Logitech has been in the webcam game since way before the pandemic made having one a necessity. But for some reason, none of them were good enough to be part of its flagship productivity lineup alongside peripherals like the MX Master 3S and MX Mechanical. That changes now with the introduction of the $200 MX Brio which sports a new sensor for significantly improved image quality, upgraded mics and a special hinge that could be really handy for presentations.

Even before you get to photo and video quality, the MX Brio impressed me with a much more premium design compared to the old non-MX Brio from 2017. It’s available in three colors (silver, gray and black) and has an aluminum housing instead of plastic like on the previous model. But what I really like are details like the built-in shutter that can be opened and closed by twisting the ring on the front of the camera. This means you don’t have to worry about losing a lens cap like you do with some of its rivals like the Razer Kiyo Pro.

Photo by Sam Rutherford/Engadget

The MX Brio also comes with a clip for mounting it on your laptop or monitor. However, if you prefer a more sophisticated setup using a tripod, the clip detaches magnetically to reveal a hidden 1/4-inch thread. That said, the coolest thing about the clip is its extra hinge that allows you to tilt the camera down into what the company calls Show Mode, which automatically rotates its field of view (FOV) to provide a bird’s eye view of your desk.

This one simple feature makes it super easy to share notes or show off a product without needing to reconfigure your entire setup or add a second camera to the mix. It’s something I’ve wanted to do countless times on the Engadget Podcast (back when we were still livestreaming it), but couldn’t since my workspace doesn’t have room for a dedicated top-down camera arm.

Photo by Sam Rutherford

As for image quality, the MX Brio is based on a Sony Starvis sensor that supports recording at up to 4K/30fps while also offering much better dynamic range and low-light sensitivity than before. To test this, I compared the MX Brio to its predecessor and the difference was immediately apparent. Even when using the basic Windows Camera app, the new model’s pics were much more colorful and accurate. Furthermore, the position of my desk means I often have to contend with bright backlighting that makes my face look unusually dark, but the MX Brio overcame that in a way the old model never could. And thanks to certification for several major apps including Zoom, Microsoft Teams and Google Meet, you’ll look even better when using proper video conferencing software.

Another thing I appreciate is that Logitech gives you a ton of options to adjust things like white balance, FOV, exposure and more. The addition of dual beamforming mics also helps audio come through clearly while AI cuts down on distracting ambient noise. But one of the best nods to general usability is that now you can use both the Options+ or Logitech’s G Hub app to control the webcam. This is nice for anyone who needs to hop on calls for work but also wants to livestream at night without needing to switch between multiple devices or programs. The only thing that’s really missing is the ability to quickly set a custom white point using gray cards like you can on a traditional digital camera.

Granted, I’ve only had a short time to play around with the MX Brio. But even so, it’s clear Logitech finally has a webcam that can hang with the company’s portfolio of best-in-class productivity devices.

The MX Brio goes on sale today, though the black model will only be available from Best Buy for the first 90 days.

Nothing says its latest device – the Phone 2a – is a mid-range handset. And just going by its specs, which include a 6.5-inch 120Hz OLED screen, up to 12GB of RAM and a big 5,000 mAh battery, that seems right. But starting at $349, it’s positioned more like a budget offering which makes it even more appealing. That’s because in a category where device makers often cut corners to hit a specific price, the Phone 2a combines solid components with a unique design to deliver a handset that looks good and is big on value. So while there are a couple of hiccups for potential buyers in the US, Nothing has created an engaging option in a sea of boring budget phones.

Design and display: Definitively distinctive

Nothing’s aesthetic is unmistakable. It’s inspired by ‘90s retro gadgets with translucent plastic like old Gameboys but remixed with a more modern and cohesive finish. This lets you see a number of its components like NFC antennas (which is the disc surrounding the rear cameras) without it becoming distracting. That said, on the Phone 2a, Nothing switched things up by moving its cameras to the middle, which gives the back more of a face while a small red accent provides a pop of color. It’s available in black and white color schemes, with the former sometimes making me feel like I’m looking at Wall-E’s emo cousin.

Photo by Sam Rutherford/Engadget

Another departure from Nothing’s previous handsets is that the Phone 2a features a polycarbonate back instead of a glass one. Now this might seem like a bad thing, but this device is a reminder of how nice plastic can be when it’s done well. Nothing says the phone’s subtly rounded edges wouldn’t be possible to do with glass. While I’m not sure that feature is a bona fide selling point, it does feel good. Additionally, the choice of material results in something that feels a lot lighter than it looks, which is nice compared to traditional glass bricks. The Phone 2a weighs just 6.7 ounces (190 grams), which is less than a Pixel 7a (6.82 ounces/193.5 grams) despite the latter boasting a significantly smaller 6.1-inch display.

As for the screen itself, the 6.5-inch OLED panel delivers punchy colors and surprisingly good brightness of around 700 nits during normal use with peaks of up to 1,300 nits. The only thing I struggled with was the in-screen fingerprint reader, which took a few registrations to get it dialed in before it would unlock every time.

Performance: More than good enough for the money

Photo by Sam Rutherford/Engadget

Nothing is bucking conventional wisdom by opting for a Mediatek Dimensity 7200 Pro chip instead of something from Qualcomm. Memory starts at 8GB, though in the US, the only config features 12GB of RAM and 256GB of storage. And while its Geekbench 6 scores (1,123 single-core and 2,603 multi-core) were a bit behind what I got from a Pixel 7a (1,442 single-core and 3,639 multi-core), it felt speedy and responsive during normal use. The only small issue is that sometimes scrolling through websites or social media wasn’t quite as smooth compared to more expensive rivals. But unless you’re hoping to do some serious mobile gaming, the Phone 2a has more than enough oomph to go around.

Cameras: Better than your average budget handset

A challenge for both budget phone makers and smaller companies like Nothing is keeping up with big names like Samsung and Google. But unless you’re a real stickler for image quality, the Phone 2a is good enough. It did a fine job during the day of producing pics that you won’t be embarrassed to post on social media. Both the main and ultra-wide cameras are based on 50-megapixel sensors that capture warm tones and produce color saturation that’s a touch richer than what I got from a Pixel 7a. That said, if you zoom in, you’ll notice that Google’s phone delivers slightly sharper photos with more detailed textures. At night, when budget phones tend to struggle a bit more, the Phone 2a’s images were slightly darker than similar shots taken with a Pixel 7a, as expected, but they were still more than serviceable. Sometimes, Nothing’s pics were actually less grainy than Google’s.

Battery life: 5,000 mAh goes a long way

Photo by Sam Rutherford/Engadget

Thanks to its large 5,000 mAh battery, the Phone 2a turned in one of the best times we’ve seen from a budget handset. On our video rundown test, it lasted 23 hours and 47 minutes, which is just shy of the Nothing Phone 2’s mark of 24:25 and way better than similarly priced rivals like the Pixel 7a (17:41).

When it comes to charging, though you don’t get support for wireless power (which is understandable on a phone in this price range), the Phone 2a does support wired charging at up to 45 watts, which is faster than some flagship phones like the Pixel 8.

US availability and carrier info

One of the biggest bummers about the Nothing Phone 2a is that while it will be readily available online in Europe, folks in the US should know that there are a few extra hurdles to jump through. The first is that in order to buy one, customers will need to sign up for the company’s Developer program. Thankfully, this can be done for free and as soon as you do, you’ll get a link to purchase the Phone 2a directly from Nothing. Additionally, while the handset does support 5G on T-Mobile via the N41 band, you won’t get any 5G on AT&T or Verizon, which severely limits the appeal for people on those networks.

Wrap-up

Photo by Sam Rutherford/Engadget

On paper, the Phone 2a has pretty much everything I look for in a good budget device. It’s got a solid build including IP54 water resistance, a bright screen and excellent battery life. While its performance isn’t earth-shattering, it still feels snappy even when compared to slightly more expensive rivals. But what really elevates the Phone 2a is that it accomplishes all this without erasing its personality in the name of cost-cutting. There simply isn’t another handset in this price range that looks this good. Nothing also pays attention to small details like the phone’s crunchy pseudo-analog sound effects that help marry its distinctive design with its custom UX and dot-matrix-inspired widgets. I just wish the Phone 2a was easier to buy and had better 5G support in the US.

Razer’s Blade family of gaming laptops are among the most premium on the market. And while there aren’t a ton of major changes on the 2024 Blade 14, for the first time ever, it will be available in both classic black and Mercury (aka silver) at launch. Now this might not sound like a big deal, but it means you can get a portable rig with strong performance that doesn’t shout about it like a lot of other gaming laptops do. When you combine that with an exquisite chassis milled from a single block of aluminum and a wealth of ports, you end up with a system that straddles the line between a beefy gaming machine and a portable all-rounder.

Design: Now in silver from the jump

On the outside, Razer is definitely taking the approach of “If it ain't broke, don't fix it.” That’s not a bad thing on a laptop that’s pretty much the closest thing to a MacBook Pro for gaming. The entire system feels incredibly solid with only the slightest bit of flex on spots like the lid. And unlike a MacBook, the Blade offers a wide variety of ports including four USB (two 3.2 Type-A and two Type-C with USB 4), a 3.5mm audio jack and a full-size HDMI 2.1 connector). 

Plus, there’s a dedicated power socket so you don’t need to hog an extra slot while charging. The Blade 14 even supports USB-PD (power delivery) so you can use third-party chargers in a pinch, though you won’t get full performance this way due to a lower 100-watt limit (versus 230 watts when using Razer’s included brick).

The two small downsides to the Blade 14 are that its super sturdy frame weighs a touch more (4.05 pounds) than similar laptops like the ASUS ROG Zephyrus G14 (3.31 pounds). You also don’t get an SD card reader like you do on the bigger Blade 16. That’s a bummer for anyone planning to occasionally use this thing as a photo or video editing machine, but it’s not a deal breaker.

Display and webcam: Bright and blazing-fast

Photo by Sam Rutherford/Engadget

Though there’s only a single display option for the Blade 14, it’s a good one. It features a 2560 x 1600 LCD panel that supports AMD FreeSync and a gamut that covers 100% of the DCI-P3 spectrum. It’s also more than bright enough at over 450 nits while the matte anti-glare coating helps keep reflections to a minimum. This means not only do games and movies look great with vivid hues, it’s also accurate enough for editing. The only thing I wish there was a config with an OLED panel like there is on the Blade 16.

Meanwhile, above the display, there’s a 1080p webcam with an IR sensor for Windows Hello. But my favorite thing about this component is that Razer included a tiny physical shutter, which should reduce concerns about government agents spying on you.

Performance: Class-leading speed

Photo by Sam Rutherford/Engadget

The Blade 14 is available in two basic configurations: a base model with an AMD Ryzen 9 8945HS chip, 16GB of RAM, 1TB of SSD storage and an NVIDIA RTX 4060 GPU. There’s also an upgraded model with 32GB of memory and an RTX 4070 (which is the version we reviewed). In short, this thing flies, delivering about as much performance as you can get out of a 14-inch laptop. In PCMark 10, the Blade 14 scored 7,436 versus 6,170 from an ASUS ZenBook 14 OLED with an Intel Core Ultra 7 155H chip. But more importantly, it can handle almost any game you can throw at it with ease.

In Cyberpunk 2077 at 1080p and ultra settings, the Blade 14 hit 101 fps compared to 67 fps from an MSI Stealth 14 Studio with an RTX 4060. When I increased the resolution to 1440p, it still pumped out a very playable 66 fps. Meanwhile in Returnal at 1080p and epic presets, Razer enjoyed a similar lead reaching 92 fps versus 78 for the MSI. So unless you feel like moving up to a larger 15- or 16-inch system with room for an RTX 4080 or above, this performance is essentially as good as it gets in this segment.

Battery Life: Better than expected unless your gaming unplugged

Photo by Sam Rutherford/Engadget

Gaming laptops are notorious for short run times. However, on PCMark 10’s Moden Office rundown test, the Blade 14 turned in a respectable time of 6 hours and 46 minutes. That’s more than an hour longer than the MSI Stealth Studio 14 (5:19) and nearly good enough to last through an entire workday. But it still falls way short of more typical ultraportables without discrete graphics like the ZenBook 14 OLED (12:43).

That said, even with some power-saving tricks like automatically reducing its display to 60Hz when running on battery, you’re still going to want to keep the Razer’s power brick handy. When I played Teamfight Tactics, the Blade’s battery dropped from 85 to 45 percent after a single 40-minute game.

Wrap-up

Photo by Sam Rutherford/Engadget

With a starting price of $2,200 or $2,700 as configured, the Blade 14 is on the pricey side. But that’s not really new for Razer’s laptops and there’s no doubt this thing delivers a thoroughly premium experience, with its excellent build quality, beautiful display and great performance. It’s equally adept at gaming or editing on the go, and with the silver model being available at launch, you can get a machine that blends in better outside of LAN parties. The main thing that would stop me from buying one is the existence of ASUS’ refreshed ROG Zephyrus G14, which has similar specs and a much lower starting price of $1,600. But if you have the means, the Blade 14 won’t do you wrong.

It’s not often you encounter a device that looks like it came straight out of a movie set. But Lenovo’s Project Crystal, supposedly the world’s first laptop with a transparent microLED display, is an example of sci-fi come to life.

Currently there are no plans to turn Project Crystal into a retail product. Instead Lenovo’s latest concept device was commissioned by its ThinkPad division to explore the potential of transparent microLED panels and AI integration. The most obvious use case would be sharing info somewhere, like a doctor’s office or a hotel desk. Instead of needing to flip a screen around, you could simply reverse the display via software, allowing anyone on the other side to see it while getting an in-depth explanation.

When combined with the camera built into the rear of the system, Lenovo says there could be possible AR applications. One example would be to use the camera to identify an object, similar to Google Lens. And with its transparent display, it should be possible to take that idea a step further by overlaying a diagram or schematic on top of the object for things like troubleshooting or repair.

But the best thing about Project Crystal, is that Lenovo bothered making it at all. Currently, even standard microLED displays are extremely expensive with those panels typically reserved for cutting-edge gadgets like Samsung’s The Wall or Apple’s Vision Pro. And, see-through versions have only been seen as concepts like on the transparent microLED TV Samsung showed off a couple of months ago at CES 2024.

In person, the transparency effect is bewildering. When closed or when its display is off, Project Crystal’s screen almost looks like an ordinary piece of glass with a slight brownish tint. But at a moment’s notice the whole thing lights up like a battleship. Nominal brightness goes all the way up to 1,000 nits, with Lenovo saying peaks can go as high as 3,000 nits, which would make it brighter than the new Galaxy S24 family. And despite being made of multiple layers, the panel is extremely thin, which helps blur the line being the digital and analog worlds. Lenovo says it's also considering adding some sort of contrast layer, so it can turn into a traditional opaque display at the touch of a button. However, for a relatively large 16-inch display, its resolution isn’t super high, so if you look closely you can see individual pixels.

Another design twist is that instead of a traditional keyboard, Project Crystal features one of Lenovo’s touch-based replacements similar to those on older Yoga Books. Unfortunately, it still suffers from a lot of the same issues. The most obvious example of this is that your hands drift while typing because there’s no tactile feedback, which leads to decreased accuracy. Lenovo says AI may be able to address that in the future by learning a person’s typing habits and then using that info to account for your hands straying from the home row. But right now, it’s still a problem.

Photo by Sam Rutherford/Engadget

The rest of the laptop is very much a work in progress, too. I only saw two ports on the entire system which would be a major faux pas for a notebook this big. Project Crystal is also based on a last-gen CPU, while other components like its hinge was so weak that its screen threatened to close anytime it tilted below 90 degrees. And for some reason, the laptop seemed to build up a static charge, as it sometimes shocked people who touched its display.

Project Crystal is a solution in search of a problem. A problem that does exist in niche situations and may be an issue worth tackling more seriously down the line. But more importantly, it’s challenging us to think about what is possible with emerging display technology and how it might fit into a laptop of the future.

Catch up on all of the news from MWC 2024 right here!

It might be weird to see a new device call back to a time less than a decade ago. But tech moves fast and with the OnePlus 12, it feels like someone made a phone for the pre-AI era. Instead of magic editors and a bunch of machine learning, OnePlus’ latest flagship is incredibly simple. It has a nice screen, a solid build, reliable cameras, great performance and even better battery life. So while it won’t help you summarize a meeting or remaster a photo, the OP12 covers all the basics with aplomb. And with a starting price of $800 ($200 less than a similarly equipped S24+), it’s a great deal too.

Design and display: A old-school silhouette with modern specs

The shape of the OnePlus 12 seems to be inspired by older phones like the Galaxy S10+, featuring tapered edges and rounded corners. This makes the phone very comfortable to hold, the downside is that there is some distortion around the screen where it curves. Thankfully, OnePlus’ 6.8-inch 3,168 x 1440 panel looks so good you may not notice. It features a nominal peak brightness of 1,600 nits that can go all the way up to 4,500 nits in certain situations (like direct sunlight), so it never looks dull or washed out. The screen also supports a 120Hz variable refresh alongside a new 2,610Hz PWM (pulse width modulation) technique to help prevent the screen from flickering when set to very low brightness (under 70 nits).

Around back there’s a huge and somewhat ungainly camera module surrounded by a sheet of Gorilla Glass Victus 2 with a lovely matte finish. It’s more textured than your typical frosted glass but not as scratchy as the company’s old-school sandstone backs and it feels so good I would have a hard time covering it with a case. The OP12 also sports an IP65 rating for dust and water resistance, which isn’t quite as good as what you get from rival Samsung and Google phones. However, this is the highest rating ever on a OnePlus and it’s still more than enough to handle things like rain and splashes. And unlike most handsets these days, OnePlus included an IR blaster so you can easily adjust settings on your TV or soundbar without needing a dedicated remote.

Performance: Super speedy

Photo by Sam Rutherford/Engadget

While the OP12 may have a nostalgic design, its performance is as good as it gets for Android handsets. It features a Snapdragon 8 Gen 3 chip along with either 12GB or 16GB of RAM and up to 512GB of storage. Despite some underwhelming benchmarks (which other outlets have also encountered), the phone feels incredibly fluid. Flipping between apps is super smooth while games load and play without a hint of stuttering. To help ensure frequently used apps are always at the ready, OnePlus has a memory optimization feature that can keep up to six apps suspended in the background for up to 72 hours, so you don’t need to reload your favorite game unnecessarily.

Cameras: Hasselblad’s bulky module delivers

The OP12’s triple-lens setup holds up well against the Galaxy S24 family with a 50-MP main cam, a 48-MP ultra-wide and a 64-MP telephoto camera. During the daytime, photos were bright and lively and I appreciate OnePlus’ more neutral white balance compared to Samsung’s warmer tones. At night, while images were just a touch softer and darker than comparison shots I took using the S24 Ultra, they weren’t far behind. Finally, using the 3x telephoto camera I managed to capture a very sharp picture of a squirrel despite its best efforts to dart away. Just make sure you disable the option to add a Hasselblad watermark to your photos the first time you launch the camera app.

Battery life and charging: The best yet

Photo by Sam Rutherford/Engadget

One of the best things about the OnePlus 12 is its battery life and charging speeds. On our local video rundown test, the phone’s 5,400 mAh cell lasted 26 hours and 40 minutes, which is the longest time we’ve seen on any handset. That’s more than two hours longer than the S24 Ultra (24:29) and a more than six hour improvement on last year’s OP11 (19:45).

OnePlus proprietary charging tech also delivers breakneck wired and wireless charging speeds. When using its included power brick and cable, the phone went from 10 to 55 percent battery in just 10 minutes. Alternatively, when placed on the company’s wireless pad (which is available separately for $50), the OP12 went from 10 to 37 percent battery in 10 minutes. To put that into context, when I performed the same test with the S24U, it only managed to go from 10 to 30 percent battery in 10 minutes using a Samsung charger and a compatible cable. Unfortunately, you’ll only get those speeds with OnePlus’ first-party accessories, so if you use standard USB-PD or Qi chargers, things are slower.

Wrap-up

Photo by Sam Rutherford/Engadget

Compared to other big-name phones that are turning to AI to improve their capabilities, the OnePlus 12 is an uncomplicated device that combines good hardware with a solid build. It has a large, punchy display with great performance and unparalleled battery life. And while OnePlus does plan on adding AI features via future software updates, the 12 doesn’t need them to offer a compelling package. And with a starting price of $800, it’s $200 cheaper than an equivalent Galaxy S24+ and that’s before you consider OnePlus’ offer that knocks off another $100 with the trade-in of any phone, regardless of age or condition. In a world where smartphones are becoming increasingly complex, the OnePlus 12 is a straightforward alternative that handles all the most important things with ease.

Ever since the Vision Pro went on sale last week, Apple's pricey AR/VR headset has been spotted in all sorts of unusual places: from the gym to airplanes and everywhere in between. However, after one owner was seen wearing it while driving down the highway in a Tesla Cybertruck, US Secretary of Transportation Pete Buttigieg issued a warning reminding people to use some common sense. 

In a post on X alongside a snippet from the original video, Buttigieg reiterated that "ALL advanced driver assistance systems available today require the human driver to be in control and fully engaged in the driving task at all times." Similarly, Apple's headset ships with multiple warnings advising users not to use it while "operating a moving vehicle" or in "any other situations requiring attention to safety." 

Following Secretary Buttigieg's response, the creator of the video, Dante Lentini, told Gizmodo that the footage was a "skit" made with friends and that the headset was only worn for 30 to 40 seconds while driving. Additionally, Lentini says footage suggesting that he got arrested for his prank was staged. But what makes the video even more irresponsible is that while the Cybertruck comes with Tesla's Autopilot system as standard, that feature has yet to be activated for the first wave of Founder's Edition vehicles. That means Lentini was going down the highway while wearing a headset without the help of any advanced driver-assistance systems.

In some respects, it's a bit sad that Buttigieg's warning even needs to be said. However, given the massive amounts of hype and pre-orders nearing 200,000 units, it was probably only a matter of time until someone got caught driving while wearing Apple's pricey headset. 

For nearly a decade the Galaxy Note was the undisputed king of Android phones. But when the OG phablet line was retired in 2020, that title passed on to the Ultra. While the hardware inside the most expensive Galaxy S model is as dominant as ever, over the past few years, the software in Google phones has begun to outshine anything available from Samsung. But armed with a new suite of AI-powered features, the Galaxy S24 Ultra (S24U) got exactly what it needed to maintain its spot atop the Android battlefield.

Design and display: Now with titanium

There are three main areas of improvement to the S24 Ultra: design, cameras and all of Samsung’s new AI tools. The biggest change to its build is the switch to a new titanium frame, which follows what Apple did for the iPhone 15 Pro last fall. So no points for originality. But more importantly, because the previous Ultra featured an aluminum chassis, there’s not a major change in weight either, with the S24U coming in at 232 grams (just two grams lighter than the S23 Ultra).

Some other subtle changes are a new matte finish and an upgrade to Corning’s Gorilla Armor in front and back (instead of Gorilla Glass Victus 2 like on the regular S24/S24+). Another benefit of Corning’s latest hardened glass is that it has improved anti-reflective properties, so while it doesn’t totally eliminate glare, it does make it appear less harsh without impacting the display's color saturation. And despite the previous model having slim bezels, Samsung reduced the borders around the display again by 42 percent, which is most noticeable along the top and bottom.

The display itself proves, once again, that Samsung makes the best mobile screens on the market. You still get a 6.8-inch OLED panel with a variable 120Hz rate, except now it’s even brighter with a peak of 2,600 nits (up from 1,750 nits). And if that’s not enough, the phone’s improved Vision Booster adds an additional 300 nits of perceived brightness, so movies, games, and everything else always looks good no matter where you are.

Performance: Setting a new bar for speed

Photo by Sam Rutherford/Engadget

Inside, the S24 Ultra features a new Snapdragon 8 Gen 3 SoC from Qualcomm and it’s a powerhouse. In Geekebench 6, we saw multi-core scores that were 30 to 35 percent higher than last year’s chip. This makes everything from games to switching between apps feel super snappy. The addition of a 92 percent larger vapor chamber also meant the S24 UItra never got above lukewarm even under sustained loads. Samsung also increased the phone’s RAM to 12GB for every config, unlike the S23U which started at 8GB base. Storage remains the same with 256GB, 512GB and 1TB options.

Cameras: A more usable 5x optical zoom

Three of the S24 Ultra’s four cameras are largely unchanged from its predecessor, including its 200-MP main sensor, 10-MP ultra-wide and 12-MP telephoto shooter with a 3x optical zoom. The main upgrade is swapping out the old 10x lens for a 5x optical zoom with a higher-res 50-MP sensor, which Samsung says reflects 5x being the most widely used focal length aside from the main cam. While this move might seem like a loss in terms of reach, the sensor’s increased resolution allows the phone to crop in providing what Samsung calls a “10x optical quality zoom” that’s surprisingly sharp.

In photos of the World Trade Center and the Statue of Liberty from across the water, the S24U produced rich, detailed pics that were just as good as what we got from a Pixel 8 Pro. And while images taken at 10X were a touch softer than similar shots taken by an S23 Ultra, they weren’t far off.

In general the S24U captured gorgeous pics in all sorts of conditions. You’ll still notice Samsung’s super-saturated colors and penchant for slightly warmer hues, but in most cases that just adds an extra sense of vibrancy. Samsung also has a habit of going a bit overboard on sharpening, though it’s not a major distraction. Even in low light the S24U’s Night Mode largely kept up with Google’s Night Sight, which is no small feat.

Software: Samsung’s big push into AI

Photo by Sam Rutherford/Engadget

Aside from its new hardware, the biggest addition to the S24 Ultra is Samsung’s Galaxy AI features, which are an entire suite of tools that fall into three main categories: text and translation, photography and editing, and search.

There’s an interpreter mode for in-person conversations along with a live translation feature that you can use during calls. Both are good enough to use in a pinch while traveling, but some things like word choice and pacing may be a bit off. The experience can also feel a bit clunky, especially when you’re on the phone and have to wait so the AI can catch up.

Next, you have Chat Assist which can check spelling, grammar and adjust the tone of messages. Admittedly, the social and emojify options are a bit gimmicky, but I genuinely appreciate the polite and professional choices, as they can help prevent a text or email from sounding combative.

Photo by Sam Rutherford/Engadget

In the Notes app, the S24U can also summarize, auto-format, spellcheck or translate a file, which is nice, but not exactly groundbreaking. A lot of these features are already available from other services like ChatGPT or Bard. That said, these improvements may be the biggest upgrades to the S24 Ultra’s S-Pen, which is otherwise largely unchanged.

Out of Samsung’s text-based tools, my favorite is the transcription feature in the Voice Recorder app. It makes grabbing quotes from interviews super simple, though I noticed that Samsung’s UX doesn’t feel quite as polished or streamlined as what you get from Google. For example, the Pixel Recorder lets you see the transcript in real-time, while on the Ultra, you have to record a convo and then hit the AI icon to generate a chat log when you’re done.

Photo by Sam Rutherford/Engadget

The AI can also suggest edits for images like automatically remastering images (which is similar to the Auto Tone feature in Photoshop) or removing distracting elements like shadows and reflections. You can see these options by hitting the Info icon in the gallery app, which makes them super easy to access and might be the fastest way to improve your photos. The S24 Ultra can also create slow-mo clips from existing footage, just by tapping and holding on a video while it’s playing. This triggers the phone’s AI to generate new frames based on the fps of the recording (i.e. from 30 fps to 120 fps) on the fly and the results are surprisingly smooth.

If you prefer a more hands-on approach, there are Generative AI edits that allow you to reframe shots, move subjects around or delete them entirely, while the phone fills in the blanks. It’s a simple but effective process that sidesteps the need for Photoshop in a lot of cases. That said, if you look close you may notice areas where Samsung’s AI misses more details than the Pixel 8’s Magic Editor, which is a trend I noticed across a lot of Samsung’s AI features.

Photo by Sam Rutherford/Engadget

All of the new tools generally function as expected, but things don’t feel quite as streamlined or polished as a lot of Google’s alternatives. In the Notes app, there’s a word limit for auto-formatting, summarizing and more, which limits you to about three or four paragraphs at a time. That means if you have a medium-sized doc, you’re gonna have to tackle it in chunks, which gets tedious pretty quickly. And sometimes if you try to highlight areas of a photo to remove reflections, the phone will smooth over the entire area and paint over the details.

In other situations, the AI will suggest edits that don’t make sense, like trying to turn a short motion photo into a timelapse. It’s possible this was my fault for importing a photo taken by another device, but I feel like the phone ought to know better. The AI is meant to work on any photo, regardless of where it came from. Even moving subjects around in a pic can get wonky depending on the shot and what you’re trying to do. And every now and then, the phone will suggest you remaster a photo, only for it to tell you that there’s nothing to fix. As a photographer, that’s a great feeling. But at the same time, why am I being told there are things to fix if that’s not actually the case? But, this is Samsung’s first big push into AI-assisted features, so it shouldn't be a shock to see a handful of hiccups.

Photo by Sam Rutherford/Engadget

Rounding out the S24’s kit is Circle to Search, which is the one new AI feature that relies on help from the cloud instead of taking place on-device. It’s essentially a combination of traditional text-based queries and visual search tools like Google Lens but without the need for a standalone app. The neat thing is that it can analyze images from the web or objects in photos you’ve taken yourself, which makes it pretty versatile. But Google recently announced that Circle to Search is coming to Pixel phones too, so it’s not like this is an exclusive feather in Samsung’s cap.

Battery Life: Nearing two days of juice

Between the power efficiency gains from its new processor and a large 5,000 mAh battery, the S24 Ultra delivered truly impressive longevity. On our local video rundown test, it lasted 24 hours and 19 minutes, which is up more than four hours compared to last year. And in the real world, its battery life was even more impressive. The S24U often had more than 50 percent left after 24 hours. So depending on your usage, it’s possible for this phone to last two days without recharging.

Wrap-up

At this point, you'd be forgiven for being fed up with companies trying to push AI into everything. But if you just think about these as software upgrades meant to make your phone more useful, Samsung’s push into machine learning makes a lot more sense. The S23U was already a great phone and on the S24 Ultra, we’re getting the same (though somewhat plain) design, but with a tougher titanium frame, a much faster chip, a brighter display and even longer battery life. Samsung also tweaked its main telephoto lens to provide a more useful focal length but without a major decrease in reach or quality.

Photo by Sam Rutherford/Engadget

But the big thing is that, with its Galaxy AI suite, Samsung finally has an answer to the sophisticated features that were previously only available from the Pixel family. Sure, the S24’s tools aren’t quite as polished as Google’s offerings, but they get you 80 to 90 percent of the way there. And as a complement to what is more or less a top-to-bottom list of best-in-class smartphone hardware, it feels like Samsung is using AI to shore up one of the few remaining weaknesses of its flagship handset. Particularly now that the company is following in Google’s footsteps and increasing software support from six to seven years of OS and security updates.

However, the Ultra’s biggest sticking point — its price — remains an issue. With the S24U starting at $1,300, it costs $100 more than the outgoing model. I’m also disappointed that Samsung didn’t adopt Qi 2. It’s frustrating to see all the major OEMs, including Apple, agree on a wireless charging standard only to have the biggest phone maker in the world drag its feet. Qi 2 got approved last year and we may not see it on a high-end Samsung handset until 2025.

While harnessing AI might not be a super exciting development now that everyone and their grandmother is trying to shoehorn it into everything, it does make the S24 Ultra a more powerful and well-rounded handset. And when you tack that onto a phone that already had a lead in hardware, you end with a pretty commanding device.

Today as part of its latest Galaxy Unpacked event, Samsung announced a whole host of AI-powered features for the S24 family. However, buried among the news was info that Samsung will also be porting at least some of those tools over to last year's premium phones and tablets.

After asking about specifically which devices were covered, in an email to Engadget, Samsung confirmed that the company is "looking forward to bringing the Galaxy AI experience to the Galaxy S23 series, including the S23FE, ZFold5/ZFlip5 and Tab S9 later this first half."

Samsung's new AI tools include things like Chat Assist which can translate languages in real-time or perform tone correction in texts and emails, Suggested Edits in photos which looks to automatically correct things like shadows and reflections and Circle to Search, which is powered by Google and combines traditional text-based queries with visual search similar to the Google Lens app. 

Currently, it's unclear if the entire suite of Galaxy AI features will be available across every device or if tools will be ported over on a more case-by-case basis. And without the Snapdragon 8 Gen 3 chips used in the S24 line to power them, it remains to be seen how much of a performance hit there might be on older models. That said, it's really nice to see Samsung commit to bringing at least some of its new software to last year's flagship gadgets as it helps avoid people feeling like they need to upgrade after a year or less. 

With the launch of the Galaxy S24 family, Samsung is boldly declaring an end to the smartphone camera wars as it moves into the AI era. And the $1,300 S24 Ultra is its torchbearer for this new age of mobile design.

While it may not look like a ton has changed on the S24 Ultra, there’s one major design update along with a handful of smaller tweaks. The move to a titanium frame (available in four colors: titanium yellow, violet, gray and black) apes what Apple did for the iPhone 15 Pro last fall. The big difference is that, because Samsung’s previous flagship featured an aluminum chassis unlike the heavier stainless steel build on the iPhone 14 Pro, the S24 Ultra’s weight (8.22 ounces) is largely unchanged from last year’s device (8.25 ounces). That means aside from some very slight changes to the texture, there aren’t a ton of outward signs hinting at the S24’s increased durability which includes the same IP68 rating for dust and water resistance.

More subtle upgrades include a new Corning Gorilla Armor panel in back (instead of Gorilla Glass Victus 2 like on the standard S24/S24+), even thinner bezels (42 percent slimmer than before) and a slightly boxier feel. The latter might not be something most people notice, but it’s part of an ongoing trend for Samsung as it’s moved towards phones with flatter screens. On the S24 Ultra, aside from some faint rounding at the perimeter of its display, it’s almost completely rectangular. So for all the people who hate screens with curvy edges, congratulations, you’ve won.

Inside, the S24 Ultra features a Snapdragon 8 Gen 3 chip along with 12GB of RAM and up to 1TB of storage. Samsung says it’s installed a larger vapor chamber that’s almost twice the size of what’s in the previous model to help keep the phone’s thermals in check. The Ultra’s screen is also slightly brighter with a peak of 2,600 nits for its 120Hz 6.8-inch OLED screen. There’s still a storage slot for the Ultra’s S Pen with a springy magnetic attachment system and its core functionality hasn’t changed, so you can expect the same super responsive stylus input.

It’s important to note that the S24 Ultra’s camera setup is largely unchanged. You still get a 200-MP main sensor and a 12-MP ultra-wide, but instead of a 10x lens, the S24’s telephoto camera is now based on a 50-MP sensor (up from 10-MP) with a 5x optical zoom. Samsung says this change was made based on customer feedback and usage patterns, which saw 5x being the most frequently used focal length. While its overall reach has seemingly decreased, the phone uses pixel-binning and AI to achieve what the company is calling a “10x optical quality” zoom while still delivering up to a total 100x Space Zoom. In our limited hands-on time, the Ultra’s telephoto camera still looked sharp even with the shorter focal length, though as before image quality begins to deteriorate quickly past 20x.

Photo by Sam Rutherford/Engadget

Of course, the Ultra’s zoom is just one small application of AI. The entire S24 family has a full suite of machine learning-based features. Similar to what’s available on the Pixel 8, Samsung is using AI to help you edit photos and create new slow-mo footage. You can use the S24 Ultra’s stylus (or your finger on the other models) to draw a lasso around a subject before touching and holding to move it whenever you want. Then, all you have to do is hit the generate button, and the phone uses AI to fill in any missing elements. And this isn’t limited just to moving things around either, as you can delete objects, resize, recompose and more.

Samsung’s photo app can also detect things like shadows and reflections and will ask if you would like to remove them from your shot. This might be my favorite application of AI, as this helps streamline editing while also making more complicated fixes incredibly easy. And while I only got to test this out using sample photos provided by Samsung, it worked astonishingly well. After finding a photo in the gallery app, all I had to do was hit the info button to see a list of suggested edits, which almost instantly transformed a mediocre image into something I would be proud to share on social media.

Samsung’s slow-mo feature was also quite impressive. It works on practically any local clip, not just footage shot by an S24. When playing back a video, you can simply touch and hold. Then the phone looks at the framerate of the footage, multiplies it by four (e.g. from 30fps to 120fps) and uses AI to create additional frames — all on the fly and on-device, so nothing is being sent to the cloud.

Photo by Sam Rutherford/Engadget

It’s not all photo tricks, though. The S24 uses its AI powers to help you communicate both on the phone, via the new live-translation feature, and in text, with improved proofreading, summarization and tone-correction abilities. During calls, activating translation is as simple as tapping a button. From there, it will recognize your speech and automatically convert it into whatever the other person is speaking (or you can save a tiny bit of time and select the language yourself). Granted, this does mean that conversations will take a touch longer since you’ll need to pause to give the phone a chance to process and translate what you say. But if you’re in a pinch while traveling, I wouldn’t hesitate to try this out.

As for the S24’s summarizing capabilities, it’s similar to what you get on the Pixel or in services like ChapGPT, Bard and others. You can direct the phone to a website or a file (including those in Samsung Notes) and the phone will condense things into a handful of major bullet points. But the potentially more useful tool is the tone-correcting feature, which in addition to basic stuff like highlighting typos, also gives you some options to rephrase things to make them seem more positive or encouraging.

Photo by Sam Rutherford/Engadget

Notably, because you get a handful of options and the choice to ignore or implement things as you see fit, it feels like less policing yourself and more like adjusting language to get your message across in a more effective manner. Honestly, this is something everyone could probably use from time to time, even if it’s just to prevent sending out an angry text or email.

The one aspect of the S24’s AI powers that isn’t handled locally is a new circle-to-search tool. Developed in partnership with Google, the feature allows you to highlight both text and images before sending a query off to the cloud and returning results. In practice, it feels like combining traditional search and visual lookup aids like the Google Lens app into a single thing. It’s a nice upgrade in terms of general usability standpoint even if it doesn’t revolutionize the way the phone works.

Photo by Sam Rutheford/Engadget

Finally, following a similar move Google made last year with the Pixel 8, Samsung will now provide a full seven years of regular OS and security updates. This is something I’m hoping to see from every Android handset maker, so I’m glad Samsung is stepping up now.

The two gripes I have are that, for a device that starts at $1,300, I think the S24 Ultra’s design is rather plain. It’s just 6.8-inches of phone with a bunch of sensors and camera lenses on the back. Not to mention I don’t think Samsung’s special titanium-hued paint jobs stand out as much as the company hopes they do.

The other issue is the lack of Qi 2 support. The S24 falls in the second half of Samsung’s two-year product cycle, which means we probably weren’t going to get any big facelifts or design changes until next year. But as the largest Android phone maker, it’s pretty disappointing to see a new flagship not adopt what could be an incredibly important multi-platform wireless charging standard.

Photo by Sam Rutherford/Engadget

Honestly I was kind of taken aback by how good its AI features are. I actually had to stop myself multiple times from writing how one of the phone’s latest tools was a pleasant surprise. Unlike Google who has been beating the drum about machine learning for more than a decade, Samsung’s mobile expertise always felt like it lay more in hardware than software. But with the S24, Samsung is showing that it’s taking the transition to the AI era incredibly seriously.

The Samsung Galaxy S24 Ultra will start at $1,300. Pre-orders go live today and on Samsung.com will include a free upgrade that doubles the phone’s storage, while official sales are slated for January 31.

At CES 2024, ASUS seems to have taken people by surprise with the announcement of its AirVision M1 glasses, with some viewing it as an alternative to Apple’s Vision Pro headset. But I discovered that ASUS’ glasses are much more of a novel alternative to portable monitors than something meant for spatial computing. 

The big difference between the AirVision M1 glasses and something like the Vision Pro or even Xreal’s Air 2 Ultras is that it doesn’t really support anything in the way of interactive AR. Sure, the glasses are able to project your desktop or multiple windows into space, but it needs to be tethered to a nearby device and doesn’t recognize hand gestures or other virtual objects. 

Photo by Sam Rutherford/Engadget

Instead, I found that its primary purpose is to give you extra screen space, but without the need to carry around big and bulky portable monitors. Featuring built-in microLED displays with a full HD resolution, the AirVisions can display up to six or seven virtual windows or desktops. You can also choose betwe

en a handful of aspect ratios (16:9, 21:9, 32:9 and more), with the glasses three degrees of freedom allowing you to either pin those screens in virtual space or track your head as you move around. 

Instead, I found that its primary purpose is to give you extra screen space, but without the need to carry around big and bulky portable monitors. Featuring built-in microLED displays with a full HD resolution, the AirVisions can display up to six or seven virtual windows or desktops. You can also choose between a handful of aspect ratios (16:9, 21:9, 32:9 and more), with the glasses three degrees of freedom allowing you to either pin those screens in virtual space or track your head as you move around. 

Instead, I found that its primary purpose is to give you extra screen space, but without the need to carry around big and bulky portable monitors. Featuring built-in microLED displays with a full HD resolution, the AirVisions can display up to six or seven virtual windows or desktops. You can also choose between a handful of aspect ratios (16:9, 21:9, 32:9 and more), with the glasses three degrees of freedom allowing you to either pin those screens in virtual space or track your head as you move around. Instead, I found that its primary purpose is to give you extra screen space, but without the need to carry around big and bulky portable monitors. Featuring built-in microLED displays with a full HD resolution, the AirVisions can display up to six or seven virtual windows or desktops. You can also choose between a handful of aspect ratios (16:9, 21:9, 32:9 and more), with the glasses three degrees of freedom allowing you to either pin those screens in virtual space or track your head as you move around. 

During my first demo, I used the AirVision M1s while tethered to a laptop, in which it behaved almost exactly like having a bit floating desktop that appeared to be hovering six feet in front of me. At first, the virtual displays were a little blurry, but after a short adjustment period and some time dialing in my IPD (interpupillary distance), I was pleasantly surprised by how sharp everything looked. When compared to something like Sightful Spacetop, which is billed as the world’s first AR laptop, not only did it have a much larger vertical field of view (up to 57 degrees), it also didn’t require any additional special equipment, as the glasses are essentially plug and play. While I didn’t need them, it’s important to note that the glasses come with a pair of nose pads to help ensure you can get a good fit, plus a prescription insert for people with glasses.

Once set up, it was pretty easy to create additional virtual workspaces. All I had to do was pull up a small command menu, press a plus sign where I wanted a new window to appear and that’s it. You can also freely adjust the overall size of the virtual display by zooming in or out. And one of the best things about the AirVisions is that using the laptop’s touchpad or typing wasn’t difficult at all. Because you can see through the virtual displays, I simply looked down and focused my eyes where they needed to go. That said, if you become distracted by something in the background, ASUS’ glasses also come with magnetic blinders that clip onto the front and provide a clean black backdrop.

However my favorite use case was when I tried a different pair of the AirVisions that were connected to an ROG Ally, where the glasses provided me with a massive virtual screen for gaming. In this way, it’s a lot like wearing a headset such as the Meta Quest 3, but for non-VR games. This is the kind of device I would love to have on a plane, where space is at a premium, especially for something like a portable monitor. That said, I’m not sure I could handle the embarrassment of being a modern day glasshole, at least not until devices like these become a bit more popular.

But perhaps the biggest difference between the AirVision M1s and Apple’s Vision Pro is price. While ASUS has yet to provide an official figure, a company spokesperson told me that ASUS is targeting around $700, versus $3,000 for Apple’s headset. And when you compare that to the price of a portable monitor, which often goes for between $250 and $400, and offers a lot less screen space, suddenly that price doesn’t seem too ridiculous.

So if you’re on the lookout for an alternative to the travel monitor, keep an eye for ASUS’ AirVision M1 glasses when they become available sometime in Q3 2024. 

We're reporting live from CES 2024 in Las Vegas from January 6-12. Keep up with all the latest news from the show here.