After more than forty years, everyone knows that it’s time to retire the X Window System – X11 for short – on account of it being old and decrepit. Or …read more

From soft yellows to heirloom-worthy teacups, vintage kitchen pieces add a sense of charm and comfort. These pieces can contribute to a cozy nook in your kitchen or simply make your countertops feel a little more timeless. Read on for some of the best nostalgic buys! Lily’s Home Retro Kitchen Wall Clock Buy on Amazon Equal parts retro and practical, this sunny yellow wall clock includes a thermometer and timer, bringing cheerful utility to your cooking space. A bestseller for a reason; it’s cute, clear, and accurate. VIYYIEA Vintage Framed Canvas Art Buy on Amazon A gentle still life of florals and lemons, this 9”x11” framed canvas painting has farmhouse written all over it. It’s graceful and adds just the right touch of old-world elegance. You can also find this artwork in other prints and sizes. Vanselia Ceramic Flower Vase (Retro) Buy on Amazon Rough-hewn and beautifully aged, this ceramic vase is the perfect home for fresh stems or faux greenery. Its earthen finish makes it look like it was plucked out of a vintage countryside kitchen. CHILDIKE European Porcelain Tea for One Set Buy on Amazon Nothing says quiet indulgence like a solo tea moment with this gold-rimmed, floral porcelain teapot and saucer set. Stackable, dainty, and dishwasher-safe: it’s the kind of piece that feels like a little ceremony in your day.

When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works. KDE is bringing memory optimizations and more to Plasma 6.5 David Uzondu Neowin · May 31, 2025 06:06 EDT The KDE team has released the latest issue of This Week in Plasma, and it's packed with goodies. Most of the current effort is focused on polishing Plasma 6.4, as shown by yesterday's Plasma 6.4 Beta 2 release with bug fixes and improvements like smarter Bluetooth with better device recognition and easier pairing. At the same time, the latest report gives us a tantalizing look at what's cooking for Plasma 6.5. The big headliner for Plasma 6.5 has to be memory optimization. The developers are working to reduce Plasma's memory footprint by making it smarter about how it handles wallpapers. Apparently, Plasma has been keeping a few too many unnecessary copies of each screen's wallpaper sitting in memory, and fixing that should make the whole desktop feel a bit lighter and snappier. Beyond that, 6.5 is also set to introduce the ability to advance your wallpaper slideshow with a keyboard shortcut. KWin's Magnifier and Zoom effects will also get smarter, sharing their initial zoom level and zoom factor settings, making them more consistent to use. The Digital Clock widget's calendar add-ons page is getting a visual makeover, and Plasma will even start warning you if you crank up the "Raise maximum volume" setting for too long, reminding you it is for temporary boosts and could damage your speakers. Plus, the System Settings page for Legacy X11 App Support is being made clearer about its purpose and security implications, and the menu you get when clicking an app icon in a window's titlebar will now be consistently called the "Window Menu" everywhere. Behind all this desktop goodness are regular updates to KDE Frameworks and Qt, the core libraries that KDE software depends on. For example, Frameworks 6.15 is fixing some annoying KWin crashes, glitches that made KWallet freeze, and a bug that turned some Breeze icons into plain white squares in GTK 3 apps. On the Qt side, version 6.8.4 tackles one of the most common random crashes in QtQuick-based KDE apps, bringing a big boost in stability across the board. Looking ahead, Qt 6.10 will fix the issue where context menus pop up in the wrong spot on multi-screen setups. Tags Report a problem with article Follow @NeowinFeed

TCL has intrdocued its 2025 lineup of QD-Mini LED TVs to the UAE market, bringing a range of high-performance large-screen models to consumers in the region. The new series includes the C6K, C7K, C8K, and X11K, each offering distinct features aimed at different segments of users while providing improved display tech, sound quality and design. The 2025 range is built around TCL's QD-Mini LED tech, which enhances contrast control, increases brightness, and expands the color gamut for a more vivid viewing experience. View this post on Instagram A post shared by Tbreak Media (@tbreakdotcom)Recommended by Our Editors The C6K series balances cost and performance, offering a 144Hz native refresh rate and ONKYO 2.1 Hi-Fi sound. The C7K adds premium audio from Bang & Olufsen and over 2,800 local dimming zones for enhanced contrast. The C8K features egde-to-edge design, brightness levels up to 5000 nits, and a WHVA CrystalGlow panel. At the top tier, the X11K delivers up to 14,112 dimming zones, HDR brightness of 6500nits, and advanced All-Domain Halo Control tech. Design-wise, TCL emphasizes slim profiles, matte finishes on its 85" and 98" screens for reduced glare, and flexible wall-mounting options. These TVs are positioned for diverse viewing needs including gaming, sports, and home entertainment. The lineup was presented at TCL Studio in Dubai, a new experiential space built to showcase the brand’s latest display innovations to media and industry partners.

This affordable TV will be an impressive spectacle in any home. Credit: Best Buy/Mashable Photo Composite Deal pricing and availability subject to change after time of publication. Learn more about how we select deals. SAVE $4,000: As of May 23, get the 85-inch TCL X11K 4K UHD TV for $5,999.99 at Best Buy, down from its usual price of $9,999.99. That's a discount of 43%. Opens in a new window Credit: Best Buy TCL X11K 4K UHD TV $5,999.99 at Best Buy $9,999.99 Save $4,000 Whether you just want a bigger screen for the most popular room in your house or you want something you can brag about to your friends, an 85-inch TV is a fun splurge that anyone should be able to experience once. But the price can be prohibitive. However, if you're going to spend a big chunk of change, you'd might as well be able to save some cash on your big-ticket item when you make the choice to. In this case, you can score a huge 85-inch MiniLED TCL TV for a massive discount. As of May 23, get the 85-inch TCL X11K 4K UHD TV for $5,999.99 at Best Buy, down from its usual price of $9,999.99. That's $4,000 off and a discount of 43%. You May Also Like Aside from being absolutely huge, this TV is all about giving you excellent picture quality. It has 6500 nits of brightness and up to 14,112 dimming zones to give you a more realistic picture with deep contrast and bright, vivid colors. Its MiniLED features combine the great parts of both QLED and OLED tech for better pixel precision too, so you get a wide color gamut, higher peak brightness, and a TV that lasts longer than its brethren. All this, and it's accompanied by Bang & Olufsen sound with a slimmer profile than other TVs in its usual price range. It accomplishes its impressive picture and projecting audio with a super thin, delicate body that looks great mounted or standing on its own in your home, wherever you decide to put it. Mashable Deals Want more hand-picked deals from our shopping experts? Sign up for the Mashable Deals newsletter. By clicking Sign Me Up, you confirm you are 16+ and agree to our Terms of Use and Privacy Policy. Thanks for signing up! Perhaps the most exciting part about the deal, however, is that you're saving thousands. If it's time to lock in and get an impressive new display, TCL has your back with this Best Buy discount. Brittany Vincent Brittany is fueled by horror, rainbow-sugar-pixel-rushes, and video games. Until her dying breath she'll be wielding a BFG made entirely of killer drive and ambition. Check out her work at PfhorTheWin.com. Like a fabulous shooter once said, get psyched!

I’m delighted to share that the 2022.2 Tech Stream, our final release of the year, is available for download.Tech Stream releases allow you to go hands-on with early access to the latest features. It’s also an opportunity to share your feedback on how we can build even better tools to power your creativity.Most recently at Unite, we gathered with our community of game developers to share some of these updates on topics like DOTS, rendering, multiplayer development, and XR, and we celebrated Made with Unity games like V Rising, Pentiment, Breachers, and many more. The dialogue online from over 9,000 Discord messages and countless in-person conversations was invaluable to shaping the future of Unity.Coupled with the 1,470 new forum threads where we discussed product feedback with you since the 2022.1 Tech Stream arrived and the 3,080 new notes on the Unity Platform roadmap, this feedback helped us get to today’s release. We couldn’t have done it without you and are excited to get that work in your hands. To learn more about how your feedback drives product development, check out this blog post.Together with the first Tech Stream, today’s 2022.2 completes this year’s cycle. Join us and explore what’s in store ahead of the LTS release in 2023. For even more on where Unity is heading, I encourage you to read our Games Focus blog series.In this post, I’ll be sharing a few highlights from this release, but you can always get more details in the official release notes.A frequent request we receive is to give you the ability to create more engaging gaming experiences, deeply immersive worlds, and to do so with more objects and characters than ever before.Unity 2022.2 includesECS for Unity (Entity Component System), a data-oriented framework that empowers you to build more ambitious games with an unprecedented level of control and determinism. ECS and a data-oriented approach to development put complex gameplay mechanics and rich, dynamic environments at your fingertips. Starting with Unity 2022.2, ECS for Unity is fully supported for production, so you can get even more out of ECS through support channels and success plans.ECS for Unity includes the Entities package, along with ECS-compatible packages for Netcode, Graphics, and Physics. If you’re already familiar with Unity’s GameObject architecture and scripting standards, ECS for Unity is fully compatible with GameObjects, so you’ll find a familiar authoring experience and streamlined workflows. This gives you the capability to leverage your existing skill set and leverage ECS only where it will best benefit your game experience.We’re already seeing some great games running on ECS for Unity, such as Stunlock Studios’s V Rising. Because they turned to ECS, they were able to vastly increase the number of in-game interactable assets to more than 160,000 across a 5km2 map, with more than 350,000 server-side entities powering the experience.If you’re looking for help, want to provide feedback, discuss best practices, or show off your projects, you can join a thriving community on our forums and Discord. Our teams regularly engage in these channels and keep a close eye on your feedback. Join us on December 8, 2022 for our Dev Blitz Day dedicated to DOTS, when we’ll be spending an entire day trying to answer all your ECS questions.The last 18 months have seen an explosion of multiplayer experiences being built with Unity, and we hear that many of you want to add multiplayer access to your games but aren’t sure where to start.Alongside Unity 2022.2, we’re highlighting Netcode for GameObjects, a package that simplifies the implementation of multiplayer capability to your project in a number of scenarios such as couch cooperative play. The package works with familiar GameObject-based programming techniques, and it abstracts away low-level functionality so you can write less code while creating the multiplayer experience you envision.For more demanding, large-scale games, you can harness the power of ECS with Netcode for Entities. Netcode for Entities can enable you to increase your game world size, player counts, and complex network interactions without the performance sacrifices developers have traditionally had to deal with.We also recently announced the launch of self-serve capabilities in our Multiplayer Solutions suite within Unity Gaming Services (UGS), which helps you to operate your multiplayer games with hosting, communications, and more. Learn more about the latest developments for this tech in this Games Focus blog, or take a deeper look at the UGS Multiplayer suite in this UGS video, produced in collaboration with Tarodev.Multiplatform scalability and high-fidelity graphics continue to be our focus for rendering. In our Games Focus blog “Rendering that scales with your needs,” we covered our dedication to delivering features that allow you to scale with confidence while tapping into an even broader range of tools that provides the best possible visual quality and performance.We continue to bring the Universal Render Pipeline (URP) closer to feature parity with Built-in Render Pipeline through more streamlined and scalable workflows. We worked on key tools such asForward+, which provides functional parity with Forward path in Built-in Render Pipeline, eliminating the light limit count so you can scale with quality across platforms.Another key feature is Decal Layers,which allow you to filter and configure how different objects are affected by Decal Projectors in a scene. Decals are useful for adding extra texture details to a scene, especially to break the repetitiveness of materials and their detail patterns.Other special URP enhancements include LOD crossfade for smoother transitions and Built-in Converter improvements that provide you with tools to upgrade your existing projects from the Built-in Render Pipeline to URP. You can also personalize your rendering experience with Shader Graph Full Screen Master Node and Custom Post Processing across both renderers.Diving into High Definition Render Pipeline (HDRP), we’ve made enhancements that help you create even more beautiful physically based environments and detailed characters. You can scale high-fidelity environments with the new HDRP Water System to render oceans, rivers, and underwater effects, and use Volumetric Material to create procedural local fog using Shader Graph. Create even more realistic skies with improved Cloud Layers dynamic lighting, and you can even blend between different Volumetric Cloud conditions.You can also take your cinematic renders further to render realistic characters with Eye Cinematic with Caustics and PCSS shadows. HDRP Path Tracing Denoising provides you the choice between NVIDIA Optix™ AI accelerated denoiser and Intel® Open Image.Watch our latest Unite 2022 session on Lighting Environments in Unity to discover some key tips to get you started with our latest HDRP environment tools.Creative endeavors are never linear, and we understand that rapid iteration is part of the journey. This release includes new authoring features and workflow improvements to help speed up your productivity.For example, the Prefab system sees a number of upgrades, including the ability to quickly replace a Prefab Asset for a Prefab instance in a scene or nested inside other Prefabs. Read our latest blog on this topic for more information.For faster environments, the Paint Detail brush in the Terrain Tools package now allows you to simultaneously scatter multiple types of details with per-detail-type density settings available. Additionally, detail density and a few other Terrain settings are now overridable in the Quality settings to help you achieve platform performance targets.You can also use improved tooling and API features for Splines to help draw paths in your environments with greater precision. This means you can build out rivers, roads, camera tracks, and other path-related features and tools more efficiently. Thank you to all who engaged with us in the worldbuilding forums in the last couple months to help us finalize this delivery. For more on the API features, check out the documentation.Finally, the AI Navigation package is now available for you to quickly add intelligence to 3D characters and move in game worlds without needing to code rules manually. It also ships with samples to help you get started. See the forum for more details, and check out what’s next on the roadmap.In 2022.2, UI Toolkit is reaching parity with IMGUI for customizing the Editor and is the recommended solution for Editor tools. This means better separation of concerns, more flexible layouts, and advanced stylings. With updates like default inspectors generated with UI Toolkit, ported common built-in Property Drawers, TreeView controls with multicolumn support, and a new vector-drawing API, this release not only helps us reach parity with IMGUI but also supports runtime use cases as well.If you want to learn more about the current state of runtime, we recently released a new project demonstrating a full-feature interface with UI Toolkit based on your feedback for more samples. Check that out here.To help you get started, watch the recent Unite session illustrating a step-by-step example of how to build custom tools with UI Toolkit. Plus, visit the recently released Editor Design system for guidance on how to build intuitive experiences.After extensive work, testing, and listening to a lot of community feedback, DirectX 12 is out of an experimental state with the release of 2022.2. Depending on the project, you can now expect performance on par or greater than DX11, especially in draw call-heavy scenes.This is a result of significant investment into performance and stability, making DX12 the recommended graphics API for Windows and Xbox development. Additionally, DX12 lays the foundation for more advanced graphics features, such as real-time ray tracing, which is now available for Xbox game development. We couldn’t be more excited and thankful to you all for helping us get DX12 across the finish line and look forward to the great games you’ll be creating.We continue to hear that you not only want us to support new platforms, but also where we can simplify and improve development when targeting devices. If you haven’t already, check out the Games Focus blog “Reach more players over multiple platforms and form factors,” where we dive into both what is here now and what will be available in the near future.We’re making cross-device XR creation simpler with Unity XR Interaction toolkit (XRI). XRI provides a framework for common interactions that work across various controllers, such as grab, hover, select, visual feedback to indicate possible interactions on objects, and more. XRI is now in version 2.2, which adds multi-grab support, new locomotion methods, and a collection of ready-to-go Prefabs in our Starter Assets sample package.We recently invited the creators of Blacktop Hoops, a VR basketball game, to talk about how they used XRI as the base for their input controls during the Unite 2022 Keynote. Check out the XR segment for more information.We’ve also updated AR Foundation to version 5.0. This update brings two key features to reduce development time. The first is simulation, allowing you to test your AR app in the Editor using Play mode, an update that addresses a common AR developer frustration in the past. We’ve also added the AR Debug Menu as a new Prefab that you can use to view available configurations on your device and visualize AR subsystem data such as planes and point cloud positions.Finally, we’re continuing to add key platform support to the Editor with Meta Quest Pro, PlayStation®VR2 and Magic Leap 2.To read more about the 2022.2 Tech Stream, check out the release notes for a comprehensive list of features and the Unity Manual for documentation. As you dive in, keep in mind that while each Tech Stream release is supported with weekly updates until the next one, there is no guarantee for long-term support for new features and remember to always back up your work prior to upgrading to a new version. The upgrade guide can also assist with this. For projects in production, we recommend using Unity Long Term Release for stability and support.Each Tech Stream is an opportunity to not only get early access to new features, but also to shape the development of future tech through your feedback. We want to hear how we can best serve you and your projects. Let us know how we’re doing on the forums, or share feedback directly with our product team through the Unity Platform Roadmap. You can also follow us on Twitter and catch our latest Unity Twitch Roundtable, covering 2022.2, on demand.This release completes our 2022 development cycle. We have ambitious goals for next year, which you can read about in our Games Focus series or watch in the recent Unite Roadmap session. Thank you for all your support, and we look forward to partnering with you every step of the way.

Damen Compact Crafts (DCCr), a division of the Dutch shipbuilding company Damen Shipyards Group, has partnered with CEAD, a developer of large-format additive manufacturing solutions, to build a 3D printed high-density polyethylene (HDPE) Workboat. The joint initiative will be carried out at CEAD’s Maritime Application Center (MAC) in Delft. This project brings together maritime design and industrial 3D printing expertise to investigate more sustainable and efficient vessel production methods. DCCr is designing the workboat for multipurpose operations including inspections, patrol, support, and logistics. As part of the research, the hull will be produced using CEAD HDPro material, a high-performance polyethylene blend. The aim is to determine whether additive manufacturing can introduce greater flexibility, reduce waste, and accelerate production timelines. 3D printing the hull enables more complex geometries and may allow integration of recycled or renewable materials into the build process. Nick Pruissen (Damen Compact Crafts) and Charlène van Wingerden (CEAD) formalize the collaboration to develop a 3D printed HDPE workboat at the Maritime Application Center in Delft. Photo via CEAD. Founded in 2014, CEAD develops turnkey large-format additive manufacturing systems for industrial use. Its portfolio includes robot-based and cartesian-style solutions capable of producing fiber-reinforced thermoplastic components. For this workboat project, CEAD is providing its hardware and process expertise in printing large polymer structures. “The MAC was founded to accelerate exactly these kinds of innovations – and a 3D printed HWB is a perfect example of that,” said Charlene van Wingerden, Chief Business Development Officer at CEAD. Damen Shipyards, which operates 35 shipyards and 20 affiliated companies across 20 countries, delivers approximately 100 vessels annually. The company focuses on serial construction, modularity, and integrated systems to streamline design and production. “3D printing allows us to respond more quickly and flexibly to what our customers really need,” said Nick Pruissen, Managing Director at Damen Compact Crafts. “It’s an exciting step toward smart, sustainable solutions that work.” Damen views additive manufacturing as a potential fit within its broader digitalization and standardization strategy. Both parties describe the initiative as an exploratory step toward incorporating additive manufacturing into maritime production workflows. The project will serve as a technical evaluation of process capabilities, material performance, and structural feasibility. According to the partners, the workboat program reflects a practical use case where market-specific vessel requirements can be tested against automated, large-scale 3D printing technologies. Facade of CEAD’s Maritime Application Center (MAC) in Delft. Photo via CEAD. Large-format additive manufacturing gains traction in marine sector In the United States, ErectorCraft has begun commercially producing 3D printed boat hulls using large-format additive manufacturing (LFAM). The company employs high-density polyethylene (HDPE) and proprietary ErectorBot extrusion systems to fabricate full-scale marine components without the use of traditional molds. ErectorCraft’s approach includes on-site production capabilities, engineering services, and 3D concrete printing (3DCP) for marine infrastructure. According to the company, its decentralized manufacturing model shortens production timelines and lowers material waste. Chief Technology Officer Leonard Dodd developed the ErectorBot system and previously contributed to Autodesk’s direct metal deposition process used in the first class-approved 3D printed propeller. In Europe, yacht builder Pershing has integrated LFAM into its GTX116 model through a collaboration with Caracol. The yacht’s side air grilles and visor were produced using Caracol’s Heron AM platform, a robotic extrusion system operating at the company’s Milan facility. The components, made from ASA reinforced with 20% glass fiber, were printed in 72 hours and finished with a gel coat. According to Ferretti Group, this production method resulted in a 50% lead time reduction, 60% less material waste, and a 15% weight savings compared to traditional fiberglass lamination. Caracol operates one of the largest LFAM centers in Europe and has expanded its applications across the aerospace, marine, and construction sectors. 3D printed intake grilles. Photo via Caracol. Ready to discover who won the 20243D Printing Industry Awards? Subscribe to the 3D Printing Industry newsletter to stay updated with the latest news and insights. Take the 3DPI Reader Survey — shape the future of AM reporting in under 5 minutes. Featured image shows Nick Pruissen (Damen Compact Crafts) and Charlène van Wingerden (CEAD) formalize the collaboration to develop a 3D printed HDPE workboat. Photo via CEAD. Anyer Tenorio Lara Anyer Tenorio Lara is an emerging tech journalist passionate about uncovering the latest advances in technology and innovation. With a sharp eye for detail and a talent for storytelling, Anyer has quickly made a name for himself in the tech community. Anyer's articles aim to make complex subjects accessible and engaging for a broad audience. In addition to his writing, Anyer enjoys participating in industry events and discussions, eager to learn and share knowledge in the dynamic world of technology.

Rumor has it, we may soon see an ultra thin iPhone. The rumored iPhone 17 Air -- or it might be called the iPhone Slim -- could potentially replace the current iPhone Plus amid Apple's next iPhone release in the coming months. The buzzed-about "Air" is getting a lot of attention in the iPhone 17 rumor mill, but the prospect also has people asking if Apple may have to sacrifice features to get a super thin phone.Here's the skinny on what we could expect with the newest iPhone.iPhone 17 Air release date: Is the slimmer iPhone coming this year?For nearly a decade, Apple has held an event in September to announce its new phones. This year we expect Apple to reveal the iPhone 17 series, including the rumored iPhone 17 Air.If the iPhone 17 Air rumors are true, Apple would be the latest to join the ultra-thin phone trend this year. Last week, I got to try out Samsung's new lightweight Galaxy S25 Edge after previewing it and a slew of shockingly thin phones at the Mobile World Congress in March.The iPhone 17 lineup may be the last to follow this fall-release model, according to Apple analyst Ming-Chi Kuo and a report from The Information. Starting with the iPhone 18, Apple will reportedly split its phone releases so that lower-cost iPhones launch in the first half of the year (previously reserved for iPhone SE models) and higher-end pro models are announced in the latter half. That would likely mean a rumored iPhone 18 Pro, Pro Max, Air and new foldable iPhone model could debut in fall 2026. Keep in mind that an iPhone Flip or Fold has been rumored for years.You'll likely be able to preorder a new iPhone the Friday after the announcement, with the phone shipping a week later.What will the iPhone 17 Air cost?Early rumors about an iPhone 17 Air hinted that it could cost even more than the iPhone 17 Pro, but a March Bloomberg report suggested the phone could cost around $900. That price tag would align with the rumor that the "Air" could replace the Plus, which currently costs $899. For comparison, Samsung's Galaxy S25 Edge starts at $1,100.However, there's also the question of how tariffs could affect the price of an iPhone. Amid President Donald Trump's ongoing tariff drama, Apple has mostly escaped additional taxes by stockpiling inventory and getting most of its products on a tariff exemption list. Apple has moved some production of US iPhones to India to avoid the steeper tariffs imposed on China. However, Trump recently said he pushed Apple CEO Tim Cook to move US iPhone production from India to the US. How much all of this could affect iPhone prices is yet to be determined.Regardless of how tariffs play out, Apple is expected to raise the price of the iPhone. These price hikes are rumored to start with the iPhone 17 line, so prepare now to pay more for "Air." iPhone 17 Air camera: potential downgrade?Among the rumored potential sacrifices Apple may have to make to get a skinnier phone is limiting the camera features. The rumored iPhone 17 line is getting a new camera bar that extends across the width of the phone. But Front Page Tech shared an iPhone 17 Air video in February that showed a physical mockup of the phone based on rumors. One of the more surprising reveals was a smaller camera bar with one lens on the left, suggesting the "Air" phone has a single rear camera, similar to the iPhone 16E ($599). It's not clear if the camera would be the same as the 16E or if Apple would go the route Samsung did and include the main camera from the iPhone 17 Pro.The single camera theory is backed up by analyst Ming-Chi Kuo and a Bloomberg report, which said that the rumored Air may not have the ultrawide and 5x telephoto lenses that have become staples of Apple's premium iPhones. In a bit of good news, it's also rumored that the front-facing "selfie" camera on all iPhone 17 models, including the Air, will be upgraded to 24 megapixels, according to analyst Jeff Pu. iPhone 17 Air vs iPhone 17 ProIt may be getting a lot of attention, but the rumored Air appears to be less an advanced Pro model and more a replacement for the Plus.However, rumors are that the Air would have a 6.6-inch display, according to analysts Jeff Pu and Ming-Chi Kuo. If accurate, that would mean the Air's display is slightly smaller than the iPhone 16 Plus, with a 6.7-inch display, but larger than the iPhone 16 Pro, which features a 6.3-inch display. The iPhone 16 Pro Max leads with a 6.9-inch display. It's unclear if the 17 Air's screen would be a Pro Motion display like the one found on iPhone Pro models.If the rumored Air lives up to its name, then the biggest potential advantage it could offer over a Pro is its size and weight. A Bloomberg report from March notes that the iPhone Air could measure 5.5mm thick, compared to the iPhone 16 Pro at 8.25mm. Mac Rumors reported that a leaker on the Korean-langauge Naver blog, going by "yeux1122," said that the rumored iPhone 17 Air weighs approximately 145 grams (5.11 ounces). Compare that to the iPhone 16 Pro, which weighs in at 199 grams (7.03 ounces). If this rumor proves true, the Air would be just slightly heavier than the iPhone 13 mini, which weighs 141 grams (4.97 ounces).Bloomberg's report also notes that the iPhone 17 Air is expected to have super slim bezels compared to the rest of the line, along with a Camera Control button and a Dynamic Island cutout in the display.iPhone 17 Air battery life expectationsAmong the challenges of slimming down an iPhone could be figuring out how to reduce the battery size without compromising battery life.Initially, it was assumed that a skinnier iPhone would simply have a reduced battery life since there would be less space to house a large battery. But more recently, AppleInsider reported that a skinnier iPhone might use a silicon-anode battery that could help extend its battery life. Yeux1122 said the battery capacity is 2,800mAh, based on details that originate with "mass production confirmed sample," according to MacRumors. It added that a high density battery in the Air could increase its "actual capacity" by 15 to 20%.If the rumored iPhone 17 Air does use the silicon battery technology, it would be the first iPhone to do so.Are iPhone Air rumors and leaks to be trusted?Rumors are just that. The speculation leading up to the iPhone's release is often based on insider knowledge or leaked information from the teams working on the iPhone's design, but those plans can continue to evolve and are not necessarily reflected in the final product. We'll only be able to confirm these rumors with certainty when Apple officially releases the next iPhone and we can see it for ourselves.

Macworld Tim Cook giveth, and Tim Cook taketh away. We’ve long known that while this fall’s iPhone 17 Air is set to be an astonishingly slender and lightweight device, it will come with a painfully small-capacity battery to compensate. And now we have a better idea of exactly how painfully small it will be. A leaker and blogger going by the name yeux1122 claims to have uncovered the weight, thickness, and battery capacity of the 17 Air based on what they describe (via Google Translate) as a “mass production confirmed sample.” The first is 5.5mm, which sits at the low end of what we’ve already heard from other sources: previous reports have said “around 6mm,” 6.25mm, and 5.5mm, so this is about as slim as we could have hoped. And the weight is a startlingly low 145g, which would significantly undercut even Samsung’s 163g Galaxy S25 Edge. Wow, frankly. Wow. But the sting in the tale is the battery, which yeux1122 claims has a capacity of just 2,800mAh. If accurate, that would be substantially lower than any model in the 14-, 15-, or 16-series iPhone generations; the lowest last year was the 6.1-inch iPhone 16 at 3,561mAh, so we’re looking at 21% less battery to power a considerably larger (6.65 inches, if the rumors are correct) display. The only iPhones with less than 3,000mAh in recent history were the iPhone 13 mini (2,438mAh) and 3rd-gen SE (2,018mAh), but those batteries had to power screens measuring just 5.4 and 4.7 inches, respectively. You can see battery capacities and screen sizes for all the iPhones since 2021 at the bottom of this article if you want to compare. User experience is more than just numbers on a spec sheet, of course, and it remains to be seen how the 17 Air will hold up in real-world performance. However, earlier reports claimed Apple will be selling a battery case to compensate for the phone’s low battery life, which kind of defeats the purpose of an ultra-thin phone. Rest assured that Macworld will run exhaustive battery tests as soon as we get our hands on one—but it might be worth calibrating your expectations at the lower end. iPhone 17 Air (6.65 inches): 2,800mAh iPhone 16e (6.1 inches): 4,005mAH iPhone 16 (6.1 inches): 3,561mAh iPhone 16 Plus (6.7 inches): 4,674mAh iPhone 16 Pro (6.3 inches): 3,582mAh iPhone 16 Pro Max (6.9 inches): 4,685mAh iPhone 15 (6.1 inches): 3,349mAh iPhone 15 Plus (6.7 inches): 4,383mAh iPhone 15 Pro (6.1 inches): 3,274mAh iPhone 15 Pro Max (6.7 inches): 4,441mAh iPhone 14 (6.1 inches): 3,279mAh iPhone 14 Plus (6.7 inches): 4,323mAh iPhone 14 Pro (6.1 inches): 3,200mAh iPhone 14 Pro Max (6.7 inches): 4,323mAh iPhone SE (3rd gen) (4.7 inches): 2,018mAh iPhone 13 (6.1 inches): 3,240mAh iPhone 13 mini (5.4 inches): 2,438mAh iPhone 13 Pro (6.1 inches): 3,095mAh iPhone 13 Pro Max (6.7 inches): 4,352mAh iPhone 17 Air specs unconfirmed and sourced from yeux1122; other specs sourced from GSMArena.

The iPhone 17 Air's battery life could be very low compared to a normal iPhone, with a leaker claiming it will have a capacity of just 2,800mAh.A mockup of the iPhone 17 Air - Image Credit: AppleInsiderRumors about the iPhone 17 Air have not only discussed how thin it will be, but also how it could have a limited battery capacity. In a Friday post from a serial leaker, it could be considerably smaller than usual.Posting to Naver, leaker "yeux1122" makes some claims about the iPhone 17 Air. The information is said to be from a "mass production-confirmed sample." Rumor Score: 🤔 Possible Continue Reading on AppleInsider | Discuss on our Forums