Software - Page 5 of 189

Windows 11: What We Know About Microsoft’s Likely Next OS

Microsoft is getting ready to announce the biggest update to Windows since Windows 10’s debut in 2015, and even though the company hasn’t officially revealed anything about this update, all signs point to it offering a significantly different experience for PC users. In fact, the update is supposed to be so radical that it could lead to a new version number, Windows 11. Though Microsoft hasn’t confirmed the name change, it has strongly hinted at it, both in the artwork for its June 24th press event and the 11 am time.

What follows is everything we know so far about the update that will likely be called Windows 11.

When Will Windows 11 Be Announced?

Microsoft started teasing Windows 11 on June 2 with an invitation to a digital event called “What’s Next for Windows” scheduled for June 24 at 11am ET. The invitation featured a GIF showcasing a redesigned Windows logo that defies the laws of physics by casting just two shadows that, if you squint, look a bit like “11.”

Join us June 24th at 11 am ET for the #MicrosoftEvent to see what’s next. https://t.co/kSQYIDZSyi pic.twitter.com/Emb5GPHOf0June 2, 2021

Why Do We Think It Will Be Called Windows 11?

Those shadows probably would have been enough to inspire speculation about Windows 11 on their own, but scheduling the event for 11am ET also helped. Many of Microsoft’s events are held later in the day — especially since the pandemic forced those events to be online-only — because the company is based on the West Coast. The working theory is that Microsoft wouldn’t have scheduled an event so early in the day without a good reason; synchronicity with the new version number would qualify.

As for why everyone thinks Microsoft is moving on from Windows 10 even though it was supposed to be “the last version of Windows”: Microsoft CEO Satya Nadella said at the Build 2021 developer conference in May that the company planned to “share one of the most significant updates to Windows of the past decade,” which he called “the next generation of Windows,” some time “soon” after the conference. So the speculation is supported by more than just a GIF and an event’s start time.

Nadella didn’t reveal many details about this Windows update at Build 2021, but that doesn’t necessarily mean Windows 11 is a black box. A number of reports, rumors, and ruminations based on the scrapped Windows 10X operating system have offered some clues as to what we might expect from the next generation of Windows, and by all accounts the changes will be significant enough to warrant that moniker.

Also, consider that changing the name of Windows is a great way to generate interest and even spur more PC sales. Everytime there is a new version of Windows, consumers want to buy computers with that OS pre-installed, even if upgrading is easy.

How Windows 11 Could Change the User Experience

Reports indicate that Microsoft has been planning many changes to the Windows 10 user experience for a while now. Windows Central reported in October 2020 that the company was looking to “update many top-level user interfaces such as the Start menu, Action Center, and even File Explorer, with consistent modern designs, better animations, and new features” via a project known internally as “Sun Valley.”

Sun Valley wasn’t supposed to replace the Fluent Design language Microsoft introduced at Build 2017 and expanded to iOS, Android, and the web in 2019, Windows Central said, but was instead meant to expand the design language to additional parts of Windows. This would likely result in a more cohesive user experience than the hodgepodge of design languages present in Windows 10.

User Interface Tweaks

Some of these small-but-notable design problems were pointed out by Microsoft program manager Yulia Klein in the public GitHub repository for WinUI in November 2020. Klein said that “XAML controls are inconsistent with how web and mobile apps are evolving” and that her proposed changes were “part of the work to refresh Xaml UI to align with other platforms while looking familiar on Windows.”

The proposal included changes to toggle switches, sliders, and rating controls used throughout Windows. These user interface elements are nearly ubiquitous; changes would likely have a greater-than-expected effect on the operating system’s design. Klein’s post also made it clear that Microsoft was indeed looking to update Windows’ design, lending credence to the Windows Central report from a month prior.

(Image credit: Github)

Microsoft’s plans to modernize the Windows user experience were all but confirmed by a job listing in January that said:

“On this team, you’ll work with our key platform, Surface, and OEM partners to orchestrate and deliver a sweeping visual rejuvenation of Windows experiences to signal to our customers that Windows is BACK and ensure that Windows is considered the best user OS experience for customers.”

Looking for Clues from Windows 10X

It wasn’t hard to connect the dots between Sun Valley and that job listing. As for what this “sweeping visual rejuvenation of Windows” might look like, well, those also came from Microsoft itself. The company planned to make several changes to the user experience for Windows 10X, the operating system meant for foldable devices that was repurposed to single-screen devices and eventually cancelled altogether.

Microsoft released a Windows 10X emulator for developers at Build 2020 that showcased a few user experience changes such as a redesigned app switcher, a new Start menu, and a Quick Settings menu for commonly used controls. Now that the changes originally meant for Windows 10X are reaching Windows proper instead, it would make sense for some of these elements to make their way to Windows 11.

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(Image credit: Microsoft)

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These user experience changes probably won’t be as stark as the jump from Windows 7 to Windows 8. It seems more like Microsoft is fully committing to the Fluent Design language it revealed four years ago, looking to improve the Windows experience on touchscreen devices, and making seemingly inconsequential changes that culminate in a familiar yet noticeably different way of using Windows.

How Windows 11 Could Change the Microsoft Store

Windows 11 might not just change the way the operating system looks—it could also change the way people find, purchase, and install software. That seems to be what Microsoft is hoping, at least, because the company is reportedly working to make the Microsoft Store more important to Windows users and developers alike.

An Appeal to Developers

Windows Central reported in April that Microsoft plans to make three developer-facing changes to its software distribution platform: allowing unpackaged Win32 apps into the Microsoft Store, letting developers host apps and updates themselves, and permitting the use of third-party commerce platforms. All three of those changes would make it easier for Windows developers to offer their products via the Microsoft Store in addition to (or instead of) other distribution options.

The company is also appealing directly to developers’ wallets. It announced at Build 2021 that it would only take a 12% cut of revenues from game sales via the Microsoft Store instead of the 30% cut it was taking before. That change isn’t groundbreaking — the Epic Games Store offers a similar arrangement—but it does make the Microsoft Store more competitive with platforms like Steam. It’s also less than the cut Microsoft takes for other apps sold via the Microsoft Store.

Microsoft currently takes a 15% cut of the revenues from many apps sold via its platform. It also takes a 30% cut from app and in-app purchases made via the “Microsoft Store for Business; Microsoft Store for Education; Microsoft Store on Windows 8 devices; or Microsoft Store on Windows Phone 8 devices” per the App Developer Agreement that was last updated in July 2020. Maybe the new rate for game sales hasn’t been added because similar changes are coming to other apps.

An Appeal to Consumers

The Microsoft Store is also expected to receive a visual overhaul similar to the rest of Windows 11, according to the Windows Central report, as well as updates meant to provide “a more stable download and install experience for large apps and games.” Both could improve the experience of finding software via Microsoft’s storefront. (Even if many Windows users are likely to continue installing apps via the web or competitive platforms simply because that’s what they’ve gotten used to doing.)

This is also a symbiotic relationship. Right now Microsoft has to figure out how to get developers to ship their apps via the Microsoft Store even though it’s not popular among consumers, which means it has to get consumers to download apps via the Microsoft Store even though many developers aren’t invested in the platform. A new version of Windows (aka Windows 11) provides the perfect opportunity for Microsoft to address both of those problems, without carrying the baggage associated with the store’s current iteration.

When Windows 11 Should Arrive

This might be the biggest question mark ahead of Microsoft’s event. The company usually releases major updates to Windows 10 twice a year, once in the spring and once in the fall, and the Windows 10 May 2021 Update’s release last month makes a September or October launch window for Windows 11 seem like a possibility.

It can be hard to predict operating system release dates, however. Microsoft announced Windows 10X in February 2020 with a planned fall 2020 release date, then announced in July 2020 that the operating system wouldn’t arrive until 2021, and then finally said in May that it was being shelved for the foreseeable future. Major updates to Windows 10 have also been delayed in the past, with the Windows 10 October 2018 Update only starting its automatic rollout in January 2019.

The safe bet would probably be for Windows 11 to arrive sometime between September and December. Microsoft will likely release preview builds before then, however, so those curious about the future of Windows should probably sign up for the Windows Insider Program if they’re comfortable using unstable software.

How to Find Out What Comes Next

Microsoft plans to reveal Windows 11 — or at least the update everyone has taken to calling Windows 11 — during the “What’s Next for Windows” virtual event on June 24 at 11am ET. The event will be live streamed via the Microsoft website and has been given the designated #MicrosoftEvent hashtag for use on social platforms.

No New Hardware at WWDC, but Minor MacOS Updates

(Image credit: Apple)

Apple’s WWDC event always feels like roulette when it comes to whether or not the company will announce any new devices or big software updates. For the past few weeks, rumors have been swirling that Apple might announce new MacBooks or the follow-up to its successful M1 chip today, but that didn’t turn out to be the case. We did get news on the latest incarnation of MacOS, called Monterey, but the rest of today’s stream was mostly spent on new iOS and iPadOS features (many of which are already present in Android).

(Image credit: Apple)

Monterey, the latest version of MacOS, was today’s biggest announcement outside of the mobile space, although it’s not shaping up to be as major of an update as last year’s Big Sur. It mostly focuses on bringing continuity across your MacBook and other Apple devices, including the ability to control an iMac, iPad and iPhone all with your MacBook’s keyboard and touchpad (or vice versa, presumably). It’ll also introduce new features that are coming to iOS and iPadOS to MacOS devices, but these are the most concrete details we know for now.

Apple did discuss that it’s going to be moving away from Automator and towards interspersing manual task shortcuts throughout the OS. Sort of like Windows Tiles, these shortcuts will let you open different apps from panels, but they’ll also take the form of buttons that show up in other programs and let you easily perform certain tasks. For instance, you might be able to make a gif straight from a photo editing program with a shortcut. It’s unclear exactly how intrusive or useful these shortcuts will be, especially since Apple said Automator would still be supported.

Safari is also getting tab groups, similar to the latest versions of Chrome and Firefox, and will also add Chrome Sync-like features to allow you to browse more easily across your MacBook and your iPhone (which will also get a tab redesign).

(Image credit: Apple)

Speaking of iPhones, iOS 15 is adding a bunch of new features to the device, mostly focused around sharing content. These include spatial audio that tries to cancel ambient noise around you on video calls, plus grid and portrait mode options for FaceTime. FaceTime is also getting links you can send to participants that they can click on to join future calls, much like Zoom or Google Meet.

What’s more interesting are the new content-sharing features. Facetime will now let users watch content from a streaming app together, each having control of the play and pause functions for perfect, automatic syncing. This also applies to music, plus FaceTime will be adding screensharing support as well. While we don’t normally cover phones, these functions are worth nothing as they will be coming to MacOS, too.

Aside from these features, there was a lot of talk about privacy promises, more niche updates like changes to iCloud (iCloud+) and the health app, and sections covering Apple Watch and smart home devices. Plus, iOS will be introducing translation features and other quality-of-life changes that are similar to what’s already on other platforms.

But if, like me, you were hoping for more substantial information on what’s next for Apple Hardware, you’re going to have to wait a little longer. Still, if you want to check out any of these OS changes, a limited developer beta starts today and a public beta starts next month.

Amazon’s new Echo Show 8 is a little faster and has a better camera

Amazon’s midsize Echo Show 8 is the best smart display in its lineup. It is larger and more capable than the diminutive Echo Show 5, while costing far less than the larger Echo Show 10. The Echo Show 8 is handy for watching video, listening to music, getting weather reports, controlling smart home devices, making video calls, and more.

So it’s no surprise that the second-generation model, which sells for $129.99 and is shipping this week, doesn’t rock the boat. It’s largely the same smart display as before but with slightly faster performance and an improved video calling camera. It has the same display, same design, same speaker system, and the same set of features as its predecessor.

Improving the video calling capabilities makes sense, given how much video calling has been done while everyone was (and for large part, still is) stuck at home during the pandemic. The new Echo Show 8 borrows the 13-megapixel camera from the flagship Echo Show 10, replacing the pathetically low-resolution, mediocre 1-megapixel camera that was in the first gen. As before, there’s a mechanical privacy shutter you can slide in front of the camera to both disable it and block its view.

The improvements in video calls are immediately noticeable. You can use the Echo Show for video calls to the Alexa app on phones or other Echo Show devices, or you can join Skype, Zoom, or Amazon’s Chime calls from it. In my testing with Zoom calls, the image is much sharper and more pleasant to look at, with better color and much more detail.

The Echo Show 8 doesn’t have the motorized base on the bigger Echo Show 10, but it still can automatically frame you and follow you around as you move thanks to its high resolution. The autoframing isn’t as good as the new iPad Pro’s Center Stage feature, and it moves much slower and tends to constantly reframe itself, like you’re the star of a Ken Burns documentary. But the Echo Show is a $130 smart display, not an $800 tablet, so it’s hard to complain, so long as you stay relatively still during video calls. If you don’t want the camera to autoframe, you can say “Alexa follow off” to disable it.

You can use the Echo Show 8 for Zoom calls, but it works best for one-on-one calling, not groups

That said, there’s still plenty of room for improvement. The new camera has a much wider-angle lens, which allows it to do those auto-framing tricks. But it can also cause the image to look distorted at times and isn’t always very flattering.

The Echo Show 8’s eight-inch display works fine for one-on-one video calls, but it’s too small to comfortably use for a group call. If you are on a call where someone is sharing a screen, it’s hard to see what’s happening, and while you can view messages posted to a chat, you can’t type any out yourself on the Echo Show’s display. Joining Zoom calls can be done entirely by voice, but it’s much easier to call up the Zoom app on the Echo Show by saying “Alexa, open Zoom” and then typing in a meeting code or starting one yourself from the touchscreen.

I also observed an echo of my own voice in several Zoom calls, both with individuals and group calls, which made it hard to use the Echo Show for anything work related. Other parties on the line also said there was an annoying echo of my voice whenever I unmuted my mic. Amazon says it is looking into this problem and I will update this review if a solution is found.

The new processor in the second-gen Echo Show 8 does make the smart display respond quicker to taps and swipes than its predecessor. It’s not a huge difference, and Amazon’s software still has a long way to go to make it more useful via touch, but when compared side by side, the new one opens menus and screens quicker.

Elsewhere, the changes are either nonexistent or very minor. The wedge-shaped design is exactly the same; you can still get it in the same white or black color options as before. (Annoyingly, both colors come with a white power cord.)

The display has the same 1280 x 800 pixel resolution, but now it can adjust its color and white balance to the lighting in the room. Like the new processor, the difference isn’t huge, but the new model is slightly warmer and more pleasant to look at when the adaptive color setting is enabled. I’m still more impressed by the ability of Google’s Nest Hub to mimic the look of a printed photo by adapting its color to the lighting in the room.

The dual-driver speaker system is unchanged and it’s as loud and full sounding as the first gen. The Echo Show 8 can fill a small room with sound surprisingly well, and its bass response is better than expected. At times, it might even sound too bassy, but you can adjust the EQ in the Alexa app easily enough to compensate for that. Unfortunately, Amazon dropped the 3.5mm output jack on the back of the new model, so it’s not possible to hook it up to a larger speaker system with a wire.

You can watch Amazon Prime Video, Hulu, and Netflix on the Echo Show, but Disney Plus, Peacock, HBO Max, and many other streaming services aren’t available. YouTube is available through the Echo Show’s Silk browser, but it’s not as seamless of an experience as available on Google’s Nest Hub, and you can’t easily cast videos from your phone to the Show’s screen.

The Echo Show 8’s software is the same as what debuted on the Echo Show 10 earlier this year. Amazon is starting to make better use of the display, with split screens that show weather data alongside news, but it still feels very much like a voice-first device. Though the new Echo Show 8 is faster, it’s still a chore to tap through all of the screens to get to the smart home controls, and managing what shows up in the rotating information screens on the display requires a lot of menu diving and trial and error to get what you want. (And even then, you’ll still probably get nagged about new Alexa Skills or other Amazon promotions you don’t care about.)

There are of course many, many other things you can do with an Echo Show smart display — far too many to cover in the scope of this review. The things that I find it most useful for are weather reports, managing a grocery shopping list, and viewing the video feed from a doorbell or security camera.

The Echo Show 8’s main competition is the second-gen Nest Hub from Google, which has a slightly smaller seven-inch screen and costs $30 less. The Nest Hub supports more video streaming services, has a more useful touch interface, can track your sleep, and works with the Google Assistant instead of Alexa. But it doesn’t have a camera for video calling, its single speaker is blown away by the Echo Show’s dual speakers, and it’s much slower and laggy to use. Ultimately, the choice comes down to how you want to use the smart display and which smart assistant you prefer.

Facebook’s 10-inch Portal is another option if you plan to use a smart display primarily for video calling, but it loses to the Echo Show 8 in effectively every other aspect.

If you do prefer Alexa, the new Echo Show 8 remains the best smart display to get, as it has a big enough screen to read from across the room, doubles as a great speaker, and comes with a host of camera-related features, including the aforementioned video calling and security camera features. It’s also over $100 less than the motorized Echo Show 10, while still providing many of the same features and capabilities. And given Amazon’s frequent discounts, you’ll likely be able to find the new Echo Show 8 for less than its sticker price quite often.

The new Echo Show 8 doesn’t redefine what a smart display can be, but it’s still a very good virtual assistant with a screen for an attractive price.

Photography by Dan Seifert / The Verge

How Universal Control on macOS Monterey works

The best moment of this year’s WWDC keynote was a straightforward demo of a macOS feature, Universal Control. The idea is simple enough: it allows you to use the keyboard and trackpad on a Mac to directly control an iPad, and even makes it simple to drag and drop content between those devices.

What made the demo so impressive is how easy and seamless it all seemed. In a classic Apple move, there was no setup required at all. The segment happened so fast that it even seemed (incorrectly, as it turns out) like the Mac was able to physically locate the iPad in space so it knew where to put the mouse pointer.

After Zaprudering the clip and asking Apple a few questions, I now have a better understanding of what’s going on here. It turns out that the entire system is actually simpler than it first appears. It’s essentially a new way to use a bunch of technologies Apple had already developed. That’s not a knock on Universal Control — sometimes the best software features are a result of clever thinking instead of brute force technological improvements.

So here’s what’s happening in that demo.

First, you need to get the iPad and Mac relatively close to each other. Universal Control is built off the same Continuity and Handoff features that have long been a part of iOS and macOS. When the devices are close enough, their Bluetooth modules let each other know. Of course, all the devices here need to be on the same iCloud account for this to work.

Then, you start up Universal Control by dragging your mouse pointer all the way to the left or right edge of your Mac’s screen, then a little bit beyond that edge. When you do, the Mac will assume that you’re trying to drag the mouse over to another device, in this case the iPad.

So there’s no UWB location detection, just good old assumption. One note is that if you have lots of compatible devices, Monterey assumes that you’re dragging towards the last iPad or Mac you interacted with.

At this point, a Wi-Fi Direct connection is made and the iPad will show a small bar on the side with a little bump. It’s a sort of indicator that the iPad is aware you’re trying to drag a mouse into it. Keep dragging and pow, the bump breaks free into a circular mouse pointer. When the mouse is on the iPad screen, both it and the keyboard on your Mac control the iPad. Move it back to the Mac, and you control the Mac.

But there’s a clever little affordance built into that strange bar. There are a couple of arrows inside it, a hint that you can slide that bump up or down before it breaks free into the iPad itself. Doing that is how you line up the iPad’s screen with your Mac’s, so that dragging the mouse between the screens doesn’t result in a weird jump.

You go through the same process to set up a second device with Universal Control — it maxes out at three. If all this automatic setup sounds like a hassle, you can just go into system preferences and set a device as your preferred Universal Control buddy gadget.

However you set it up, you can drag and drop content between devices and it’ll use either Wi-Fi Direct or USB to transfer the files. Of course, if you’re dragging files into the iPad, make sure you have an app open (like Files) that can accept it.

That’s pretty much the long and the short of it. There are still some details to hash out, Apple tells me, and it isn’t available in the first developer preview. If you put your dock on the left or right edge of the screen, for example, it’s unclear if this whole setup will work.

What’s fascinating to me about this system — as I discuss in the video above — is that it’s only really possible because of a long series of software enhancements that have been built into the iPad over the years, including:

Continuity, Handoff, and AirDrop. Universal Control isn’t technically AirDrop, but it’s the same basic idea. All of these are the basic ways that Apple devices communicate directly with each other instead of through the cloud.
Multitasking. I’m not referring to split-screen, but the support for drag-and-drop that came along with the improved windowing options on the iPad.
Keyboard and mouse support. That’s an obvious pre-requisite, but it wasn’t always obvious that Apple would put mouse support into the iPad.
Sidecar. Sidecar’s the tool that lets you use an iPad as a second Mac monitor. I don’t think that Universal Control uses the same bits of software as Sidecar, but I do think that there were probably lessons there about latency that would prove useful here.

I had a hunch that there would be a similar story of evolution on the Mac side of this story. I figured that all the iPad and iOS technologies finding their way into the Mac with the last few releases played a part. Catalyst apps turned into native iPad apps for M1 Macs. Control Center, Shortcuts, and Focus mode all are iOS things that are also on the Mac.

Nice idea, but wrong. Apple tells me that the foundation on the Mac side is as simple as it seems, based on Continuity and Handoff.

I hope that Universal Control works as well in the real world as it did in this staged demo — and I know that’s no sure thing. But what I like about the feature is how it’s just a clever recombination of existing technologies that Apple had already built for other purposes.

Inside the Apple ecosystem, you expect that the trade you’re making for only using Apple devices is getting synergistic integrations like this. They’ve actually been rarer than I would have guessed the past few years. But as the Mac and the iPad start trading more and more features with each other, I expect we’ll see more of them going forward.

Here are the devices that can run iOS 15, iPadOS 15, macOS Monterey, and watchOS 8

Apple announced iOS 15, macOS Monterey, watchOS 8, and iPadOS 15 software at WWDC 2021. The public beta period will begin in July, and whether you’re curious to download them then, or just waiting for the final release, you’ll need to have the right hardware to do it. Apple usually eliminates support for a few devices each year as it leaps ahead with major software releases, so you’ll want to check below to see if your iPhone, Apple Watch, iPad, or computer makes the cut.

For iOS 15 and iPadOS 15, Apple is extending support for all iPhone models that currently have iOS 14, along with the seventh-generation iPod Touch.

Here’s the list of supported devices for iOS 15:

iPhone 12, iPhone 12 Mini, iPhone 12 Pro, iPhone 12 Pro Max
iPhone 11, iPhone 11 Pro, iPhone 11 Pro Max
iPhone XS, iPhone XS Max
iPhone X, iPhone XR
iPhone 8, iPhone 8 Plus
iPhone 7, iPhone 7 Plus
iPhone 6S, iPhone 6S Plus
iPhone SE (first and second generation)
iPod Touch (seventh generation)

Image: Apple

Now, for iPadOS 15 support, it’s the same story as iOS 15. All iPads that have iPadOS 14 will get the next iteration. Here’s the list:

iPad Pro 12.9-inch (first through fifth generation)
iPad Pro 11-inch (first through third generation)
iPad Pro 10.5-inch
iPad Pro 9.7-inch
iPad (fifth through eighth generation)
iPad Mini (fourth and fifth generation)
iPad Air (second through fourth generation)

Apple’s watchOS 8 upgrade will bring the same level of device support as the ones above, leaving behind no generations that received the previous operating system update. Sensing a pattern here?

These watches will get the update:

Apple Watch Series 3 (maybe Apple should reconsider this)
Apple Watch Series 4
Apple Watch Series 5
Apple Watch Series 6
Apple Watch SE

Now for the computers that will get the update to macOS Monterey: a few models that got the Big Sur update last year have been left out in terms of support for the new software, including the 2015 MacBook, the 2013 MacBook Air, the late 2013 MacBook Pro, and the 2014 iMac. Here’s the full list that’ll get support:

iMac (late 2015 and later)
iMac Pro (2017 and later)
Mac Pro (late 2013 and later)
Mac Mini (late 2014 and later)
MacBook Pro (early 2015 and later)
MacBook Air (early 2015 and later)
MacBook (early 2016 and later)

Apple WWDC 2021: the 15 biggest announcements

Apple just wrapped up its WWDC 2021 keynote, and it was jam-packed with news and announcements, including our first looks at iOS 15, the new macOS Monterey, big improvements to FaceTime, and more.

Our live blog has moment-by-moment commentary on what Apple announced from Nilay Patel and Dieter Bohn. But if you just want to know the big-ticket items from the show, we’ve got you covered right here.

iOS 15 brings big improvements to FaceTime, updates to notifications, and more

Apple announced iOS 15, which brings improvements to FaceTime such as spatial audio, a new “SharePlay” feature that lets you share media with people on FaceTime virtually, updates to Messages, a new look for notifications, the ability to set different “Focus” statuses, updates to Memories in Photos, a redesign to the weather app, and much more.

Apple is building video and music sharing into FaceTime

Apple’s new SharePlay feature will let you watch or listen to content with others virtually. Apple is also introducing a SharePlay API so that other developers can build apps that support the feature.

Apple is going to use AI to read all the text in your photos

Apple’s new Live Text will digitize text in your photos, which can let you copy and paste text from a photo, for example, or call a phone number that’s in a photo. Apple says it uses “on-device intelligence” for the feature.

You’ll soon be able to use your iPhone as your ID at the airport

Image: Apple

Apple’s Wallet will soon let you store your ID in a digital form (in participating US states), which you’ll then use as identification in US airports.

iPadOS 15 lets you drop widgets on the homescreen and brings changes to multitasking

With iPadOS 15, Apple will let you add widgets to the homescreen and access to the app library, which debuted last year on iPhone with iOS 14. Apple is also introducing improvements to multitasking, with new controls that make it easier to manage your apps, and you’ll be able to build apps with Swift Playgrounds.

Apple adds welcome privacy features to Mail, Safari

Apple announced new privacy-focused features at WWDC, including that Apple Mail will block tracking pixels with Mail Privacy Protection and that Safari will hide IPs. Apple is also introducing a new section in settings called the “App Privacy Report.”

Apple’s Siri will finally work without an internet connection with on-device speech recognition

Apple will let Siri process voice requests on device, meaning audio won’t be sent over the web, and Siri can accept many requests while offline.

Apple lets users see family members’ Health data

Apple is introducing a number of new health-focused features, such as the ability to share health data with your families and with healthcare providers.

Apple is making AirPods easier to hear with and find

Apple is making some new changes to AirPods, such as making it easier to find them on the Find My network and the ability to announce your notifications.

Apple’s iCloud Plus bundles a VPN, private email, and HomeKit camera storage

Apple’s iCloud is getting a new private relay service and the ability to create burner emails called “Hide My Email.” These will be part of a new iCloud Plus subscription, which will be offered at no additional price to current iCloud paid users.

Apple announces watchOS 8 with new health features

Apple’s upcoming watchOS 8 has new health features, including a new Mindfulness app, improvements to the Photos watchface, and more.

Siri is coming to third-party accessories

Apple will let third-party accessory makers add Siri to their devices, Apple announced during WWDC. The company showed it on an Ecobee thermostat in its presentation.

macOS Monterey lets you use the same cursor and keyboard across Macs and iPads

Apple’s next big macOS release is called Monterey. One big new feature is the ability to use the same mouse and keyboard across your Mac and your iPad. Apple’s Shortcuts app is also coming to the Mac. And Monterey adds improvements to FaceTime, SharePlay, and Apple’s new “Focus” statuses that are coming to Apple’s other software platforms.

Apple redesigns Safari on the Mac with a new tab design and tab groups

Apple is redesigning Safari with a new look for tabs and tab groups. And on iOS, the tab bar will be at the bottom of the screen to be in easier reach of your thumb. Web extensions are also coming to iOS and iPadOS.

Apple is bringing TestFlight to the Mac to help developers test their apps

Apple announced that it will let developers use TestFlight to test their apps on the Mac. The company also announced Xcode Cloud, which lets you test your apps across all Apple devices in the cloud.

Apple announces watchOS 8 with new health features

Apple has just announced watchOS 8, the latest version of the company’s smartwatch platform for the Apple Watch. The new software succeeds last year’s watchOS 7 and is going to be first available for developers to test their apps with. A public release is expected later this fall.

Apple is debuting a new Mindfulness app, an extension of the Breathe app that nags you to breathe throughout the day. It’s adding new animations and other features to help you relax.

The Fitness app is getting more workout types for tai chi and pilates. The Apple Watch’s Health app will explicitly track your respiratory rate and notify you if it’s outside of your normal patterns.

Developing… we’re adding more to this post, but you can follow along with our WWDC 2021 live blog to get the news even faster.

Apple adds welcome privacy features to Mail, Safari

Apple has always stressed user privacy as part of its core mission. At its WWDC 2021 event, it announced it would be adding a spate of powerful new functions to Mail and Safari, as well as giving users broader insight into what their installed apps are doing with their information.

First, Apple’s Mail appears to have declared war on tracking pixels, which can be included in some emails to give third parties insight into if or when their messages have been opened — though it didn’t provide much detail on how it will win said war. Mail will also, according to Apple’s manager of user privacy software Katie Skinner, now hide user IP addresses by default. Safari, likewise, will hide IPs.

More surprisingly, Apple announced it’s adding an App Privacy Report, which will live in settings and provide an overview of, as you might have guessed, privacy-related matters as they related to installed apps. For example: how often apps use your contacts, microphone, location, or other data and identifiers. The App Privacy Report will also show which third-party domains are receiving your information.

Developing… we’re adding more to this post, but you can follow along with our WWDC 2021 live blog to get the news even faster.

Apple announces iPadOS 15 with homescreen and multitasking improvements

Weeks after introducing its most powerful iPad Pro devices ever, Apple is today announcing the latest version of iPadOS — and there’s a clear focus on making Apple’s tablets more capable productivity machines. At least if you find yourself using split-screen mode a lot, that is. Otherwise, there aren’t any radical changes for the platform.

As rumored, iPadOS 15 will make the homescreen more customizable and allow for more flexible placement of widgets. You can now stick them anywhere you’d like, a capability that came to iOS 14 last year. But iPadOS 14 didn’t offer the same functionality, and widgets could only be placed in the Today View sidebar despite the tablet’s vast screen real estate.

Apple is also bringing the App Library to iPadOS. Much like on the iPhone, it will let you maintain a less-cluttered homescreen by filing away the apps you rarely use to an automatically organized section of folders. On iPads, the App Library is located in the dock.

Multitasking is also getting some much-needed refinement. New icons will make it simpler to go into split-view mode, and Apple also mentioned a “shelf” feature that makes it easier to jumble different tasks. It’s a significant change to how multitasking currently works on iPadOS, and it seems like a major improvement.

Multitasking is getting more intuitive in iPadOS 15.

Image: Apple

QuickNote is a new convenience that will let you attach notes to webpages and other areas of iPadOS, making them easier to get back to.

Finally, the standalone Translate app is also now coming to iPadOS.

New tricks shared with iOS 15 on the iPhone

iPadOS 15 will also share many of the new features and experiences that are coming to iOS 15. FaceTime calls will now support spatial audio for more lifelike, natural sound. A voice isolation feature will let your voice cut through background noise, and a “wide spectrum” option will pick up more sound than before. Portrait mode is also coming to FaceTime, resulting in a blurred background that keeps the focus on your face.

Apple is introducing a new SharePlay feature for FaceTime that allows people to share media — music, movies, etc. — together on a group call. SharePlay will leverage iOS features like picture-in-picture, iMessage, and more for a seamless experience across multiple devices at the same time.

The new iPad software update includes new tools meant to help you focus, like revamped notifications that are easier to identify and a “notification summary” section that recaps your less-than-essential notifications. You can also customize which notifications you’ll see at different points of the day, allowing you to separate work and personal alerts. Focus preferences are synced across Apple devices.

Memories in the Photos app can now synced up with music tracks with automatic filters and effects applied based on the vibe of the song, and Spotlight search is also getting some deeper search capabilities. Live Text is a feature that uses on-device intelligence to let you select text from photos you’ve taken and those in your camera roll. It supports seven languages.

Apple punts for another year on “pro” requests

The M1-powered iPad Pros are on equal footing with Apple’s latest iMac, MacBook Air, 13-inch MacBook Pro, and Mac Mini in terms of sheer performance. Their release has only fueled calls for Apple to evolve iPadOS into a platform that can properly take advantage of all that power for those trying to use the devices as laptop replacements. Using an iPad is a fantastic experience that can regularly turn frustrating when you run into its software limitations.

On the pre-WWDC wishlist of some users were things like multi-user support, a more advanced Files app, better support for external displays, and pro-caliber apps like Final Cut and Logic making their way to the iPad. Apple didn’t address many of those wants in today’s keynote. The most “pro” capability announced was the ability to create and ship apps using Swift Playgrounds. So we’ll have to see what other improvements and surprises iPadOS 15 may hold as it enters beta in the coming weeks.

Developing… we’re adding more to this post, but you can follow along with our WWDC 2021 live blog to get the news even faster.

How to watch Apple’s WWDC 2021 keynote

Apple’s hosting its second all-virtual Worldwide Developers Conference this year, and it seems like the company plans to squeeze in even more hardware announcements alongside its usual software updates. WWDC 2021 will run all week long, but things start off with the traditional Apple keynote on June 7th at 10AM PT / 1PM ET.

Apple is expected to try to win back professional users at WWDC by leaning in with a new more powerful M2 chip and a redesigned MacBook Pro that ditches maligned features like the Touch Bar and brings back the HDMI port and MagSafe. The new M2 is rumored to have double the processor and GPU cores, and it might not even be Apple’s top-of-the-line: the company is rumored to launch a more powerful iMac and Mac Pro sometime later this year.

WWDC 2021 may bring some equally big changes to iOS 15 and iPadOS 15. iPads might finally get an updated homescreen with fully customizable widgets, after years of mostly looking like a blown-up iPhone. Both operating systems are also rumored to get a new privacy menu for viewing the data apps use, notification settings that can be set around a user’s status (like if they’re driving or sleeping), and possibly a big update to iMessage and the Messages app that will make the service more of a social network.

That’s a whole lot to talk about, even ignoring minor changes to macOS, tvOS, and watchOS, but the company will be hosting developer sessions throughout the week to get into all of the details.

WHEN DOES WWDC 2021 START?

It starts at 1PM ET / 10AM PT / 6PM BST. Following the keynote, developer sessions will be available to watch online for free through June 11th via the Apple Developer website or the Apple Developer app.

WHERE CAN I WATCH WWDC 2021?

We’ll embed the keynote livestream up top, so you can watch from here once that’s up. Otherwise, head to these links below for more:

Tune in to The Verge’s Apple WWDC 2021 live blog for commentary and feelings
Apple is streaming the event live on its website and on YouTube
Follow @verge on Twitter
Keep an eye on @verge on Instagram for updates

First official images of Honor 50 look weirdly like Huawei’s P50

Honor has released a couple of official images for its upcoming 50 series smartphone via its Weibo page and Twitter. The images focus on the rear of the phone, showing an eye-catching pair of circular camera bumps. The Honor 50 series is currently due to be announced on June 16th.

Amidst a sea of square and rectangular camera bumps, the dual circle design is an interesting look for Honor’s next flagship. It’s also a style that Honor’s former parent company Huawei is planning to use for its next flagship, the similarly-named P50. It’s possible that the two companies finalized their designs before Huawei sold off Honor late last year, but it’ll be strange to see such similar looking devices released from two distinct manufacturers within such close proximity to one another.

From the images it appears as though Honor’s next handset will have four rear cameras in total. The upper camera circle has one large lens, and it’s joined by three more on the lower bump. In contrast, Huawei’s P50 appears to have three lenses on the upper circle, and a single camera paired with a flash on the bottom.

Beyond its design, Honor’s next flagship will be powered by Qualcomm’s Snapdragon 778G processor, will feature 100W fast charging, and will also come with a “hypercurved screen.” It may also mark the return of Google’s apps and services to Honor’s devices (including the Google Play Store) if a now-deleted tweet from the company’s German Twitter account is to be believed. Honor was prevented from including Google’s software because of sanctions placed on its former parent company Huawei, but these are believed to not apply since it became independent.

A spokesperson from Honor previously declined to comment to The Verge as to whether or not Google’s software would be available on the upcoming 50 series. But with an official launch just round the corner, we won’t have long to wait to find out.

Arduino Nano RP2040 Connect Review: Built-in Wi-Fi and BLE

Our Verdict

Great hardware with lots of power in a tiny package. The price may put some off but if you need Wi-Fi and the RP2040 then this is the board for you, but for how long?

For

+ Small form factor
+ Lots of analog inputs
+ Built-in Wi-Fi and BLE
+ Built-in microphone, IMU

Against

– Pin numbers hidden away
– High Cost
– No USB-C
– Software is buggy

When you think of an Arduino, the first board in your head has to be the classic Arduino Uno, with its Atmel microcontroller. You wouldn’t think of an Arduino powered by ‘Pi Silicon’ but the last of the initial wave of RP2040 partner boards is the Arduino Nano RP2040 Connect and this is the board we have been waiting for. You see the Arduino Nano RP2040 Connect is the only partner board to come with built-in Wi-Fi and Bluetooth. Neatly integrated into the familiar Nano layout is a Nina W102 uBlox Wi-Fi module which provides 2.4 GHz WI-Fi, Bluetooth Low Energy, an IMU capable of detecting movement and gestures and a microphone which can be used to measure audio levels and more importantly used in machine learning projects.

Should the Arduino Nano RP2040 Connect be the heart of your next project? Well that depends on your needs and budget. If you are happy to blink LEDs and make things move, then a $4 Raspberry Pi Pico is more for you. But if you want to build Internet of Things (IoT) devices with a web interface then Arduino’s latest board may just be what you are looking for. But we don’t truly understand how a board works, and more importantly how it is supported until we use it, and use it we shall!

Arduino Nano RP2040 Connect Hardware Specifications

System on Chip	RP2040 microcontroller chip designed by Raspberry Pi
	Dual-core Arm Cortex M0+ processor, flexible clock running up to 133 MHz.
	264KB of SRAM, and 4 / 16MB of on-board Flash memory
GPIO	22× multi-function 3.3V GPIO pins
	1× SPI, 1 × I2C, 1 × UART, 8 × 12-bit ADC, 20 × controllable PWM channels
	8× Programmable I/O (PIO) state machines for custom peripheral support.
	1x User LED (GPIO 13)
	RGB LED, accessible only via the Nina W102 module.
	Castellated module allows soldering directly to carrier boards.
Extra Features	Nina W102 uBlox Wi-Fi module
	ST LSM6DSOXTR 6-axis IMU
	ST MP34DT06JTR MEMS Microphone
	ATECC608A-MAHDA-T Cryptographic Coprocessor
Dimensions	1.77 x 0.7 inches (45 x 18mm)

Design and Use of the Arduino Nano RP2040 Connect

(Image credit: Tom’s Hardware)

The design of the Arduino Nano RP2040 Connect is quite clearly based on Arduino’s Nano range of boards such as the Nano 33 IoT and Nano Every. The Nano range of boards share the same pin out, enabling the Arduino Nano RP2040 Connect to be a drop-in replacement for other Nano boards. The bare board has the castellated edges that have become the norm for an RP2040 board and the underside of the board is unpopulated, enabling it to be surface soldered into a project. Of the 22 GPIO pins we have 20 pins which can be used for PWM and of those we have 8 analog inputs, the most of any RP2040 board as the Pico comes with three and most third-party RP2040 boards have four. If you are looking for the I2C pins they are hidden away on pins A4 and A5 and the onboard IMU is accessible on the I2C bus.

The eagle eyed amongst you will have spotted a micro USB connector, something common on many newer Arduino boards. We would’ve liked to have seen a USB-C connector, because it offers a foolproof connection and the mechanical connector is stronger than micro USB. As this is the most expensive RP2040 board, we think that Arduino could’ve included this without impacting the overall cost.

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The big feature of the Arduino Nano RP2040 Connect is Wi-Fi and the Nina W102 chip provides us with 802.11 b/g/n 2.4 GHz Wi-Fi and Bluetooth 4.2. The antenna is located opposite the micro USB port. The Nina W102 chip is itself a powerful microcontroller with 520KB SRAM and a 240MHz 32bit Dual Core Xtensa LX6 CPU, but in this board it is relegated to handling communications.

As this is an Arduino, our natural inclination is to use the Arduino IDE, and with a recent update bringing official support for the RP2040 to the IDE, we can easily create projects. We tested the Arduino Nano RP2040 Connect with the Arduino 1.8.15 and 2.0 beta 7 IDE and after installing the board via the board manager we were able to flash the example blink sketch to prove that we had connectivity. To access Wi-Fi we needed to install the WiFiNINA library and then create a secrets file to contain our Wi-Fi login details. We ran the Simple Web Server WiFi example and it flashed with no issue, but we later learned that we needed to change the default GPIO pin used in the example from 9 to “LED_BUILTIN” in order to control via a web interface.

The connection details should appear in the serial monitor, but no matter what we did, we could not connect to the serial monitor and all we saw was an error informing us that the port was busy. This is not unique to the Arduino Nano RP2040 Connect; we have seen this behavior with other RP2040 boards and the Arduino IDE. Our only solution was to close the Arduino IDE and use another application to open a serial terminal. The same issue affected our test of the IMU, so we opened the serial terminal, reset the board and saw raw accelerometer data scroll across the screen. We later discovered that the issue lay with our operating system, Ubuntu 18.04, we had to uninstall modemmanager in order to see the serial data on the port. This issue has not impacted any of our other official and clone boards.

We also tested the onboard microphone, the same model as used in the Nano 33 IoT. We followed the official documentation to flash the test sketch to the Arduino Nano RP2040 Connect, then opened the Serial Plotter hoping to see a visualization of sound. Alas all we saw was a constant flatline value of -128. We were unable to locate any guidance on how to fix this issue.

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We had other issues when using the Arduino’s IoT Cloud, a service that we have used before with MKR WIFI 1010 and Nano 33 IoT boards. our Arduino Nano RP2040 Connect was detected, but could not be configured. We followed the official documentation, which at the time of writing looks to be incomplete, and still drew a blank. This is a real shame, as the IoT Cloud is Arduino’s new service to enable IoT “Things” (projects) to be created and monitored via a web interface. It is most likely teething troubles for now, and something that will be fixed in the future. For now the smart maker will stick with the desktop IDEs.

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You are probably thinking that this is an RP2040, so I can run other programming languages? Correct! We can use CircuitPython and MicroPython with the Arduino Nano RP2040, the caveat is that you will need to source your own libraries for the onboard microphone, IMU and WiFi. A quirk exists between the pin numbering and the actual GPIO number. The Arduino pin number, used in the Arduino IDE for a pin is say D2, but the RP2040 pin is GPIO25. Another example is the built in LED is D13, but in our MicroPython tests it was GPIO 6.

We tested the Arduino Nano RP2040 Connect with CircuitPython and it was a much more pleasant experience and thanks to the plethora of libraries, especially the ESP32SPI library we quickly had the Arduino Nano RP2040 Connect online and receiving data from a remote API. We also tested with MicroPython and it behaved in much the same manner as a Raspberry Pi Pico, but we had no drivers to use the onboard Wi-Fi.

This is where we noticed a quirk that prevented us from setting the board ready to accept new firmware. Typically we would reset the board and press BOOTSEL. For the Arduino Nano RP2040 Connect we would double press the reset button, but this did not work. After reaching out for help on Twitter we were told that we could connect the REC and GND pins together to force the board into the mode.

Use Cases for the Arduino Nano RP2040 Connect

The most obvious use case is an IoT appliance and this is made quite straightforward via the Arduino IoT Cloud. With the IoT Cloud we can quickly create GUI applications to read data from a remote device. For example we can create a weather station using the Arduino Nano RP2040 Connect and have live data streamed to the cloud which can be accessed from any web connected device.

The same Arduino IoT Cloud user interface can be used to remotely control the Arduino Nano RP2040 Connect, for example a web controlled robot wouldn’t be much more difficult to build than a non web enabled robot.

If you are not an Arduino IoT Cloud user, you can still make the most of this board using the traditional IDE. There are libraries available for HTTP, MQTT and Bluetooth which have existed for some time and can be ported to run on the RP2040. With these libraries we can build web controlled robots, wireless weather stations etc.

Bottom Line

It comes down to the price. If you need Wi-Fi and the RP2040 then the Arduino Nano RP2040 Connect is a solid piece of hardware but it is more expensive than any other RP2040 solution we’ve tested, including buying a Raspberry Pi Pico and a Pimoroni Pico Wireless. The extra cost gives us access to GPIO pins, which are sadly blocked with the Pico Wireless. If you need the smallest package possible for an embedded IoT project, then this could be the board, but right now the documentation is not up to Arduino’s usual standards despite this being the last board in the first wave of RP2040 powered devices.

The additional analog inputs mean that the Arduino Nano RP2040 Connect has the most of any RP2040 device, useful for connecting many different components. The smart money for those wanting to connect their RP2040 project to the world is with this board, but for how long? Seeed’s own RP2040 board comes with Wi-Fi and it is expected to retail for half the price of the Arduino.

Razer BlackWidow V3 Mini HyperSpeed Review: Premium-Priced Space-Saver

Our Verdict

The Razer BlackWidow V3 Mini HyperSpeed hits the sweet spot between functionality and size, clearing up desk space while offering a premium design and functionality. But it’s pricey compared to some fantastic 65% keyboards, and its keycaps can get uncomfortable during heated gaming.

For

+ Efficient form factor
+ Dongle, Bluetooth or cable connection
+ Highly customizable

Against

– ABS keycaps can feel clammy
– Larger keys are a little loud
– Expensive

For some, a clear space makes for a clear mind. And if you’re gaming, more space also means extra room for your mouse and focusing solely on the inputs needed to level up. The best wireless keyboards already decrease clutter by cutting the cord, but a wireless gaming keyboard in a smaller form factor can be a true game-changer for players seeking an efficient, yet productive, form factor.

The Razer BlackWidow V3 Mini HyperSpeed fits the bill well. It’s Razer’s first 65% keyboard, which is a good sweet spot for those who want a small keyboard but can’t let go of navigation keys. With arrow keys, the BlackWidow V3 Mini is a more likely mate for both productivity and work than 60% keyboards. a more likely match for those who want a keyboard for both gaming and work. And Razer makes connectivity, even across several PCs, simple by offering the option to use a dongle, Bluetooth with up to 3 devices or a USB-C to USB-A cable. A $180 MSRP means you’re paying a Razer tax though, and the keyboard, especially its keycaps, aren’t perfect compared to the best gaming keyboards it’s up against.

Razer BlackWidow V3 Mini HyperSpeed Specs

Switches	Razer Yellow (tested) or Razer Green
Lighting	Per-key RGB and logo
Onboard Storage	4 profiles
Media Keys	With Fn
Connectivity	USb Type-A dongle, Bluetooth or USB Type-A cable
Cables	USB-C to USB-A
Additional Ports	None
Keycaps	Doubleshot ABS plastic
Software	Razer Synapse
Dimensions (LxWxH)	12.6 x 5.1 x 1.6 inches
Weight	1.8 pounds

Design of the Razer BlackWidow V3 Mini HyperSpeed

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If you haven’t tried a 65% layout before, it’s worth a shot because you may just find your sweet spot. 65% keyboards chop off a lot of keys but keep the precious arrow keys and even some that typically live above them. Razer told me it wants the BlackWidow V3 Mini to be a “more inclusive option” than the 60% Razer Huntsman Mini, one that saves space but still is efficient in applications like Excel and PowerPoint. No more keyboard switching is the idea, but if you do heavy number input into Excel, you’ll probably still miss the numpad.

The BlackWidow V3 Mini has Delete, Page Up, Page Down and Insert keys, which all also double as macro keys when you’re holding Fn. That’s a little more than some other 65% keyboards, such as the wired Ducky Mecha SF Radiant, which leaves out Insert in favor of a Ducky logo and doesn’t double up those keys as macros. Already we see the more gaming-friendly side of Razer’s 65% option.

However, I rarely use those four keys and would personally prefer a Print Screen option if anything. Of course, I could reprogram this via software and even switch out a keycap if I was that serious. But since I don’t care for that quartet of additional buttons over a 60% keyboard, something like the Cooler Master SK622, which doesn’t have dedicated keys for any of those functions except for Delete, would be even more efficient for me. That keyboard also saves a little bit of space, measuring 11.5 x 4.1 x 1.6 inches, while weighing only 1 pound. The Razer (12.6 x 5.1 x 1.6 inches, 1.8 pounds) is still on par with Ducky’s Mecha SF Radiant (12.8 x 4.1 x 1.6 inches, 1.9 pounds) though.

The V3 Mini doesn’t have a function row but gets a lot done with its Fn key. Just as with the Huntsman Mini, out of the box pressing Fn will disable any lighting you have on and provide white lighting to the keys with a secondary function. In addition to the number row handling F1-F12, there are also side-printed functions for macro recording, adjusting RGB brightness, media controls and the missing navigation keys.

Still, some tasks were more tedious on the 65% board. For example, to take a screenshot of a specific window, instead of pressing Windows + Alt + Print Screen, I had to hit Windows + Alt + Fn + Print Screen, while locating the key that has Print Screen as a secondary function. The side-printing is easy to read from typical seated positions. But unlike the main legends on the keys, these aren’t doubleshot, so could fade with time.

The BlackWidow V3 Mini has flip-out feet for 6 or 9-degree elevation, but I preferred keeping it flat, as my wrists already sloped down, due to the lack of included palm rest. If I were to use this as my forever keyboard, I’d need to find some sort of compact wrist rest, which is a mild annoyance, considering the keyboard’s price.

Besides that, the BlackWidow V3 Mini takes many characteristics from the BlackWidow line, which includes the full-sized BlackWidow V3, wireless BlackWidow V3 Pro and BlackWidow V3 Tenkeyless.That includes a plastic base that’s shiny around the lip, allowing the snake trio that is the Razer logo to peek through with customizable RGB.

The plastic base is subtly textured and surprisingly durable in that it doesn’t seem like it’ll scratch or nick easily. “For Gamers by Gamers” written in a designer bag like pattern on the underside makes you feel special. An aluminum top plate sits atop that for more heft and more fingerprints. But because there’s such little wasted space on the BlackWidow V3 Mini, that issue is mostly limited to the keyboard’s bottom slope.

Razer went with doubleshot ABS plastic keycaps that are a good and cheaper substitute for doubleshot PBT. The ABS plastic here is still visibly textured, especially in bright lighting, is good at fighting smudges and allows RGB to shine through perfectly. Although they’re still slippier than doubleshot PBT, it could fool the less-aware gamer.

The BlackWidow V3 Mini uses the same font as other BlackWidow keyboards with a lower-case font that can feel slightly kiddish, especially if you opt for rainbow RGB, and in the truncated right Shift key. Speaking of, the right Shift’s size will be a problem for some, but I’m a righty and touch typist who never uses the right shift key, so besides it looking a little funky, I’m okay with the sacrifice.

Typing Experience on Razer BlackWidow V3 Mini HyperSpeed

(Image credit: Tom’s Hardware)

Razer offers the BlackWidow V3 Mini with either clicky Razer Green switches, (which we tested in our BlackWidow V3 Pro review), or linear Razer Yellow switches with added sound dampeners, which we’re testing here. Razer specs its Yellow switches with 3.5mm total travel, actuating at 1.2mm with 45g of force versus Cherry MX Red’s 4mm/2mm/45g.

I don’t have another keyboard with Razer Yellows on hand to directly compare the dampeners’ effectiveness, but compared to the sound displayed in our Razer Yellow hands-on a few years ago, my test keyboard sounded quieter and less high-pitched and annoying. For the most part, I enjoyed the soft clacking of the BlackWidow V3 Mini during testing. Most of the keys’ noises are an inoffensive volume, and even if your mic picks it up, your teammates won’t be nearly as distracted then if you were using a clicky mechanical switch.

But while the spacebar still manages to sound soft despite an extra plastic-y note, the Backspace, Enter and right Shift, which also show some wobble, make too much of a plastic racket that stands out compared to the other keys. I also noticed a small amount of unwanted pinging, but this was only occasional.

I don’t typically like using linear switches for typing, but getting work done on the BlackWidow V3 Mini was easier than expected. I still missed my tactile bumps and clicks, but the keyboard’s layout is logical and the keys properly spaced, so there were no other distractions. The keycaps are also more comfortable than many other ABS ones, and the keys never felt mushy.

On the 10FastFingers.com typing test, I averaged 122.7 words per minute (wpm) and 95.2% accuracy. That’s faster than my typical 118 average, but my accuracy dropped 2.8 percentage points. The speed may be due to the faster travel and lack of a tactile bump to get through, but I believe that bump would’ve helped my accuracy.

Wireless Experience on Razer BlackWidow V3 Mini HyperSpeed

(Image credit: Tom’s Hardware)

Razer recommends using the BlackWidow V3 Mini’s 2.4 GHz USB-A dongle for gaming and even remembered to provide a spot for dongle storage on the keyboard’s underside; (although, the plastic covering could be more durable). Even better, I never lost my connection during testing, even when gaming with my best wireless mouse and a pair of Bluetooth headphones. The only time I noticed obvious lag was when the battery was under 2%. At this point, RGB started changing effects unprovoked and the keyboard would occasionally repeat inputs for some reason, so I wouldn’t use it much at that battery level anyway.

If you prefer to save a USB port, you can connect via Bluetooth by sliding the toggle on the front edge over to the “BT” side. The keyboard can connect to up to three devices via Bluetooth and toggle through them by hitting Fn + 1-3.

Gaming Experience on Razer BlackWidow V3 Mini HyperSpeed

(Image credit: Tom’s Hardware)

Many prefer the smooth travel of linear switches like Razer Yellows. Packed inside of the BlackWidow V3 Mini, these switches felt fast and responsive, not only keeping up with my inputs but feeling potentially faster than gaming with heavier switches like Razer Greens (4mm total travel, 1.9mm actuation, 50g of force).

Movements felt easy. With just a light touch I could walk my character long distances without growing weary or feeling like the key was too unstable if I didn’t bottom out. I often find keyboards with Cherry MX Reds exhausting in that regard because I can feel like I’m floating when depressing halfway for an extended period. That wasn’t the case with this keyboard, making my adjustment to linear switches over my preferred tactile and clicky switches easier than expected. Well-spaced keys also made strategic inputs easy, so I didn’t end up murked because I was hitting the wrong button.

But after even just 15 minutes of gaming, the keyboard would get noticeably clammy. Now, this was before things even got heated on the battlefield. When I grazed my finger down the W key, for example, while exploring my virtual world, I’d encounter an unpleasant feeling. You may mistake the BlackWidow V3 Mini’s doubleshot ABS keycaps as PBT at quick examination, but once you get gaming, the truth will be apparent. After serious gaming for an hour, the clacker got seriously clammy and, dare I say, sticky-like.

But there are some gaming advantages here. The obvious one is the keyboard’s small form factor, which afforded me more space to not only move my mouse but to get comfortable by positioning my keyboard in different angles.

If you’re concerned about sound, Razer used sound dampeners with this keyboard to make its linear switches even quieter. I don’t have other Razer Yellows on hand, but I do enjoy the sound.

Battery Life of Razer BlackWidow V3 Mini HyperSpeed

(Image credit: Tom’s Hardware)

When I used Razer’s keyboard with its dongle connection and rainbow Wave RGB effect at max brightness for about 26 hours and 17 minutes, and Synapse’s battery meter read 3%. This was with the keyboard set to dim lighting after 1 minute of activity and to turn off after 15 minutes of activity (the shortest amount of times available). Once the battery level dropped to about under 2%, the lighting would automatically turn off unless I was actively typing, and would change effects without me asking. There was also input delay and repeated inputs, key bindings stopped working and Synapse wouldn’t recognize the keyboard, so I wouldn’t want to use the keyboard at under 3% battery.

Razer claims the BlackWidow V3 Mini can last for up to 200 hours without any RGB whether using the dongle or Bluetooth connection. With the keyboard’s Spectrum Cycling RGB effect at max brightness, Razer’s battery life estimate drops to 17 hours. If you keep brightness at 30% max, the expectation is 48 hours.

Razer told me the keyboard can charge to 100% after 4 hours and 50% after 30 minutes. However, your experience may vary, as I let my test unit’s battery run out, charged it for 30 minutes with the included cable and a 5V/2A power brick and only had 11% battery after. After 4 hours of charging though, the battery meter on the mouse’s software read 100%.

Features and Software of Razer BlackWidow V3 Mini HyperSpeed

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Synapse continues to be the tool of choice for Razer’s RGB and feature-clad lineup, offering control over everything from per-key and logo RGB to almost every key’s function. My favorite part, however, is the battery life reading, stated in a clear, specific percentage.

The Customize section lets you set almost every key’s (not Windows or Fn) function, including different keyboard and mouse actions, RGB control and the ability to switch another Razer product’s profile. With Razer’s HyperShift feature, Fn doesn’t only activate certain key’s side-printed secondary functions, it can also activate secondary functions, assigned via Synapse, among most other keys. Indeed, one of Razer’s advantages is the volume of customization options — so long as you don’t mind running Synapse in the background.

If you do, the BlackWidow V3 Mini makes a decent effort of offering some features app-free. For one, you can toggle through some RGB presets by pressing Fn + Ctrl + 1-7. And in addition to being able to store an infinite number of profiles in the software, (thanks to the cloud), there are 4 onboard memory profiles. But how to toggle through those profiles isn’t obvious. In my few weeks with the keyboard, I couldn’t figure it out on my own. I had to ask Razer, which taught me to fold Fn + C. And, indeed, when you hold down Fn, the C key lights up to let you know it has a secondary function. But there’s no side-printing on the C key to remind you that it can perform profile toggling. Additionally, RGB settings don’t carry over. And some advanced functions, like inter-device control and launching apps or websites, still require Synapse to be open.

You can also do macro recording on the fly, but it requires Synapse to be running in the background. But remember, four keys are ready to serve as macro keys alongside Fn, so it’s worth considering. If you plan on using dedicated macros often though, a full-size keyboard may be a better fit, especially something with macro keys like the Corsair K95 RGB Platinum XT.

Synapse’s Lighting section offers access to RGB controls, like brightness from 0-100% and the ability to toggle 11 preset effects, including your typical rainbow wave and Fire, which plays around with the red and orange color scheme flickering across keys. For customized effects, you’ll need the Chroma plug-in, which offers expansive layers of customization options, including over the snake logo.

Power is a simple, but important, menu. There’s a battery meter here, plus the option to make RGB dim automatically or have the keyboard turn off after a certain amount of inactivity (to conserve battery).

Bottom Line

(Image credit: Tom’s Hardware)

The Razer BlackWidow V3 Mini HyperSpeed is Razer’s first 65% keyboard, but adopts the brand’s tradition of high-priced, high-functionality peripherals gamers would be proud to carry. This keyboard is an exciting addition, particularly because of its efficient layout. If you don’t need a numpad, this is about as good as it gets without making basic navigation burdensome.

You can go slightly trimmer, though. The Cooler Master SK622 offers an interesting counter offer in what is essentially a 60% keyboard with arrows. Wireless connectivity is Bluetooth only though, and many will prefer the reliability of the BlackWidow V3 Mini’s dongle and the option to toggle through up to 3 more PC connections via Bluetooth.

We rank the 75% Keychron K2 as the best wireless keyboard for productivity, and the 65% version, the Keychron K6, is much cheaper than the BlackWidow V3 Mini at under $105 with RGB or without.

And if you can stomach a cable, the Ducky Mecha SF Radiant offers a striking design, a broad range of Cherry switches and doubleshot PBT keycaps, an upgrade over what the BlackWidow V3 Mini offers, for $159.

But with this level of customization, from key bindings to RGB to multi-PC connectivity, there’s very few if any in the 65% category that can compete with the BlackWidow V3 Mini’s gaming-ready featureset.

Fossil doesn’t plan to upgrade its existing watches to the new Wear OS

Fossil executives Greg McKelvey and Steve Prokup said in an interview with CNET that the company’s existing Wear OS watches won’t get upgraded to the new combined Wear software platform from Samsung and Google. Instead, Fossil is planning a premium watch that Prokup said would have “pretty major hardware upgrades,” and existing watches will probably be discounted as budget options.

According to CNET, Fossil’s Gen 6 watch should have features similar to upcoming watches from Google and Samsung, with faster performance, longer battery life, new chips, and LTE cellular options. “All of the software benefits that Google’s talking about and launching with the unified platform is something we’ll be building into that as well,” McKelvey said.

Google and Samsung announced last month at Google I/O that they would combine Wear OS and Samsung’s Tizen into a new platform, creating one central smartwatch OS for Android.

The Fossil execs didn’t give much insight into what buttons or crowns the company may use in its next Wear OS watch. ”I think you’re still going to see a variety of offerings across even our products, as well as manufacturers,” Prokup said in the interview, “not so much that you’re going to have a watch that ends up having four, five, six dedicated buttons or no buttons.”

Justice Department has charged a Latvian woman it says helped develop Trickbot malware

The US Department of Justice has charged a Latvian woman for her role in allegedly developing the Trickbot malware, which was responsible for infecting millions of computers, targeting schools, hospitals, public utilities, and governments, the agency said in a news release.

The DOJ alleges that Alla Witte was part of a criminal organization known as the Trickbot Group that operated in Russia, Belarus, Ukraine, and Suriname. She allegedly helped develop the malware which was used to enable ransomware demands and payments. Victims would receive a notice that their computers were encrypted, the DOJ said, and were directed to buy special software through a bitcoin address linked to the Trickbot Group to have their files decrypted.

According to the DOJ, the Trickbot malware was designed to capture online banking login credentials to gain access to other personal information including credit card numbers, emails, passwords, Social Security numbers, and addresses. The group allegedly used stolen personal information “to gain access to online bank accounts, execute unauthorized electronic funds transfers and launder the money through U.S. and foreign beneficiary accounts,” the DOJ said.

Federal law enforcement agencies warned hospitals and healthcare providers last October of a credible ransomware threat by attackers using Trickbot to deploy ransomware such as Ryuk and Conti.

Witte was arrested February 6th in Miami. She is charged with 19 counts including conspiracy to commit computer fraud and aggravated identity theft, conspiracy to commit wire and bank fraud affecting a financial institution, aggravated identity theft, and conspiracy to commit money laundering.