Gaming laptops have been around for years almost decades, and most of them share a similar design pattern that takes its cues from gaming desktops. There is almost a stereotype that gamers prefer bulky chassis with predominantly black finishes and bold, sometimes blinding RGB lighting, but as the number of gamers grows each year, so do the tastes in aesthetics. Some PC gamers today would prefer that their laptop look sleek and elegant like a MacBook, maybe even as thin as one, too. Others, however, would like a design language that bridges these two worlds harmoniously, and that is the concept that this Dell-inspired laptop series tries to show, creating an aesthetic that is still uniquely gamer-centric without being overbearing or gaudy.

Designer: Wei-Yi Li

Part of the reason why gaming laptops look like they’re miniature tanks is because of the technical considerations in cramming as much powerful hardware in such a small space. That said, the mainstream design language for these portable gaming computers has also stuck closer to desktops in their love for black or dark bodies with RGB highlights, but even that has been changing lately. Dell’s own Alienware gaming brand, for example, introduced a new “Legend” design language that introduced curves and lighter finishes in both desktops and laptops alike.

This Dell G-Series laptop concept takes that in a slightly different direction, one that tries to bring the best of both worlds together. On the one hand, the design language isn’t limited to just black or dark hues and, in fact, sometimes combines contrasting colors to great effect. On the other hand, the shapes still remain muscular and angular like traditional gaming laptop designs, adopting more geometric patterns that add visual interest to the laptop’s profile.

The Bisect design, for example, has a lid split between black and silver panels with an LED strip bridging the two halves. The edges, while flat and straight, have a noticeable incline that adds a bit of edginess to the design. Armor, on the other hand, is a bit more traditional, but the tapered rear shelf is visually separated from the rest of the body by a different color and material. Swift, as the name implies, tries to embody the spirit of agility with a light-colored body and a red hinge that acts as a built-in riser for the laptop. Its clean lines and minimalist design also make it well-suited for casual uses in addition to gaming. Finally, Artemis emphasizes thermal performance and its iconic design element is a triangular rear that houses the laptop’s hinge.

These concepts build on the shift in design language that Dell introduced in its gaming laptops in 2023, refining the aesthetics to make every design variation represent a particular segment of the gaming market. Of course, such sleek and elegant designs will only be possible if the technologies inside have reached a point where it’s possible to minimize the space they occupy. Thankfully, we are getting there, so designs like these could be just around the corner.

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As we continue to be more mobile in terms of where we work and study, gadgets and devices are adjusting to users’ needs and wants. More often than not, laptops and tablets are the devices of choice as it allows us to work wherever we want, oftentimes at cafes and shared or co-working spaces or sometimes even while commuting. There are already a lot of options out there but we continue to look at concepts that can bring even more improvements to our nomad working lifestyle.

Designer: Lee Seung-Hee

This concept laptop called LT-1 aims to solve the pain point of having a disorganized work environment when you’re working outside or having several gadgets with you even as you have limited space and are continuously mobile. What we need is to have a device that is efficient, practical, can adjust to our needs, and can multi-task just like what we’re probably doing. What they came up with is a minimalist looking laptop that has several functionalities built into it.

What’s unique about this concept is that you have a sub-display in the keyboard area which can show things that don’t need much of your attention but may be important to know. This includes your music playlist, preview of messages, and even a scheduler if you need to take a quick look at those things. Taking up 1/3 of your keyboard is the multi tablet section which basically serves as your trackpad and a multi-touch surface where you can use your pencil or stylus. It also has something called Mode Change LED although it’s not fully explained what it does. The keyboard itself has shortcut keys and there’s a function bar at the top where you have power key, switch to tablet mode, sound control, and something called “behavioral recording”.

They assume that you’ll use the LT-1 a lot so there’s a chance of overheating. There’s a back vent and a side vent to help with that as one of the ideas for this laptop and tablet in one is that it will remain cool. As a concept, this is pretty interesting but the actual execution may be challenging, and maybe even expensive. Let’s see how far the LT-1 Concept Laptop can get and if we’ll eventually see it in the market.

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The software company best known for the Windows operating system and the Office productivity suite hasn’t had the best of luck when it comes to hardware. Aside from the Xbox console, which is practically a separate business, most of Microsoft’s hardware products have either ended in failure or were short-lived. The Zune media player and Windows Phone devices quickly come to mind, and the dual-screen Surface Duo phone is just the most recent example. That’s why it’s almost a bit of a miracle that its Surface brand is still going, though it isn’t free from speculations about its pending doom. After more than a year and a half, Microsoft is finally updating its 2-in-1 tablet and traditional laptop devices, but both have one big reason they might not achieve much fame or adoption.

Designer: Microsoft

It’s arguable that the Microsoft Surface Pro popularized the 2-in-1 laptop design, especially one with a built-in kickstand and a cover that functions as a keyboard. Although the first ARM-based non-Pro Surface tablet flopped for other reasons, it seemed that Microsoft hit a gold mine with the Surface Pro to the point that it created a whole product line around the Surface brand. That family now includes an all-in-one Surface Studio desktop, a traditional Surface Laptop, and a Surface Studio Laptop that’s like a cross of those two.

Perhaps due to that success, Microsoft is a bit wary of changing the formula too much, especially when it comes to design. It was only recently that the Surface Pro shed off its thick bezels, but little has changed since then. In fact, the new Surface Pro 10 and Surface Laptop 6 would be dead ringers for their 2022 predecessors. Yes, there are upgrades, thankfully, but the majority can be found inside, like the new Intel Core Ultra processors that equip the portable computers with AI capabilities.

There are some notable improvements in other areas as well, particularly when it comes to accessibility and sustainability. The Microsoft Surface Type Cover, for example, now uses bolder fonts and brighter backlight to make keys easier to see and reduce eye strain. Microsoft also boasts that these two new devices contain the most recycled content it has ever included in its computers, a minimum of 25.8% recycled content for the Surface Laptop 6 enclosure and a minimum of 72% of the same for the Surface Pro 10.

But that lack of notable design changes isn’t what stops these two new products from becoming Microsoft’s big stars. These will only be available to business and commercial customers, which means most people won’t be able to buy them off shelves. Granted, the commercial segment might be more consistent in its buying capacity, but that still leaves out a huge chunk of potential sales. Rumor has it that Microsoft is planning a consumer Surface computer that’s powered by Qualcomm’s Snapdragon chip, the same kind of processor that runs on powerful smartphones. But considering its luck with Windows running on that platform, it remains to be seen if it will finally be able to shake off that curse.

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The retro craze shows no sign of slowing down as more people discover the wonderful quirks of designs from the past. It has even reached a point where designs are being applied to things that are somewhat unrelated to the original. We’re seeing computers that look like gaming consoles from the 90s, for example, or media players that would make you think they could play cassette tapes. This laptop has the same feel, although it barely looks like the workstations of Eld. Instead, it takes its cue from the design trend that’s gripping the computer accessories industry, applying not just the aesthetics but even the materials of retro mechanical keyboards to envision a workstation that, while powerful, isn’t made for gamers but especially for developers.

Designer: Wonjae Kim

Mechanical keyboards have always had an old-school ring to them, literally and figuratively. Their chunky keycaps and metallic sounds feel like just a few steps away from typewriters, especially with the prevalence of “chiclet” keyboards with soft sounds and short travel. Some accessory makers have taken that association even further by embracing the designs of keyboards from decades ago, and that same gray and literally edgy aesthetic is being applied to a laptop aimed at people who code more than those who play games.

Inspired by Lofree’s line of PBT (Polybutylene terephthalate) retro mechanical keyboards, this workstation concept has the same shapes, colors, and even materials that would remind one of those old-school keyboards, particularly with the use of blocky forms and a limited number of shades of gray with a single orange accent to break the monotony. The design isn’t apologetic about being a little bit thicker than most laptops that are aiming to grab the “slimmest” title at the expense of performance or flexibility.

That said, the laptop only looks retro but the concept is actually quite forward-looking. The bezels around the screen, for example, are thin, something that would have been inconceivable in older laptops. The most notable feature, however, is the touch display on the right side of the keyboard that can be used for different purposes, depending on the situation. It can be a numeric keypad, a to-do list, or even a game to give your brain time to breathe after a long and intense coding marathon.

Despite trying to evoke retro aesthetics, this Lofree-inspired workstation is quite clean and minimalist so you won’t stand out from the crowd in a negative manner. Using the same PBT material for the keyboard would make the emulation more authentic, but it wouldn’t be practical for a laptop chassis that needs to be a bit more durable. It’s definitely an interesting design and one that will easily rise from a sea of black and white laptops that have flooded the market today.

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Handheld gaming PCs are becoming a bit more popular these days, especially with major brands getting in on the game, pun intended. But while these small computers seem impressive for packing that much power inside, their designs make them less useful for anything else unless you connect an external monitor, keyboard, and mouse. Not only do gaming laptops offer more power, they can also be used for other purposes. Conversely, you need to connect a game controller and put the laptop down on a table, which loses the appeal of being able to play anytime, anywhere. Compal has an idea that attempts to bridge the best of both worlds, though its 2-in-1 gaming laptop design does raise just as many questions as it answers.

Designer: Compal

2-in-1 laptops and tablets that have touchscreens do offer a compromise when it comes to gaming with a controller. Just like with smartphones, it’s theoretically possible to put virtual joysticks and buttons, but those are actually awkward and more cumbersome to use on such a large screen. And just like on smartphones, it also means covering up part of the screen with their thumbs, and most PC games don’t take that into account.

The Compal Rover Play concept solves that by putting the controls on the back of the tablet half of the 2-in-1 laptop, almost like those paddles on the back of modern controllers. These aren’t simple buttons, though, as they would make the laptop look rather odd and unusable when not used to play games. Instead, there are panels on the back of the laptop that slide and fold slightly outward, creating an angled structure that’s like grips on a controller.

These FlexiRear Controllers have ultrasonic sensors that don’t use physical buttons to register presses and gestures. The idea is that instead of using the touchscreen on the front, you use those sensors on the back to control the game. The concept doesn’t exactly explain how those gestures would map to standard controller input, but it’s not difficult to imagine some specialized software making that conversion.

The biggest hurdle for this rather intriguing design is how such controls would feel alien to gamers. Not only would it require a considerable amount of learning effort, switching between this non-standard input method and a conventional controller could also prove to be confusing. Still, Rover Play is an interesting design that aims to bring the best of both worlds, but it’s still a little bit raw for any PC maker to implement in an actual product.

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It’s still a very niche design, but it seems that dual-screen laptops are being adopted by major PC makers. Unlike a foldable laptop that mimics a foldable phone, a dual-screen laptop simply offers two separate displays joined by a hinge, sort of like offering a second monitor that’s permanently attached to the laptop. Given this design, however, the only available design was a book-type foldable like the aborted Microsoft Surface Duo, the ASUS ZenBook Pro Duo, and the Lenovo Yoga Book 9i. That, however, only covers about half of the use cases you might have for a dual-screen configuration and lacks the flexibility you’d enjoy with a detached second screen. That’s the kind of design problem that Compal’s concept is trying to solve and it does so in a very intriguing way.

Designer: Compal

The way dual-screen laptops are designed today is pretty much a product of familiarity rather than innovation. It’s the closest that resembles a regular laptop and is the easiest to implement. Ironically, it’s actually not the way people with two monitors arrange their screens in normal circumstances. Most have two horizontal monitors side by side or one stacked on top of the other. While current dual-screen laptops do support the latter use case, putting the monitors side by side requires having them standing vertically, opened like a book.

The Compal DualFlip concept flips that design on its head, pardon the pun, by giving the user the freedom to choose the configuration they need or want. They can have it stacked or side-by-side or even in the conventional book style. Or they can have only one screen active with the wireless keyboard sitting on top of the other, turning it into a regular laptop. The key point is that they dictate how they want to use the product rather than the other way around.

This opens the device to even more applications and users who have different needs and working conditions. Those monitoring data will probably appreciate having the monitor on top while those coding and writing might put the screen to the side. The latter is also the configuration that most will use for making digital art. Interestingly, having the screens stacked on top of each other also solves one of the biggest problems with dual-screen laptops and manages to “hide” the hinge and the gap that it creates between the two displays.

The key to this flexible design is the hinge that can fold or flip the screen as needed, hence the name. Of course, it’s still a concept and it’s uncertain if Compal already has working prototypes for this, but it definitely looks doable. If Compal manages to pull it off, it will definitely raise the brand’s profile and put it back on the map. That is unless its bigger rivals figure out another design that also solves that problem and actually puts it into production first.

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Laptops today have become quite powerful beasts, capable of handling AAA games and even multimedia creation that their predecessors would choke at. But with great power comes great heat generation, the bane of CPU performance and battery life. Keeping a laptop cool has been a very big puzzle for laptop designers, mostly because of the problem of squeezing an efficient cooling system inside an extremely thin chassis. There are many existing solutions available today, ranging from extra large fans to vapor cooling chambers, but this particular concept offers an additional level of thermal management where a portion of the laptop’s rear extends to facilitate better airflow to and from the internals.

Designer: Wistron

Laptop cooling systems might come with different names and gimmicks, but they all function with the same principle. You draw heat away from the processors and battery and blow out the hot air while simultaneously drawing in cooler air. Whether it’s passive cooling with vapor chambers or active cooling with fans, proper airflow is still a critical element in the system. Unfortunately, due to design requirements, laptop air vents are actually small and too few.

This design concept tries to fix that problem by almost literally opening up a part of the laptop in order to create more and bigger openings for air to pass. Dubbed “dynamic airflow,” the design has one part of the laptop extend and move, exposing more vents for better airflow. In this case, it’s the back of the laptop that moves further back once you open up the lid. Conversely, that rear panel retracts again as you close the lid.

This moving part can house the laptop’s “heat module,” which can be, for example, small fans that move the air around. Normally, thermal cooling systems are placed on top of the laptop’s motherboard, which ironically leaves little room for the air to flow. Separating this thermal component not only frees up more space for airflow, it also makes it theoretically possible to make the laptop even thinner with this arrangement.

Of course, it’s easier said than done, as the design will also have come with its own consequences. For one, it makes the laptop design more complicated with more moving parts and mechanisms to extend and retract that component, which, in turn, could introduce structural compromises and new points of failure. Given the company behind the design, we might actually see this dynamic airflow concept tested in the wild by some major laptop manufacturers, which will then give us a better handle on how effective the solution really is.

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Apple has launched the latest 13-inch and 15-inch MacBook Air models. These laptops have a gorgeous design and strong performance. Although slim, their M3 chip provides impressive performance. They handle tasks such as number crunching, video editing, and binge-watching series effortlessly. Apple has again shown the capabilities of laptops by combining appealing design with high performance.

Designer: Apple

Despite their high-performance features, the new MacBook Air models are quiet, thanks to a fanless design that maintains a thin, light design and offers up to 18 hours of battery life. Users can enjoy a Liquid Retina display with up to 500 nits of brightness and support for 1 billion colors, ensuring a visually captivating experience.

The new models can support two external displays and offer Wi-Fi speeds up to double that of previous models. They are available in four appealing colors: midnight, starlight, space gray, and silver. Midnight features an anodization seal to minimize fingerprints. Other significant features include a 1080p FaceTime HD camera, a three-microphone array, and an immersive sound system with Spatial Audio and Dolby Atmos.

Claiming up to 60% faster performance than their M1 predecessors and up to 13 times faster than the quickest Intel-based MacBook Air, the new MacBook Air models with the M3 chip are equipped with an 8-core CPU, up to a 10-core GPU, and support for up to 24GB of unified memory, promising a smoother and enhanced user experience.

Additionally, Apple has really stepped up the gaming experience by incorporating hardware-accelerated mesh shading and ray tracing, not to mention a beefed-up 16-core Neural Engine that takes AI capabilities to the next level. The new models even have the muscle to run big, brainy things like large language and diffusion models right on the device. It’s clear Apple is all in on weaving cutting-edge tech into the new laptops.

Running on macOS Sonoma, the new MacBook Air models introduce exciting features such as desktop widgets, better video conferencing, and a Game Mode that amps up gaming. Furthermore, they ensure a seamless connection with iPhone and other Apple devices, thanks to features like AirDrop, Universal Clipboard, Continuity Camera, and Handoff, enriching the overall experience within the Apple ecosystem for users.

Apple maintains its commitment to the environment. The new MacBook Air comprises 50% recycled content, including 100% recycled aluminum in the enclosure and 100% recycled copper in the main logic board. The packaging is 99% fiber-based, with a goal to eliminate plastic by 2025. Apple aims to achieve carbon neutrality across its manufacturing supply chain and product life cycle by 2030.

The 13-inch MacBook Air with M3 is priced at $1,099, with a special education discount of $999. The 15-inch model is priced at $1,299, or $1,199, with an education discount. Orders can be placed starting today, and the products will be available from March 8.

The newest MacBook Air models demonstrate Apple’s position in the laptop market. They provide quicker, more intelligent machines while adhering to environmental sustainability and integrating effortlessly with other Apple devices. Apple is evidently committed to advancing its tech experience.

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Laptops are getting more powerful each year, but aside from the hardware upgrades, the basic design of these portable computers hasn’t changed significantly in the past decade. Yes, they are getting thinner and lighter while still delivering much-needed performance, but the clamshell design has still reigned supreme despite the conception of detachables and convertibles. That said, we might be on the cusp of a major design shift in this product segment while still holding tightly to that standard design. From dual-display and foldable laptops, new technologies are enabling new laptop designs that tickle the imagination and challenge the status quo. At MWC 2024, Lenovo is pushing the boundaries even further with a laptop that both delights the eyes and boggles the mind thanks to its transparent display.

Designer: Lenovo

Transparent displays are the stuff of science fiction, originally just eye candy designed to amaze viewers and inspire dreams of the future. Over time, it has also become the goal of many display manufacturers, and we’re finally starting to see the technology making its way into signages and even TVs at home. While new products are showing off what’s possible, the Lenovo ThinkPad Transparent Display Laptop proof of concept is really testing the limits of what you can do with such a screen, especially when you need to actually create content rather than just watch videos.

This concept product is the world’s first laptop with a 17.3-inch Micro LED transparent display, or practically the world’s first laptop with a transparent display of any size. And it’s truly a sight to behold, almost no different from those hi-tech transparent screens that have become a staple of almost any sci-fi show or film. It’s mind-blowing how you can clearly application windows and their contents while still getting a glimpse of what’s behind the screen. Even more magical is seeing only certain parts of the screen become “opaque” when it’s displaying an object, leaving the rest of the screen completely transparent.

Lenovo isn’t stopping there, though, and it has unsurprisingly found a way to inject some AI into that feature. It uses AI-Generated Content to display dynamic images or overlay information depending on the physical objects behind the transparent screen. In a sense, the ThinkBook Transparent Display Laptop integrates the physical and digital worlds not just visually but also through actual interaction between these two spaces. All thanks to artificial intelligence, of course.

That isn’t the only novelty that Lenovo is bringing to this proof-of-concept laptop. To really drive home that futuristic image, this ThinkBook does away with the conventional physical keyboard and instead uses a capacitive glass surface for typing. This surface also transforms into a drawing pad with an active stylus. This technology isn’t actually new to Lenovo, which launched an innovative yet also short-lived Yoga Book in 2016. In theory, this kind of display-based keyboard opens the door to customization and flexibility, but the ergonomics of such a device is just too poor to be worth the fancy features. Still, it’s hard to deny that this dazzling Lenovo ThinkBook Transparent Display Laptop shows the possible future we will be facing, and the fact that this proof-of-concept design is already in such a usable state suggests we’re not that far from making those fantasy devices a reality.

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Laptops are becoming powerful beasts that could almost match the computers sitting on top of our desks, but if there’s one thing they still can’t do is offer the same connectivity options as those towering boxes. You can only fit so many ports into a laptop without marring its slim profile, and some manufacturers have even started removing all but the small USB-C ports for the sake of aesthetics and weight. It’s a compromise imposed by current design restrictions, but it’s far from the ideal solution. If those restrictions are lifted, it might be possible to come up with a better design, like this concept for a laptop that still has a plethora of ports but can keep them out of sight when not in use.

Designer: Junichiro Yokota

A laptop’s purpose is primarily to offer computing power you can carry around with you and use anywhere, at least as long as it has some battery left. For most purposes, a laptop already has everything it needs to get the job done, but with the growing complexities of modern work, you will inevitably find yourself connecting some peripherals, such as an external storage drive at the very least. This is especially true for laptops that are used as “portable desktops” at work where you’d usually plug in a monitor, keyboard, mouse, and other accessories and then pull them all out when it’s time to leave.

Those connectivity ports give laptops their flexibility, but they also mar what would otherwise be a beautiful pristine design. You can minimize their effect with smaller USB-C ports, but you also make users’ lives complicated as Apple learned the hard way. A design that hides those ports while still making them available when needed is almost a pipe dream, at least if you only apply common conventions. This concept, however, thinks outside the box to come up with a solution that actually hits two birds with a single stone.

Commissioned by Fujitsu, this laptop concept employs a retracting mechanism to hide and then deploy ports inside a rectangular tube that sits underneath the laptop near its rear. It still has one USB-C port exposed for quick access, but all other connectors are still within easy reach once the inner bar slides out. That tube also functions as a riser to keep the keyboard at a more ergonomic angle.

The concept design uses a black and red motif to match Fujitsu’s official colors, but it’s not hard to imagine other designs being used as well. As interesting as the concept might be, it does also leave a few concerns unaddressed. The first would be the technical implementation of such a retractable design, especially when it comes to durability as well as the arrangement of electronics inside. More importantly, however, it also locks the laptop at a fixed angle determined by the riser tube, and unless it’s detachable, it also adds a somewhat unattractive protrusion to the laptop’s profile.

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