Author Archives: JC Torres

Acer Finally Made a Premium Laptop You Can Actually Repair Yourself

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Acer’s Vero 16 treats repairability as a design language rather than an afterthought bolted on for marketing points. Announced at IFA 2026, this fourth-generation Vero laptop wears its screws and access panels with pride, swapping the sealed, glued construction common to premium laptops for a chassis you can actually open without voiding a warranty or hunting down specialty tools. It’s a rare case where sustainability and good industrial design point in the same direction.

Flip the Vero 16 over and a visual guide etched directly into the bottom cover walks you through the repair process step by step, turning what used to require a service manual into something closer to assembling furniture. A tool-free access latch pops the bottom cover open, exposing a battery and SSD that users can swap themselves. The hinge detaches from the chassis entirely, and the I/O port covers on both sides lift away just as easily.

Designer: Acer

That repair-first thinking extends to future-proofing too. Acer built the Vero 16 to support processor upgrades for at least two generations, a rarity in an industry that generally treats laptops as disposable once the chip inside falls behind. Pair that with materials chosen for their afterlife, and the laptop starts looking less like a purchase and more like a long-term relationship with your hardware.

The chassis itself carries that same intentionality. The top and palm-rest covers combine 50% post-industrial recycled aluminum with 50% low-carbon aluminum, while the bottom cover uses 60% post-consumer recycled plastic and the display bezels use 30%. Acer finishes the whole thing in a solvent-free powder coating that cuts VOC emissions while resisting wear better than standard paint, so the Earthy Brown shell should still look presentable years into its service life.

None of that repair-friendly engineering comes at the cost of everyday usability. A 16-inch 3K OLED display handles video calls and spreadsheet work with equal ease, backed by up to an Intel Core Ultra X9 processor pushing 180 platform TOPS for on-device AI tasks. Acer PurifiedView sharpens video call quality automatically, while PurifiedVoice filters out background chatter, useful whether you’re presenting blueprints from a home office or narrating a game night to friends over a headset.

Connectivity rounds out the practical side, with two Thunderbolt 4 ports, an SD card reader, and HDMI 2.1 covering most peripheral needs, plus a USB Type-A port that keeps charging accessories even when the laptop itself is powered down. Acer MyKey adds a programmable shortcut for whatever app or website you open most, a small touch that saves the repetitive clicking most of us do without noticing.

The Vero 16 ships in 100% recyclable packaging made from recycled materials, closing the loop from box to chassis. Acer’s decision to expand its design approach from the standard 3R framework of reduce, reuse, and recycle into a fourth R for repairability suggests the company sees longevity as a feature worth building around, not a checkbox for sustainability reports. The Acer Vero 16 arrives in EMEA in Q1 2027, giving shoppers time to see how well that philosophy holds up against the rest of the market.

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Razer Finally Solved the Bulky Controller Problem at Credit Card Size

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Mobile controllers have always faced the same awkward tradeoff: carry something bulky enough to feel like a real gamepad, or leave it at home and settle for touchscreen buttons. The Razer Prio picks neither option. It folds down to roughly the size of a credit card at 107mm x 67mm x 23mm, then twists open in one motion into a controller with a complete, full-sized button layout.

That twist-to-unlock mechanism is doing more work than it looks like on paper. Rather than hinging flat like a wallet or telescoping outward like most phone-bridge controllers, the Prio rotates its two halves apart, expanding from a dense 101-gram puck into something that spans phones up to 7 inches, including devices as large as the iPhone 17 Pro Max. The motion itself becomes the reveal.

Designer: Razer

Once open, the control surface doesn’t feel like it compromised anything to get small. A tactile 4-way D-pad, full face buttons, bumpers, and triggers all made it into the layout, alongside thumbsticks built on capacitive sensing rather than the usual mechanical potentiometers. Removing physical contact points means there’s nothing inside to wear down over time, which addresses stick drift at the source instead of patching around it later.

Picture a delayed train platform or the ten minutes between classes that usually gets wasted scrolling through a phone. The Prio exists specifically for that kind of narrow window, slipping out of a pocket, twisting open, and plugging directly into a phone’s USB-C port without any pairing screen or Bluetooth handshake standing between the moment and actually playing something worth playing.

That direct USB-C connection matters beyond convenience. Skipping wireless pairing removes the input lag that makes touchscreen controls and some Bluetooth gamepads feel disconnected from what’s happening onscreen, which becomes especially noticeable in anything reaction-based. It also means never worrying about a dead controller battery separate from the phone it’s attached to, since the phone itself is supplying the power.

The Prio’s reach extends past native mobile games as well. It works across Xbox Cloud Gaming, PlayStation Remote Play, Steam Link, and Razer’s own PC remote play service, turning a phone into a display for console and PC libraries rather than limiting the controller to whatever’s built specifically for touchscreens. A pocket-sized accessory suddenly covers a genuinely wide range of what someone might want to play.

At $99.99, the Prio positions itself as the opening entry in what Razer describes as a broader line of ultra-portable controllers still to come. What it gets right immediately is treating portability as a mechanical problem worth solving properly, not just a matter of making something smaller and hoping the compromises go unnoticed once it’s actually in someone’s hands.

The post Razer Finally Solved the Bulky Controller Problem at Credit Card Size first appeared on Yanko Design.

LightMake Just Solved the Hidden Costs of Multi-Color 3D Printing

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Multi-color FDM printing has always had a hidden cost that most users simply accept. Every time a single-nozzle machine switches filaments, it has to push the previous color out of the hotend before laying down the next one. That costs time, and the wasted material accumulates into a tower on the build plate that nobody actually wanted there. The LightMake L4 was designed to make that trade-off unnecessary.

LightMake is a company with roots in precision engineering and high-speed motion control. Its L4 desktop 3D printer is built around four independent, always-preheated print heads, each dedicated to its own color or material. Think of it less as a printer wearing multiple hats and more as a small, dedicated team, each member already at their station when the job starts.

Designer: LightMake

Click Here to Buy Now: $1,299 $2,399 (46% off). Hurry, only 145/550 left! Raised over $2.07 million.

That dedicated-head setup kills the purge problem at its source. Because each nozzle handles only one filament, the L4 replaces massive purge towers with a minimal nozzle prime at the start of a job, with no purge waste during subsequent color changes. LightMake’s own testing puts material loss at under one gram, compared to the more than 237 grams for conventional multi-color setups. For anyone producing prints for clients, that recovered filament adds up quickly.

Speed is the other half of the multi-color problem, and the L4’s approach is just as direct. Because all four heads are always preheated and ready, the machine’s real-time coordination cuts toolhead switching to one second. LightMake says that can boost multi-color print speed by up to 79%, though that’s based on internal testing and will vary with job complexity and color count.

Beyond switching speeds, the L4 doesn’t shortchange on space. In single-color mode, the build volume stretches to 354 × 370 × 386 mm, large enough to produce full-size objects in a single continuous run, no splitting or post-assembly required. Multi-color jobs work within a slightly reduced 354 × 350 × 386 mm footprint, still generous enough that most projects won’t need to be scaled down or broken into parts.

Multiply that advantage by four, and you get the L4’s batch production mode. In that configuration, the workspace splits into four zones of 177mm x 195mm x 386mm each, allowing four complete identical or mirrored models to print simultaneously. For a maker selling finished pieces or a studio on a deadline, that’s the kind of output math that changes what you think a single desktop machine can do.

All of that output only matters if the machine stays accurate over time, and that’s where the L4 makes a longer-term argument. It uses 8 sets of industrial-grade direct-drive linear motors on the XY axes, replacing rubber belts and pulleys with non-contact magnetic propulsion. There’s no belt to stretch and no tension to adjust. LightMake rates the architecture at more than 50,000 hours, though the rails do need periodic lubrication.

Beyond longevity, the system enables what LightMake calls closed-loop control, where the motor actively monitors and corrects its position in real time. That continuous correction also keeps layer shifts from creeping in mid-print, which is good news for anyone who’s ever come back to a long job only to find it ruined somewhere around hour three. The ±1 µm figure the company quotes refers strictly to motion precision, not final print accuracy, which matters. Optical sensors achieve 30 µm absolute alignment between heads, so material transitions land exactly where intended, and parts meant to fit together actually do.

Running four moving heads at speed creates its own structural challenges, which the L4 addresses with a monolithic die-cast frame paired with vibration compensation algorithms. Together, they absorb the kinetic energy of rapid toolhead transitions and keep surface quality consistent from the first layer to the last. When a head parks between turns, it retracts automatically by 5mm, so idle nozzles never drag across already-printed surfaces.

On the software side, the L4 works with LightMake’s own slicing tool, which handles automatic model arrangement for multi-head jobs and includes a farm management dashboard that connects multiple printers in one place. It’s free and open-source, unlike most paid alternatives. The machine also comes with a 6.5-inch full-color touchscreen, dual HD cameras with AI-powered failure detection, and RFID material recognition that adjusts print parameters automatically.

The L4’s reach can grow beyond its four built-in toolheads, too. LightMake’s optional Auto Filament Expansion and Dry System, or FEDS, pairs each head with additional filament inputs, pushing the total color count from four up to 16. For makers working on more ambitious multi-color designs, that’s a considerable expansion of creative range without requiring an entirely different machine to get there.

The L4 is positioned as a machine for makers who want to turn their output into something that actually generates income, whether that means selling finished pieces, producing prototypes, or running a compact print operation. What it ultimately argues is that the familiar trade-offs of multi-color desktop printing, such as speed against quality and ambition against material waste, were always choices rather than fixed limits, and the LightMake L4 helps your designs break free of those constraints.

Click Here to Buy Now: $1,299 $2,399 (46% off). Hurry, only 145/550 left! Raised over $2.07 million.

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This ROG Ally X Mod Snaps On a 120Hz Second Screen, Then Off Again

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Dual-screen handhelds usually mean buying an entirely new device built around that gimmick from the ground up. This ROG Ally X mod skips that purchase entirely. It bolts a second 120Hz display onto a standard x86 handheld using nothing more exotic than a budget portable monitor, a pair of magnetic phone mounts, and some carefully angled USB-C cables, then lets you rip the whole thing off when you don’t need it.

The secondary panel is a 7-inch 1080p IPS screen that happens to match the Ally X’s own 120Hz refresh rate, an important detail most cheap add-on monitors get wrong. Pairing a 60Hz panel with a 120Hz handheld usually introduces visible stutter between the two screens, but matching refresh rates here means both displays feel like they belong to the same machine rather than two devices awkwardly duct-taped together.

Designer: ETA PRIME (mod), ASUS Republic of Gamers

Magnetic MagSafe rings adhered to the back of both the handheld and the monitor handle the actual attachment, while a dual-sided magnetic phone holder in between provides the hinge points. That arm lets the top screen fold flat against the assembly for storage or tilt up to a comfortable viewing angle during play, essentially borrowing a phone accessory to solve a handheld gaming problem nobody’s shipped a proper solution for yet.

Where this setup actually earns its keep is in the software pairing it unlocks. Dual-screen emulation for Nintendo DS, 3DS, and Wii U titles finally makes sense on PC hardware, with the top screen handling the main view while the Ally X’s built-in display takes over as the touch-enabled bottom screen exactly the way Nintendo intended those games to be played.

Flight and driving sims benefit just as directly. Popping instrument gauges and flight panels out to that second screen in Microsoft Flight Simulator 2024, or pushing telemetry readouts to it in Euro Truck Simulator 2 and various F1 games, turns a single handheld into something closer to a cramped cockpit setup. Even a Fallout 4 Pip-Boy overlay finds a natural home up there instead of cluttering the primary display.

None of this comes free of friction. Windows defaults the panel to 60Hz on first connection, so getting the full 120Hz and FreeSync experience means digging into display settings manually every time. The monitor also draws power straight from the handheld itself, meaning battery life takes a real hit exactly when you’re asking the system to drive two screens instead of one.

The real achievement isn’t the display itself; plenty of budget portable monitors exist. It’s the decision to make the whole assembly modular using parts nobody designed specifically for this: magnetic phone mounts and right-angle adapters repurposed into a hinge system that snaps on for a flight sim session and comes right back off for the commute home.

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TCL Just Solved the Eye Strain Problem Budget Tablets Always Ignore

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Most budget Android tablets separate their lineup the same predictable way: a cheaper model gets a slower chip, less RAM, or a smaller battery than its pricier sibling. The TCL Tab A1 NXTPAPER skips that formula entirely. It shares its processor, memory, storage, and battery with the standard Tab A1 dollar for dollar, then charges more for something else: a screen built to behave like paper instead of glass.

That NXTPAPER 3A Crystal display is the entire reason this tablet exists as a separate product. Rather than relying on software tricks like blue-light filters or a dimmed dark mode, TCL built a nano-etched, multi-layer surface designed to scatter light the way an actual printed page does, cutting glare and reducing the eye strain that comes from staring at a conventional glossy panel for hours at a stretch.

Designer: TCL

Two display modes make that distinction tangible rather than theoretical. Color Paper keeps the panel vibrant for movies, photos, and everyday browsing, while Ink Paper flattens the same screen into a matte, grayscale reading surface that mimics an e-reader. Switching between them means one 11-inch panel can behave like two different devices depending on whether you’re watching something or working through a stack of documents before bed.

Consider a student annotating a textbook chapter after dark, or someone editing a manuscript on a long commute. The paper-like texture holds up under extended use in a way that standard tablet glass doesn’t, and the bundled T-Pen 2 turns that same screen into a legitimate notebook substitute. With 4,096 pressure levels and interchangeable tips, it responds more like a real pen dragging across textured paper than a plastic stick tapping smooth glass.

TCL backs that pen with a flip case included in the box, not sold separately as an afterthought, which matters more than it sounds. Together they push the $249.99 price toward a genuine productivity bundle rather than a simple screen swap, something the plainer $189.99 Tab A1 doesn’t attempt to replicate even though it runs on identical silicon underneath.

That standard Tab A1 still deserves a mention on its own terms. Same Helio G100 chip, same 8,000mAh battery, same 11-inch 2.1K panel at a brighter 500 nits, minus the paper-like coating and its two accessories. For anyone who just wants a capable streaming and browsing tablet without paying for display science they won’t use, it remains the more sensible pickup of the pair.

What makes the NXTPAPER worth the premium isn’t a faster processor or a bigger battery hiding under the hood. It’s a screen technology most competitors haven’t bothered building at this price point, paired with tools that actually put it to use rather than sitting there as a marketing footnote nobody touches after the first week.

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Samsung Built a $799 MacBook Neo Rival That Looks Twice Its Price

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Apple spent years building an unspoken rule into its lineup, that the cheapest way into a MacBook meant last year’s chip wrapped in this year’s shell. The MacBook Neo broke that rule outright, arriving as a genuinely new, genuinely inexpensive machine that still looked like it belonged next to the Pro. Samsung just answered with the same argument. The new 14-inch Galaxy Book6 starts at $799.99 and carries the same design language as its far pricier siblings.

That price tag matters less than what it replaces. Samsung’s previous entry point, the 14-inch Galaxy Book4 Pro, cost $1,449.99 and weighed 3.44 pounds. The new Book6 undercuts it by hundreds of dollars while dropping to 1.35kg, thin enough at 15.7mm to disappear into a bag without announcing itself. Two colorways, a muted Violet Silver and a classic Gray, keep the aesthetic consistent with the rest of the Book6 family rather than signaling a budget tier through cheaper materials.

Designer: Samsung

Consider what that means for someone replacing an aging laptop for a home office or a student’s backpack. Up to 25 hours of battery life on video playback means a full day of classes or back-to-back meetings without hunting for an outlet. An anti-glare display finish keeps a coffee shop window or an overhead office light from turning the screen into a mirror, a detail that costs Samsung little but saves the user real frustration.

Under the hood, Intel’s Core Series 3 and Core 5 chips handle the everyday load, browsing, documents, video calls, without chasing the raw horsepower of the Ultra-series processors in the Pro and Ultra models. Memory tops out at 16GB, storage at 1TB, configurations aimed squarely at people who want a laptop that works reliably rather than one built for rendering or heavy multitasking. That restraint is the point, not a compromise hidden in fine print.

Connectivity follows the same logic. Two identical USB-C ports remove the usual guessing game over which one actually charges the machine, while USB-A, HDMI, and a headphone jack round things out so most accessories plug in directly. Nobody buying at this price wants a drawer full of dongles, and Samsung seems to have designed around that assumption rather than treating ports as an afterthought.

What both companies seem to have landed on, arriving from opposite platforms within months of each other, is that a budget laptop doesn’t need to look or feel like one anymore. The Galaxy Book6 borrows its silhouette, its finish, and its restraint from machines costing twice as much, then asks a much smaller number for the privilege. That shift says more about where premium computing is heading than any single spec sheet could.

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This House Makes You Sweat, Then Harvests That Energy to Power Itself

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Most houses ask you to sit still. The Staircase House asks you to climb. This small, unbuilt concept wraps 180 wooden steps around a simple 1,000 sq ft cube, turning the entire building envelope into a piece of exercise equipment that also happens to keep the lights on. It’s a house shaped by staircases and about them.

Every one of those steps hides a piezoelectric tread plate underneath the surface, converting the weight of a footstep into a small charge of electricity. That energy gets stored in onsite batteries and folded back into the house’s power supply, a modest amount per step, but multiplied across 180 treads and however many trips residents make up and down them. The building quietly rewards the exact behavior it was designed to encourage.

Designer: Michael Jantzen

Climb high enough, and the stairs deliver you to an open rooftop deck built with benches and storage cabinets tucked into the framing. Four wooden decks wrap the ground floor as well, so the house offers outdoor space at both its base and its summit, connected by the staircases running up its exterior walls. You could start a morning on the roof and end an evening on the ground, using the same climbing structure to bridge both.

Down at ground level, four oversized sliding glass doors mark the entry points at two corners, letting the interior breathe and stay naturally ventilated without mechanical assistance. Inside, a large central skylight repeats that same logic overhead, pulling daylight down through a stepped shaft that echoes the stair motif one more time before it reaches the floor.

Practical rooms get folded into the leftover space beneath the exterior staircases rather than competing with them. An office, food preparation area, storage, and entertainment space are all built into the walls under those stair volumes, while a compact bathroom module stands apart in one corner with a guest bed positioned on top of it. Nothing about the layout wastes the odd geometry the stairs create.

Even the furniture inside carries the theme forward. Every piece was shaped to visually reference climbing in some way: benches that step down like miniature staircases, tables whose legs echo the same stacked rhythm found on the exterior. It’s a small detail, but it keeps the concept from feeling like a gimmick bolted onto an otherwise ordinary house.

Built entirely from sustainably grown, painted or stained wood, the structure treats sustainability as something achieved through use as much as through materials. A retreat, studio, office, or guesthouse could all fit comfortably inside this footprint, and the house doesn’t really distinguish between those uses and the act of physically moving through it. The whole structure works like a machine built to be lived in and worked out on at the same time.

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Someone Just Built a Digital Camera That Ejects Photos Like Real Film

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Every digital photo you’ve ever taken lives the same way, buried in a folder, scrolled past, forgotten within the hour. The Camera with Digital Film refuses that fate for its images. It captures a scene digitally, then commits that single shot to a small e-paper cartridge you can pull out, prop up, and actually look at, closer to a printed photograph than anything living inside a phone.

The trick sits in the cartridge itself. Slide it into a slot at the top of the boxy 3D-printed body, press the shutter, and a Raspberry Pi with a 5-megapixel camera module does the capturing. The e-paper screen inside that cartridge then flickers and settles into a finished image built from just four colors, black, white, red, and yellow, giving every photo the flattened, graphic quality of a screen print rather than a snapshot.

Designer: Jens (Strange Inventions Lab)

That four-color limit isn’t a technical shortcoming so much as a deliberate constraint. Before the image locks in, a script reduces the raw capture down to that palette while letting contrast, brightness, saturation, sharpness, and dithering get tuned until the picture actually looks intentional on a screen that small. The result rewards patience over speed, closer to darkroom fussing than instant gratification.

Pull the cartridge free afterward, and the photo doesn’t disappear. E-paper holds its image even with the battery removed, so that little rectangle becomes a physical object you can lean against a monitor or stick to a fridge door, exactly the kind of permanence chemical film offered and most digital cameras never bothered to replicate. Slide it back in later, though, and the same cartridge accepts a brand new shot, erasing the old one entirely.

That’s the real design move here: film that behaves like film until you decide otherwise, then behaves like a hard drive instead. No single cartridge is precious in the way a Polaroid frame is precious, since nothing is technically lost by overwriting it, yet each one still holds its picture with enough physical weight to feel worth keeping around for a while first.

The build itself skips screws entirely, relying on header pins to hold the cartridge snug against its contacts, with a small grab tab added later so removing a used cartridge doesn’t turn into a fight. It’s a minor detail, but one that matters for a device whose entire personality depends on how satisfying that swap feels in the hand, less like ejecting a memory card and more like pulling a photo out of a machine meant to produce them.

There’s a quiet argument buried in this project about what digital photography gave up along the way. Endless storage solved scarcity but erased the ritual of a photograph actually existing somewhere outside a screen. This camera doesn’t try to out-spec anything on the market. It just asks what happens when a picture has to earn a place in a slot before it’s allowed to disappear.

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Hisense Just Made an E Ink Phone With a Color Screen That Snaps Off

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Every smartphone screen is a compromise, built to do everything reasonably well and nothing perfectly. The Hisense A10 Ultra rejects that premise outright. Instead of one panel stretched thin across every task, it pairs a 6.13-inch E Ink display with a 4.96-inch color touchscreen that clips onto the back magnetically, then walks away again the moment you don’t need it.

The E Ink layer is the phone’s permanent identity, a 300 PPI Carta 1300 panel that renders text with the same paper-like calm as a dedicated e-reader. A 36-level front light shifts between warm and cool tones without flickering, so a page read at noon and one read at midnight both stay comfortable on the eyes. Nothing about this half of the phone asks for your attention beyond what you came to read.

Designer: Hisense

Snap the color module onto the back, held by magnetic pogo pins, and the same device suddenly handles video, maps, and camera framing without fighting the E Ink panel’s slower refresh. A dedicated T2000 controller chip in the main display keeps scrolling responsive, but color and motion still belong to the LCD module. The two screens divide labor instead of splitting attention, which is a distinction worth sitting with.

Imagine spending a long commute finishing a chapter on the E Ink side, then arriving at a destination and needing turn-by-turn directions or a quick selfie. Rather than tolerating a grayscale map or waiting through refresh lag, the color module goes on for exactly as long as the task requires. Afterward, it comes right back off, and the phone returns to its lighter, quieter default state around 190g.

That detachability is the real design statement here. Most phone makers treat a second screen as permanent architecture, bolted in and powered whether you use it or not. Hisense instead treats it as optional equipment, closer to a lens you’d attach to a camera than a component soldered into a chassis. The color panel exists for exactly the moments that call for it, then disappears when it doesn’t.

An “Ink Smart Button” on the side backs this up practically, letting you switch modes, wake an assistant, or force a full refresh without digging through menus. Paired with a Qualcomm QCM6690 processor, up to 12GB of RAM, and a 4,000 mAh battery, the hardware underneath doesn’t feel like an afterthought bolted onto a gimmick. It reads more like a phone that happens to know when to get out of its own way.

There’s something clarifying about a device willing to admit that no single screen does everything well. The A10 Ultra doesn’t try to hide that tension behind clever software or a single do-it-all panel. It just hands you the two halves separately and lets you decide, task by task, which one earns a place on your phone that day.

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Cloud Gaming Handhelds Need Wi-Fi, so Lenovo Built One That Doesn’t

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Most cloud gaming handhelds are hostages to a Wi-Fi signal. No internet, no games. Lenovo’s new Legion Cloud Gaming Handheld, announced August 25 in China, skips the conventional approach entirely. It includes a USB dongle in the box that lets you stream games from a Windows PC over a local network with no internet connection required. That’s the headline feature, and it’s a genuinely novel one for the category.

The device runs on Android 16 with a MediaTek Dimensity 7400 doing the system work, not the gaming. There’s no discrete GPU here, which is precisely the point. Lenovo built this around Tencent’s START cloud gaming service for on-the-go use and around the bundled Legion Stream dongle for home use. The Dimensity 7400 handles menus, apps, and streaming protocols. The actual game rendering happens elsewhere.

Designer: Lenovo

Dropping the power-hungry local chip has an immediate physical consequence. The handheld weighs 556g and sits at 14.9mm thick across 292.9mm of width, making it a physically large device, but lighter than the Steam Deck OLED at 640g. That saving in grams comes directly from not needing a discrete GPU or the oversized battery that would be required to keep one running. The engineering tradeoff is explicit and intentional.

The 7.82-inch FHD LCD runs at 120Hz, which is adequate for streaming content and more than adequate for Android gaming. Active cooling keeps the Dimensity 7400 from throttling under sustained load. The 8,000mAh battery is rated for up to nine hours of cloud gaming, a figure that makes sense when the device’s processor isn’t rendering 3D scenes. Wi-Fi 6E, Bluetooth 5.3, a USB-C port, and a 3.5mm headphone jack round out the connectivity side.

Controls are where the hardware investment shows. The thumbsticks use TMR (True Magnetic Resistance) technology, the same type found on higher-end controllers, and the triggers use Hall Effect sensors rather than conventional mechanical contacts. There are also two rear paddles alongside the standard shoulder buttons. For a device built around cloud gaming, the input hardware is taken seriously rather than treated as secondary to the streaming experience.

The dongle is the distinguishing argument. Plug it into the Windows PC you’re streaming from, pair the handheld over the local network, and the C700 becomes a remote display for whatever’s running on that machine. That covers the scenario where you’re at home with a capable gaming PC, you want to play from the couch, and your internet has dropped out or never existed in the first place. It’s a practical problem that cloud gaming devices have never previously addressed.

Lenovo partnered with Tencent on this, which is partly why it launched in China first. Pricing is set at CNY 2,199 (approximately $325) for the 8GB/256GB configuration. Sales begin September 8 in China; Lenovo has made no announcement regarding a global release.

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