Tag Archives: Touchpad

Acer Swift 16 AI Has World’s Largest Haptic Touchpad With Stylus Support

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CES 2026 is the year when “AI PC” stops being a buzzword and starts to show up in hardware decisions you can actually touch. Intel’s Core Ultra Series 3 chips and Copilot+ on Windows 11 are pushing laptop makers to rethink what a keyboard, touchpad, and display can do when there is a dedicated NPU and GPU ready to run local models, instead of just sending everything to a server somewhere and waiting for results to trickle back.

Acer’s answer is a two‑track strategy. The Aspire 14 AI and Aspire 16 AI bring Copilot+ and Acer’s own AI tools into mainstream machines that students and young professionals might actually buy, while the Swift AI family, Swift 16 AI, Swift Edge AI, and Swift Go AI, leans harder into thin‑and‑light design, OLED panels, and new interaction surfaces like a giant haptic touchpad for creators and on‑the‑go professionals who need more than a generic ultrabook can offer.

Designer: Acer

Acer Aspire 14 AI and Aspire 16 AI

The Aspire 14 AI and Aspire 16 AI are the kind of laptops that end up doing everything, from lecture notes and spreadsheets to light photo edits and streaming. Both are built around Intel Core Ultra Series 3 processors, up to a Core Ultra 9 386H with the new Intel Graphics, paired with up to 32 GB of LPDDR5X memory and up to 2 TB of PCIe Gen 4 SSD storage on the 16‑inch, or 1 TB on the 14‑inch. That headroom handles hybrid workflows where a dozen tabs, a video call, and a Copilot window are all open at once.

Acer Aspire 14 AI

Both sizes use 16:10 WUXGA displays with refresh rates up to 120 Hz, with options for touch, non‑touch, and even OLED panels, which is unusual in the mainstream segment. The full‑flat 180‑degree hinge lets the screen lie completely flat on a table, useful when two people are huddled over a project or a group is reviewing a design. Large touchpads, thin‑and‑light chassis, and ports like Thunderbolt 4, HDMI 2.1, and USB‑A, with Wi‑Fi 6E and Bluetooth 5.3, keep them plugged into modern peripherals without needing dongle bags.

Acer Apsire 16 AI

Acer layers its own AI on top of Windows 11’s Copilot experiences. Intelligent Space acts as a hub for AI tools, AcerSense handles diagnostics and optimization, PurifiedView and PurifiedVoice clean up video and audio in calls, and My Key is a programmable hotkey that can trigger specific Copilot+ features like Live Captions with real‑time translation. For someone bouncing between languages and remote meetings, those small touches make the AI feel less like a gimmick and more like part of the daily routine.

Acer Swift 16 AI

The Swift 16 AI is Acer’s CES flagship for people who live in creative apps. It runs up to an Intel Core Ultra X9 388H with Intel Arc B390 graphics, up to 32 GB of LPDDR5X, and up to 2 TB of SSD storage. The 16‑inch 3K OLED WQXGA+ display, with 120 Hz refresh, 100% DCI‑P3, and VESA DisplayHDR True Black 500, gives animators, video editors, and illustrators a bright, color‑accurate canvas that still fits in a 14.9 mm‑thin aluminum chassis.

Acer Swift 16 AI

The headline feature is the world’s largest haptic touchpad, a 175.5 mm × 109.7 mm glass‑covered surface that supports MPP 2.5 stylus input. You can sketch, scrub timelines, or manipulate 3D models directly on the pad while the screen stays clear for reference or output. Haptics provide precise feedback with fewer moving parts, and Acer’s AI tools, accessed through the Intelligence Space hub, can tie into that surface for gesture‑driven creative workflows that feel more like using a tablet than a traditional laptop.

Acer Swift 16 AI (Best Buy Chassis)

Connectivity and audio round it out with Wi‑Fi 7, Bluetooth 5.4, dual Thunderbolt 4 USB‑C, USB‑A, HDMI 2.1, a MicroSD slot, DTS:X Ultra speakers, and an FHD IR camera. A 70 Wh battery with up to 24 hours of video playback on certain configs means the machine can survive long flights or a full day of on‑site shoots without hunting for an outlet.

Acer Swift Edge 14 AI and Swift Edge 16 AI

Acer Swift Edge 14 AI

The Swift Edge 14 AI and 16 AI focus on portability for people who count grams in their backpacks. Built from a stainless steel‑magnesium alloy chassis, the 14‑inch model weighs under 1 kg and measures just under 14 mm thick, yet still meets MIL‑STD 810H durability standards. Both sizes run up to Intel Core Ultra 9 386H processors with Intel Graphics, up to 32 GB of LPDDR5X, and up to 1 TB of PCIe Gen 4 SSD storage, so they are not trading performance for weight.

Acer Swift Edge 16 AI

Display options go up to 3K WQXGA+ OLED with 120 Hz refresh and 100% DCI‑P3, making them surprisingly capable for color‑sensitive work on the road. Acer’s multi‑control touchpads add gesture layers for media, presentations, and conferencing, letting you adjust volume, skip tracks, or manage calls without hunting for on‑screen controls. FHD IR cameras with Human Presence Detection, DTS:X Ultra speakers, Wi‑Fi 7, Bluetooth 6.0, and Thunderbolt 4 ports round out a package that feels tuned for frequent flyers who still need a proper workstation when they land.

Acer Swift Go 14 AI and Swift Go 16 AI

The Swift Go 14 AI and 16 AI sit as the “just right” machines in the Swift family, balancing performance, portability, and a slightly more accessible entry point. They use up to Intel Core Ultra X9 388H processors with Intel Arc B390 graphics, up to 32 GB of LPDDR5X memory, and up to 1 TB of SSD storage. The laser‑etched aluminum chassis opens a full 180 degrees, making them easy to use in cramped lecture halls or coffee shops.

Acer Swift Go 14 AI

Display options include 2K WUXGA and 3K WQXGA+ OLED panels with wide color gamuts and smooth refresh rates, giving everyday productivity machines a surprisingly premium visual experience. The 5 MP IR cameras with HDR and Human Presence Detection improve video calls and privacy, while DTS:X Ultra speakers and multi‑control touchpads make them feel more like compact media centers than basic ultrabooks. Wi‑Fi 7, Bluetooth up to 6.0, and dual Thunderbolt 4 ports keep them ready for fast networks and external GPUs or docks.

Acer Swift Go 14 AI

As Copilot+ PCs, the Swift Go models support features like Click to Do, Copilot Voice, and Copilot Vision, with Acer’s own Assist, VisionArt, User Sensing, PurifiedView, PurifiedVoice, and My Key layered on top. For someone who wants a thin‑and‑light that can handle both spreadsheets and AI‑assisted creative work, they are the approachable entry point into Acer’s more experimental Swift AI world, offering premium design without the flagship price or the haptic touchpad that some people might not know what to do with.

Acer at CES 2026: Laptops Designed for the AI Era

Aspire AI brings Copilot+ and Acer’s AI suite into familiar 14‑ and 16‑inch shells with optional OLED and 180‑degree hinges for collaboration, while Swift AI experiments with haptic touchpads, under‑1 kg magnesium shells, and OLED‑everywhere displays for creators and travelers. The CES 2026 message is that AI is no longer just a feature buried in software menus, it is starting to shape the hardware itself, from how you press on a touchpad to how light your laptop feels in a bag, which is exactly the kind of shift Yanko Design readers expect from the start of the year when everyone announces what laptops are supposed to look and feel like for the next twelve months.

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Circular trackpad concept tries to upgrade the way we use computers

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The computer mouse is innately an unintuitive device and yet has become the most common way we interact with computers. There might be times when direct input through touchscreens is better, but that only works if you’re using a tablet or a touch-enabled monitor. A trackpad, like the ones built into laptops, stands somewhere in between, but it isn’t of much use to desktop users or even for laptops that have very small trackpads.

Apple users have the advantage of having something like the Magic Trackpad exactly for that purpose, but the choices on the Windows side of the computing landscape are very slim. Most of them simply offer the same limited functionality as laptop trackpads, as if they just yanked those out and made them a separate device. This concept, however, goes the extra mile to make the trackpad not only look more elegant but also offer a better user experience.

Designer: Ivan Llaneza

Unlike a touchscreen, a mouse provides an indirect interaction method where you use it to move a cursor around as a proxy for your finger. A trackpad works the same way but uses a more or less flat surface that, to some extent, makes it almost feel like you’re remotely doing it on the screen rather than moving a soap-shaped device. The ergonomic problem with laptop trackpads is their location beneath the keyboard, so some prefer having an external version off to the side in place of a mouse.

PAD is a trackpad design concept that provides an experience similar to the Apple Magic Trackpad. But unlike that already popular solution, the design goes beyond simply replicating a trackpad. For one, its circular, dome-shaped design gives it a unique appearance, and its focus on premium materials separates it from typical plastic mice.

More importantly, however, PAD thinks of ways to improve or augment that user experience. Given its circular shape, it’s possible to press not just the left and right edges but also the front and the back for additional mouse buttons. The top surface is also touch-sensitive, so touch gestures also work there. In fact, the middle of the dome can have an embedded fingerprint scanner, which makes PAD a secure authentication tool as well.

The design also goes beyond mouse functions, and it’s not just the RGB lighting around the rim. Since you won’t be moving PAD around your desk, it’s possible to use it as data storage. It can also have a microphone and small speakers for use with an AI assistant. The latter might be overkill for a computer pointing device, but given how AI is being incorporated into almost everything, it won’t be an alien concept in just a few years.

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Smartphone touchpad concept tries to solve one of the biggest problems with big phones

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Almost everyone wants smartphones with big screens because of how much content they can see, but those same people probably don’t like using big phones because they require both hands to use comfortably and securely. Some manufacturers have introduced “one-handed mode” features that shrink the screen to a smaller size temporarily, but not only is that actually more cumbersome, it is also less accurate because of the small area you have to hit with your large finger. We don’t have problems using computers with gigantic monitors because we have computer mice that offer precise and accurate control, even if we’re not touching the screen itself. That’s the kind of control that this concept design is trying to bring to smartphones, practically putting a miniature Apple Magic Mouse on the back of large phones.

Designer: Geontak Oh

The computer mouse is actually a very weird and unintuitive tool that has become second nature to most people by now. You are indirectly controlling the screen, moving a detached piece of hardware whose only connection to the computer is an arbitrary one. Before touch screens were a thing, it was really the only way to interact with a graphical user interface, so it’s a bit ironic that we might need something similar to do the same on touch-enabled devices like smartphones.

Poinf is a design concept that tries to solve the problem of using a large smartphone with one hand. With the way we hold our phones, the thumb is the only finger we can use to tap on the screen, which is next to impossible if the screen is too big for our stumpiest finger to reach. But what if you could use a different finger to do that? And what if that finger is always on the back of your phone anyway?

The idea is to put what is practically a small, squarish touchpad on the back of the phone, held there using MagSafe or other magnetic technology. The actual interactive part is a small quadrant of the slim device, an area that can be easily reached by your index or even middle finger. You slide your finger across the surface, pushing around the equivalent of a cursor, and use tapping gestures to “click” on user interface elements. You can easily detach Poinf when you don’t need it, so it doesn’t get in the way of “normal” smartphone use.

Poinf is definitely an intriguing solution to a very old problem, but it also brings a few issues of its own, particularly with usability. Moving a cursor by moving a finger on the back of the screen could require some mental gymnastics, severely affecting your speed and efficiency in the process. Of course, your brain can eventually adjust, like how it has come to accept the computer mouse, but it will take time and effort before that becomes second nature. Additionally, however, you also lose access to important touch gestures like pinching to zoom or quick scrolling, so you’ll have to do double work to teach yourself a new action vocabulary for this rather niche control mechanism. In the end, you might give up and just use the phone with both hands anyway.

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Innovative Bluetooth keyboard turns its surface into a giant touchpad

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Wireless keyboards are nothing new. Whether you’re on a desktop trying to escape the tangle of cables or on a laptop wanting to expand your limited set of keys, a wireless keyboard offers a bit more freedom and flexibility than other keyboards. That said, they still have the same limitations, namely, requiring a separate mouse or touchpad to move the computer cursor around. Not only does that take up more desk space, it also means another device you might forget or lose along the way. Some Bluetooth keyboards add a tiny touchpad off to the side, but that comes at the cost of reducing the number of keys available on the keyboard. This ingenious solution gives the best of both worlds by practically turning the entire keyboard into one giant touchpad you can swipe and pinch, just like any other touchpad.

Designer: Igor Solovyov (Industrial Designer, Clevetura)

Laptops have the advantage of having both a keyboard and a pointing device in a single body, but their arrangement is hardly the best in terms of ergonomics and flexibility. Wireless keyboards with built-in trackpads, on the other hand, try to cram this component in an already small space but still manage to sacrifice keys like the numeric keypad. It’s almost as if there’s no ideal design that solves this problem, but the CLVX 1 boldly tries to think outside the box while offering a keyboard that, at least on paper, matches the functionality of many Bluetooth keyboards in the market today.

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In a nutshell, the middle area of the CLVX 1 keyboard is touch-sensitive and functions like a giant touchpad. Thanks to a special slippery coating, you can effortlessly glide your finger across that area to move the mouse around without snagging on the edges of the keys. You can even pinch to zoom or perform any other touch gestures, just like a normal trackpad. As a bonus, the top row of function keys also functions as a slider that you can smoothly swipe without even having to look, making it just as easy to control the volume or any other function you program into the gesture. The keyboard promises that it won’t mix up typing and gestures, as it automatically disables touch detection once you press a key. And in case you’re wondering about mouse button presses, the keyboard has dedicated physical buttons below the spacebar for those actions.

In all other aspects, the CLVX 1 boasts a laundry list of features available on many wireless keyboards and then some. It has a 110-key layout, which is far more than your typical Bluetooth keyboard, and uses scissor switches. The RGB lighting also has a few tricks, like following your finger as you glide over the keys. You can pair up to three devices with it via Bluetooth, but you can also connect to a device using USB-C for a fourth connection.

The CLVX 1 is definitely an intriguing design, but its mettle still needs to be tested in real-world use. The smoothness of swiping over keys will definitely be the biggest point of concern, but the typing experience of having those keys so close together is also an important consideration. Nevertheless, it definitely deserves some praise for thinking outside the box to deliver a design that doesn’t compromise just to mix two functions in one.

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