, toggling effects, and switching mixes without opening a single menu. Paired with Wave XLR Pro, it handles what would traditionally require a dedicated mixing desk, though at a fraction of the footprint. That’s a meaningful trade-off for anyone short on desk space.
Stream Deck + XL
The pitch Elgato is making with Wave Next isn’t that audio production should be simple. It’s that the complexity should be optional, readable when you need it, and invisible when you don’t. For creators already deep in the Stream Deck ecosystem, the integration will feel almost obvious. For everyone else, it’s a more honest question of how much control they actually want.
The trifold idea has been tested to death on phones. Samsung, Huawei, and a handful of Chinese manufacturers have each taken their shot at folding a smartphone screen into thirds, with varying results. The Huawei Mate XT made headlines in 2024 as the world’s first mass-produced trifold phone, and then Huawei went further and stuffed a foldable display into a laptop. Lenovo tried something altogether weirder: a rollable screen that physically expands sideways, which is clever engineering built around a problem most people don’t have. TCL CSOT walked into MWC 2026 with a different angle entirely, and it landed.
The 28-inch trifold monitor collapses to a 16-inch footprint for transport, which puts it roughly in line with what fits in a standard laptop bag. That 3840×1280 resolution spread across an ultra-wide aspect ratio gives you a panel that, when unfolded, genuinely looks absurd in the best way. The color gamut is DCI-P3 99%, so this is a cinema-grade screen, not a compromised one. What TCL has understood, and what the phone trifold race missed entirely, is that the use case for three folds is far stronger on a monitor than on a handset. Your phone doesn’t need 28 inches. Your desk setup, your hotel room, or your next flight absolutely does.
Designer: TCL
At 4.48mm when unfolded, the panel is thinner than most pencils, which makes the folded thickness even more impressive given the hinge hardware packed into it. The folding radius is R1.8mm, a number that sounds unremarkable until you consider how tight that crease is across a screen this wide, and how much precision engineering goes into preventing stress fractures at that radius. TCL calls the mechanism a waterdrop hinge, borrowed from the same architecture that the better phone foldables use, now scaled up to a 28-inch form factor. The hinge handles seamless transitions between horizontal, vertical, and folded positions, and the integrated rear stand supports multi-angle suspension with stable placement for however you need to prop it. That combination of hinge flexibility and stand design is what keeps this out of the conceptual gimmick category.
Keep it partially folded and you get something that starts behaving like a curved monitor. The two outer panels angle inward, creating a passive wrap effect that a flat ultra-wide simply cannot replicate without having a physical curve manufactured into the panel itself. The 3840×1280 field of view sits noticeably wider than what most monitors deliver below 34 inches on a flat panel, and the slight inward angle adds peripheral depth that genuinely affects how immersive the experience feels. The aspect ratio alone puts you in ultra-wide territory that most desktop users spend real money chasing. It rewards close-range use, the kind of face-in-screen focus you get at a proper workstation, not a portable screen propped on a table.
The IJP OLED (inkjet-printed OLED) process behind this panel is what makes the specs achievable. Inkjet printing deposits organic materials with greater precision and less material waste than conventional vapor deposition, which is part of why TCL can hit DCI-P3 99% at 4.48mm thick without anything feeling like a compromise. Huawei’s foldable laptop used a single crease, which limits reconfigurability to open or shut. Two folds changes the logic completely: fully open for productivity, partially folded for immersion, fully folded for transit. The trifold format finally has a product category where its complexity pays off.
TCL CSOT is not the consumer electronics brand most people recognize from the TV aisle. It is the panel manufacturing subsidiary of TCL Technology, founded in 2009, and it supplies display panels to other companies rather than selling directly to end users. Lenovo already uses TCL CSOT panels in devices including the Moto Razr 60 series and its rollable laptop concept. It’s worth noting that TCL CSOT won’t directly sell this 28″ monitor… but will rather license the technology out to manufacturers who see the merit in such a product existing. Maybe Lenovo’s next laptop could have such a display, who knows… As a result, no release window or pricing has been confirmed, but the production infrastructure is being built in parallel, which is a different situation from a pure prototype with no supply chain behind it.
