If you're looking for a laptop that's purely for crushing work without frivolous features eating its precious processing power, few are as simple yet effective as the HP OmniBook X Flip 2-in-1 laptop.

It's not going to win any design contests, but it will help you conquer your daily tasks with superb performance, detailed resolutions, and handy AI features, all of which are now 50% off for $699.99 at Best Buy for a limited time before it returns to its steep $1349.99 listing price on September 7, 2026.

Why buy the HP Omnibook X Flip 14"?

The HP OmniBook X Flip 16" 2-in-1 laptop is equipped with handy components like an AMD Ryzen AI 5 430 (2026) CPU, 16GB RAM, and a 512GB SSD.

While some of these components aren't as powerful as the ones found in the 14-inch version of the HP OmniBook X Flip we reviewed some time ago, they're still more than capable of handling daily workflow tasks, whether it's crunching numbers on spreadsheets, typing up long essays via Microsoft Office, researching info on the internet, and more.

It also features an NPU with 50 TOPS to help the laptop perform local AI tasks more efficiently, a 16-inch 2K OLED touchscreen to display images and videos with crisp detail and vibrant colors, and a long-lasting battery life of 30 hours so you can work for a whole day without worrying about it losing power.

Add on top a comfortable-to-use keyboard, a plethora of USB and HDMI ports, and stylus pen compatibility for easier note-taking or digital art sketching, and you've got a laptop that's worth the price of admission, especially now that it's 50% off for Best Buy's Labor Day Sale.

FAQ

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Nobody can accuse Lenovo of lacking imagination.

Over the last several years, the company has become the PC industry's unofficial concept lab, routinely showing off hardware that seems pulled from science fiction. We've seen rollable displays that grow taller, gaming laptops that transform into ultrawide displays, foldable PCs, attachable screens, rotating displays, and enough unusual form factors to make even the most adventurous laptop enthusiast pause for a moment.

Some of those ideas have remained concepts. Others have eventually become real products. The ThinkBook Plus Gen 6 Rollable (yes, they actually ship some of these!) is perhaps the best example, evolving from an eye-catching prototype into an actual shipping device. But even as Lenovo's concepts have become increasingly impressive from an engineering perspective, I've often found myself wondering how many of them actually solve a problem that regular laptop buyers have. Making a display expand is certainly cool. Convincing people they need it is the harder challenge.

That's why Project Swan immediately stood out to me.

Officially, it's another Lenovo proof-of-concept device, but after spending time with it in person, I came away thinking this may be the company's most practical display concept yet. Not because it's the most ambitious, but because it's arguably the least ambitious.

And that's exactly why it works.

Lenovo finally found a sensible use for a rollable display?

The Lenovo ThinkBook Project Swan begins life as a fairly normal-looking 14-inch laptop.

At 17.9mm thick and weighing 1.6kg (3.5lbs), it isn't trying to break weight records or compete with ultra-premium featherweight notebooks (like Lenovo's new AeroBlade concept). Instead, the focus is on creating a laptop that's comfortable to carry throughout the day while offering something extra when users return to their desk, settle into a hotel room, or need more space for serious work.

That "something extra" is a rollable display that expands horizontally into a 17-inch 16:9 workspace.

Unlike Lenovo's previous rollable designs, which generally expanded vertically, Project Swan widens itself by extending the display out to the sides. It's all done with a touch of a button (see my video below), and it only takes a few seconds.

The result feels much more like using a traditional external monitor than using an experimental form factor. You suddenly have enough room for side-by-side documents, large spreadsheets, dashboards, presentations, browser windows, Teams chats, and everything else that tends to compete for space on a 14-inch screen.

The transformation is dramatic enough to get attention, but conservative enough to feel practical. During my hands-on session, that was the first thing that struck me about the device.

Many of Lenovo's earlier concepts felt designed to answer the question, "Can we do this?"

Project Swan feels far more interested in answering the question, "Would people actually want this?"

That's a subtle distinction, but it's an important one.

This feels like the next step in Lenovo's display experiments

Project Swan didn't emerge in a vacuum. In many ways, it feels like the natural evolution of everything Lenovo has been experimenting with over the last few years.

The ThinkBook Plus Gen 6 Rollable demonstrated that expandable OLED displays could successfully transition from concept to commercial product. Lenovo's Legion rollable gaming laptop concept showed how flexible displays could create an ultrawide experience without requiring users to carry an enormous machine. Other projects explored foldable displays, secondary screens, and entirely new ways of interacting with PCs.

As impressive as many of those concepts were, some occasionally felt like technology showcases first and products second.

Project Swan reverses that equation.

Rather than dramatically changing how people interact with a laptop, it simply gives them more screen real estate when they need it and gets out of the way when they don't. That's a much easier benefit for consumers to understand and, perhaps more importantly, a much easier benefit to justify paying for.

After all, most people already know the dilemma.

A 14-inch laptop is ideal for travel. A larger display is ideal for work.

Project Swan attempts to deliver both.

The idea makes sense. The challenges are obvious.

That isn't to say there aren't trade-offs.

The first thing I noticed when using the expanded display was that the system becomes somewhat top-heavy. That's hardly surprising given the additional display hardware housed in the lid, but it was noticeable enough that I'd expect Lenovo's engineers to still be looking at ways to refine the balance.

Pricing is another obvious concern.

Rollable OLED displays aren't cheap (it's $3,499 for the ThinkBook Plus Gen 6 Rollable), and if Project Swan ever becomes a commercial product, it's almost certainly going to carry a premium compared to a traditional clamshell laptop. The value proposition may be easier to understand than some other concept devices, but consumers still need to be convinced that expandable screen space is worth the additional cost.

Then there's the question everyone asks whenever a company unveils a rollable or foldable display.

How durable is it?

Flexible OLED technology has improved dramatically over the last few years, but long-term reliability remains an important consideration. How will the mechanism hold up after years of daily use? What happens after thousands of expansion cycles? Will buyers trust a laptop that contains moving display components?

The technology may be ready, but consumer confidence isn't something that can be engineered overnight.

The bigger question is whether people want these new form factors

That's really the challenge facing every laptop manufacturer right now.

The industry has spent years experimenting with alternatives to the traditional clamshell design. Foldable PCs promised tablet-sized displays that fit inside a laptop footprint. Dual-screen systems like the Lenovo Yoga 9i attempted to replace physical keyboards with additional displays. Rollable devices have explored several different directions entirely.

Some enthusiasts love these ideas, but many consumers remain perfectly happy with the laptops they already own.

That's what makes Project Swan so interesting to me. It isn't asking users to learn a new workflow or completely rethink how they use a PC. Instead, it's enhancing something people already understand: bigger screens are often better, but bigger laptops are harder to carry.

Whether that argument ultimately resonates with buyers remains an open question, but it's certainly the clearest pitch Lenovo has made for a rollable display so far.

Lenovo deserves credit for keeping the experimentation alive

Even if Project Swan never reaches store shelves, I appreciate what Lenovo is doing here.

The PC industry can sometimes become obsessed with processor upgrades, AI features, and specification sheets while overlooking more fundamental questions about how people actually use their devices. Lenovo's concepts consistently ask those questions, even when the answers occasionally seem, well, strange.

What's refreshing about Project Swan is that it feels grounded in reality. The company isn't trying to reinvent personal computing or create an entirely new category. Instead, it's exploring a straightforward idea that almost everyone who has worked on a laptop can relate to.

Sometimes you want a compact machine for travel.

Sometimes you wish that same machine had a much larger screen.

Project Swan is the most convincing attempt I've seen yet to bridge that gap.

I still have concerns about durability, balance, pricing, and whether consumers are truly interested in another alternative laptop design. But after trying it for myself, I'm more optimistic about this concept than many of Lenovo's previous experiments.

Ironically, that's because it feels less ambitious. Rather than trying to change how we work, Project Swan simply gives us a little more room to do it.

And that may be exactly what makes it one of Lenovo's most promising concepts yet.

Let me know in the comments what you think about Project Swan. Should Lenovo continue to push this concept of an expanding display, or focus more on other ideas (and if so, which ones)?

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Competition for Apple's MacBook Neo is heating up.

Just days after Dell unveiled a new 14-inch laptop designed to take on Apple's latest mainstream notebook, Lenovo is entering the fight with something considerably more interesting: a laptop that lets you express your personality instead of forcing you to settle for silver, gray, or slightly darker gray.

I recently got to see Lenovo's new IdeaPad Vibe lineup in person in New York City, and while the company talked plenty about AI, processors, and battery life, the thing that immediately stood out to me was how different these laptops look compared to almost everything else on the market.

Most PC makers treat color options as an afterthought. Lenovo is making them the product.

The new IdeaPad Vibe will be available in seven Pantone-developed colors, including Chill Blue, Zen Green, Spicy Gold, Radiant Coral, Dreamy Violet, Lowkey Grey, and Moody Blue. Lenovo says the colors were developed alongside the Pantone Color Institute and are designed to reflect different moods, personalities, and lifestyles.

And that's just the beginning.

As shown in Lenovo's custom configurator (below), users will be able to mix and match chassis colors and keyboard colors to create something uniquely theirs. The company is also offering swappable custom keycaps, adding another layer of personalization that is virtually unheard of in the mainstream laptop space.

The configurator demo I saw almost felt like building a custom character in a video game rather than buying a laptop, and reminded me of the XBOX Design Lab for custom controllers.

In fact, my biggest complaint about the IdeaPad Vibe is that there might be too much choice.

That's obviously a good problem to have, but after looking through the various color combinations, shell finishes, and processor options, I could already imagine spending far too much time trying to decide which configuration to order (I know because I tried).

That's not a sentence I ever expected to write about a Windows laptop.

Of course, a laptop can't survive on colors alone, and thankfully Lenovo seems to have put together a genuinely compelling package underneath all that personality.

The IdeaPad Vibe comes in both 14-inch and 15-inch sizes and starts at just 1.3kg (2.87 pounds) for the smaller model. OLED display options are available with up to 100% DCI-P3 color coverage, while IPS models can offer refresh rates up to 120Hz.

Lenovo is also packing in practical features including dual SSD slots, Wi-Fi 7, USB-A and USB-C ports, HDMI, a MicroSD card reader, and a 5MP IR webcam with a privacy shutter.

AMD, Qualcomm or Intel (eventually)

Then there's the processor selection.

For launch, buyers can choose between AMD Ryzen AI 400 series configurations and Qualcomm Snapdragon X models (we're not clear on exactly which Snapdragon X chip, or even if it's X2), while Intel-based versions will arrive later. AMD models support up to 32GB of upgradeable memory and up to 1TB of SSD storage, while Snapdragon versions offer up to 24GB of memory and the same dual-slot storage flexibility.

Personally, I'd go Qualcomm.

We've reached a point where Snapdragon X PCs consistently deliver excellent everyday performance while also offering some of the best battery life available in the Windows ecosystem. The combination of a lightweight chassis, Copilot+ PC capabilities on supported configurations, and Qualcomm's efficiency makes the Snapdragon version particularly appealing to me.

That isn't to say AMD isn't tempting. AMD's advantage here is flexibility. The Ryzen AI configurations support memory upgrades up to 32GB and offer optional 50Wh or 65Wh battery configurations, making them attractive for enthusiasts who want more control over their hardware.

What impressed me most during my hands-on time wasn't any single specification. It was how cohesive the overall package felt.

The laptops looked premium, felt solid in the hand, and didn't come across as budget systems despite their surprisingly aggressive pricing. That's important because Lenovo isn't positioning the IdeaPad Vibe as a niche fashion accessory. This is meant to be a mainstream Windows laptop that happens to have far more personality than its competitors.

And right now, that may be enough to help it stand out.

Final thoughts

Apple's MacBook Neo has clearly encouraged PC makers to rethink the mainstream laptop category. Dell has already responded with its own fresh take on the formula with its just-announced Dell 14S, and now Lenovo is bringing something completely different to the table: customization.

Instead of asking buyers which shade of gray they prefer, Lenovo is asking what their "vibe" is.

That's a much more interesting question, even if a bit on the nose and a tad cringey.

The Lenovo IdeaPad Vibe with AMD processors launches in October 2026 starting at $699.99, while Qualcomm Snapdragon X models will follow in November 2026 with the same $699.99 starting price. Intel is only listed as coming later.

And after seeing them in person, I think Lenovo may have stumbled onto something other PC makers have forgotten: technology can be personal, but it can also be fun.

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I've seen a lot of concept PCs over the years.

Most are fascinating engineering exercises that are never destined for store shelves. They're designed to spark conversation, generate headlines, and give us a glimpse into what might be possible someday. Some do come to market, like rollable display PCs.

Lenovo's new Project AeroBlade concept feels different.

Officially, it's one of the company's latest proof-of-concept devices, unveiled as part of its annual wave of experimental hardware at IFA 2026. Unofficially? I think there's a very good chance we're looking at Lenovo's next big premium laptop platform.

After getting hands-on with AeroBlade, I walked away convinced this isn't some far-future moonshot. If you told me a shipping version appears within the next year, I wouldn't be surprised in the slightest.

And it can't happen soon enough.

Project AeroBlade is a 14-inch laptop that measures under 10 mm thin and weighs less than 830 grams (1.8lbs). That's lighter than many tablets with keyboard covers attached, yet Lenovo claims performance remains comparable to today's ThinkPad X1 Carbon class of Intel-powered laptops. According to Lenovo, the system achieves this through a completely reimagined thermal design built around its Active Flow cooling architecture developed alongside Frore Systems.

Those numbers don't really hit you until you pick it up.

The first thing that struck me wasn't the thickness. It was the weight. Or rather, the lack of it.

The AeroBlade almost feels unfinished when you lift it because your brain expects more mass. Premium laptops have gotten thinner over the last decade, but reducing weight has become increasingly difficult without introducing compromises. AeroBlade somehow manages to feel substantial and premium while remaining almost shockingly light.

Lenovo says the chassis uses a magnesium-aluminum construction paired with a high screen-to-body OLED display, Thunderbolt 4 connectivity, and Wi-Fi 7. On paper, it sounds like a modern flagship ultrabook. In person, it feels like somebody accidentally removed half the laptop. That's a compliment.

What makes AeroBlade truly interesting, however, isn't how thin it is; it's how Lenovo got there.

The fan is dead. Long live AirJet.

For decades, laptop cooling has largely followed the same formula.

A processor generates heat. Heat pipes move that heat toward a heatsink. One or more fans blow air through the system and out of vents.

The design has evolved, but the fundamentals haven't changed much.

Frore Systems wants to change that.

AirJet is a solid-state active cooling solution that replaces traditional laptop fans with tiny cooling chips that use vibrating membranes to generate airflow. Instead of spinning fan blades, AirJet creates high-velocity pulsating air jets that remove heat while operating at extremely low noise levels. Frore describes it as the world's first solid-state active cooling chip.

One AirJet Mini Slim module is only 2.65mm thick, consumes up to 1 watt of power, removes up to 5.25 watts of heat, and generates significantly higher back pressure than traditional fans. The technology was specifically designed for ultra-thin devices where conventional cooling becomes difficult or impossible.

The clever part is that these modules don't need the large internal spaces required by traditional fans.

Instead of designing a laptop around cooling hardware, manufacturers can distribute AirJet modules throughout the chassis in different locations.

That flexibility is both the technology's greatest strength and its biggest challenge.

During conversations at the event, it became clear why we've seen AirJet demonstrations for a few years but haven't yet seen a flood of mainstream laptops using it.

This isn't a simple parts swap.

OEMs have spent decades designing motherboards, thermal layouts, and internal structures around conventional fans. AirJet requires engineers to rethink much of that architecture. The cooling solution may be smaller, but integrating it properly involves substantial redesign work throughout the entire system.

That's a lot of engineering investment.

But judging by AeroBlade, the payoff might be worth it.

A laptop with almost no compromises

The most impressive thing about AeroBlade is that Lenovo doesn't appear to be treating fanless computing as a compromise.

Traditionally, when manufacturers build ultra-thin fanless systems, performance becomes the sacrifice. The device is quiet and portable, but sustained workloads eventually cause thermal throttling.

Lenovo's pitch is essentially the opposite.

The company believes Active Flow can deliver sustained AI and productivity performance without the compromises typically associated with fanless PCs. The only noise I noticed during my brief hands-on came under heavier workloads, where there was a faint whooshing sound from moving air. It was subtle enough that I had to actively listen for it.

What I didn't notice were intake vents covering the bottom of the chassis. Hooray!

That's because the cooling system works differently than traditional laptop designs. Air management has largely been pushed toward the rear of the system, creating a cleaner and more minimalist design.

The result is a device that feels almost impossibly refined, and that's why I think AeroBlade is a big deal.

Most laptop innovation over the last few years has focused on AI accelerators, NPUs, display tech, and silicon improvements. Those things are important, but they're largely invisible to users (well, maybe not displays, but still).

Cooling isn't.

Cooling defines thickness, weight, acoustics, sustained performance, battery behavior, and overall design flexibility.

In many ways, cooling technology determines what kind of laptop manufacturers can build.

Lenovo could make impossibly thin and light (compared to what we are used to), or use that extra space for a larger battery for absurd laptop longevity. It opens a bunch of engineering doors and options.

The concept that doesn't feel like a concept

Lenovo loves showing proof-of-concept devices, and many never become products.

But the company's track record also shows that some of its most interesting concepts eventually make the jump to production after enough refinement (I'm hoping Lenovo's Legion handheld foldable concept is one of those).

AeroBlade feels like one of those projects. Indeed, this was my first question to Lenovo, as proof-of-concept is often wacky designs, rolling displays, dual displays ... things that look weird but could be useful.

Super thin and light laptop with no vents? Who wouldn't want this? I don't think we really need a focus group to see if it's a good idea!

The hardware already looks polished. The underlying technology exists. The user benefits are immediately obvious. And perhaps most importantly, the industry is constantly searching for ways to make laptops thinner, lighter, quieter, and more efficient.

AirJet checks every one of those boxes.

Will this technology replace fans in gaming laptops with RTX-class graphics anytime soon? Probably not.

But for premium ultraportables, enterprise notebooks, all-in-one desktops, handheld gaming PCs, and productivity-focused systems, I think we're looking at one of the most significant advances in PC design we've seen in years. (We've already openly wondered about Aerojet in a Steam Deck 2).

So, yeah, ironically, the biggest innovation at Lenovo's event wasn't AI.

It was airflow.

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NVIDIA has confirmed new details and availability info about its upcoming RTX Spark SoC for Windows 11 devices. At IFA 2026, the company announced that it expects the first RTX Spark laptops to begin shipping as soon as next month, sometime in October depending on the OEM. Additionally, two new devices are joining the launch lineup; the Lenovo Yoga 9n laptop and Acer SFF desktop PC.

Alongside availability news, NVIDIA has also confirmed configuration details for the upcoming RTX Spark chips. There will be two different configurations of the RTX Spark N1X, with configurable RAM and storage based on what OEMs wish to offer. The high-end RTX Spark will be targeted at desktops and laptops, with support for up to 128GB unified memory, 20 CPU cores, and 6144 Blackwell RTX cores.

There will also be a less powerful RTX Spark configuration exclusively for laptops, which can only be configured with 24GB or 32GB unified memory, a 5120-Core Blackwell RTX GPU, and an 18-core CPU. While still a high-end chip, this should allow RTX Spark to ship in laptops that cost closer to $2,000, significantly lower priced than the high-end SoC.

NVIDIA is touting RTX Spark as the best SoC for AI development on Windows. It supports NVIDIAs full AI stack, as well as the Windows Agent Framework and 120B parameter agents. It also supports hardware accelerated 4:2:2 video for video editing professionals.

It's also good for gaming, with expected 100 frames per second in many games at 1440p with RT and DLSS. In fact, NVIDIA has announced that many popular and mainstream gaming developers have committed to supporting RTX Spark with native games and frameworks so that there are no compatibility issues with the RTX Spark's Arm architecture.

While the first RTX Spark devices are expected to begin shipping in October, it's not yet clear which OEMs will be first out the gate. All major Windows hardware makers, including Dell, Lenovo, HP, ASUS, and Microsoft have all announced RTX Spark devices that are expected to ship by the end of this year. Devices like the Surface Laptop Ultra have not yet been given a release date, though Microsoft typically does aim to ship new Surface PCs in October.

We'll be sure to keep you updated on all the RTX Spark device availability as more information is revealed by OEMs. In the meantime, are you considering an RTX Spark device as your next Windows PC? Let us know in the comments!

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If you're not a keen follower of the AI space, then the name Hugging Face may not mean anything to you. But the company has just been acquired by NVIDIA, which continues to reinforce its new identity as an AI company.

Announced today by NVIDIA CEO Jensen Huang, Hugging Face will be joining the company in an acquisition priced at just under $13 billion.

Hugging Face is an open platform that has been likened to GitHub, except for local, open AI models that anyone can use. NVIDIA's plans are to keep Hugging Face the same as it is today but to scale. Because if you're not scaling AI these days, what are you even doing?

"Hugging Face will remain an open platform for the entire AI ecosystem. Developers will choose the models they want, the frameworks they want, the clouds and inference service providers they want and the computing platforms they want. NVIDIA compute will not be required to build on or deploy through Hugging Face.

Hugging Face will continue to support open source and open weight models from across the ecosystem, from every model builder. It will continue to support multi-cloud and multi-accelerator development and deployment, so builders can use the hardware and infrastructure that best fit their work."

Keeping personal opinions about AI aside, I'm certainly more in favor of real people being able to use AI models without having to rely on massive, un-evironmentally friendly data centers from the likes of Microsoft and OpenAI.

AI is very much here to stay, whether we choose to embrace it or not. But I'm definitely on the side of being able to use it however you want to use it and without feeding all your data to companies that don't necessarily deserve it.

NVIDIA is very much AI-first these days, though. Gone are the days we'd all look at its shiny new GPUs, and our only thoughts would be about gaming. It does make you ponder what the future holds for gamers, though.

I've got an RTX 5090, for example, and it's still overkill for gaming. But with 32GB of VRAM and a ton of compute horsepower, it's pretty damn good for local AI use. But is this where future products will be aligned first? Everything's getting more expensive, and AI is definitely to blame for a good chunk of it.

Alas, here we are. If you use Hugging Face currently, it doesn't sound like anything's going to change. But if you're a gaming customer of the company, as I am, I am starting to wonder how important we're going to be in the future.

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Dell just announced a new laptop to take on Apple's MacBook Neo. The Dell 14S is a colorful laptop designed for college students and young adults, which helps the PC compete with the MacBook Neo's colorful range.

The Dell 14S should be a budget-friendly PC, though Dell has not released pricing for the laptop yet. The laptop has an aluminum body and a nice selection of ports, including two USB 3.2 Type-C ports, an HDMI port, and a 3.5mm headphone jack.

The Dell 14S and the Dell XPS 13 released earlier this year both compete with the MacBook Neo, but they do so in different ways. The XPS 13 has a better display, Wi-Fi 7, a backlit keyboard, and is a more premium device.

The Dell 14S promises all-day battery life, is available in several colors, and has a 16:10 display.

People who were intrigued by the low price of the MacBook Neo but want the look of a premium laptop running Windows 11 will likely prefer the newest XPS 13. Those who like the colorful tone of the MacBook Neo but want a lightweight and affordable device running Windows 11 will probably lean toward the Dell 14S.

Dell's confusing naming scheme

Dell is still struggling with naming its products. The company abandoned the XPS lineup and got rid of its entire consumer-focused strategy but has since backtracked and brought back XPS. But the company seems confused on what XPS means to customers.

If you head over to Dell's webpage about the New Dell 14S, you'll see a comparison chart that includes the New Dell 14, New Dell 14S, and Dell 14S. Incredibly, they are quite different from each other.

Listing two laptops side-by-side and having one labeled as "new" is fine. It's somewhat similar to how car companies handle naming, though the automotive industry often just attaches a year within parentheses.

Sticking with that analogy, if you look at a 2025 Honda Civic and a 2026 Honda Civic, they should be somewhat similar vehicles. Barring a complete overhaul, a new version of a model should resemble its predecessor.

If there is an overhaul, it's usually a linear progression, such as when Dell shifted from the old-old XPS to the once-new-but-now-old XPS.

If you did not already know which of the below PCs were XPS laptops, could you easily guess which are in that family of devices?

What is an XPS device in 2026? The new XPS 14 is a premium device featuring an Intel Core Ultra 7 processor or more powerful processor. The not-so-new but still great XPS 14 shares a similar design and also has an Intel Core Ultra 7 chip, albeit an older one.

So, XPS laptops are premium machines with high-end processors and a design resembling the XPS laptops from recent years, correct? Nope. The XPS 13 from this year is a budget-focused PC with options powered by an Intel Core Ultra 3 chip.

Other differences stand out, such as the latest XPS 13 having options with 8GB of RAM compared to the 16GB minimum of the new XPS 14.

Please understand, I think the latest XPS 13 and XPS 14 are excellent laptops. I predict the Dell 14S will also be a solid PC. But I don't understand what Dell is doing with its XPS brand. The company seems to have remembered that consumers value the XPS brand and has chosen to etch the XPS logo onto things willy-nilly.

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The memory crisis continues to get worse, driving the price of gaming laptops to ridiculous extremes while scaring people into buying them despite the price hikes out of fear that their prices will worsen before they get better.

Thankfully, retailers will always continue to offer brief respites from this crisis with generous discounts for the best gaming laptops.

For example, one of our top-rated gaming laptops, the ASUS ROG Strix G16, has had its steep listing price of $2,299.99 brought down to $1,749.99 at Best Buy until the end of Best Buy's Labor Day Sale on September 7, 2026.

Why buy the ASUS ROG Strix G16 gaming laptop (AMD)?

Of all the best gaming laptops we've personally tested, the ASUS ROG Strix G16 remains one of the finest for those who prefer to outfit their desktops with AMD hardware.

As noted in our 4.5 Star Review of the ASUS ROG Strix G16, it delivers exceptional performance, capable of running graphically demanding games like Cyberpunk 2077 at 69 fps or over 140 fps thanks to its NVIDIA GeForce RTX 5070 TI graphics card, 16GB of RAM, 1TB SSD, and AMD Ryzen 9 8940HX processor.

In addition, this laptop features an LED, FHD, IPS display capable of rendering images and videos at vibrant and colorful 1600p resolutions with refresh rates of 165 Hz and a max brightness of 300 nits.

Combine these specs with a comfy keyboard with extra buttons, and you've got a powerhouse gaming-on-the-go machine that will let you play your favorite games with sublime graphical details and smooth-as-butter gameplay input responsiveness.

So, if you don't mind a laptop with a mostly plastic design and prefer using AMD processors rather than Intel ones, then the ASUS ROG Strix G16 gaming laptop that's now $1749.99 at Best Buy won't steer you wrong.

I know it certainly pleased my former colleague, Zachary Boddy, when he said, "The ROG Strix G16 isn't trying to compete with the most premium devices from Razer or Lenovo, and instead offers a lot of power in a solidly built chassis, paired with a fantastic keyboard and a comfortable display. It could be the underdog of the premium gaming laptop segment."

FAQ

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As PC prices continue to rise, seeing a new release at $799 is a welcome sight, and that's where we're at with the new Samsung Galaxy Book6.

It's a decidedly mid-range laptop, but at a mid-range price, and it's not like you're really losing out on much, either.

That is, as long as you're not (for some reason) looking to have Copilot+ since the NPU on the included Intel chips doesn't meet the standard. But it's 2026, so there's still plenty of AI focus on tap, with Samsung's own tools.

Despite the more affordable price, the 14-inch Samsung Galaxy Book6 doesn't skimp on one key spec: Battery life. Samsung claims up to 25 hours, backed by 45W charging that can add 33% charge in half an hour if you do need a top-up.

But in real-world use you're looking at a laptop that will easily get you through a full day off the charger, be that for work or for school. Here's what we're looking at spec-wise:

I like that there's anti-glare, and I like that there's a decent array of ports, including a full-sized HDMI output. While the cheapest version will be the Intel Core 3, with the lowest RAM and storage on offer, there is at least an option at an attractive price, and for many, it'll be plenty.

After all, it turns out having 8GB of RAM on a Windows 11 PC is just fine for a lot of users.

Being a Samsung laptop, if you also use a Galaxy smartphone or tablet, you'll unlock some additional integration, such as second screen support and the ability to use a single keyboard and mouse across multiple devices.

Galaxy AI has a few neat features, too, despite the low-powered NPU on the Galaxy Book6, with some useful tools for images and note summarization.

It's also available in two colors, a dark gray and a "Violet Silver." The Galaxy Book6 isn't going to set performance records, but that's not who it's for. It's for someone who wants a good-quality laptop to do everyday, normal things, and for that, it doesn't look bad at all.

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Back in 2023, HP released the Envy Move, an all-in-one (AIO) PC with a clever quirk: It could run wirelessly on battery power. The average lifespan was around 4 hours, but it was enough to watch a movie, join a video call, or have a playful family interaction with its touchscreen on whatever app or website you wanted.

To make it even more portable, HP included a built-in handle attached to a flexible loop on its top side, pop-out feet on its underside, and a rear pouch that held a keyboard with an included touchpad. It was genius; a 24-inch touchscreen PC with great speakers that moved wherever you needed it.

Its design could have used some tweaks, but its downsides didn't feel at all severe, resulting in a perfect score in my Envy Move review. It was the most remarkable sample I'd ever tested, but it quickly became evident that consumers weren't interested enough to choose it over a traditional laptop or desktop.

This portable PC deserved more

Following my review in 2023, the Envy Move was later discontinued from HP's official storefront and third-party retailers across the world, while the broader Envy range itself was dropped alongside the Spectre, Pavilion, and Dragonfly names, in favor of a major HP portfolio overhaul that introduced 'Omni' and 'Elite' PCs to replace them.

HP all-in-ones now sit alongside higher-end models like the impressive OmniStudio X, but nothing replaced the Envy Move, leaving any remaining stock with its already modest Core i7-1355U mobile processor from Intel's 13th generation. It was never intended to be a high-performance machine, but I'm sure modern, efficiency-centric Intel chips would have supercharged it perfectly.

Then again, if previous-generation components could maintain the ~$900 price tag on an Envy Move with 16GB of RAM and 512GB of storage, I'd let it slide. Frankly, I doubt many customers in HP's target audience would care to scrutinize its specific choice of processor, especially when the experience is great nonetheless, but future models could have been even better.

Too quirky to live, too clever to die

In the following summer, HP's Envy Move made a few appearances at my family gatherings and various parties, watching UEFA Euro 2024 matches in a shaded garden during BBQs in the best weather. At one point, I even connected an old Guitar Hero controller to its built-in Bluetooth receiver and turned it into a type of arcade machine; it was so much fun.

Everyone who would listen was impressed by what I could demonstrate, but nobody was particularly interested in replacing their long-lasting laptops or self-built desktop PCs. Its appeal should have been clear; anyone looking to share a family PC with their children would surely love its touchscreen and a general theme of collaboration, but it still fizzled out.

It's just the way she goes. Sometimes, brands take a risk and let something unusual escape the concept phase, but it never comes with a guarantee that enough people will buy it. I've seen plenty of oddities at conventions like CES, but they usually come with the understanding that it's just brands flexing their manufacturing muscles, showing what they could do if they wanted to.

The Envy Move felt different, but it ultimately doesn't matter how much I admired it, at least not compared to the sales figures that PCs need to pull in to stand a chance. Instead, I just keep my fingers crossed that it could make a comeback someday, or that the people who helped the Envy Move earn a Good Design award would at least know how much I admired what they made.

To be clear, the only reason I suddenly felt all nostalgic and bubbly about an AIO PC is that I started seeing bizarre knockoffs popping up on TikTok and Instagram Reels. Strange, Android-based screens lampooning the same kind of unique selling point as the Envy Move, pulling in frustratingly positive comments about how good the idea is — I know it's a good idea.

Laptops are great, and custom-built desktop PCs are even more rewarding when you can afford it, but all-in-one PCs still have their place. HP tried something unique with the Envy Move, and it's something I'll still praise in the hopes that it tries again when the timing is right (if that ever happens). Let's see what turns up at CES in 2027.

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I've used Windows PCs for most of my life, and I've tested some of the latest laptops from the most reliable brands for the last half-decade. Even before that, I worked in retail, specifically advising on laptops and helping people spend their money where it makes the most sense. So, despite spending most of my time on desktop PCs, I'm savvy with laptops.

For the most part, my criteria for choosing a laptop relate to how well it travels with me. I take regular trips by plane, train, and car to work from hotels and conventions, all with their own limitations and considerations, which has narrowed my list of must-haves to seven non-negotiables. If you're considering a new Windows laptop, this is what matters the most to me.

1. An OLED display for better contrast

I was a skeptic for a long time, but OLED laptops have won me over when I'm looking for a new daily driver. Offering better contrast with deeper blacks than traditional IPS screens, many of these color-rich panels also deliver higher-than-average max brightness, though I generally keep mine at around 250 nits. Most of my apps are in dark mode, too, so my average experience looks great.

You can go even more advanced with a mini LED screen, such as the one I tried in Lenovo's Slim Pro 9 a few years ago that reached an incredible 615 nits, but it's far and above anything I've ever needed. OLED is a noticeable improvement over LCD, and many, myself included, will find that anything beyond that yields diminishing returns if you aren't a professional image or video creator.

2. 14-inch chassis (and lightweight)

It sounds unusually specific, but after traveling with laptops, I found that 14-inch models with 16:10 ratio displays offered me the best experience. They fit perfectly in cramped travel environments with tray tables and tiny tables, yet still feel spacious enough in a hotel room when I can connect an external mouse. A 13.8-inch Surface Laptop 7 with a 3:2 screen also passes.

Anything around or below 2.65 lbs (1.20 kg) is a bonus, as I'm regularly throwing these compact laptops into rucksacks or whatever carry-on I'm lumped with at the time. However, the lightest laptops are rarely the most affordable, as Lenovo's Yoga Slim 7i Ultra Aura Edition I tested clearly demonstrated with its 2.15-lb (975 g) chassis. The trick is to find something within that ideal window.

3. At least 512GB of storage

Plenty of Windows laptops are listed by major retailers with 256GB of storage, particularly in budget models. That kind of entry-level drive is aimed firmly at casual users who mostly stick to web browsing, but it's never enough for me. Images and video files build up in my workflow, and I'm often hovering around half capacity on a 512GB drive.

To be transparent, my desktop PC has twin 1TB drives, but that's mostly for games and other gigantic software that I'd never need on the road. Plus, if I tried hard enough, I'm sure I could offload some of my largest files onto external drives, but I'd rather not travel with extra gadgets if I don't have to. 512GB has been perfect for years, and I don't see that changing.

4. At least one USB-A port

My dinosaur bones are showing. This is mostly about me hanging on to hardware for as long as possible, including my most-used flash drives and dongles for an older mouse. USB-C variants are out there and becoming quite common, but I have too many USB-A accessories that show no sign of wearing out, and I'm keeping them.

If you narrow your search to the absolute thinnest possible laptops, you'll find that USB-A ports disappear. Not a big deal if you have modern peripherals compatible with USB-C ports using popular standards like Thunderbolt 4 and USB4, but at least one full-size offering is a traditional mainstay that I'll always look out for. Wired headphone jacks are a bonus, too.

5. Legitimately all-day battery life

Leaving my house without an AC adapter in my carry-on became a realistic option when Intel's impressive "Lunar Lake" mobile processors, more officially known as Core Ultra Series 2, launched in 2024 as part of a new wave of "AI PCs". Putting aside the initial hype around NPUs, Intel's chips made a much more impactful efficiency improvement over their "Meteor Lake" predecessors.

Essentially, the major x86-64 chip manufacturers escalated a back-and-forth rivalry over battery-life claims around the time Qualcomm launched its first-generation Snapdragon X processors, and consumers have generally been better off for it in recent years. Testing ASUS' Zenbook S 14 proved to me that all-day battery life is now a reasonable expectation that doesn't cost the Earth.

6. Backlit keyboard

Typing in the dark has become a pretty regular occurrence at trade shows, whether I'm seated for a glorified PowerPoint presentation in a dim theater or traveling to the event itself on a red-eye flight. To be clear, I've been able to touch type since I was a teenager, but the nuances of switching between US and UK keyboard layouts can still catch me out.

At home, I have desk lamps and plenty of other comfortable light sources, but since my laptops are primarily for travel, I always prefer a backlit keyboard. This generally isn't a difficult criterion to meet, as only entry-level laptops would be likely to sacrifice the backlight to save money, though using the Surface Laptop Go 2 for a few years really made me realize how much it matters.

7. No proprietary chargers!

I've seen a huge improvement in this area since USB-C chargers became more mainstream, and I have a growing collection of 65W plugs suited for various countries. Even the 45W AC adapter from my Steam Deck is a reliable backup in a pinch, and I don't mind that it charges my laptops more slowly. It's much better than a proprietary barrel jack.

Gaming laptops often sit in limbo between USB-C, tethered to a gigantic power brick, and the old-school barrel jack, because they draw so much power. It's similar with higher-end laptops for creators, as the more powerful CPUs and GPUs inside thirst for the extra juice. I just want to travel with a single USB-C adapter that charges my laptop, phone, and everything else.

My perfect laptop is quite common, actually

So, my ultimatum isn't actually that unreasonable, as plenty of brands offer all of the above. Then again, some might start disappearing soon, since USB-A ports and headphone jacks will probably be seen as fossils in a few years. At least those two aren't too difficult to adapt to, as I've owned pairs of wireless headphones that can connect to multiple Bluetooth devices simultaneously.

Still, these are all problems that can only be solved by spending money, which is a big ask when the laptops themselves are creeping up in price, snared by the ongoing memory crisis affecting RAM and storage availability. As it stands, my taste traps me into a laptop price bracket of at least ~$1,000. Any less than that, and I start to notice some parts of my list disappearing.

For now, it's easy to recommend an ASUS Zenbook 14 ($1,199.99 at Best Buy) in one of its Intel/AMD configurations, or a Zenbook A14 ($1,349.99) for a Snapdragon X2 Elite variant running Windows on ARM. Storefronts regularly offer filters for my favorite features, which also makes it easier to search for laptops from other brands, and I'm always looking out for discounts.

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Docking stations are an interesting section of the laptop market. There are a lot of options out there, many of them offering the latest Thunderbolt 5 connectivity with an assortment of older and varied ports.

As the market fills up, laptop docks have to set themselves apart with different sub-features. I'm talking about Thunderbolt Share. A built-in M.2 SSD slot. A standout design (as much as that's possible with a small chunk of metal).

In the case of Hyper's HyperDrive Next Thunderbolt 5 dock that I've been using for a few weeks, it's the extra features that I'm most excited about. Let me explain so you know if it's right for your desk.

This review was made possible thanks to a review sample provided by HyperDrive. It had no input nor saw the contents of this review prior to publication.

Where can I buy the HyperDrive Next Thunderbolt 5 dock?

The HyperDrive Next Thunderbolt 5 dock is available at major online retailers, including Amazon and B&H. Although it launched with a $399.99 price tag, it seems like it's now permanently available at $319.99.

For comparison's sake, the CalDigit TS5 Plus — currently my favorite Thunderbolt 5 dock on the market — costs about $500.

Wavlink's Thunderbolt 5 dock, which I favorably reviewed, costs about $299.99 before frequent discounts (often falling to less than $200), while Kensington's excellent SD7100T5 EQ Pro costs about $339.

I'd say that Hyper's HyperDrive Next dock is priced within reason compared to other Thunderbolt 5 hardware, although Wavlink continues to be the best value option out there that I've tested.

What sort of ports does the HyperLink Drive have?

Dock design doesn't usually vary too much, and the HyperDrive Next plays it fairly safe with a chunky aluminum shell and plastic faceplates. I've mentioned plenty of times in other reviews that I prefer an all-metal design for added durability and less chance of scratching.

I like the ribbed corners on the aluminum shell. They add a bit of texture to an otherwise sleek exterior, and they help dissipate heat.

The dock works horizontally only, with rubber pads on the bottom to prevent it from slipping. Measuring 7.64 inches (19.4cm) wide and 3.07 inches (7.8cm) deep, it's thankfully rather compact.

There appear to be some holes drilled for mounting with a bracket, though a permanent setup like that might not be ideal due to the M.2 SSD slot's location (more on that in a moment).

The front of the dock includes dual USB-A ports at 10Gbps each, a 3.5mm audio combo jack, and a single downstream Thunderbolt 5 port.

What you might think at first glance are SD card readers are merely vents cut out to help the built-in cooling fan. The slots sit below the power button and LED status light.

The back of the dock is where you'll find two more downstream Thunderbolt 5 ports, an upstream Thunderbolt 5 port for connecting your host laptop, two USB-A (10Gbps) ports, a 2.5Gbps Ethernet jack, dual lock slots, and a 20V power hookup.

The upstream host connection supports device charging at up to 140W, which is enough to keep most laptops without a discrete GPU topped up and ready to go.

At this point, you might be asking where the video outputs are located. Well, you're looking at them. The HyperDrive Next relies entirely on Thunderbolt 5 for external monitor support.

If you're using older monitors without USB-C connectivity, you'll need some adapters that switch the USB-C form factor used by Thunderbolt 5 to HDMI or DisplayPort.

The good news is that Thunderbolt 5 is quite capable of handling video, and the dock allows for up to three 4K external displays, each running at a 60Hz refresh rate. If you're targeting a high resolution, it'll go as high as 8K at 144Hz.

It's worth noting that some other Thunderbolt 5 docks support up to three 4K displays each at 144Hz, so there's definitely a bit being left behind due to the other features on board.

I had no problems running one 4K screen and one ultrawide QHD+ screen off the dock, with bandwidth to add more. As mentioned, I've been using this dock on my desk, and I never noticed it get overly hot despite multiple monitors, frequent data transfers, and connected accessories.

HyperDrive Next's additional Thunderbolt 5 features

Aside from the incredible transfer speeds you get from Thunderbolt 5, the extra bandwidth opens up some extra features that I particularly love.

Like the Razer Thunderbolt 5 Dock Chroma I tested last year, the HyperDrive Next dock comes with a built-in M.2 PCIe 4.0 NVMe SSD slot, with a hatch located on the bottom of the dock.

You need a screwdriver to get in, but it's well worth it, with support for full-size 2280 M.2 sticks all the way down to smaller 2230 drives. You should be able to use up to a 16TB drive in here (who can afford that these days?), doubling the capacity of the other docks I've tested.

The other big feature is Intel Thunderbolt Share. It's a tool that allows Thunderbolt 4 and 5 laptops to communicate directly with each other, easing common transfers and making life with multiple laptops that much easier.

The catch is that at least one of the laptops in use needs to have official Intel Thunderbolt Share certification, unless you have a dock connected in between with the official badge. That's where the HyperDrive Next comes in.

You can connect two separate laptops to the dock and control both from one set of peripherals. File transfers are super easy, requiring just a drag and a drop.

What I don't like about the HyperDrive Next Thunderbolt 5 dock

Depending on how you use your dock, the lack of native video outputs might be a con. However, for others, full Thunderbolt and USB connectivity, paired with an M.2 slot and Thunderbolt Share, might be exactly what's needed.

The only major issue I experienced has to do with how the dock handles heavy workloads. While testing, I noticed drops in SSD and Ethernet speeds when used simultaneously.

I figured this had something to do with power allotment. A 180W adapter isn't that big for a dock that can charge a laptop at 140W. Indeed, this does make some of the charging abilities on ports other than the host connection fairly wimpy.

The other Thunderbolt 5 ports only charge at 15W, and one USB-A port hits 7.5W. The rest sit at a rather low 4.5W.

However, after doing a bit of research, it seems that the Ethernet/SSD limitation is caused by the actual Intel Barlow Ridge chipset that's used by modern Thunderbolt 5 docks.

So, yes, the dock is super convenient thanks to its built-in features. But you probably won't get as good of performance as if you had a drive and an Ethernet cable connected separately via Thunderbolt 5 ports. It's not exactly Hyper's fault, but it's well worth noting.

Should you buy the HyperDrive Next Thunderbolt 5 dock?

✅ You should buy this if ...

• You want a Thunderbolt 5 dock with a built-in M.2 SSD slot and Thunderbolt Share.
• You have a Thunderbolt 5 laptop that can take advantage of all features (or you plan on buying one soon and can make do with Thunderbolt 4 speeds for the time being).

❌ You should not buy this if ...

• You want maximum SSD and Ethernet speeds without requiring any adapters.
• You have three external 4K displays and want to run them all at 144Hz.

Hyper's HyperDrive Next Thunderbolt 5 dock is a high-end option that actually competes quite well with the competition in terms of pricing and performance.

For example, the Kensington SD7100T5 EQ Pro comes with a built-in M.2 SSD slot, tons of ports (including SD card readers), and 2.5Gb Ethernet. It does not have Thunderbolt Share. It costs about $340.

If you don't need Thunderbolt Share or a built-in SSD slot, the Wavlink Thunderbolt 5 Thunderlight is probably a better bet, especially at only about $220.

Sitting in between is the HyperDrive Next at about $320, and I'd recommend it to those who want the convenience of external M.2 SSD storage and the ability to quickly share content between two PCs.

Otherwise, I recommend checking out my guide to the best laptop docking stations on the market today for more great options.

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A Windows 11 update appears to break Microsoft Teams and Outlook on Windows on Arm PCs. Issues started popping up after the rollout of KB5121003, which began shipping this month on Patch Tuesday.

Brian Stringfellow shared details about the problem through a Microsoft Learn report. Several people in that thread have similar issues.

PCs affected by the issue, including Stringfellow's Surface Laptop 7, see Microsoft Teams and Outlook close almost immediately after being opened. Specifically, the new Outlook is affected. Classic Outlook still works on PCs affected by the bug.

The problem seems to affect a variety of Windows on Arm devices. Julius Heng shared their experience:

"I have the exact same issue on Omnibook 3 running snapdragon. After the initial setup, Ms Teams works, but next day it doesnt work. It will have a white screen on teams and it will close right after it open. I tried various method, including reinstall webview 2 etc. None of it works. I tried to roll back all the update and it doesnt work. After did a factory reset Ms Teams works again. But to my dismay, the windows update itself and it breaks Teams again. right now, i'm back to square. Really hope that there's some way to rectify this."

It's not clear at this time why the issue is occuring or why the problem is limited to Windows on Arm PCs.

User Alex-L, who is listed as a moderator and Microsoft External Staff on Microsoft Learn, reported that similar issues are occurring on a variety of Windows on Arm systems:

"At this point, very similar symptoms on different Snapdragon/ARM64 systems. While these reports suggest a possible common factor, no one in this public forum can confirm Microsoft's internal investigations, determine the root cause, or verify whether this is a known issue affecting all ARM64 devices. Microsoft does not currently list a known issue for KB5121003 in the official release notes."

While we wait for official confirmation from Microsoft and a fix for the issue, users with Windows on Arm PCs may have to fall back to other versions of Outlook and Teams that are unaffected by the bug.

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NVIDIA's self-made cloud gaming platform, GeForce NOW, has added official support for Mozilla's Firefox web browser. Firefox users with a paid subscription to NVIDIA's service can now play supported PC titles from their Steam, PC Game Pass, GOG, Epic Games Store, or Ubisoft Connect libraries at up to 1440p and 120 FPS by navigating to play.geforcenow.com.

GeForce NOW has an ad-supported free 'Basic Rig' tier that's limited to 1-hour sessions at 1080p, while paid 'Performance' and 'Ultimate' tiers offer 6 hours at up to 1440p and 8 hours at up to 5K, respectively. The GeForce NOW update is already playable with the latest version of Firefox, though Mozilla says it will share "what this partnership means for gamers" at Gamescom on August 25.

Is NVIDIA GeForce NOW worth it?

GeForce NOW cloud streaming saw updates and new games unveiled at GDC earlier this year, which piqued my interest as someone who generally sticks with Xbox Cloud Gaming — something I can access with my Game Pass Ultimate subscription. It's a clever option for high-end titles that are too demanding for my beloved Steam Deck, but I have a somewhat unusual setup.

I'm lucky enough to have a Gigabit internet connection with relatively low latency, powered by TP-Link's Deco XE75 Pro mesh setup on Wi-Fi 6E, which keeps my wireless devices running at their fastest. When I tell you that I happily enjoy a wealth of slower-paced games on GeForce NOW with insignificant latency, that's with a privilege delivered by my home network.

Nevertheless, I've always had a generally positive experience with GeForce NOW, because I've already built a gigantic Steam library, and my Epic Games Store isn't too far behind (mostly made up of freely claimed titles). There is absolutely unavoidable input delay with cloud gaming, and pretending it doesn't exist is disingenuous, but I've never been interested in streaming fast-action games.

As for Firefox, I tested it out and sure enough, the experience is great. It'll probably come as good news to anyone who jumped ship after losing their favorite ad blocker in Chromium browsers, but Mozilla still holds only around 2.45% browser share with Firefox, and it hasn't tempted me away from Microsoft Edge to date. Still, it's good news for cloud gaming fans.

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The next evolution of Apple's AirPods is out in the wild after a leaked video was posted online. Known as AirPods Ultra, the new wireless earbuds look basically the same as regular AirPods, albeit with a thicker stem.

Hiding inside the new AirPods Ultra are discrete cameras that enable something called "Visual Intelligence." According to Tom's Guide, these cameras aren't intended to record live video or snap photos, setting AirPods Ultra apart from the likes of Meta's AI Glasses, which are raising some very serious privacy concerns.

What I wasn't expecting next was an announcement from Razer's Min-Liang Tan explaining that the company's Project Motoko, unveiled as a concept at CES 2026, is actually a real product that's "coming soon."

Razer's tackling of this idea involves a full wireless gaming headset with cameras built into the earcups. They're certainly not as hidden as the cameras on Apple's leaked implementation, but I don't think they're aimed at the same end goal.

In the leaked Apple video, a person picks up a book and looks at the cover. Siri (or some other assistant) then says that "your world becomes savable" — all you have to do is whisper into your own ear that you'd like to save what you're looking at.

The new AirPods Ultra are expected to show up at Apple's next special event in September, but already there is a lot of backlash regarding privacy. Glasses (or really any tech) that record everything around you are already being banned due to privacy concerns, and I hope that Apple indeed uses some method that captures info without saving actual photos.

Razer's Project Motoko is not like the rest

Razer is taking a different approach to a video-infused audio device. Rather than hiding the cameras in tiny earbuds, it's slapping them onto what appears to be a rather high-end wireless gaming headset.

Each earcup has an FPV camera designed to sit at eye level, allowing it to better quantify what you're actually looking at. Razer says its cameras offer a wider field of view than is humanly possible, and that they can pick up "symbols, text, and details."

Motoko can use a bunch of different AI models (Grok, OpenAI, and Gemini are mentioned), and Razer says it can be a "powerful data collection tool" to train language models. The headset runs on a Snapdragon chip.

A demo video on the Razer website explains that Motoko "hears, interprets, and answers in the moment." The accompanying video certainly seems to show that the headset's cameras are recording the entire time, much like AI glasses.

Razer pegs it as a "personal full-time AI assistant" that "stays keyed into your schedule, preferences, and habits, while adapting effortlessly to anything else you might ask." I'm reminded immediately of Lenovo's Qira AI assistant.

Privacy concerns aside, who's going to wear a gaming headset all day?

Razer makes a lot of concept devices, and not all of them make it into the hands of consumers. The fact that Razer is going ahead with Motoko hot on the heels of the AirPods Ultra leak means the company must truly believe there's something there worth pursuing.

But my first thought was, "Who wants to wear a gaming headset all day?" Never mind the privacy concerns; gaming headsets are great for a few hours at a time, and usually best if you're not active.

Razer's vision for Motoko seems to go against that. A small FAQ section on the official website explains the potential everyday uses for Motoko:

Is everyone suddenly going to be wearing a bulky gaming headset everywhere they go? Not likely, especially during any tasks that require a bit of sweat. When Motoko actually launches, it had better be the most comfortable headset ever made if Razer wants it to be successful.

Windows Central's take on Razer Motoko

Razer's Motoko headset probably has the best chance of succeeding amongst PC gamers. It is, after all, a gaming headset. But, speaking from a bit of experience, I can say that a lot of PC gamers couldn't care less about letting AI help with video games. Whether or not Motoko's appeal actually goes mainstream remains to be seen.

I want to know if you'd buy something like Razer's Motoko when it launches. Would you use it for gaming? For something else? Are you concerned about eroding privacy due to the prevalence of these video capture devices? Let me know in the comments section below!

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It's about time for a new semester, and upgrading your PC can make the process much easier. You don't need anything excessive to access most of the Windows software and cloud apps you'll need in school or college, and Dell's official store has already reduced prices on some of its best hardware.

• Back to school deals up to $900 off PCs and more at Dell

Some of Dell's deals go into the weeds (who knew they sold robot vacuums?), so I've handpicked a collection for practically anyone who needs portable tech for studies or even works from home. We've tested hundreds of processors found in its laptops, and traveled the world with devices just like this.

Is the new Dell XPS 13 a good laptop?

We saw the revival of Dell's XPS 13 laptop appear at Computex earlier this year, and went hands-on while we attended Taiwan's popular technology convention. There's no denying it's the Windows-centric alternative to Apple's MacBook Neo, but as Dell explained to us in person, it was in development before the Neo ever launched. In that, it stands as more of an affordable flagship than a compromise.

After spending some time with the XPS 13, Senior Editor Zac Bowden said it "still feels every bit as premium and nice to use as the $1,000 XPS 13 before it", which tracks, because this used to be placed as a much more expensive laptop. If you pick one up, you'll get a 120Hz display for a smooth refresh rate on a bright, 2.5K touchscreen, in the thinnest and lightest XPS yet.

As the name suggests, the XPS 13 offers a 13.4-inch screen in a 2.2-lb chassis, powered by a relatively standard 65W USB-C AC adapter rather than a proprietary cable-and-brick setup. Yes, it's smaller than the EcoLoop backpack was designed for, but the extra inch leaves space for extras like the Pro 7 mouse and keyboard combo.

However, Zac did make it clear that the XPS 13 has "an amazing keyboard and excellent trackpad", so you'll still be able to rely on it in any situations where an external set of peripherals isn't as viable, and they stay in your backpack instead. Plus, the built-in webcam supports Windows Hello face unlock for faster logins, and its powered USB-C 3.2 Gen 2 ports support external displays.

You'll need to verify your education status with Dell to be eligible for the XPS 13's $599.99 student pricing, but $699.99 is still a great price if you're looking for a work companion instead. Otherwise, for students heading back to school for a new semester, this portable PC combo for under $740 is a steal.

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I haven't seen a sane GPU price in what feels like almost a year, and the landscape isn't getting any better for gamers.

The NVIDIA RTX 5090, which arrived at a $1,999 MSRP in 2025, is now listed at Newegg starting at $4,799.99. The MSI Ventus 3X OC is indeed the lowest price I could find, and there are other options that push well beyond $5,000.

Bad luck if you're shopping for a new RTX 5090 alone. The high-end of NVIDIA's consumer GPU stack has become inaccessible for the average gamer, and there's no real alternative in sight.

Well, that's sort of true. While perusing various storefronts this morning, it quickly became evident that I can buy an entire pre-built gaming PC with an RTX 5090 inside for less than the card alone.

HP's Omen 45L desktop is my prime example. It has an NVIDIA RTX 5090 GPU, an Intel Core Ultra 7 265K CPU, 16GB of DDR5-6000 RAM, a 1TB M.2 PCIe 4.0 NVMe SSD, and everything else you need for a full build.

At the time of writing, this Omen 45L model costs $4,389.99. That's $410 less than the cheapest RTX 5090 listed on Newegg. Of course, the Omen 45L is on sale, with a regular price of $5,379.99. That's still less than the ASUS TUF Gaming RTX 5090 model, which sits at $5,429 on Newegg.

Buy a pre-built gaming PC for the card and sell the rest?

The math gets more upside down when you factor in all the extra hardware you get with a pre-built PC.

The Omen 45L's CPU adds about $300, the 16GB of Kingston Fury DDR5-6000 RAM adds about $330, and the 1TB M.2 PCIe 4.0 NVMe SSD adds roughly $200. That's about $800 worth of extra components before even considering the 1200W PSU, motherboard, cooling, and case.

I can imagine a lot of readers will see this and wonder why they don't just buy a pre-built, remove the RTX 5090, and sell the rest of the components. I'm wondering the same thing.

HP isn't the only place that I'm seeing this pricing deficit in effect. Over at iBuyPower, I put together a system with an Intel Core i5-14400F CPU, 32GB of DDR5 RAM, a 1TB M.2 PCIe 4.0 NVMe SSD, a 1000W PSU, and an NVIDIA RTX 5090 that costs $5,596.

With the right initiative to sell the extra components, you could definitely end up paying less or the same for a standalone card and still end up with some extra hardware for future upgrades.

Why are GPU prices so high in 2026?

The current state of GPU prices is due to the ongoing RAM and storage crisis that's sending NAND, DRAM, and other PC component prices into deep space.

As a result of the VRAM that goes into these cards hitting such high costs, NVIDIA jacked up the prices of GPU kits for its board partners (companies like ASUS, MSI, Gigabyte, and Zotac that build full GPUs using NVIDIA's kit) in July. Shortly after, it was reported that the hike could go as high as 30%.

We're now starting to feel those price hikes at retailers, as evidenced above. I suspect that HP's prices will also eventually be on the rise, but there are different market factors at play.

OEM builders can lock in large supplies of parts at a lower cost, so prices often don't catch up until after regular consumers begin to see them. I saw the same thing happen with Windows laptops this year. Components eventually run out, companies have to buy more, and those new costs are then passed down to consumers.

There's one caveat: when I reviewed the Omen Max 45L, I noticed that the RTX 5080 is a custom unit designed by HP. The same applies to the RTX 5090. Does that really matter? Not really. It's still NVIDIA's GPU inside, and my testing showed no difference compared to standalone cards.

Whatever happens to HP's pre-built PC pricing, there's no denying that the entire PC market is in chaos. You might not love the idea of a pre-built PC, but I definitely recommend seeing what's out there before you buy a standalone RTX GPU. You might just end up with a whole lot more than you expected for a lower price.

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I was at Computex this year when NVIDIA's RTX Spark System-on-Chip (SoC) was revealed to the world, and from the start, I had a hunch that it would be a big deal.

A powerful chip for Windows on ARM that can run every Windows app ever made? That was one of NVIDIA CEO Jensen Huang's first promises.

With Microsoft as its launch partner, the Surface Laptop Ultra was one of the first RTX Spark laptops announced, but ASUS was right up there with its ProArt P16 and ProArt P14, two laptops I got to see firsthand in Taipei.

Incredibly sleek and streamlined, these laptops were a smash hit on the show floor. Apparently, they're also far more popular than ASUS was expecting.

In a recent ASUS Q2 earnings call, it was revealed that the company is completely out of ProArt P14 and P16 units to ship to its partners (aka third-party retailers and distributors) as part of pre-order efforts.

More RTX Spark laptops are on the way, of course, and ASUS has some time to shore up supplies before the planned Q4 2026 release of the new Spark-powered ProArt PCs.

It's too bad that the earnings call doesn't mention anything about exact volumes, because it's hard to say exactly how popular these laptops really are. However, ASUS says that it's "very optimistic about next year's sales" thanks to the "high AI computing power relative to its compact size" in the RTX Spark laptops.

What is NVIDIA's RTX Spark?

NVIDIA's RTX Spark is an ARM-powered SoC that's expected to compete directly with the likes of Intel, AMD, and Qualcomm for space in Windows 11 PCs.

I covered rumors of the "N1X" chip for months in the lead-up to Computex 2026, and indeed it seems just as powerful and efficient as pre-announcement estimates.

Spark takes efficient ARM-based CPU cores similar to those found in Qualcomm Snapdragon chips and pairs them with an NVIDIA Blackwell RTX GPU, all while drawing from a unified memory setup that can hit 128GB.

This combination allows for massive performance that can shred standard and AI-related tasks without requiring a bulky discrete GPU.

Throw these chips into ASUS ProArt laptops with "all-day-long" battery life, wide port variety, super slim bodies, and 4K OLED displays, and it's easy to see why there's so much interest from retail partners.

(via VideoCardz)

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I've generally leaned towards all-in-one (AIO) liquid cooling for my own custom PC builds for the past decade or so, but air cooling is practically forcing its way back into my habits because it keeps proving its worth via reviews like these. The Cooler Master V8 ACE 3DHP caught my eye mostly because of its "V8 engine" throwback gimmick, but there's a clever secret hiding inside its fins — something that Hyper 212 3DHP cooler owners will recognize.

Cooler Master provided a sample but did not see, nor did it have any input on, the contents of my article before publishing.

How much does the V8 ACE 3DHP cost?

At the time of writing, the best place to buy the Cooler Master V8 ACE 3DHP designed for AMD (AM4/AM5) processors is Newegg at $119.99, or Amazon for the same price via Newegg Business. I also found it sold above MSRP by third parties at Best Buy, which could be a last resort.

Otherwise, the Intel (LGA 1851/1700/1200/115X) variant isn't listed on the official Cooler Master US store, Newegg, or other third-party stores. For now, availability is skewed towards the AMD side, and though you do get an Intel bracket inside the box, it isn't perfectly optimized for those chips.

Is the V8 ACE 3DHP a good CPU cooler?

Before I ever installed this cooler onto a motherboard, I loved the way it looked. It isn't quite as extreme as Cooler Master's V8 GTS from 2013 — which almost resembled an alien motorbike engine — opting for a single-tower setup this time with incredibly dense fins on the heatsink. It's still a chunky air cooler, just like its ancestor, but now it actually looks more like a V8 car engine.

Aesthetics aside, the hype centers on the setup of 4x traditional heatpipes plus 2x "3D heatpipes" (3DHP) that run vertically from the base plate through the heatsink. It's all about pulling as much heat away from your chosen CPU as possible, which is why the V8 ACE 3DHP offers separate fine-tuned versions for AMD and Intel, though you still get mounting brackets for both.

Installation was a breeze. The V8 ACE 3DHP attaches to the standard AM5 backplate with four thumbscrews, two plates, and four more screws to hold it in place. The fans slide off the heatsink, so I can attach the two threads and tighten everything up. Finally, the fans are reattached and daisy-chained together, connecting to the CPU_FAN header.

Clearance is slim, but it fits cleanly over my RAM and the Gigabyte X870E Aorus Master X3D ICE SSD heatsink, with a slight amount of breathing space over G.Skill Trident Z5 Neo RGB modules. Running an AMD Ryzen 7 9850X3D on my open-air test bench at around 5.2GHz for 15 minutes kept an average temperature of 81.5°C, peaking at 83.5°C.

Unsurprisingly, it maintains a lower temperature on this powerful chip than my ~$35 Thermalright Peerless Assassin 120 SE — and our sister site goes deeper into V8 ACE 3DHP benchmarks over at Tom's Hardware if you're craving more specific test results — while its fans thankfully showed no signs of rattles or other unwanted motor noise.

Does the V8 ACE 3DHP have any issues?

Being such a chunky cooler with a performance focus, the V8 ACE 3DHP is heavy — around 2.57 lbs (1.17 kg) — and it'll need plenty of cool, strong intake airflow to feed its thick, 30mm PWM fans, which generate at least 55 dBA of noise under load. PC builders tempted by this cooler will surely take its dimensions and clearance considerations into account, but it's still surprisingly big.

Because those fans slide into place on rails, you'll also want to be careful when handling this cooler. Although I'd mostly held it by the center section, I had once shifted my grip to one of its fans, which slipped down before I quickly caught it. I think my heart fell further than the cooler physically did, but it was a lesson learned. Nice feature, but be safe handling those detachable fans.

Should you buy the V8 ACE 3DHP?

You should buy this if ...

✅ You want to cool a powerful, high-performance CPU

✅ You're building in a PC case with plenty of airflow

You should not buy this if ...

❌ You're planning a compact gaming PC

The V8 Ace 3DHP is an impressive feat, but it demands a constant source of cool air moving through its thick heatsink. As long as you're planning ahead with a PC case that supports healthy airflow with a proper setup of intake and exhaust fans, then this'll be a great pairing for a higher-end, high-TDP processor.

Push it close to a demanding GPU, and there's a chance you'll see less-than-optimal CPU performance if the ambient temperature inside grows unchecked. However, if you're certain you know what you're doing, it wouldn't be impossible to keep this cooler happy in a miniature case with the right airflow setup.