The transition from analog switches back to mechanical isn’t perfect, either. When you plug in a normal switch and press the “scan” button to reset the board, the multi-input functionality still stays semi-functional. In my testing, where I set a WASD half-press to be the normal letter, and a full press to be [Shift + WASD], pressing any of those keys and a second key immediately after would cause the next input to combine with the Shift input, resulting in wOrdS with raNdOMly capitaLized letters! The strangest part is that the G-Hub app knows when a mechanical switch is plugged in, and gives you an alert that the multi-input won’t work with a standard switch, but it doesn’t default to the key’s standard input to avoid issues.

The tedium of swapping out switches, scanning, and changing keymaps every time you start up a game is not ideal. I found myself groaning at the prospect, and using only the mechanical switches for gaming. Much like glasses with transition lenses, the BMW i8, or a McRib, this keyboard creates a hybrid version of two things that is, across the board, worse than its individual parts.

One nice touch is that the removable angled feet on the underside of this keyboard also function as keycap and switch pullers. If you’re traveling with this keyboard, you’ll always have these tools with you. But it also means, if you don’t like using your keyboard at an 8-degree angle, you’ll have awkwardly-designed switch and keycap pullers sitting on your desk. The mild added convenience of part-time storage is nowhere near as practical as the standard flip-out feet and separate keycap/switch puller that most keyboards today include. It’s also not as practical as Steelseries’ silicone flap to hide a keycap puller.

Internal Assembly

Photograph: Henri Robbins

If you’re expecting a keyboard of this caliber to have a complex internal assembly, you’re right on the money. Taking it apart involves removing the bottom feet and the back sticker, removing a few screws, removing the back panel, unscrewing another dozen screws, then separating the front and middle sections, after which you’re left with four major components: The top shell, the main assembly of the PCB and plate,, the middle shell (which houses the LED bar, along with the daughterboard housing the USB-C port back buttons), and the bottom shell. While disassembly is fairly lengthy, I actually quite like the assembly. Besides the adhesive feet, everything seems incredibly rigid and well-designed internally. The only real improvement would be replacing the plastic screw posts with heat-set metal threads.

I consider Blackmagic’s DaVinci Resolve to be among the best professional-grade desktop non-linear video editing software out there.

You’ll find it a core part of our guides to the best free video editing software and best video editing software we’ve ever tested. So, I was keen to see what the latest version (21), offers. And to say I was surprised would be an understatement. This is one of those tools that just keeps getting better.

Apple has spent the better part of a year trying to convince users that a smarter Siri is still on the way. Now, a new report suggests the company may be preparing expectations before the assistant finally arrives.

According to Bloomberg’s Mark Gurman, Apple is internally referring to the revamped Siri as a “beta” and “preview” product, signaling that the company may not present the software as a finished experience when it launches later this year. If that sounds familiar, it’s because Apple followed a similar playbook with the original Siri, which carried the beta label for roughly two years after its debut.

Apple appears to be lowering the stakes

The decision would be a notable departure from Apple’s traditional approach to introducing major software features. The company is known for polished launches, but artificial intelligence has proven to be a different challenge altogether. Labeling the new Siri as a preview could give Apple more room to improve the assistant in public without promising perfection on day one. It would also help explain why the company has been unusually careful when discussing Siri’s next-generation capabilities after earlier delays pushed the project back.

The move reflects a broader reality facing the AI industry. Whether it’s chatbots generating inaccurate information or digital assistants misunderstanding context, even the biggest tech companies are still figuring out how to make AI reliable enough for everyday use.

Not everyone may get access immediately

Gurman’s report also points to another possibility: Apple could introduce a waitlist for users who want to try the upgraded Siri. That wouldn’t be unprecedented. Apple used a similar strategy when it rolled out Apple Intelligence in 2024, gradually expanding access rather than opening the floodgates immediately. A waitlist would allow the company to monitor performance, gather feedback, and manage demand while ironing out bugs behind the scenes.

For users, that means the arrival of Apple’s AI-powered assistant could look less like a traditional software release and more like an early-access program. That may disappoint those hoping for an instant upgrade, but it could ultimately be the safer path. After all, a smarter Siri that arrives slowly is probably better than one that arrives quickly and struggles to deliver on Apple’s biggest AI promises.

For years, smartphone makers have been locked in a race for brighter screens, thinner bezels, and sharper resolutions. Now, it looks like the next battleground could be refresh rates — and things are getting a little absurd.

A new leak suggests OnePlus is exploring a roadmap that could eventually bring 240Hz OLED displays to its flagship phones. That’s a number typically associated with competitive gaming monitors, not devices that spend most of their time scrolling through social media feeds and watching YouTube videos. According to tipster Digital Chat Station, OnePlus is considering a gradual jump through 165Hz and 185Hz panels before ultimately reaching 240Hz in future devices.

The refresh rate race is heating up

Most flagship smartphones today top out at 120Hz, which already feels incredibly smooth for everyday use. Animations are fluid, scrolling feels responsive, and games that support high frame rates look noticeably better. But OnePlus appears interested in pushing beyond what most users would consider necessary.

Recent rumors surrounding the upcoming OnePlus 16 have already hinted at a 165Hz-to-185Hz jump while retaining the company’s preferred 1.5K display resolution. That suggests OnePlus may be prioritizing speed over pixel count, at least for now. It’s not hard to see the appeal. Higher refresh rates can make supported games feel more responsive, especially in fast-paced shooters and racing titles. The challenge is that the benefits become increasingly difficult to notice as the numbers climb.

The real challenge isn’t speed

Getting to 240Hz is one thing; doing it without destroying battery life is another. That’s likely why OnePlus reportedly continues to favor 1.5K panels over sharper 2K displays. Combining ultra-high refresh rates with higher resolutions demands more power, more processing muscle, and more aggressive thermal management.

The company could revisit 2K screens in the future, but only if display technology improves enough to avoid major compromises. For now, the rumored OnePlus 16 is expected to arrive later this year with Qualcomm’s Snapdragon 8 Elite Gen 6 chip and a larger silicon-carbon battery, both of which could help support more demanding display hardware. Whether anyone truly needs a 240Hz smartphone screen is another question entirely. But if the leak is accurate, OnePlus seems determined to find out.

Apple is reportedly preparing a potentially disruptive change to how notifications work in iOS 27 and iPadOS 27.

According to Bloomberg’s Mark Gurman, incoming notifications now slide in from the left side of the screen in internal builds of the software. On its own, that might sound like a simple visual tweak. But it appears to be part of a much larger rethink of navigation gestures — one that could force longtime iPhone users to retrain years of muscle memory.

The familiar swipe may no longer do what you expect

For years, iPhone users have relied on a simple gesture: swipe down from near the center of the screen to access notifications. That reportedly changes in iOS 27.

Under Apple’s new system, swiping down from the center would instead open Search or an AI-powered assistant panel. Notifications would move to a separate gesture, requiring users to swipe down from the left side of the display to access Notification Center. Anyone who has picked up a new smartphone after years on another platform knows how deeply ingrained these gestures become.

Apple’s AI ambitions may be driving the shift

The reported redesign suggests Apple wants to give Search and AI features a much more prominent role in the iPhone experience. Rather than hiding AI tools behind buttons or menus, the company appears to be assigning them one of the most natural gestures on the phone. That’s a strong signal about where Apple sees user interactions heading.

The notification animation itself also seems designed to reinforce the new behavior. If alerts now arrive from the left side of the screen, the visual cue naturally matches the new swipe direction required to view them. Whether users embrace the change is another matter. History shows that even small adjustments to familiar gestures can spark strong reactions. But if the report is accurate, iOS 27 may not just look different — it could change how millions of people instinctively interact with their iPhones every day.

Microsoft unveils the Surface Laptop Ultra, its newest AI-enabled laptop. As this is one of the early laptops equipped with Nvidia’s RTX Spark platform, it features improved speed, graphics, and AI performance due to localized processing. The company believes this product has potential and considers it a worthy competitor to other high-performing laptops, such as the MacBook Pro.

The most interesting thing about the Surface Laptop Ultra is its new Nvidia RTX Spark processor. It is also known as the Nvidia N1X processor, which integrates CPU, GPU, and AI into a single chip. Thus, the laptop can handle high loads much more efficiently than other laptops.

Microsoft Surface Laptop Ultra Specifications

Surface Laptop Ultra was specifically created for individuals who require high performance on a daily basis. The laptop can handle demanding tasks like video editing and graphic design. Also, the computer can perform local AI computing, meaning data analysis can be done on the computer itself. It makes the job much easier for those working on AI technology.

The Surface Laptop Ultra offers up to 128 GB of memory for high-performance workloads. Unified memory enables the central processing unit and the graphics to share the same memory pool whenever necessary. The technology can help boost performance while using multiple apps at once.

According to Microsoft, the screen delivers a peak HDR brightness of 2,000 nits, making the picture bright and clear. Besides, the monitor ensures accurate colors suitable for work. The laptop has HDMI ports, a USB-C port, a USB-A port, an SD card slot, and a headphone jack. Microsoft has also designed a large haptic touchpad for easier navigation. The machine comes in Platinum and Nightfall colors and is said to provide a full day of battery life.

Expected Release And What To Expect Next

Microsoft is planning to introduce the Surface Laptop Ultra later this year. Even though many features have been revealed for the device, there has been no announcement on pricing. With the laptop’s launch approaching, more performance information is expected to be released. The device marks Microsoft’s most aggressive move into AI-enabled hardware yet.

The “super-antigen” could provide long-term protection against a wide range of diseases spread by humans.