Category: Technology

Apple has just announced the addition of the iPhone 17e to its smartphone lineup. This model is kitted with the same A19 chip that powers the base iPhone 17, and it will support the Apple Intelligence suite of AI tools. As the rumors suggested, the iPhone 17e will indeed be priced at $599, same as last year’s iPhone 16e. The base model will come with 256GB of storage, and also be available in a new pink color.

The iPhone 16e was missing a few elements that are now being added to the 17e, most notably MagSafe charging at Qi2 speeds. This means it can charge wirelessly at 15W compared to the 7.5W.

Apple also gave the iPhone 17e its C1X cellular modem, which it said is “up to 2x faster than C1 in iPhone 16e.” This year’s entry-level iPhone also has Ceramic Shield 2 on its 6.1-inch Super Retina display, which Apple says offers “3x better scratch resistance than the previous generation and reduced glare.”

Most of the other specs appear similar to the iPhone 16e, including the 48-megapixel Fusion camera that uses one single hardware sensor to provide two dedicated camera pipelines. It’s not yet clear whether there are specific changes here, but to use Apple’s words in its press release, “[The Fusion camera] also enables an optical-quality 2x Telephoto — like having two cameras in one.”

The iPhone 17e is rated IP68 for dust and water resistance, and will also support Emergency SOS, Roadside Assistance, Messages and Find My via satellite. From the outside, the device looks very similar to its predecessor, with the same shape, notch and buttons as before. We’ll of course have to wait for a review unit and more information to know for sure, but Apple continues to state that the iPhone 17e delivers “all-day battery life,” though adding this time it’s aided by the C1X modem “and the advanced power management of iOS 26.”

Apple unveiled most of its iPhone 17 roster back in September, but its budget models usually are introduced a few months later. We’re also still waiting on the official news of what’s colloquially being calling the iPhone Fold, which is rumored to arrive in the back half of this year.

The iPhone 17e will be available for pre-order on March 4, and will start arriving in stores on March 11.

This article originally appeared on Engadget at https://www.engadget.com/mobile/smartphones/apple-introduces-the-599-iphone-17e-with-magsafe-and-twice-the-storage-140612085.html?src=rss 

On its own, at 4.9mm thin, Tecno’s modular phone concept barely feels like a smartphone. It has a screen, a basic camera module, four low-profile pogo-pin connectors and that’s about it. From there, you can seemingly build your conceptual phone however you want.

At its booth at MWC 2026, Tecno had two families of modular components in two different colorways, which is surprising at this concept stage. The chunky telephoto lens and housing must weigh over three times as much as the base phone, adding up to 20x zoom capabilities, even if it was a little glitchy during my hands-on. The barrel also offers manual focus, which is always a nice touch. The lens itself is huge, though, making even Vivo’s latest 400mm telephoto lens peripheral look reasonable by comparison.

There are more subtle camera modules, including ultrawide options and a more streamlined periscope telephoto. There’s even an action cam that can attach through Wi-Fi and be used on its own. Depending on the module, transmission is also done through Bluetooth and even mmWave. One module has an antenna that folds out, turning the phone into a walkie-talkie messenger… thing that can communicate without cell service or Wi-Fi. There were also lanyard connectors, grip clips, and several that I may have forgotten. Sadly, the game controller mod wasn’t on the stand, though I’m not sure how you’d use it blindly on the back. 

It’s a lot of fun to swap out and even stack the modules, most of which were functionally working. There are plenty of questions left to answer, and I’m concerned about how rigid the magnetic connection would be when pulling this kind of phone out of your pocket repeatedly. Also, who’s going to carry around an attaché case filled with all these things? 

Who doesn’t love an aerial?

Naturally, due to its thickness, the phone has a tiny battery cell (I don’t know the capacity), but you can add 3,000mAh battery packs to the back. And another. And even another, topping out at around 10,000mAh, beating the capacity of most mainstream smartphones. It was only then that I realized it lacked any traditional USB-C charging port. Instead, a charging module can be attached to either of the two pairs of connectors. (And you can add further modules on top of that.)

Tecno often has thrilling concepts and one-off devices at trade shows, so we can’t vouch that this will eventually make its way to consumers. Modular phones are a tricky sell, as they can often lose the efficiencies that come from unified components. Google ended its Project Ara modular concept over 10 years ago, while Motorola’s Moto Mods just weren’t very good and even I struggle to remember LG’s G5 modules.

Adding to that, the company also rarely sells its phones in Western Europe and the US. Judging by the moves being made by other Chinese phone manufacturers in the last year, that could change.

This article originally appeared on Engadget at https://www.engadget.com/mobile/smartphones/at-mwc-tecnos-super-thin-modular-concept-phone-doesnt-even-have-a-wired-charging-port-123129135.html?src=rss 

Vivo barely has a presence outside of China but that seems to be changing with the company’s next flagship phone. At Mobile World Conference 2026, the company unveiled the X300 Ultra smartphone that comes with a 200MP sensor along with two accessories designed for pro photographers and content creators: a SmallRig video cage and 400mm Zeiss telephoto extender lens.

Vivo didn’t go into detail about the phone’s specs, but you can likely expect a high-end processor, screen, battery and other internal components when it’s fully unveiled later on. Vivo did say that like the X300 Pro, the X300 Ultra will have an impressive 200MP main camera sensor, and is likely to offer features like 4K 120fps Dolby Vision HDR recording. 

Another thing Vivo revealed is that you’ll be able to get the Vivo X300 Ultra with a 400mm equivalent lens accessory called the Vivo Zeiss Telephoto Extender Gen 2 Ultra. That will allow about an eight times zoom compared to the native field of view, plus a lot more when combined with the high-quality digital zoom. It will also offer “gimbal-grade” optical image stabilization and motion-tracking focus technology, Vivo says. 

Along with the lens, Vivo is introducing a “pro-grade camera cage” designed by the well-known accessory company SmallRig. It’s expandable and offers multiple cold shoe mounts and quick-release ports so you can easily add things like handles, lights and microphones. It also comes with dedicated physical buttons for tactile shutter and zoom adjustment, plus a multi-level cooling fan to keep the phone running cool. You also get an “External Lens Expansion Frame” to accommodate the X300 Ultra Telephoto Extender.

Vivo showed off the phone at MWC 2026 in Barcelona to a fair amount of enthusiasm. The company emphasized that the X300 Ultra will come to international markets, but it didn’t say which for now or at what price (the X300 Pro costs about €1,400 in Europe). That decision, it said, “signals Vivo’s more proactive and confident approach to expanding its presence in the global premium smartphone segment.” Given the likely price, though, it’s debatable if pro creators will want to buy this instead of, say, a pretty nice mirrorless camera and lens. 

This article originally appeared on Engadget at https://www.engadget.com/mobile/smartphones/vivos-x300-ultra-goes-global-and-gets-a-huge-400mm-zeiss-telephoto-lens-105058478.html?src=rss 

TCL has been making smartphones and tablets at an impressive clip for years. While most companies have focused on foldable display tech — and TCL has dabbled — the focus has been on its NXTPAPER screens. Aimed at being friendlier on the eyes, and pitched as a device somewhere between e-ink slates and traditional tablets, NXTPAPER has gradually been upgraded and refined, reaching an apex at CES 2026 earlier this year with the Kindle Scribe-alike, the Note A1 NXTPAPER and its latest smartphone, the NXTPAPER 70 Pro.

At MWC, just a couple of months later, it’s preparing for a major leap forward on future phones and tablets. It’s been announced (and backed up with tech demos) that it’s developing AMOLED NXTPAPER displays, aiming to combine the eye comfort benefits of TCL’s current displays with flagship visual performance. This involved fundamentally redesigning and re-engineering the display architecture. Still, it should address the biggest problems with current LCD-based NXTPAPER, such as mediocre brightness, poor outdoor performance, and dull colors.

This NXTPAPER AMOLED screen, well, it looks like AMOLED:

On the showfloor at CES, the company had several demo devices showcasing the new screen technology’s brightness. While still photos don’t really do it justice, it’s impressive, and the anti-glare effect seems premium compared to third-party anti-glare protective films. 

TCL says its incoming AMOLED display — it hasn’t announced a device yet — will reach 3,200 nits of brightness. For reference, TCL’s 70 Pro topped out at a mere 900 nits. TCL says it will also feature 120Hz refresh rates, 100 percent color gamut coverage, and blue light reduction that can go as low as 2.9 percent, which is 15 percent less than existing NXTPAPER displays.

The company plans to launch an AMOLED NXTPAPER smartphone before the end of the year.

This article originally appeared on Engadget at https://www.engadget.com/mobile/smartphones/tcl-is-upgrading-its-easy-on-the-eyes-glare-free-nxtpaper-display-tech-with-amoled-085736065.html?src=rss 

Motorola has unveiled the Edge 70 Fusion, its latest mid-range model with an impressive display and OIS-enabled camera with a Sony sensor. Though other specs are modest, the cameras, display and Pantone-inspired, fabric-like colors make it a good choice for fashion-forward and budget conscious buyers in Europe and other (non-US) territories. 

The Edge 70 Fusion is a more modestly specced version of last year’s Edge 70 that’s thicker at 7.2mm compared to 5.9mm but has a better screen. Motorola says it has the world’s first “quad-curved” display that folds into the sides for smoother lines and a more elegant look. The AMOLED screen is also huge at 6.78 inches and has a 144Hz refresh rate with Pantone-validated color accuracy, while hitting a peak 5,200 nit brightness, easily enough for sunny outdoor use. 

The 50MP main camera is also impressive, using Sony’s Lytia 710 sensor with optical image stabilization and an f/1.8 aperture. That’s accompanied by a 13MP ultra-wide macro camera and a 32MP from selfie camera with 4K recording. 

The Edge 70 fusion is powered by Qualcomm’s Snapdragon 7s Gen 3 with Cortex-A720 and A520 cores, along with an Adreno 810 GPU, promising about a 15 percent bump in performance over the last model. It supports 68W wired (no wireless) fast charging and carries a 5,200mAh battery. It will be relatively tough as well, with IP68 and IP69 dust and water resistance ratings and MIL-STD-810H durability. 

It’s a solid value with prices starting at $430 in Europe (about $503) when it goes on sale later this month in colors like Patone Orient Blue, Pantone Country Air and Pantone Sporting Green. There’s no indication that it will be available in the US, though. 

This article originally appeared on Engadget at https://www.engadget.com/mobile/smartphones/motorolas-edge-70-fusion-phone-has-a-huge-curved-144hz-display-093035809.html?src=rss 

Qualcomm’s Snapdragon Elite chips are reserved for the best Android phones and laptops, and now the company has introduced the first in the Elite series for wearables. The Snapdragon Wear Elite processor is designed for smartwatches and AI devices like pendants and promises up to a fivefold increase in single-thread CPU performance, Qualcomm announced. 

The new processor is built on a 3nm process to improve speed and efficiency over previous models, while boosting the number of cores to five (one big core at 2.1GHz and 4 little cores at 1.9GHz). With those changes, the company is promising up to five times faster single-threaded performance, with GPU speeds boosted up to seven times. 

The Snapdragon Wear Elite is also equipped with a new NPU that allows low-power AI use cases like keyword recognition along with noise cancellation. It’s also the first Snapdragon wearable processor with a dedicated Hexagon NPU supporting AI models with two billion parameters. That will allow new “personal AI experiences,” the company said, like context-aware recommendations, natural voice interactions, life logging and AI agents that can orchestrate tasks on your behalf. 

Wear OS devices with the chip should see up to 30 percent improved battery life and charging speeds of up to 50 percent in ten minutes. It also allows for more types of connectivity, including 5G reduced capability, micro-power Wi-Fi, NB-NTN for satellites, Bluetooth 6.0, GNSS and UWB. However, manufacturers will be able to source versions of the chip without some of those wireless features. 

Whether the Snapdragon Wear Elite will give Wear OS watch manufacturers a better chance to chip into the 50-plus percent market share of Apple’s Watch remains to be seen. The first devices using the chip will start to ship in the “next few months,” Qualcomm said. “Leading global partners are supporting the platform including Google, Motorola and Samsung.”

This article originally appeared on Engadget at https://www.engadget.com/wearables/qualcomms-snapdragon-wear-elite-chip-is-made-for-smartwatches-and-ai-devices-080744412.html?src=rss 

After briefly announcing its new foldable at CES, Motorola is now ready to debut its first book-style foldable in full at MWC 2026. There are several features we already knew, including support for Motorola’s new Pen Ultra stylus and no fewer than five cameras. However, many specs were still unknown. There are some pleasant surprises.

Motorola decided to make both screens brighter than any of its rivals by quite a margin. The main 8.1-inch foldable display of the Razr Fold has a peak brightness of 6200 nits, while the external screen almost matches it with 6000 nits. For comparison, both screens on the Pixel 10 Fold Pro have a peak brightness of 3000 nits and other foldables’ internal screens typically have substantially lower brightness levels. Inside Motorola’s demo room, filled with windows and Barcelona sun, I had no trouble reading either screen.

The main display is a 2K (2,484 x 2,232) LTPO display that can reach a peak refresh rate of 120Hz, while the external display has a 2,520 x 1,080 resolution and peaks at 165Hz. Both screens also support Dolby Vision.

With those high-brightness levels, Motorola has opted for a silicon-carbon 6,000mAh battery, another leading specification among foldables at the time of writing. It’ll be interesting to see how battery life fares, powering those big, bright screens. The Razr Fold also supports fast charging at up to 80W with the company’s own (sold separately) TurboPower charger and up to 50W wireless charging.

With a silicon-carbon battery that offers higher energy density, Motorola’s biggest foldable yet remains surprisingly svelte, despite its huge battery. The Razr Fold is 4.6mm (0.181 inches) thin when open and 9.9mm (0.39 inches) when closed. Yes, Samsung’s latest Z Fold is thinner (4.2 mm; 8.9 mm), but it has a substantially smaller 4,400mAh battery.

The Razr Fold’s hardware continues with many of the design touches found on recent Razr phones. I spent most of my time with the Blackened Blue iteration of the Razr Fold, with a woven piqué design that felt both easy to hold and didn’t seem to hold onto fingerprints. There will also be a Lily White color that doesn’t have the piqué design, but a more satin finish.

The Razr Fold has a Snapdragon 8 Gen 5 processor, the de facto flagship Android processor at this point. The foldable also has its own liquid-cooling system to maintain consistent performance during tougher tasks and gaming sessions.

The Razr Fold’s cameras will have to do more than what we’re used to seeing on the flip-style Razr smartphones, which have underwhelmed in the past. Fortunately, it looks like it could be a very capable smartphone camera. The main 50-megapixel sensor has a f/1.6 lens and 3.5 degrees of optical image stabilization. It’ll also work alongside a multi-spectral 3-in-1 light sensor to improve color accuracy. The Razr Fold’s ultrawide camera has a 50MP sensor, a 122-degree field of view, and support for macro photography. The 50MP periscope telephoto camera can reach up to 3x optical zoom and 100x SuperZoom, through image cropping and AI-boosted image processing. And finally, there are two selfie cameras: a 32MP internal camera that can record up to 4K video and a 20MP external selfie cam, both with a f/2.4 lens.

Motorola is already claiming this is the best camera on a foldable smartphone, with the highest DXOMARK score among foldables. If you haven’t heard of DXOMARK before, it’s a benchmarking website and lab in France that offers professional image quality testing for smartphones, camera lenses and cameras. It also offers a consultancy service to help manufacturers improve their devices’ camera performance.

It’s too early to tell whether this is objectively a better cameraphone than Samsung’s Z Fold 7, but I was particularly impressed by the Razr Fold’s telephoto camera results. Similarly, I’m intrigued by Motorola’s decision to support its newest stylus, the Moto Pen Ultra. It warrants further testing when the foldable lands for review.

Motorola hasn’t announced pricing and availability for the Razr Fold. It’ll be coming to North America “in the coming months.”

This article originally appeared on Engadget at https://www.engadget.com/mobile/smartphones/motorola-razr-fold-hands-on-mwc-2026-050027092.html?src=rss 

The potential of modular laptops has never fully translated to the real world. While companies like Framework have made major strides in recent years, there’s still quite a bit of room for improvement. At MWC, Lenovo is looking to address that with its Modular AI PC concept. It features not one but two displays and a detachable keyboard to create something that strains the definition of a laptop, thanks to an innovative and very adaptable design.

Compared to Framework’s gadgets, which primarily use modularity to make upgrading the system and extending its lifespan easier, Lenovo’s concept is based around a 14-inch chassis with hot swappable components. This allows you to move its keyboard and secondary display around at will, so the system can better adjust to its environment or workload. By default, its bonus screen is mounted on its lid, allowing you to do easy face-to-face sharing with someone sitting opposite you. However, without even needing to turn the system off, you can yank away the notebook’s keyboard and put the display in its place to provide additional real estate. 

The Lenovo Modular AI PC concept’s second screen can be attached to its lid or moved off to the side like a traditional dual monitor setup.

Or if you prefer a more traditional dual-screen setup, you can move it off to the side, prop it up via a built-in kickstand and connect to the laptop over USB-C. You even get the flexibility to arrange the display in vertical or landscape orientation, which is nice if you’re doing stuff like coding or writing in a word doc (I feel targeted, but in a good way). And because the keyboard can connect to the notebook using pogo pins or Bluetooth, you have the freedom to position it practically anywhere you want. 

Meanwhile, Lenovo borrowed one aspect of Framework’s modularity by including the ability to swap ports on the fly. During my demo, the company showed off modules featuring USB-C, USB-A and HDMI connectors, though I was told there are a ton of additional possibilities for those who might need things like a proper Ethernet jack or additional ports for audio. 

The Lenovo Modular AI PC concept’s keyboard and be completely removed at a moment’s notice and positioned anywhere you like thanks to its Bluetooth connectivity.

But what impressed me the most was that despite being a concept device, the whole setup felt quite polished. That almost suggests that this thing might be closer to becoming an actual retail product than some of the company’s other demo gadgets. Build quality felt really sturdy and I had no issues changing out ports or moving the secondary display around without needing to troubleshoot or reboot the system. Everything just kind of worked. And while Lenovo isn’t sharing details about what processor it’s running or how much memory it has, its performance felt snappy too. 

My only question is that I’m not quite sure where AI fits into all of this. I was able to break down and reconfigure the system without any help from machine learning or a digital assistant. That said, I’m not complaining, because even with a lot of moving parts, its modular design is very approachable and easy to use. 

Ports on the Lenovo Modular AI PC concept can be hot swapped between to add USB-C, USB-A and HDMI connectors as needed.

Unfortunately, Lenovo isn’t planning on turning this concept into a true retail device. But even so, I hope the company will at least consider bringing some of the modular laptop’s features like its hot swappable ports to future products.

This article originally appeared on Engadget at https://www.engadget.com/computing/laptops/the-lenovo-modular-ai-pc-concept-is-a-remixed-dual-screen-laptop-with-hot-swappable-ports-230000158.html?src=rss