Tag Archives: Laptops

Forget a Second Screen, This $799 Portable Monitor Adds Three 18.5-Inch Displays to Your Laptop

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The average laptop screen sits somewhere between 13 and 15.6 inches, which sounds perfectly reasonable until you start juggling four browser tabs, a Figma file, a Slack thread, and a terminal window at the same time. At that point, a single screen stops feeling like a workspace and starts feeling like a peephole. The 13-inch MacBook is Apple’s most popular laptop, and on the Windows side, the 15.6-inch display dominates sales charts, meaning most of the world is trying to run increasingly complex workflows on a rectangle that was never designed to hold all of it. The obvious fix is a second monitor. That gets you to two screens and a semblance of breathing room, but it is still a compromise.

The MagHub Quad Max has a different idea entirely. Rather than giving your laptop one extra screen, it gives you three, each measuring 18.5 inches, unfolding from a single sleek unit to transform your laptop into a true multi-screen workstation anywhere you go. One cable connects the whole system. Four screens total, counting your laptop display. A setup that looks less like a productivity tool and more like mission control at a small space agency.

Designer: INVZI

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Most portable monitors top out at 14 to 15 inches because manufacturers are trading screen size for bag-friendliness. INVZI chose 18.5 inches per panel, putting 55.5 combined inches of display into a single foldable unit. Three full 1920×1080 FHD IPS panels means each screen holds a browser window, a terminal, or a dashboard at full reading size without zooming or stacking windows. The pixel density lands at around 119 PPI, solid office-monitor territory rather than Retina territory, but paired with 100% sRGB color gamut, 300 nits brightness, and Low Blue Light filtering, the panels are genuinely comfortable for extended sessions. For document work, code, or data feeds, screen area matters more than sheer pixel count.

At 8.8 lbs (4 kg), the Quad Max weighs quite a bit, but that’s sort of the price you pay for getting quadruple the screen estate. Your best bet is to pair this with a light laptop and not a bulky gaming laptop which can add another 2.5 kilos to the mix. INVZI includes a dedicated travel bag in the box, an implicit acknowledgment that “portable” here means moving between workspaces rather than walking to a coffee shop. Folded, the unit measures 17.7 x 10.7 x 1.7 inches and fits alongside your laptop in that bag. The buyer for this product is the person who already travels with dedicated gear and wants a real desk replacement on the road. For them, the 4kg is a mere footnote.

Three large 18.5-inch displays hanging off a single foldable unit create obvious structural engineering challenges, and the reinforced aluminum hinge system is where INVZI spent its design effort. Each panel holds its position without manual locking mechanisms, and the solid aluminum stand underneath keeps the whole structure stable during typing and interaction. The 360-degree rotation on the top screen lets you flip the upper display out to someone sitting ahead of you. The screen auto-orients when flipped, which means you can present to a client/superior with ease. Or if you’re in a multi-person meeting, fold the side displays over into a triangle for a unique triple-display presentation setup.

Developers get a dedicated code editor, terminal, documentation window, and live preview running simultaneously across three full-size panels, which is a different working experience from tab-switching on one screen. Traders and analysts can spread charts, order books, news feeds, and dashboards across all three displays in real time. Video editors get a proper timeline, preview window, and asset panel layout without compromise. The chassis fits laptops from 12 to 18 inches, with full support for Intel and Apple Silicon Macs plus Windows 10 and 11. The Mac Mini M4 also works with it, which opens up interesting configurations for people who want a powerful stationary setup without a traditional monitor.

Everything runs through a single USB-C cable at 10Gbps or higher, handling both video and power delivery simultaneously. Both USB-C ports on the unit are interchangeable, so there is no designated power port to figure out. Running all three external displays requires a 45W USB-C PD source, either a wall adapter or a compatible power bank, keeping it functional away from wall outlets. Windows handles driver installation automatically in most cases, while macOS needs a one-time manual install using a Racertech display driver from the included USB drive. After that first setup, both platforms run plug-and-play on every subsequent connection.

The MagHub Quad Max carries an MSRP of $1,199, with early pricing currently at $799. The box includes the display unit, a travel bag, a 45W PD power adapter, a 60cm USB-C to USB-C laptop cable, a 120cm USB-A to USB-C cable for older machines, a 120cm USB-C to USB-C power adapter cable, a USB-C/A driver stick, and a user manual. US orders ship from a domestic warehouse with no import fees, and EU and UK customers have VAT covered. At $799, there is no comparable triple-screen portable at this display size, which makes the price hard to benchmark and, frankly, hard to argue with…

Click Here to Buy Now: $799 $1199 ($400 off) Hurry! Only 5 of 255 left.

The post Forget a Second Screen, This $799 Portable Monitor Adds Three 18.5-Inch Displays to Your Laptop first appeared on Yanko Design.

This DIY Cyberdeck With a 12-Inch Screen Actually Works Like a Laptop

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Most cyberdecks sit somewhere between prop and prototype, fun to look at but often awkward to use, with bolted-on parts and layouts that prioritize aesthetics over ergonomics. They’re conversation starters that rarely stay on the desk once the novelty wears off. This “CMDeck” build is interesting because it tries to behave like a real laptop-class machine you could actually reach for when you want to write or tinker.

Salim Benbouziyane’s core decision was to give the deck the footprint of a full-size keyboard, a wide clamshell that feels anchored instead of chunky. A 12-inch touch display sits up top, and a custom low-profile mechanical keyboard lives below, with a split ortholinear layout, central trackpad, and small OLED. It’s framed as a deliberate workspace rather than a random collection of parts that happened to fit in a box.

Designer: Salim Benbouziyane

The split ortho layout and central trackpad push your hands outward, leaving a clear middle zone for navigation and status. The low-profile switches and custom keycaps keep the deck thin enough to feel like a proper clamshell, while the OLED hints at system status without cluttering the surface. It’s a layout aimed at writing, coding, and multi-window work, not just showing off an unusual key arrangement that makes typing harder.

The enclosure journey is where the design process shows most clearly. The first CAD pass looked clean with all the I/O on the back, then immediately ran into reality when cables blocked the lid from opening. Salim carved clearances, added a removable rear section for assembly, and reworked hinge mounts after early prototypes ripped screws out. The heavy display forced him to add brass weights so the deck could open fully without tipping backward.

The decision to make the bottom shell translucent purple is a nod to transparent tech nostalgia that also turns the internals into part of the visual identity. Resin-printed and CNC-finished parts give the case a smooth, almost commercial feel, while PETG support structures and brass inserts handle the mechanical load. It’s a mix of show and structure that makes flipping the deck over as interesting as opening it to type.

Small interaction details make it feel finished. Riser modules tilt the keyboard and improve airflow, magnets in the lid help keep it closed, and the touch display keeps the deck usable even when the keyboard is borrowed by another machine through a special USB port. These are the kinds of decisions that make the deck feel like a finished object rather than a one-off experiment you’d be afraid to actually use daily.

The project took months of iteration, from fighting ribbon cables to reprinting support structures and swapping coolers, all in service of a form factor that feels right on a desk. The result is a cyberdeck that invites everyday use, especially for writing and side-by-side windows, and a reminder that the most interesting DIY builds now are as much about industrial design as they are about electronics, where getting the hinge geometry right matters just as much as the circuitry underneath.

The post This DIY Cyberdeck With a 12-Inch Screen Actually Works Like a Laptop first appeared on Yanko Design.

Stop Hunching Over Your Laptop: This Stand Has a USB Hub Built In

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Working from whatever surface is available means café tables, office booths, hot desks, all places where the laptop is always too low and the power outlet is always just out of reach. People stack laptops on books, hunch over for hours, and drag a small zoo of dongles and chargers around just to make a temporary spot feel like a real workstation for a few hours before packing up and moving again.

The Lana laptop stand from Colebrook Bosson Saunders is a compact riser that lifts your laptop to eye level and hides an integrated USB hub in its spine, so your keyboard, mouse, and power all run through a single USB-C cable. You drop your laptop on it, plug in one cable, and the temporary desk suddenly feels less temporary, less improvised, and less like you’re working from a surface that was meant for lunch rather than spreadsheets.

Designer: Colebrook Bosson Saunders

Imagine a scenario where you arrive at a shared bench or booth, and Lana is already in place. You sit down, plug your laptop into the stand’s USB-C, and everything comes to life: an external keyboard, mouse, maybe a charger if the stand’s hub is connected to power. There won’t be any crawling under the desk for sockets or untangling cables from the previous person, just one motion that turns a generic surface into your setup.

Lana is designed to “eliminate musculoskeletal strain and fatigue,” adjusting instantly for healthy posture even in “temporary touchdown spaces.” You raise the laptop until the top of the screen is roughly at eye level, use a separate keyboard on the desk, and your back, shoulders, and eyes stop paying the price for every impromptu session. It’s a small change that matters more when you’re constantly moving between locations instead of staying put.

The stand fits into the variety of furniture it’s meant for, pods, booths, and communal benches, where there’s rarely room for monitor arms or full docking stations. Lana’s footprint is small enough for a booth table but tall enough to get the screen where it needs to be. It’s flexible, convenient, and “uncompromisingly ergonomic,” as Colebrook Bosson Saunders puts it, which is a rare combination in spaces that were never designed for long stretches of work.

The 12-year warranty that CBS offers says a lot about how confident they are in the mechanics of the stand. The plastic-free packaging goal and the fact that Lana is part of a British-designed and engineered lineup tie it back to a broader ecosystem of ergonomic products rather than a one-off gadget. It’s meant to be a long-term fixture in shared spaces, not a disposable accessory you replace every year.

Lana is less about reinventing the laptop stand and more about making hybrid work setups feel intentional instead of improvised. By combining a proper riser with a USB hub and a single-cable plug-in, it turns pods, booths, and benches into places where you can actually work without wrecking your posture or your patience. For something that just sits there, that’s a surprisingly big job done quietly well.

The post Stop Hunching Over Your Laptop: This Stand Has a USB Hub Built In first appeared on Yanko Design.

The best laptops you can buy in 2026, tested and reviewed

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Choosing the best laptop can be a bit of a challenge, especially when “good enough” now covers everything from entry-level Chromebooks for college students to premium machines built for serious multitasking and heavier creative work. Specs can blur together fast, but a few basics still matter, like processing power, battery life and whether you’re getting enough storage for the long haul. For many people, that means looking for something that lands in the sweet spot with modern ports, a solid display and at least a 512GB SSD so you’re not juggling external drives a month after you bring your new laptop home.

Out of all of the notebooks we've tested and reviewed recently, we consider Apple's 13-inch MacBook Air M4 to be the best laptop for most people, and this is still the case for our top picks to start off the new year. It's powerful enough to handle most tasks (even light video editing); it has a great screen and built-in speakers; and its battery could last over 18hours (depending on what you're doing, of course). The MacBook Air M4 is also one of the lightest and thinnest systems we've reviewed, and it's dead silent, thanks to a fanless design.

Of course, not everyone wants a MacBook, and there are excellent Windows laptops and Chromebooks out there, too. Windows systems offer a range of configurations, from budget to high-end UHD screens with stunning IPS panels that boast high nits for vivid brightness. Chromebooks, on the other hand, tend to be more affordable and are great for users who mostly work online. Whether you need a powerhouse for creative work, a compact system for note-taking, or a laptop that can handle family movie night, there’s something for everyone in today’s laptop market.

Depending on the type of laptop you’re looking to buy, there are some specs we think you should look for to get a machine that’s powerful enough for your needs and future-proof for the next couple of years (at least). Here's a cheat sheet for you to use when you're shopping.

  • At least M2 processor

  • At least 16GB of RAM

  • At least 256GB of SSD storage

  • The most recent generation processor available from Intel or AMD

  • At least 16GB of RAM

  • At least 256GB of SSD storage (512GB SSD is a safer baseline if you plan to keep lots of files locally)

  • Intel Core i processor

  • At least 8GB of RAM (4GB is the bare minimum for a basic Chromebook)

  • At least 128GB of storage, preferably a SSD

  • At least AMD Ryzen 9000 series or Intel 14th Gen Core CPU

  • At least 16GB of RAM (ideally 32GB if you can swing it)

  • At least 1TB of SSD storage

  • For GPU recommendations, check out our guide to buying the best GPU for your needs

  • The most recent generation processor available from Intel or AMD

  • At least 8GB of RAM

  • At least 256GB of SSD storage (consider a 512GB SSD if you can swing it)

Engadget has been reviewing laptops for two decades, and while the definition of what a portable PC is has changed considerably since, our obsession with testing their limits and serving up informative buying advice remains the same. Be it a hybrid tablet like Microsoft's Surface machines, a rotating 2-in-1 convertible like HP's Spectre x360s or a plain old clamshell notebook, our review process follows similar beats. How does it look and feel? How fast is it? Whether it’s a Windows device powered by an Intel Core i5 or higher, a MacBook or a Chromebook, we aim to answer the most important question: Is it actually worth your hard-earned cash? We also pay close attention to portability, webcam quality and display features, including IPS panels and nits of brightness, as they can make a big difference in daily use.

There's a good chance you've already committed to an operating system, but my advice is to be as flexible as possible. These days, most major software is compatible with both Macs and PCs. (Of course, it's another story if you've become dependent on an Apple-only app like Final Cut Pro.) Web-based apps, naturally, will work on any platform with an internet browser.

If you're an Apple-loyalist, there aren't many reasons to consider Windows laptops (unless you want a secondary gaming machine). But for Windows users, macOS is becoming more tempting every year. Apple's MacBooks, powered by its M-series Silicon chips, are among the fastest and most efficient laptops we've ever seen. They're incredibly well-built and have outstanding battery life to boot. MacOS itself is also an easy platform to learn, especially if you're used to iOS and iPadOS.

That brings up another point: iPhone users may want to consider Macs because of the seamless integration with Apple's other platforms. You can't respond to iMessage conversations easily or hop into FaceTime chats on Windows PCs, but doing so is simple on Macs. (Microsoft's Phone Link app lets you send iOS users individual texts, but not media or group chats.) Android users, meanwhile, may be better off with Windows, as Phone Link can make calls, synchronize all your texts and also access your phone's photos.

If cloud gaming is your priority, Windows laptops with NVIDIA’s GeForce Now or Xbox Cloud Gaming compatibility may offer more flexibility and decent performance, especially when paired with fast internet speeds. Chromebooks also make a compelling case here as an affordable, lightweight solution for casual cloud gaming sessions.

As for whether you’ll want a PC with a dedicated Copilot AI button on the keyboard, that depends on how often you see yourself using Microsoft’s generative tools. Given we’re only just seeing the first slate of AI PCs, it would be wiser to wait out the hype and see what improvements might come over time.

And what about ChromeOS? Chromebooks are a smart and (typically) inexpensive way to do things like web browsing and hopping on a few video chats, but for most, they're not the best choice as a primary computer. There aren't many apps or games that work offline, and they also don't work with powerful software suites like Adobe's (you can use the stripped-down Adobe Express and Photoshop online tools, though).

Chromebooks are great secondary machines to use alongside a more powerful Mac or PC, and they're popular in schools because they're cheap and easy for IT workers to manage. And if all you need is web browsing access, or a notebook for a kid, a Chromebook might be enough.

If, for some reason, you’re looking for a powerful ChromeOS system, there are also Chromebook Plus models to consider. These machines sport faster processors and more RAM than typical Google notebooks, and they can also tap into a few of the company’s online AI features, like AI image generation and photo processing.

You can expect to spend between $1,000 and $1,800 for a new laptop these days, depending on the configuration. If you're looking for more of a workhorse, that could cost you well over $2,000 for additional RAM, storage, as well as a beefier graphics card and CPU. But you can also find some good laptops under $1,000 if you're willing to overlook build quality (or buy a refurbished or previous generation machine, which we highly recommend). For entry-level systems, you’ll often have to decide whether you’d rather prioritize processing power or storage, especially if 512GB SSD upgrades bump the price. Systems with AMD chips tend to come in cheaper than their Intel counterparts, but the bulk of their cost will come down to other components like RAM and storage.

I’ve included our favorite affordable model in this best laptop buying guide, but we have a list of the best budget laptops that you can check out as well.

So how portable do you want your laptop to be? That's the ultimate question you need to ask when choosing between various screen sizes. 13-inch machines have become a solid starting point for most shoppers — it's enough real estate for the majority of tasks like emailing and writing, and it also helps keep machines relatively light (typically between two to three pounds). Thanks to manufacturing advancements, these dainty machines sometimes even come with larger screens (the smaller MacBook Air actually has a 13.6-inch display).

If you have trouble seeing fine text, we’d recommend going for a display larger than 13 inches. ASUS’s Zephyrus G14 is a solid 14-inch option for gamers, and we’re also seeing more productivity-focused machines aim for that size, like the Dell 14 Premium and MacBook Pro. While 14-inch notebooks are a bit heavier than 13-inch models, coming in between three to four pounds, their screens are noticeably roomier.

For artists, or anyone else who needs a large canvas, a 15-inch laptop may make the most sense. They typically weigh between 3.5 and 4.5 pounds, but that extra heft may be worth it to fit wider video editing timelines or Photoshop windows. And, as you'd expect, you'll also pay a bit more for a 15-inch notebook compared to smaller ones (the 15-inch MacBook Air starts at $1,199, while the smaller model goes for $999). PC makers are also replacing 15-inch systems with 16-inch versions, which will give you even more space to work.

If you're in the market for a business laptop, size and portability might be key considerations. A lightweight yet powerful system with a long battery life can make a world of difference if you travel frequently for work.

You can still find laptops with 17-inch or 18-inch screens, but those are typically gaming systems or souped-up workstations. They're not meant for mere computing mortals.

These days, most laptops ship with a few USB-C ports, which can handle both charging and speedy data transfers. Apple's MacBooks also include a separate connection for MagSafe power, and you'll find custom power connections on some PCs like Microsoft's Surface. Older USB Type-A connections are less common now, but they still pop up in systems like HP's Spectre x360 14, as well as many models from ASUS.

For gamers or creators who rely on discrete graphics, ensuring your laptop has the right ports for external monitors or GPUs is crucial. DisplayPort or HDMI connections can also ensure you’re ready for dual- or multi-screen setups for more immersive experiences. Similarly, if you want to save high-resolution files or install multiple games, you might need to consider additional hard drive space; external hard drives are pretty affordable, as long as you have a proper port to connect them.

If you're a fan of wired headphones, it's worth keeping a close eye on headphone jack availability. They usually include a USB-C to 3.5mm adapter, but that's a clunky solution, and it also takes up a USB port. Sure, most people use wireless earbuds and cans today, but it's still helpful to have a wired one around for when those devices run out of juice.

Most laptops today offer Wi-Fi 6 or 6E and Bluetooth 5.0 or later, which should mean faster and more stable connections if you have compatible routers and devices. While Wi-Fi 7 routers have started appearing, that spec hasn't made its way into laptops yet. As for cellular coverage, there are notebooks like the Surface Pro 9 and Samsung Galaxy Book models that offer integrated 5G. But from our testing, that feature may not be worth the cost of a separate data plan. Instead, you could tether to your smartphone or invest in a wireless hotspot that can keep multiple devices online.

A laptop's battery life depends on several factors: The power draw from the screen and other hardware, the optimizations used to avoid unnecessary power drain, and, of course, the size of the actual battery. One of our previous favorite systems, the Dell XPS 13, lasted 13 hours and 15 minutes in the PCMark 10 battery benchmark. In real-world testing, I was able to use it for a day and a half without needing a recharge. The MacBook Air 13-inch, meanwhile, more than 18 hours in our benchmark and kept running for more than two work days of my typical workflow. In general, you should expect a modern laptop to last at least eight hours.

If battery life is your absolute priority, I'd strongly suggest looking at Macs over Windows PCs. Apple's M-series chips are essentially mobile hardware, with all of the power efficiency you'd expect from something originally designed for phones. Qualcomm’s upcoming Snapdragon chips could help Windows PCs compete with Apple’s astonishing battery life, but we’ve yet to see those in action. Chromebooks also typically get decent battery life (as long as you don’t overstuff them with power-draining tabs).

A laptop's refresh rate refers to the amount of times its screen is cycled every second. Modern displays like IPS LCDs and OLEDs support 60Hz refresh rates at a minimum, but we're seeing more devices offering 120Hz, 240Hz and beyond. The higher the number, the faster the screen is refreshed, which ultimately leads to a smoother experience while mousing around or scrolling through web pages. (If you want to get a sense of what a slow refresh rate looks like, just grab an e-reader like the Kindle and try to flip between book pages.)

While high refresh rates used to be reserved for gaming laptops, nowadays we're seeing more mainstream machines like the Dell 14 Premium offer 120Hz (or variable rates that move between 60Hz and 120Hz).

If you’re buying a new laptop, you’ll want to make sure it’s powered by the latest CPUs so you’re not short on processing power a year from now. For Windows PCs, that includes Intel’s Core Ultra chips for thin-and-light machines or the 14th-gen HX chips for beefier systems. The Core Ultra series have NPUs for handling AI tasks, while the HX hardware does not – they’re based on Intel’s previous chip architecture, and they’re more focused on delivering raw horsepower. Intel's older 13th-gen and 12th-gen laptop chips also don't have NPUs, so keep that in mind if you're looking at used systems.

You'll also see AMD's Ryzen 8000 and 9000 chips in plenty of new systems like the ASUS Zephyrus G14 and Razer Blade 14. Those CPUs mainly target gaming laptops and high performance systems, while you'll still find AMD’s older Ryzen 7000 chips in ultraportables. AMD's main advantage is that its chips also include Radeon graphics, which are far more capable than Intel's Arc hardware (though those are getting better).

Qualcomm’s new Snapdragon X Elite and X Plus are also an option in Copilot+ PCs (more on those below). Since they’re based on mobile chip designs, they’re likely also more power efficient than AMD and Intel’s hardware. In the past, we’ve avoided recommending Snapdragon chips because they led to a slow and frustrating Windows experience. But Microsoft claims it’s rebuilt Windows 11 around Snapdragon’s Arm-based architecture, which should lead to far faster performance and better app compatibility.

As for Apple's laptops, you'll be choosing between the M4 Pro, M4 Max and M5, each of which is progressively more powerful.

On the graphics side of things, a GPU, or graphics processing unit, is the component that communicates directly with a laptop's display. Laptop CPUs all have some form of integrated GPU: Intel has either its standard graphics or beefier Arc hardware, while AMD's chips include fast Radeon mobile graphics. If you want to play demanding games at high speeds (measured in frames per second, or fps), or if you need some extra power for rendering video or 3D models, you can configure a laptop with a dedicated GPU like NVIDIA's RTX 40-series hardware or AMD's Radeon RX 7000. Just be sure to leave room in your budget if you want a powerful GPU, as they typically add $300 or more to the cost of a laptop.

Apple's M-series chips, meanwhile, have GPU cores that can perform as well as NVIDIA’s and AMD's lower-end dedicated GPUs. That's quite the accomplishment for systems like this (especially the MacBook Air and 14-inch MacBook Pro), and it's another reason we highly recommend Apple's notebooks.

Simply put, an AI PC is a computer equipped with a neural processing unit (NPU), which is designed to handle AI-related tasks. Much like how GPUs tackle heavy-duty gaming and rendering workloads, NPUs are designed to handle the complex math necessary for AI workloads. They’re also far more power efficient than CPUs or GPUs, which could lead to better battery performance in laptops. While many factors go into NPU performance, for the most part we measure their potential speed by TOPS (tera operations per second).

We were primed for AI PCs based on the chips Intel and AMD announced in 2023. Intel unveiled its "Core Ultra" CPUs in December, its first to include an NPU for AI work. AMD also announced its Ryzen 8040 AI mobile chips that month (and it couldn't help but say they were faster than Intel's new hardware). But in May, Microsoft announced its Copilot+ initiative, which is pushing major PC makers to deliver premium AI PCs with specifications including 16GB of RAM, 256GB SSDs and NPUs with at least 40 TOPS of AI performance.

Copilot+ is more than just a marketing term: Microsoft is also launching AI-powered features in Windows 11 that take advantage of powerful NPUs. That includes Recall, which can help you locate anything you’ve done on your PC (whenever it finally launches), as well as Cocreator in Paint, which can generate AI images based on text prompts and doodles.

If you buy an AI PC that isn’t Copilot+ certified, you’ll still be able to use some features like Windows Studio Effects, which can blur your background in video calls or keep you in frame. Developers like Adobe and Audacity are also building features into their apps that can take advantage of NPUs.

At the time of this post, Chromebook Plus notebooks can also access a few of Google’s online AI features, like image generation and photo processing.

The ThinkPad X9-14 Aura Edition is a great spiritual successor to the ThinkPad X1 Carbon, offering the best that business laptops have to offer. That includes long battery life packed into a thin and light chassis. This is an optimal ultraportable business laptop.

While the price might give you some pause, we tested the lowest configuration, and found that the X9-14’s performance is excellent for casual business users. The only issue with quality is that the keyboard is lacking. It’s mushier than we’d like, which could get a bit tiresome throughout the day. You’ll still miss out on a USB Type-A port, so you may need to carry a Type-C hub with you.

Where the ThinkPad X9-14 will win you over is its bold OLED screen. Combo that with its well-rounded audio, and the ThinkPad X9-14 makes for an excellent multimedia device in and out of the workplace.

Aside from its lovely OLED screen, the ASUS Zenbook 14 OLED doesn't stand out from the crowded laptop field in any way. It just looks dull and boring, especially compared to the strikingly beautiful ASUS Zephyrus G14, which also came out this year. While you can probably find the Zenbook 14 for a decent price, I'd recommend holding out for something with a bit more personality (and with a less wobbly screen hinge).

The Razer Blade has almost everything you'd want in a 14-inch gaming notebook, but it's far pricier than the Zephyrus G14 on this list, and it doesn’t even have an SD card reader. It would be a solid competitor once its price falls a bit, and it's certainly a great option if you just have to have a jet-black laptop.

Framework gave its modularity magic to the Laptop 16, delivering a gaming notebook where almost every single component is user replaceable. But you'll have to pay a pretty penny to snag it with upgraded hardware, and its optional Radeon 7700S GPU was surprisingly slow.

The Alienware m16 r2 has been revamped with a slimmer case, but it’s otherwise a fairly typical gaming laptop. It’s a solid option for Alienware fans, but you’ll find better hardware and deals elsewhere.

The Zenbook Duo is a fascinating dual-screened notebook, and according to my colleague Sam Rutherford it’s the first of its kind that’s worth buying. But its unique hardware isn’t really meant for mainstream consumers, and Windows 11 still doesn’t support multi-screen setups well enough to make full use of the Zenbook Duo’s ample canvas.

Dell’s XPS 16 is big and beautiful, but it’s far too expensive compared to the competition. Plus, it uses a capacitive row of function keys that you basically can’t see under bright light and has too few ports for a machine of this size.

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It’s hard to come up with an average battery life for laptops, since that will ultimately depend on what you’re doing with them. An ultraportable like the MacBook Air that sips power can last around 20 hours in our battery benchmark, and around two full work days of real-world usage. But a gaming laptop may last only a few hours if you’re actively playing something while on battery. At this point, Macs are delivering far better battery life than PCs, thanks to Apple’s Silicon chips, but Microsoft claims Copilot+ systems with Qualcomm chips will also get over 20 hours of batter life.

The more RAM you have, the more things your computer can do simultaneously. For that reason, we recommend buying PCs and Macs with at least 16GB of RAM. That gives you enough memory to have several applications open at once, as well as web browsers filled with RAM-hogging tabs. Many PC games also require at least 16GB of RAM. While you could use a system with 8GB of RAM for basic tasks, you’ll quickly run into slowdowns and error messages as your apps stack up. Many laptops, especially ultraportables, don’t let you upgrade RAM, too – so you’ll have to buy an entirely new computer if you didn’t equip enough memory at the start.

If you’re a hardcore gamer, programmer or planning to render videos or 3D models, then you may want to go for 32GB of RAM or more. And if you just need a secondary laptop for lighter work – perhaps a no-frills system for writing – then you can probably get by with 8GB. Just be sure to keep those browser tabs in check.

There is no one-size-fits-all solution when it comes to laptop storage. You’ll typically find configurations between 256GB and 1TB SSDs (solid state drives) on most laptops, and I’d recommend most people get at least 512GB. That’ll be enough space for large apps, music and video files without stressing your system too much. If you’re a media hoarder, or want to play a ton of games, then it’s definitely worth getting a 1TB SSD.

If you’ll mainly be streaming your shows and music, and would rather invest in RAM or other hardware, then 256GB of storage would be serviceable. I’d recommend staying away from any machine with 128GB of storage though. Most of that will be taken up by the operating system, and you’ll likely run into issues cramming in large apps after a few months.

We recommend springing for extra built-in storage or investing in a portable SSD for backing up your most important files. It's also worth noting that Chromebooks tend to come with less built-in storage — 32GB, 64GB or 128GB — since ChromeOS encourages users to save their files in the cloud rather than on the device. In that case, 128GB is plenty.

You can expect to spend between $1,000 and $1,800 for a typical 13-inch laptop today. As I explained above, you'll pay more if you want to stuff in more RAM or better GPU hardware. But you can also find deals below $1,000 if you look for refurbished or older-generation models.

Simply put, macOS is the operating system in all of Apple's notebooks and desktops, while Windows powers the vast majority of PCs. You'll also find Chromebooks running Google's ChromeOS, but those are basically just web browsers running on top of Linux.

Debating the differences between Windows and Macs is something PC nerds have been doing since the '80s, so we won't be declaring a winner here. There are some small, negligible distinctions, like using a Command versus a Control key, how file explorers work and concerns about viruses and security. For the most part, those are minor issues or have become moot thanks to better built-in security.

But if you care more about playing the newest games, you'll want to have a Windows system. If you're more focused on creative apps, like Photoshop, Premiere and Final Cut Pro, then macOS may be a better fit (especially if you're running an iPhone).

There is no single "best" laptop brand, but judging from this guide alone, we're generally impressed by notebooks from Apple, Dell and ASUS. They all offer fast, reliable and sturdy machines. HP also makes some eye-catching devices if you want an option that’s the most aesthetic. Those four brands, along with Lenovo and Acer, dominate laptop sales worldwide. We'd avoid systems from any retail store brands, or companies that don't have a major presence in the US.

October 2025: Updated to add the latest MacBook Pro.

September 2025: Added a new "specs to look for" section.

August 2025: Updated our top picks to include the Dell 14 Premium.

May 2025: Updated to ensure top picks and details are still accurate.

March 2025: Updated to include the M4-powered MacBook Air.

November 2024: Updated to include the M4-powered MacBook Pros.

August 2024: Updated to include the Lenovo ThinkPad X1 Carbon Gen 12.

This article originally appeared on Engadget at https://www.engadget.com/computing/laptops/best-laptops-120008636.html?src=rss

We Might Get A Touchscreen M6 MacBook Pro Before GTA 6

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So here’s the timeline we’re apparently living in: Apple will ship a completely redesigned MacBook Pro with OLED displays and touchscreens before Rockstar manages to release GTA 6. Let that sink in for a second. A company that refreshes laptops on a predictable yearly cadence is moving faster than a studio working on a game announced in 2022. Industry sources suggest Apple is accelerating development of its M6-powered models, with launch windows now pointing to late 2026 rather than the previously expected 2027 timeline. The shift signals confidence in advancing multiple breakthrough technologies simultaneously, from next-generation display panels to cutting-edge silicon manufacturing.

The irony is delicious because both Apple and Rockstar operate on their own time. They ship when they’re ready, audiences be damned. Except Apple apparently got ready really fast this time. For professionals who have waited through several years of iterative updates, the M6 models promise substantial reasons to upgrade. The combination of OLED technology borrowed from the iPad Pro, potential touchscreen integration, and the performance leap expected from 2-nanometer chips creates a compelling package. Add to this a thinner chassis, refined thermal management, and possibly even cellular connectivity, and the M6 MacBook Pro begins to look like the generational shift many have been anticipating since the original Apple Silicon transition.

Designer: Apple

Representative Image

The rumor mill had most of us penciling in a 2027 launch for the M6 MacBook Pro, giving Apple time to perfect the OLED transition and work through the inevitable supply chain headaches. But production starting early suggests either the technology matured faster than expected or Apple sees competitive pressure building and wants to strike first. My money is on both. The shift signals confidence in advancing multiple breakthrough technologies simultaneously, and when Samsung starts manufacturing panels months ahead of schedule, it means someone with deep pockets is pushing hard. That someone is Apple, and they clearly want these machines out the door before 2027.

The redesign also alleges a shift to tandem OLEDs, the same technology we saw on the iPad Pros last year (which apple called their Ultra Retina XDR Display). Tandem OLED uses two emissive layers stacked on top of each other, which delivers higher sustained brightness, better power efficiency, and dramatically reduced burn-in risk. The iPad Pro already proved this works beautifully. Blacks that actually look black, colors that pop without looking oversaturated, and HDR content that doesn’t feel like a compromised laptop experience. Moving that to a 14-inch or 16-inch panel with different thermal constraints is complex, but Apple’s display team has pulled off harder tricks. The mini-LED panels in current MacBook Pros are excellent. OLED makes them look outdated.

Representative Image

Then Apple is apparently adding touchscreens, which is wild considering how long they insisted touchscreens on laptops were bad design. They weren’t entirely wrong. Gorilla arm is a real problem. Nobody wants to reach up and poke a vertical screen all day. But the implementation details suggest Apple found a middle ground that actually works. Reinforced hinges keep the display stable when you tap it. A hole-punch camera cutout instead of the notch, possibly with Dynamic Island functionality, points to interface elements designed for quick touch interactions. This isn’t about replacing the trackpad. This is about adding occasional touch input for specific tasks where it makes sense, like scrolling through a timeline or adjusting sliders in creative apps.

The M6 chips built on TSMC’s 2-nanometer process could deliver 15 to 20 percent performance gains over M5 while improving energy efficiency. That translates to faster renders, quicker compile times, and snappier machine learning workflows without sacrificing battery life. The real party trick is how Apple might structure the chips with CPU and GPU in separate blocks, allowing more customization in performance configurations. You get exactly the compute power you need without paying for components you’ll never max out. Smart, efficient, very Apple.

Representative Image

Here’s where the joke stops being funny though. These redesigned models will probably only come in Pro and Max configurations initially, with the base model stuck on the old design for another year. That’s Apple’s way of charging a premium while keeping cheaper options available. The iPad Pro jumped about $200 when it got tandem OLED. Expect similar economics here, putting the entry point for a redesigned 14-inch model somewhere around $2,200 or higher. You’ll be able to buy this laptop and play GTA 6 on it via cloud gaming before you can buy GTA 6 natively. What a time to be alive.

The post We Might Get A Touchscreen M6 MacBook Pro Before GTA 6 first appeared on Yanko Design.

We Might Get A Touchscreen M6 MacBook Pro Before GTA 6

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So here’s the timeline we’re apparently living in: Apple will ship a completely redesigned MacBook Pro with OLED displays and touchscreens before Rockstar manages to release GTA 6. Let that sink in for a second. A company that refreshes laptops on a predictable yearly cadence is moving faster than a studio working on a game announced in 2022. Industry sources suggest Apple is accelerating development of its M6-powered models, with launch windows now pointing to late 2026 rather than the previously expected 2027 timeline. The shift signals confidence in advancing multiple breakthrough technologies simultaneously, from next-generation display panels to cutting-edge silicon manufacturing.

The irony is delicious because both Apple and Rockstar operate on their own time. They ship when they’re ready, audiences be damned. Except Apple apparently got ready really fast this time. For professionals who have waited through several years of iterative updates, the M6 models promise substantial reasons to upgrade. The combination of OLED technology borrowed from the iPad Pro, potential touchscreen integration, and the performance leap expected from 2-nanometer chips creates a compelling package. Add to this a thinner chassis, refined thermal management, and possibly even cellular connectivity, and the M6 MacBook Pro begins to look like the generational shift many have been anticipating since the original Apple Silicon transition.

Designer: Apple

Representative Image

The rumor mill had most of us penciling in a 2027 launch for the M6 MacBook Pro, giving Apple time to perfect the OLED transition and work through the inevitable supply chain headaches. But production starting early suggests either the technology matured faster than expected or Apple sees competitive pressure building and wants to strike first. My money is on both. The shift signals confidence in advancing multiple breakthrough technologies simultaneously, and when Samsung starts manufacturing panels months ahead of schedule, it means someone with deep pockets is pushing hard. That someone is Apple, and they clearly want these machines out the door before 2027.

The redesign also alleges a shift to tandem OLEDs, the same technology we saw on the iPad Pros last year (which apple called their Ultra Retina XDR Display). Tandem OLED uses two emissive layers stacked on top of each other, which delivers higher sustained brightness, better power efficiency, and dramatically reduced burn-in risk. The iPad Pro already proved this works beautifully. Blacks that actually look black, colors that pop without looking oversaturated, and HDR content that doesn’t feel like a compromised laptop experience. Moving that to a 14-inch or 16-inch panel with different thermal constraints is complex, but Apple’s display team has pulled off harder tricks. The mini-LED panels in current MacBook Pros are excellent. OLED makes them look outdated.

Representative Image

Then Apple is apparently adding touchscreens, which is wild considering how long they insisted touchscreens on laptops were bad design. They weren’t entirely wrong. Gorilla arm is a real problem. Nobody wants to reach up and poke a vertical screen all day. But the implementation details suggest Apple found a middle ground that actually works. Reinforced hinges keep the display stable when you tap it. A hole-punch camera cutout instead of the notch, possibly with Dynamic Island functionality, points to interface elements designed for quick touch interactions. This isn’t about replacing the trackpad. This is about adding occasional touch input for specific tasks where it makes sense, like scrolling through a timeline or adjusting sliders in creative apps.

The M6 chips built on TSMC’s 2-nanometer process could deliver 15 to 20 percent performance gains over M5 while improving energy efficiency. That translates to faster renders, quicker compile times, and snappier machine learning workflows without sacrificing battery life. The real party trick is how Apple might structure the chips with CPU and GPU in separate blocks, allowing more customization in performance configurations. You get exactly the compute power you need without paying for components you’ll never max out. Smart, efficient, very Apple.

Representative Image

Here’s where the joke stops being funny though. These redesigned models will probably only come in Pro and Max configurations initially, with the base model stuck on the old design for another year. That’s Apple’s way of charging a premium while keeping cheaper options available. The iPad Pro jumped about $200 when it got tandem OLED. Expect similar economics here, putting the entry point for a redesigned 14-inch model somewhere around $2,200 or higher. You’ll be able to buy this laptop and play GTA 6 on it via cloud gaming before you can buy GTA 6 natively. What a time to be alive.

The post We Might Get A Touchscreen M6 MacBook Pro Before GTA 6 first appeared on Yanko Design.

2026 ROG Zephyrus Duo, ASUS Zenbook DUO: Versatility You Can Use Today

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We have seen quite a number of laptops bearing mind-blowing flexible screens that fold or roll, and while they do help push the envelope of laptop design, they might be the future, but it is definitely not yet here. Foldables still scratch easily and are expensive, rollables are at a concept stage, and both rely on technology that is impressive in a demo booth but nerve-wracking when you actually need to get work done and cannot afford downtime or repair bills.

At CES 2026, ASUS and its gaming brand Republic of Gamers are offering two designs for people who need to get stuff done here and now. Although less spectacular than a screen that folds like paper, the ROG Zephyrus Duo 2026 (GX561) and the ASUS Zenbook DUO 2026 (UX8407) promise a more versatile and more reliable experience, using two rigid OLED panels, conventional hinges, and software layouts that treat dual screens as a workflow multiplier instead of a party trick.

Designer: ASUS

Dual Screens, Multiple Possibilities

With a foldable laptop, you get a large screen that folds down to the size of a normal laptop, or a laptop-sized screen that folds down to half its size. A rollable laptop, on the other hand, starts with a normal size and then expands for more real estate. They both try to offer more screen space with a manageable footprint, but it is still a single panel with a limited set of poses. You can fold it like a book or lay it flat, but you cannot flip one half around into a true tent or dual-monitor arrangement, and the panel itself stays soft and fragile under your fingertips.

The dual-screen design sported by the new Zephyrus Duo and Zenbook DUO uses two independent but connected screens, practically dual monitors connected by a hinge. They are conventional, rigid OLED panels, so none of the soft, scratch-prone flexible displays of foldables. It feels almost like a normal laptop, just one that has a second monitor permanently attached, hinged, and ready to be stood up, laid flat, or folded back into tent mode for sharing across a table.

More importantly, however, this design offers more versatility in terms of how you actually use the machine throughout the day. You can use only a single screen in laptop mode if space is a constraint or if you want to stay focused. You can flip the whole thing into tent mode to share your screen with someone sitting across from you. You can detach the keyboard entirely and stand both panels up as a tiny dual-screen desk, with the keyboard floating wherever your hands are most comfortable. ASUS brings this design to two different kinds of laptops, really just two sides of the same coin, offering the same core idea with the flexibility you can use today.

ROG Zephyrus Duo 2026 (GX561): Not Just a Gaming Laptop

This is not the first Zephyrus Duo, but the first one launched nearly six years ago was more of a one-and-a-half-screen laptop. There was a smaller touchscreen right above the keyboard that offered some space for tool palettes and chat windows, but it was still very much a secondary strip. This 2026 redesign, in contrast, is a bold new direction, going full dual-screen with two large OLED panels and a detachable keyboard like no other gaming laptop has dared to go.

It is a true gaming laptop, of course, and the specs show its pedigree. An Intel Core Ultra 9 processor, paired with up to an NVIDIA GeForce RTX 5090 Laptop GPU pushing up to 135W TGP, backed by up to 64GB of LPDDR5X memory and up to 2TB of PCIe Gen5 SSD storage with easy swap access. The 90Wh battery supports fast charging, hitting 50% in 30 minutes.

The main display is ROG Nebula HDR, a 3K OLED panel running at 120Hz with 0.2 ms response time, HDR 1100 nits peak brightness, 100% DCI-P3 coverage, and ΔE below 1 color accuracy, protected by Corning Glass DXC. All of that is cooled by ROG’s Intelligent Cooling system, with liquid metal on the CPU, a vapor chamber, graphite sheets, and 0 dB Ambient Cooling mode for silent operation when you are not rendering or fragging.

At 6.28 lb and just 0.77 inches thin, it is heavy enough to remind you there is serious silicon inside, but still portable enough to live in a backpack. The machine includes Wi-Fi 7, Thunderbolt 4, HDMI 2.1, USB 3.2 Gen 2 Type-A, and an SD card slot, plus a six-speaker system with two tweeters and four woofers running Dolby Atmos, so you can actually enjoy game audio without always reaching for headphones.

Where the ROG Zephyrus Duo 2026 really shines is in versatility. Because a laptop that can run AAA games can practically do anything as well, including content creation, programming, video editing, and 3D work. Designers and creatives will definitely love the freedom such a design offers, paired with powerful hardware that does not compromise just to fit two screens. You can keep After Effects timelines on one panel while the preview lives on the other, or split code and output, or run a game on the main screen with Discord and guides on the second, all without alt-tabbing or shrinking windows.

ASUS Zenbook DUO 2026 (UX8407): Dual-Screen Goes Lux

The ASUS Zenbook DUO 2026 shaves off some of the gaming hardware to offer a dual-screen laptop that is slimmer, lighter, and a little more stylish. It is no slouch, though, and carries plenty of muscle to handle any productivity task you might throw at it. That also includes content creation, with a bit of light gaming on the side when you want to unwind between meetings or deadlines and do not need RTX power for every session.

The Zenbook DUO 2026 runs a next-gen Intel Core Ultra processor with up to 50 TOPS NPU for AI workloads, paired with Intel Arc integrated graphics, up to 32GB of memory, and up to 2TB of SSD storage. It supports up to 45W TDP with a dual-fan thermal solution, keeping the machine stable during sustained loads without the heavy cooling overhead of a discrete GPU, which helps keep the chassis thin and light.

The main display is an ASUS Lumina Pro OLED with 1000 nits peak brightness, and both screens are treated with the same level of care, making them equally usable for productivity, media, and light creative work. What differentiates this next-gen dual-screen from its predecessor is the new hinge design that puts the screens closer together. With thinner bezels, they now sit just 8.28mm apart, a 70% reduction, and they almost look like a single continuous piece.

ASUS has adopted its Ceraluminum material for the Zenbook DUO 2026’s laptop lid, bottom case, and kickstand, making it not only look and feel more luxurious but also be a bit more resilient to accidents and daily wear. The Zenbook DUO weighs just 1.65kg and has a 5% smaller footprint than previous generations, which makes it easier to carry and fit on smaller desks or café tables.

It is packed with ports, including two Thunderbolt 4 connections, HDMI 2.1, USB 3.2 Gen 2 Type-A, and an audio jack, plus six speakers with two front-firing tweeters and four woofers for surprisingly rich audio from a thin chassis. The keyboard connects via magnetic pogo pins or Bluetooth, and the machine supports ASUS Pen 3.0, turning both screens into writable surfaces for notes, sketches, or annotations during video calls or brainstorming sessions.

Like the Zephyrus Duo, the Zenbook DUO 2026 can be used in multiple orientations. Laptop mode with the keyboard on top of the lower screen for traditional clamshell use. Desktop mode with both screens stacked or side-by-side, the detachable keyboard placed separately, and the built-in kickstand propping the whole thing up like a tiny dual-monitor workstation. Tent mode for presentations or sharing content across a table without needing an external display or awkward screen mirroring. The flexibility is the point, and it works without asking you to trust a flexible panel not to crease or scratch under normal use.

Trade-offs and Potential

Dual-screen laptops are not perfect, of course. You need to keep track of a separate keyboard you hope you will not lose, though that is also the case for some foldable laptops anyway, and the detachable keyboard is also what lets both the Zephyrus Duo and Zenbook DUO behave like tiny dual-monitor desks in tent or desktop modes. These machines are easily heavier than single-screen laptops with equivalent specs, and they will likely be priced firmly in premium territory, though still far below the stratospheric costs of early foldables.

There is also that unavoidable divider between the two screens, though ASUS has gotten it down to 8.28 mm on the Zenbook DUO, and at that point it starts to feel more like a subtle pause than a major interruption. The hinge is still visible, the gap is still there, but it is less about accepting compromise and more about acknowledging that two rigid, high-quality OLED panels with a small gap are more practical than one fragile foldable panel with no gap at all.

Despite those limitations, these designs offer a kind of versatility that neither conventional laptops nor foldable laptops can match. You get to decide how to use the laptop, unrestricted by a single panel or a prescribed set of folds. You can boost your productivity with two screens for timelines and tools, or save space with just one when you are working in a tight spot. You can stand them up for presentations, lay them flat for collaborative work, or use them as a traditional clamshell when muscle memory takes over.

Maybe someday, we will have foldable laptops that can bend both ways, support multiple modes, and will not easily scratch with a fingernail or develop a permanent crease after a few months of daily folding. But if you want to be productive and create content today, the ROG Zephyrus Duo 2026 and ASUS Zenbook DUO 2026 could very well be among the most productive and most versatile laptops of 2026, delivering the dual-screen promise without the fragility, the expense, or the anxiety that comes with carrying a piece of still-experimental tech into the real world.

The post 2026 ROG Zephyrus Duo, ASUS Zenbook DUO: Versatility You Can Use Today first appeared on Yanko Design.

Yanko Design’s Best of CES 2026: Tech That Removes Friction

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CES usually means prototypes that look like they escaped from a sci-fi movie and demo reels that promise to change everything by next Thursday. This year felt different, or at least the products that actually mattered did. The best stuff on the floor was not trying to replace your habits or announce itself from across the room. It was quietly upgrading things you already reach for, tucking serious engineering into familiar objects and using it to remove friction from how you already live, work, and move through spaces.

The through-line across our favorites is technology that earns its place by behaving like a better version of something you already understand. Glasses that translate or restore hearing, a home battery that looks like furniture, headphones that twist into speakers, a TV backlight that adds a fourth primary. Even when intelligence is involved, it smooths edges rather than steals the spotlight, treating the upgrade as something you notice only when a moment becomes easier, clearer, or less annoying.

Dreame X60 Max Ultra Robot Vacuum

Dreame’s X60 Max Ultra is the top of the new X60 Ultra series, reimagined for whole-home adaptive cleaning. It pairs a 7.95cm ultra-thin body with a sculptural all-in-one dock, combining engineering that lets it navigate low furniture, climb tall thresholds, and handle carpets and hard floors without leaving messes behind, treating deep cleaning and hot-mop care as a mostly background process.

The retractable sensor and VersaLift navigation let the robot clean under beds and sofas at just 7.95cm tall, switching to dual AI cameras and LEDs when it retracts. The AI-Enhanced OmniSight system uses 120-degree cameras, 3D structured light, and a 0.1s response to recognize over 280 object types and plan routes up to 200 % faster, while the ProLeap system climbs thresholds up to 8.8 cm with retractable legs.

Cleaning performance combines up to 35,000 Pa Vormax suction with the HyperStream Detangling DuoBrush 2.0, featuring 60% thicker rubber strips and 1,600 RPM speed. DreameGlide mopping uses thermal mop pads, dual omni-scrub heads, 15 N downforce, and 230 RPM rotation, while ThermoHub self-cleaning washes pads with 100 °C hot water on a self-cleaning washboard, keeping them grease-free and ready for the next run.

The All-in-One PowerDock auto-empties for up to 100 days, washes and mops with 100°C water, dries them with hot air, and manages 4.2L and 3.0L water tanks. The Max version adds dual-solution dosing for floor cleaner and pet-odor solution, and an optional water hookup handles refilling and draining, turning vacuuming, mopping, mop care, and waste management into a mostly autonomous background routine.

The design has a minimalist, geometric base station with semi-transparent accents that reads like furniture, paired with a robot featuring offline voice control, smart carpet strategies, Pet Care 4.0, and upcoming Matter support. For CES 2026, X60 Max Ultra feels like where robot vacuums are headed, combining architectural aesthetics and serious engineering into something built for large, complex homes where floors, carpets, thresholds, and pets all demand attention.

Lenovo ThinkPad Rollable XD Concept

Laptop screens have been stuck as fixed rectangles for years. The ThinkPad Rollable XD Concept is Lenovo’s bold reimagining of the laptop PC, building on experiments like the ThinkPad X1 Fold and ThinkBook Plus rollable designs but pushing further with a rollable OLED that can change shape and face both the user and the outside world, treating the display as something that stretches and wraps instead of just opening and closing.

The concept is one of the world’s first out-folding devices with a world-facing display and expanding user-facing screen. Part of the rollable panel is always visible on the lid, even when the laptop is closed, while the rest extends upward when opened, transforming a compact 13.3-inch notebook into a near-16-inch workspace and delivering over 50 % more screen real estate without the bulk of a traditional 16-inch chassis.

The taller, expanded screen supports multitasking and creative work: stacked documents, vertical timelines, side-by-side apps, or code and preview in one view. The world-facing strip on the lid shows calendars, notifications, or custom widgets, turning the outside of the laptop into a personal dashboard or a small signboard for collaboration and retail scenarios, making the closed laptop a live information surface instead of a blank slab of metal.

Lenovo folds in AI-driven features like live translation, voice assistant, multi-modal input, and lid-closed interactions that take advantage of the world-facing display. Swipe to X touch gestures and voice controls let users launch apps or switch modes with a finger or a command, framing the Rollable XD as a platform for new AI-era workflows rather than just a clever mechanical trick that extends a screen without adding much practical value.

The transparent 180-degree Corning Gorilla Glass Victus 2 cover, jointly developed by Lenovo and Corning, protects the rollable panel while revealing some of the mechanism underneath. The concept keeps familiar ThinkPad cues like the keyboard and TrackPoint, so it still feels like a ThinkPad even as the screen stretches and wraps. It offers a glimpse of laptops that can expand when you need more space and broadcast information outward when you close the lid.

Hypershell X Ultra Robot Exoskeleton

Hypershell X Ultra is the world’s best outdoor exoskeleton to date, built for people who want to hike, run, and ride farther without feeling wrecked at the end of the day. It is a high-performance, AI-powered frame that wraps around your hips and legs, delivering motorized assistance that blends into outdoor life instead of announcing itself. At CES 2026, it signals that exoskeletons are finally stepping into the same category as backpacks and boots for serious adventure.

The performance is SGS-certified, not just claimed. Independent testing confirms up to 39% less physical exertion when cycling, around 2022% less when walking, and a 63% increase in hip flexor endurance, with heart rate reductions of up to 40%. Each battery delivers about 30km of hiking in Eco Mode or intense bursts in Hyper Mode, and two batteries extend walking range to roughly 60km on a single outing, turning multi-day treks with heavy gear into something more achievable.

The AI MotionEngine Ultra takes input from more than a dozen sensors and adapts assistance in real time to terrain, activity, and stride. Key modes like Running+ and Cycling+ deliver stronger bursts during take-off and acceleration, while Snow and Dune stabilize movement on powder and sand. Downhill buffering shifts support to protect knees on long descents, making the exoskeleton feel like an extension of your legs rather than a rigid frame pushing against your gait.

The hardware is built from SpiralTwill 3000 carbon fiber and aerospace-grade titanium alloy, with more than half the frame using automotive-grade dry carbon molding and key load-bearing parts shaped through 3D hollow forming. At 1.8kg structural weight, it is designed to shrug off scratches and abrasion on rocky terrain, operate from 20°C to 60°C, and fold down for transport, so it feels like serious outdoor gear instead of industrial equipment that belongs in a factory.

At CES 2026, Hypershell is using initiatives like the Hypershell Hundred on the show floor, and a Red Rock Canyon hike to prove that exoskeletons belong in the same conversation as performance footwear and technical apparel. The Hypershell X Ultra is a glimpse of a near future where strapping on a lightweight, AI-driven exoskeleton before a big day out feels as normal as lacing up trail shoes, and where going farther stops being about raw endurance and starts being about choosing the right gear.

Dreame Aero Pro Dry Wet Vacuum

Most homes have a familiar blind spot: the strip of dust under the sofa, the pet hair hiding under the bed, and the sticky spill that never fully disappears near the dining table. Dreame’s Aero Pro feels built for that gap, a flagship wet‑dry vacuum that lies completely flat, reaches under low furniture, and then cleans itself with hot water and hot air instead of asking you to scrub a dirty roller by hand.

The Aero Pro’s 9.85 cm ultra‑thin body and 180‑degree lie‑flat design let the cleaning head hug the floor and slide under sofas, beds, and cabinets that upright cleaners and many robots simply cannot reach. Dual‑side edge cleaning helps it trace along baseboards and furniture legs, while the cordless form and low profile make it easier to weave through tight spaces without constantly stopping to rearrange a room.

Cleaning power comes from a 25 kPa vacuum‑and‑mop 2‑in‑1 setup that handles dry debris, pet hair, and liquid spills in a single pass. Dreame’s TangleCut 2.0 brush is designed for 0 hair residue, cutting through more than 3,000 hairs without clogging, which matters when you share a home with pets or long hair. Instead of pausing to detangle the roller every few days, you can focus on actually getting the floor back to clean.

Afterwards, the Aero Pro looks after itself. A 90°C hot‑water self‑cleaning cycle flushes the roller and internal channels, eliminating 99.9% of bacteria, then a 194°F hot‑air smart‑drying system finishes the job in about five minutes with intelligent humidity control. A 1,000ml clean‑water tank, 500ml dirty‑water tank, and up to 60 minutes of runtime mean you can cover a full home in one session without constant refills or a long post‑clean routine.

Smart dirt detection and voice prompts round out the experience, nudging you when the floor is especially dirty or when the machine needs attention, while the understated design lets Aero Pro live in a hallway or living room without shouting for space. It feels like a sign that wet‑dry vacuums are growing up, blending serious cleaning performance, self‑care, and thoughtful ergonomics into a slim machine that finally tackles the corners you usually ignore.

Arspura F1 Range Hood

Searing a steak or stir-frying usually means watching smoke roll past a noisy hood that never quite keeps up with the pan. The Arspura F1 is a top-suction range hood built around speed and silence rather than just big CFM numbers, using a high-speed BLDC motor and ultra-fast airflow to clear smoke at the source before it drifts into the rest of the kitchen or lingers in the air.

The F1 focuses on airspeed at the inlet, pushing up to 16 m/s through an elongated front slot that captures fumes in about 0.03 seconds, compared to the 3–5 m/s typical of many hoods. This source-capture approach keeps grease and odors from spreading, making the cooking zone feel clearer and the rest of the home less like it just hosted a steakhouse service, even during high-heat sessions.

Instead of metal filters that clog and need replacing, the F1 uses centrifugal force to spin grease out of the airstream and drop it into a large oil cup. The intelligent self-cleaning cycle spins the motor at high speed to fling away residue, preserving suction over time and reducing yearly maintenance to emptying the cup, with zero filter costs compared to conventional hoods that can easily add up.

Everyday touches include three adjustable speed levels, wave-to-control gesture input that changes fan speed without smearing the front panel, and an eye-comfort LED cooking light that illuminates the cooktop evenly without glare. Auto delay shut-off keeps the fan running for a few minutes after you finish, plus the Arspura Smart App handles scheduling cleaning and sending oil-cup alerts, turning maintenance into background notifications instead of forgotten chores.

The F1’s 30-inch-class form factor, shortened body, and minimalist grey finish fit standard cabinetry and multi-burner ranges without dominating the room. By combining high-speed source capture, filter-free self-cleaning, and smart, touch-free controls in a clean, compact shell, Arspura’s F1 feels less like a necessary box over the stove and more like a quietly overqualified piece of kitchen infrastructure that earns its space by working harder and asking for less.

Dreo Smart TurboCool Misting Fan 765S

Traditional misting fans cool well but leave floors, furniture, and electronics damp, so they end up on patios and garages instead of living rooms. The idea of a tower fan that delivers real, evaporative cooling inside without leaving residue has always felt like a promise that dissolves the moment you turn it on. The DREO TurboCool Misting Fan 765S, debuting at CES 2026, is a serious attempt to finally make mist-based cooling truly indoor-friendly.

The TurboCool 765S uses DREO’s self-developed ultrasonic misting module to generate 17µm droplets that evaporate almost instantly in high-velocity air, delivering a perceived temperature drop of up to about 10°F without condensation. The TurboWind Power system pushes around 1,800 CFM at 32ft/s, reaching up to 70ft with smooth 90° oscillation, and secondary re-dispersion keeps surfaces dry even at mist outputs up to 900ml/h.

Despite that airflow, HyperSilent engineering keeps noise as low as roughly 20dB, thanks to optimized impeller geometry and air-duct design, so it can run in a bedroom or open-plan living space without dominating the soundscape. The intelligent humidity-management system, with built-in temperature and humidity sensing, a customizable RGB indicator, and automatic humidity-target control, turns the 765S into a 3-in-1 climate tool, fan, cooler, and humidifier, instead of just a fan with a water tank.

The 6L top-fill tank supports up to 7 hours of Turbo cooling, reducing how often you need to refill it during hot days or long evenings. The pump-free, hygienic design minimizes mold and bacterial risks and makes cleaning simpler than with traditional evaporative coolers. Independent control of wind and mist, plus a dedicated humidification function, means the same appliance can handle dry winter air, sticky summer heat, and shoulder seasons without swapping devices.

The TurboCool 765S fits into smart homes with 12 fan speeds, 4 cooling modes, and 4 humidity levels accessible via app, voice, or remote, plus child-lock safety and ecosystem compatibility. The slim, silver-and-black tower with a transparent base and blue core looks more like a high-end audio column than a utility fan. At CES 2026, it stands out as climate tech that respects both performance and living-room aesthetics, making all-day indoor cooling feel less like a compromise.

Dreame A3 AWD Pro Robot Mower

Dreame’s A3 AWD Pro is a robotic mower built for the kind of lawn that usually defeats robots: sloped, uneven, full of trees, edges, and family life. It uses 360° 3D AI vision, LiDAR, and RTK mapping instead of perimeter wires, and it sits at the top of Dreame’s mower lineup as the one meant to tame complex yards without asking you to spend a weekend trenching wire around flower beds.

The 4WD hub motors and all-wheel-drive architecture let it handle up to 80% slopes and climb 4.5cm obstacles, which means it can deal with hills, roots, and transitions that would stop a typical mower. The low, wide stance and independent wheel control keep it stable on inclines and let it move confidently across different surfaces without getting stuck or leaving awkward uncut patches halfway up a slope.

The 45cm dual-blade cutting deck and adjustable height speed up mowing on larger lawns, while 1mm edge precision reduces the strip of grass that usually needs manual trimming along fences, paths, and garden beds. Dreame frames this as the difference between a robot that roughs in a lawn and one that actually finishes the job, covering wide swaths while still respecting borders closely enough that you are not breaking out a string trimmer every week.

AI-powered auto-mapping, 360° vision, and LiDAR let the A3 AWD Pro recognize yard boundaries, create virtual zones, and avoid obstacles without wires. Garden Guardian features include obstacle detection, child and pet awareness, and anti-theft alerts, making it feel safe to let the mower work while kids play or pets wander, and reassuring if it lives outside full-time, parked on a charging tower in the yard.

Automatic return to the dock for charging, rain detection that sends it home during showers, app control for schedules and zones, and OTA updates that keep navigation and behavior evolving turn lawn care from a weekly chore into something that mostly happens in the background. For people with tricky yards who usually spend Saturday mornings wrestling a push mower up hills, the Dreame A3 AWD Pro feels like the kind of upgrade that finally justifies a robot.

Hisense 163MX RGBY MicroLED TV

The Hisense 163MX RGBY MicroLED is a 163-inch wall-sized display that tries to solve a long-standing problem with ultra-large TVs: they can be bright and sharp but still miss the warmth and nuance that creators intend. It debuts an industry-first four-primary RGBY architecture and has already been recognized with a CES 2026 Best of Innovation Award for pushing MicroLED color forward in a direction that feels genuinely different.

Adding a yellow sub-pixel to the usual red, green, and blue fills the spectral gap between 500 and 600nm, where many MicroLEDs tend to mute subtle tones. The 163MX uses this RGBY structure and advanced color management across 33.17 million sub-pixels to dramatically enhance color fidelity and achieve up to 100 % of the BT.2020 color space, making it suitable for creator-true content that demands accurate warmth and vibrancy.

The display lives in a room with an ultra-slim 32 mm profile and a precision zero-gap wall mount that lets it sit flush against architectural surfaces. In a large, open living space or private screening room, the TV reads more like a luminous wall panel than a conventional screen, keeping the focus on the content while still feeling deliberately designed, not just enormous and imposing like commercial signage.

Hisense positions the 163MX as the next step in a longer journey, from pioneering RGB MiniLED technologies to exploring multi-primary systems and now RGBY MicroLED. The CES 2026 Best of Innovation Award recognizes this work in expanding the color spectrum and sets the 163MX up as a reference point for future large-format displays, not just another giant TV chasing higher brightness numbers or deeper blacks.

By treating color architecture, industrial design, and wall integration as a single problem to solve, Hisense’s RGBY MicroLED points toward living rooms and dedicated spaces where a 163-inch screen can deliver cinema-grade color without feeling like a piece of commercial equipment bolted to the wall, offering a preview of how ultra-large displays might evolve when warmth, vibrancy, and refined integration matter as much as sheer size.

Narwal Flow 2 Vacuum

Narwal Flow 2 debuted at CES 2026 as the brand’s smartest robot vacuum yet, built around a NarMind Pro autonomous system that recognizes unlimited objects and assigns risk-based cleaning strategies. Instead of treating every obstacle the same, it adjusts distance and intensity based on what it sees, cleaning within 8 mm of walls while giving pet waste a protective 70 mm bypass to avoid messy accidents.

The headline intelligence upgrades are Pet Care Mode, Baby Care Mode, and AI Floor Tag. Pet Care Mode automatically identifies pet zones, can scan for missing pets, and even video-calls them. Baby Care Mode drops into ultra-quiet operation near cribs, recognizes toys, and avoids crawling mats. AI Floor Tag spots valuables and logs them with alerts, turning the robot into something that adapts to families, not just floors.

Flow 2 also brings a new design outlook, with a rational arc-form dock, a frosted glass panel on the front, and easy-lift water tanks shaped for straight-up lifting. The integrated status light bar glows softly through the glass, giving the dock a premium, sleek presence that looks more like furniture than an appliance. It is designed to live in visible spaces without visual friction or clutter.

The FlowWash track-mop system continuously infuses the mop with fresh water at 140 °F, while a scraper strips away dirt in real time, and a built-in stirrer prevents odors in the dirty tank. Combined with 30,000 Pa suction, CarpetFocus Mode, and full-cycle de-tangling, Flow 2 handles everything from kitchen spills to pet hair without rewashing floors or clogging up after the first run through a busy home.

Flow 2 represents a shift from robots that simply avoid obstacles to robots that understand context. The combination of risk-based avoidance, scenario-specific modes, self-cleaning mopping, and a dock that looks like furniture shows that robot vacuums are finally moving from basic obstacle avoidance to genuine household awareness, adapting to pets, babies, and busy schedules without constant supervision.

TORRAS Ostand Q3 Air Phone Case

Pro-level phones get used for everything, from desk work and video calls to weekend hikes, and most cases still force you to choose between protection, a stand, or something that looks grown-up. The TORRAS Ostand Q3 Air is the third-generation evolution of its stand-based flagship, built for people whose days constantly shift between office, commute, and outdoor time, blending protection with a rotating stand and refined style.

The updated air-cushioned architecture at the top and bottom edges, plus an internal airbag-inspired system, delivers 12-ft drop protection by buffering and dispersing impact forces. Lattice-textured side panels, anti-friction grip points at natural contact zones, raised 1.2mm lips around the screen and camera, and a ring-shaped air cushion encircling the lens combine to protect without adding much bulk, keeping the case at just 3.35mm thick.

The proprietary 360-degree Ostand ring sits flush when not in use, then flips out to lock at different angles for portrait video calls, landscape streaming, or quick hands-free snapshots. It is fully compatible with MagSafe charging and accessories, so you do not have to peel the case off to drop the phone on a charger, and the ring itself acts as a precise magnetic alignment point on desks and car mounts.

The Guardian-style back panel uses TORRAS’s Tora-Smooth coating and fingerprint-resistant finish, chosen to feel refined rather than rubbery. Color options include Lava Red for a more assertive, energetic look, Glacier Sprint as a cool alpine-inspired tone, and Shadow Black as the minimalist default that fits both meetings and mountain trails, giving people subtle ways to match the case to their daily rhythm without sacrificing durability.

A case that can survive 12 ft drops, prop itself up at any angle, stay grippy and pocket-friendly, and still look considered on a conference table feels like where stand-style cases are heading. By treating the stand, the air-tech protection, and the fashion-influenced finish as parts of a single everyday tool rather than bolt-on features, the Ostand Q3 Air makes a strong case for itself as the kind of accessory that earns its spot on a carefully chosen phone.

Lymow One Plus Mower

Homeowners with large, uneven lawns, trees that drop leaves, and enough obstacles to confuse basic robot mowers usually spend Saturday mornings wrestling a push mower up hills. Lymow One Plus is a second-generation, boundary-wire-free tracked mower built to handle that complexity, with 50% more cutting power, heavy-duty mulching blades, and a Cyclone Airflow Cutting System that turns it into both a mower and a blower for year-round yard care.

The Cyclone Airflow architecture lifts and stretches grass blades so the deck can cut more evenly, then pulls clippings through a clean tunnel to a single discharge port, preventing clogging and keeping paths cleaner. Reinforced SK5 tool-steel blades, the same grade used in premium pruning shears and axes, shred fallen leaves, thick grass, and common debris, so autumn leaf piles become fine mulch instead of another weekend chore.

The upgraded LySee sensor-fusion suite combines RTK-VSLAM navigation with a next-generation stereo camera and 10 TOPS of computing power for faster, more accurate perception. AI training on thousands of complex yards lets the Lymow One Plus recognize more than 20 common yard objects, from trees and stones to fences and curbstones, with environmental intelligence sophisticated enough to distinguish over 10 hedgehog species, keeping both lawn and wildlife safer.

The automotive-grade construction includes a reinforced frame, upgraded sealing, and hub-motor rigidity strengthened by more than 200%, built to handle harsh sun, heavy rain, morning dew, and everyday bumps. The self-cleaning side-brush system and rubber film barrier keep grass out of the wheel cavity, while heated camera housings and anti-glare display shielding let One Plus maintain traction and visibility on slopes, gravel paths, and wet grass without stalling.

A tracked mower that can mow, mulch, and blow leaves, navigate complex lawns without boundary wires, and keep working through weather changes and rough patches feels like a sign that robotic mowing is growing up. By moving from light trimming on small, flat lawns to genuinely heavy-duty yard maintenance, Lymow One Plus lets you reclaim weekends while the machine quietly handles grass, leaves, and debris in every corner, treating large yards as a job it was built for instead of a stretch goal.

Creality Falcon T1 5-in-1 Laser Engraver

Typical diode engravers handle one or two materials before hitting a wall. Creality’s Falcon T1 is a fully enclosed workstation billed as the world’s first 5-in-1 laser engraver, built as a modular platform with swap-in diode, fiber, MOPA, and UV modules. A single machine can follow a studio from wood prototypes to metal badges to glass awards without changing hardware footprints, treating laser work as a family of processes instead of isolated tasks.

WaveSync is the adaptive multi-wavelength system that automatically recognizes which of the five laser modules is installed, then dials in working distance, power, and scan speed every time it starts. Users can switch modules in about 30 seconds without tools, and the diode, fiber, MOPA, and UV options together cover wood, leather, coated metals, stainless steel, titanium, plastics, ceramics, glass, and transparent acrylics in one compact tower.

The high-speed galvo system pushes up to 10,000 mm/s line speeds, making the Falcon T1 up to roughly 10 to 15 times faster than conventional frame-style diode machines while holding 0.01 mm precision. It can carve 3D reliefs on wood and stone, engrave inside glass blocks via the UV module, and mark one-touch full-color patterns on stainless steel and titanium using over 100 MOPA colors and in-house process libraries.

AI-assisted tools handle 3D relief image generation from standard 3D models, Smart Fill & Layout that auto-detects materials and boosts batch efficiency, curved-surface engraving, flame monitoring, and auto focus for different heights. The fully enclosed, Class 1-certified design, with lid and tray interlocks, emergency stop, and key lock, makes the T1 far more comfortable to run in shared studios or small shops than open-frame Class 4 rigs.

By letting one machine handle cutting, 3D relief, internal engraving, and full-color metal work across so many materials, the Creality Falcon T1 gives design teams and makers a flexible, upgradeable core tool instead of another specialized box on the bench. The modular lasers, WaveSync automation, industrial-grade speed, and Class 1 enclosure turn a compact tower into a small-format production cell ready to handle whatever material or creative idea comes through the studio next.

GlocalMe MeowGo G50 Max Satellite Mobile WiFi Hotspot​

International travel and remote work usually mean swapping SIM cards, paying roaming fees, losing signal in mountains or on flights, and juggling multiple hotspots or paywalls just to stay online. The GlocalMe MeowGo G50 Max is the world’s first device to seamlessly integrate terrestrial cellular, in-flight Wi-Fi, and satellite connectivity into one pocket-sized hotspot that automatically chooses the best network, treating every environment as just another mode in the same system.

HyperConn architecture combines three layers. On the ground, 5G and 4G across over 200 countries with speeds up to 3.4 Gbps and localized, roaming-free tariffs. In the air, CloudSIM technology taps into in-flight Wi-Fi at 35,000 feet for seamless work and streaming. Off the grid, NTN satellite communication provides emergency voice and SMS in remote locations where traditional networks disappear, keeping you connected in deserts, mountains, or open water.

HyperConn monitors latency, congestion, and signal strength in real time, automatically switching between 5G, 4G, 3G, office Wi-Fi, and satellite without user intervention. Wi-Fi offloading means that when the device detects a high-quality home or office network, it switches to save cellular data, then switches back when that network degrades. It acts like a smart traffic controller that constantly optimizes for speed, reliability, and cost without asking you to think about it.

The G50 Max offers 5G coverage in 80+ countries, support for over 300 operators, and Wi-Fi 6 sharing to up to 16 devices, making it suitable for teams or families on the move. A 4,850 mAh battery with 18 W charging handles a full day, while a multi-layer security stack with encryption, firewall protection, and automatic authentication keeps data safe across all three connectivity layers, from urban 5G to satellite links.

The sleek, rounded body features a large circular MOLED touchscreen that visualizes network modes, wrapped in a premium cream or lavender finish that makes it feel like a thoughtfully designed travel tool rather than a utilitarian router. MeowGo G50 Max offers a glimpse of always-connected life, where a single device in your bag seamlessly handles connectivity, whether you are in a city, on a plane, or halfway up a mountain, treating the network as something that should just work everywhere you go.

Hisense 116UXS RGB MiniLED TV

Most extra-large TVs chase more brightness and more inches, often feeling like commercial signage in a living room. The Hisense 116UXS is a 116-inch flagship that instead treats color as the main story, using the next-generation RGB MiniLED evo system to make a wall-sized screen feel more natural, expressive, and at home in bright, design-heavy spaces rather than overwhelming them with sheer scale or nits.

RGB MiniLED evo is a four-primary backlight architecture that adds cyan to the usual red, green, and blue, because cyan sits in the part of the spectrum where our vision is most sensitive to subtle shifts. This lets the 116UXS render gradients, skin tones, and shadow transitions with more nuance, adding depth without cranking saturation, so everyday scenes look richer rather than just more intense.

The Hi-View AI Engine RGB chipset manages tens of thousands of color dimming zones, constantly balancing fast motion, bright highlights, and deep blacks to preserve that tonal subtlety. Hisense claims up to 110 % BT.2020 color coverage, pushing beyond standard wide-gamut sets, with the result being a picture that holds its character across sports, films, and games instead of only shining in HDR demo clips.

The nearly bezel-free design and 1.57-inch profile let the 116UXS sit on a wall like a luminous surface rather than a framed object, as seen mounted above a low console in a glass-walled living room. The integrated Devialet Opéra de Paris 6.2.2 audio system delivers cinematic sound tuned to match the expanded color performance without needing a separate soundbar cluttering the clean AV setup.

The 116UXS is the fullest expression of Hisense’s color philosophy, with the UR9 and UR8 series scaling RGB MiniLED to more sizes, but this model carries the multi-primary evo system and the highest-end design. For readers who care as much about how a giant TV sits in a room as how it measures on a chart, the 116UXS shows what happens when color architecture, processing, industrial design, and audio are treated as a single flagship brief.

Dreame Aero Hair Straightener

Straightening hair usually means juggling a dryer and flat iron, waiting for hair to dry, then clamping it between hot plates that can leave it dry or frizzy. Dreame’s Aero Straight Pro is an air-driven straightener that uses high-velocity airflow instead of metal plates, drying and smoothing in one glide while aiming to be kinder to hair and scalp, treating the blow-dry and straightening ritual as a single step.

The dual hot-and-cold airflow channels use the Coandă effect to wrap air around strands, with hot air straightening and cold air setting in the same pass. A 120,000 RPM motor pushes airflow at 58 m/s and 45 m³/h, letting it go from wet to straight without a separate blow-dry. Dreame claims up to 50 % higher styling efficiency compared to traditional flat-iron routines.

Six NTC sensors check temperature 200 times per second, while temperature and humidity sensors watch how wet the hair is, adjusting airflow and heat automatically. The AI Styling Assistant and app-based hair-type recognition tune temperature and speed to your hair’s length, thickness, and moisture level, so you are not guessing settings or worrying about over-drying fragile strands or under-styling thick hair.

The ion-infused and oil-coated care system combines negative ions to reduce static and frizz, a keratin-infused coating to reinforce strands, and Moroccan argan oil that releases under heat to add moisture and shine. A 57 °C root-care mode lifts roots while keeping the scalp comfortable, and Dreame’s lab data suggests smoother, shinier, longer-lasting results compared to traditional flat-iron passes.

The smart display shows Wet, Dry, Root, or Cold modes along with temperature and airflow, and the intelligent safety guard slows, pauses, and shuts off automatically if you set it down. The lightweight, balanced body, long 2.8 m cord, and soft metallic finishes in Rosy Purple or Pink Gold make the Dreame Aero Straight Pro feel like a thoughtfully designed tool rather than just another hot appliance.

Acer Swift 16 AI Laptop

Acer’s Swift 16 AI is the flagship of the new Swift AI Copilot+ PC lineup, built for creators and professionals who need AI horsepower without carrying a workstation. Powered by up to an Intel Core Ultra X9 388H processor with integrated Arc B390 graphics, wrapped in a thin aluminum chassis at just 14.9 mm, it is designed to feel like a premium ultrabook that can still handle heavy creative tools and large files.

The 16-inch 3K OLED touch display runs at 120 Hz with 100 % DCI-P3 color and DisplayHDR True Black 500 certification, covering photo editing, video grading, and fast scrolling in one tall 16:10 canvas. Below it sits the world’s largest haptic touchpad, measuring 175.5 × 109.7 mm and supporting MPP 2.5 stylus input, turning the palm rest into a secondary drawing surface for sketching, animating, and editing directly without needing a separate tablet.

As a Copilot+ PC, the Swift 16 AI unlocks Click to Do, Copilot Voice, and Copilot Vision, while Acer adds PurifiedVoice, PurifiedView, User Sensing, and the Intelligence Space hub for calls, privacy, and productivity. Dual Thunderbolt 4 ports, HDMI 2.1, MicroSD, Wi-Fi 7, DTS:X speakers, and an FHD IR camera complete a machine that treats AI, I/O, and everyday ergonomics as equally important, making it one of the most complete thin-and-light creative laptops arriving this year.

Clicks Power Keyboard

Typing on glass, remote controls, and air-gesture keyboards still feels like a compromise when you are trying to write more than a couple of words. Clicks Power Keyboard is a pocket keyboard designed for smart screens, snapping onto phones via MagSafe or Qi2 and riding along like a slim backplate. It is built for people who bounce between phones, tablets, TVs, and headsets but still want fast, confident typing everywhere.

A slide-out mechanism reveals an ergonomic QWERTY layout with sculpted keys, directional arrows, and a dedicated number row, with multiple slider positions and landscape support so it can adapt from compact phones to big Ultra and Pro Max devices. An integrated 2,150 mAh battery powers the keyboard and wirelessly tops up a phone, turning it into a power bank that actually earns its pocket space while you type.

Power Keyboard also works as a multi-device Bluetooth keyboard for phones, tablets, smart TVs, and headsets, with quick profile switching so you can jump from drafting an email on your phone to searching on a TV or naming files in AR. The Clicks app on iOS and Android lets you tune key behavior, shortcuts, and backlighting, so one small accessory quietly fixes input across your whole ecosystem instead of adding yet another single-purpose gadget.

Pininfarina-designed InkPoster Duna Art Frame

TVs and digital frames dominate rooms with glow and cables, either demanding constant power or looking like technology trying too hard to be art. InkPoster Duna is a Pininfarina-designed A1 color ePaper art poster, conceived as furniture rather than a gadget. The precision-engineered aluminum frame, wrapped in elegantly stitched Alcantara borrowed from luxury automotive interiors, uses fluid curvature and tailored details to make the piece feel timeless and deliberate, not disposable.

The E Ink Spectra 6 screen with Sharp IGZO backplane displays more than 60,000 colors without any backlight, using pigment-like color capsules that behave like printed ink. Once the image is set, no power is needed to hold it on screen, so one charge can last up to a year. No blue light, no flicker, no glow, no heat, just a surface that looks like a poster and can change with a tap.

The InkPoster app offers thousands of licensed artworks, from vintage graphics to timeless classics, plus an exclusive collection of original Pininfarina design sketches and automotive prototype images. You can also upload personal images and update artwork remotely, hanging Duna vertically or horizontally, completely cable-free. It becomes an evolving design element that can shift a room’s mood in seconds without adding another glowing screen to the wall.

CyberPower MA-01 Desktop PC Cases

The MA-01 Modern Analog Series chassis from CyberPowerPC treats a gaming tower as something you want visible on a desk. It hides fans, radiators, and cabling behind sculpted vents and shrouds, framing only the GPU, CPU cooler, and memory through pillar-less curved glass. The woven steel mesh top reduces high-frequency resonance, cutting exhaust noise by 20 to 30 percent while moving enough air to keep temperatures controlled.

Three analog RGB knobs let you dial through 16.7 million colors and adjust brightness and effects without software. Pressing each knob activates secondary functions, so color, brightness, and lighting modes are controlled with hardware instead of menus. Precision-molded I/O shrouds self-center cables and reduce wear. The MA-01 ships in warm matte off-white, dark steel gray, and metallic dark silver, supporting ATX and BTF motherboards with space for 360 mm radiators and long GPUs.

The CyberPowerPC MA-01 suggests that gaming hardware can behave like a mature object in the room. It still moves air and lights up, but through woven mesh, sculpted vents, and analog controls that feel considered. For people who want a powerful tower that can live on a desk without shouting, that shift in attitude turns a spectacle into something you choose to keep visible.

Roborock Saros Rover

Most robovacs stop at stairs, split levels, and weird thresholds, then politely give up and wait downstairs. Roborock’s Saros Rover is a development-stage robot that uses the world’s first two-wheel-leg architecture in a robovac, moving more like a small rover than a puck that just rolls and bumps. Each wheel-leg can independently raise, lower, and bend, giving it reach, lift, and height while keeping its body level as the ground changes.

The wheel-legs let Saros Rover execute small jumps, agile turns, sudden stops, and directional changes, enabling it to tackle traditional, curved, and carpeted staircases with bullnose fronts, cleaning each step as it climbs or descends. It also handles slopes and complex multi-level room thresholds, transitioning into areas that have been hard no-go zones for homes trying to clean multiple floors with a single robot.

AI algorithms work with motion sensors and 3D spatial information to understand the environment and make those wheel-legs react with precision, dramatically shrinking no-go zones in multi-storey homes. For people who have given up on a single robot handling upstairs and downstairs, Saros Rover offers a glimpse of where robovacs might be heading, treating stairs and split levels as just another surface instead of a permanent boundary, though launch timing remains unconfirmed.

Pila Energy Plug-and-Play Home Battery

Backup power is usually something you hide in a garage or closet. The Pila Mesh Home Battery is a slim, 3.3-inch-thick object designed by bould Design to sit beside a desk or under a console, treating energy infrastructure as something you actually want to see. A monolithic front panel, integrated handle and stand, stackable form, and four color-accented shells turn the battery into a piece of living-room furniture.

Each Pila unit plugs into a standard outlet with no electrician, permits, or landlord approval, so renters and homeowners can drop backup power exactly where it is needed. Multiple batteries coordinate wirelessly like a Wi-Fi mesh, charging during off-peak hours and discharging during expensive peaks, while the Pila app monitors appliance-level usage, refrigerator temperature, and solar input, turning scattered appliances into a coordinated, intelligent energy system.

The numbers behind it: 1.6 kWh LFP capacity per unit, 2,400 W continuous output, 10-year lifespan, Wi-Fi and cellular connectivity, smart-home support for Alexa, Google, and HomeAssistant, and $1,299 per unit that can scale as needs grow. At fleet scale, connected Pila batteries form a virtual power plant that smooths peak demand and strengthens the grid, turning individual design-forward boxes into shared energy infrastructure.

TDM Neo Hybrid Headphones

Neo is TDM’s hybrid headphone speaker that twists from on-ear headphones into a compact speaker with a single motion. It is built for people who move from solo listening on a commute or walk to spontaneous hangs in parks, hotel rooms, or studios, without swapping gear. TDM’s “Tomorrow Doesn’t Matter” philosophy is about making those shifts feel effortless, treating music as something you can keep private or share on impulse.

The quad 40 mm driver setup uses two inward-facing drivers for clean, detailed headphone sound and two outward-facing drivers that turn Neo into a palm-sized speaker with surprising volume. Dual-layer memory-foam cushions, a soft vegan-leather headband, and an adjustable clamp keep it comfortable during long wear, while customizable twist controls and simple buttons let you switch modes, pause, or power off without digging through menus.

Neo delivers 200+ hours of battery life in headphone mode and 10+ hours in speaker mode, with USB-C fast charging that gives about 8 hours from a 5-minute top-up. Bluetooth 6 multipoint and Auracast readiness, a 3.5 mm aux port, voice assistant support, and replaceable batteries frame Neo as design-forward audio gear that earns its spot in a bag by doing double duty between private listening and shared sound.

Lenovo Yoga Pro 9i Aura Edition (16″, 11″)

Lenovo’s Yoga Pro 9i Aura Edition is the flagship Yoga for people who spend days inside timelines, node graphs, and layered canvases. Framed as “The Ultimate Power to Create,” it pairs Copilot+ PC intelligence with up to an Intel Core Ultra 9 processor and NVIDIA GeForce RTX 5070 Laptop GPU, all wrapped in a redesigned Thunder Grey chassis that still looks like a Yoga, not a bulky workstation trying too hard to signal power.

The 16-inch 3.2K PureSight Pro Tandem OLED display runs at a 16:10 aspect ratio, 120Hz variable refresh, and up to 1,600 nits peak brightness, covering 100% of Adobe RGB, P3, and sRGB with Delta E below 1, tuned for Dolby Vision and True Black 1000. The glass Force Pad and included Yoga Pen Gen 2 turn the 150 × 95 mm surface into a sketchpad that automatically disables touch when the pen is in use.

Performance hardware includes up to 64 GB of LPDDR5X memory, up to 2 TB PCIe 4.0 storage, a 92.5 Wh battery, and a six-speaker Dolby Atmos system around a centered 1.5 mm-travel keyboard. A 5 MP IR webcam, dual Thunderbolt 4, HDMI 2.1, SD UHS-II reader, and Wi-Fi 7 handle connectivity, while Lenovo Power Engine’s AI modes shift between Extreme Power Boost, Adaptive Performance, and Extreme Low Power as your work moves from rendering to writing.

Hisense X-Zone Master Laundry System

Hisense’s X-Zone Master is the world’s first infinitely scalable modular washer-dryer system, built around the idea that laundry needs change faster than most people want to buy new machines. You start with a high-capacity main unit and add mini double-drum modules over time, arranging them side-by-side, stacked, or built into cabinetry. The system grows with pet-owning families, active households, or anyone tired of mixing delicates with gym clothes.

The main unit handles 28.7lb wash and 19.8lb dry loads using Hisense’s Zeus heat-pump hybrid drying, while each mini module tackles 4.4lb wash and 2.2lb dry with fresh-air condensation. Dedicated minis let you run baby clothes, pet bedding, workout gear, and intimates simultaneously without cross-contamination or waiting, operating under 46dB even when multiple units run at once.

AI-driven natural-language control through the ConnectLife platform identifies fabric types and soil levels, optimizes cycles, and provides predictive time-to-ready updates. Backed by 66 global patents in modular design, zoned care, and efficient drying, X-Zone Master hints at a future where your laundry setup can evolve room by room instead of being replaced wholesale every decade or when your household changes shape.

Cearvol Lyra Glasses with built-in Hearing Aids

Many adults who need hearing help avoid traditional aids because they do not want to advertise age or disability, even though they already wear glasses. Cearvol Lyra hides professional-grade hearing enhancement inside stylish frames, merging prescription vision correction with intelligent audio so users can see clearly and hear clearly at the same time without broadcasting their hearing needs to everyone in the room or feeling self-conscious.

Lyra comes in two models: Lyra OWS with a dynamic driver and 35dB gain for moderate loss, and Lyra RIC with a balanced armature receiver and 50dB gain for moderate-to-severe loss. A 3-microphone beamforming array with Voice Pickup Unit, self-voice suppression, AI noise reduction, NAL-NL2 amplification, and Bluetooth 5.3 audio keep ears open while streaming calls and music, maintaining environmental awareness.

The multi-size frame system and smart electronics distribution balance weight and reduce nasal pressure for all-day wear. Discreet physical buttons on the arms handle volume and modes, the Cearvol app offers environmental presets and an in-app hearing test on Lyra RIC with OTA updates, and the NFC wireless dock charges Lyra simply by setting the glasses on a stand at night, like any favorite pair of eyewear.

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