Xiaomi patents indicate they are working on a smartphone with a sliding display

It seems like flexible displays have finally found their place in the smartphone world. Folding phones haven’t been their best application (because folding screens leave a crease behind, and result in thicker phones), but sliding/rolling displays seem to be an interesting approach that allows phones to have larger screens in smaller, thinner bodies. LG, Oppo, and TCL have all indicated they’re working on smartphones with rollable scroll-inspired displays, and according to a new patent discovered by LetsGoDigital, Xiaomi seems to be working on a rollable display smartphone too.

The conceptual Xiaomi phone uses the sliding mechanism and flexible display to its advantage. The design comes with virtually no bezel on the front, and the display cascades off the base (like a waterfall), transitioning to the back and turning into a secondary display that works with the main camera. Upon command (either through a voice command or a tap on the screen), the front of the phone slides downwards and reveals the front-facing camera setup on the top. It includes the selfie camera, as well as an ambient light sensor, a distance sensor, and a dot projector. The receiver is also hidden behind the slider display.

This dual-screen dual-camera opens the Xiaomi slider concept up to quite a few use-cases. The larger screen on the front can be used for selfies, facial-unlock, and even video conferencing, while the smaller screen on the back can act as a viewfinder for more elaborate group photos, videos, etc. For visualization purposes, the sliding concept contains the quad-camera module from the Mi10 Pro.

Designer/Visualizer: Sarang Sheth in partnership with LetsGoDigital

This concept was first published on LetsGoDigital. Click here to view the original piece.

Samsung is rumored to be working on a dual-hinge folding Galaxy smartphone with a sliding keyboard!

Based on a patent filed in mid-2018 at the Korean Intellectual Property Office (KIPO), which was uncovered only recently by the fine folks at LetsGoDigital, Samsung is reported to be working on a folding smartphone with a dual-hinge and a slide-out keyboard that bridges the gap between phone and laptop, but most importantly, fulfills the ‘Z’ element of the Z Fold product-line. LetsGoDigital has christened this the Galaxy Z Fold 3, and here’s what visualizations of the rumored product look like! Scroll down for a detailed look.

It’s safe to say that Samsung would eventually stumble across a dual-hinge folding phone. They’ve experimented with single-hinge phones in both vertical and horizontal formats, and it’s only natural that the company would make one with an even larger screen and with two hinges to rival Xiaomi’s efforts in this department. Meet the Samsung Galaxy Z Fold 3 concept… It actually folds in the shape of the letter Z, and comes with one singular screen that cascades from the inside to the out, unlike previous folding models that had a dedicated external display and a folding internal one. The Galaxy Z Fold 3 works out the hinges in a way that allows you to use only the outer part of the display when in closed-mode, and the entire screen when completely opened.

When opened, the dual-hinge format gives the smartphone multiple ways to orient it. You could potentially open it out completely, turning it into a tablet, or use it in one of many shapes, allowing the phone’s flexible body to work as a stand. The most standout feature of this concept is its ability to be used as a real laptop. While earlier iterations of the Galaxy Fold phones explored the potential laptop format, none are as convenient as the Galaxy Z Fold 3, which comes with its own dedicated slide-out keyboard.

The two images below show the two different orientations for the Galaxy Z Fold 3 to be used in laptop mode. Version 1 gives you a compact device with the slide-out keyboard, and the ability to use the hole-punch front-facing camera for video-calls, while version 2 opens out into a more expansive device, allowing you to access two separate screens for multitasking. One part of the screen faces away from you, giving you the potential to even present to a client.

While the dual-hinge 3-part flexible OLED display is clearly the Galaxy Z Fold 3’s most defining feature, the slide-out keyboard really gives it meaning. Just like the Galaxy Note series comes with a stylus that clearly outlines what the product is meant to be used for, the slide-out keyboard on the Galaxy Z Fold 3 helps it bridge the gap between phone and laptop. There’s no clear information in the patent as to whether the keyboard is a dynamic display or a static one, so the concept opts for the latter, but comes outfitted with everything you’d need to get work done, from a full QWERTY keyboard to a Numpad, and even a voice-command button that lets you dictate to the phone when you don’t want to type.

The phone’s dual-hinge, three-part setup definitely results in an overall device that’s on the thicker side, but it still tries to stay within an inch in thickness, making it relatively pocket-friendly and roughly as thick as most bifold wallets. Where it lacks in sleekness, it makes up for in functionality by being your all-in-one smartphone/tablet/laptop hybrid. Like every Galaxy phone, the Z Fold 3 too sports a USB-C charging hub, and we wouldn’t be surprised if this phone was 5G capable too. A single front-facing camera sits on the screen in the hole-punch format, while the back features a 3-lens setup, similar to the Galaxy Z Fold 2 (See Below).

The product’s been visualized in Rose Gold, although it would probably come in a range of colors catering to Samsung’s catalog. The Galaxy Z Fold 3 is a conceptual product based on patented files by Samsung. It’s been visualized as a collaborative effort between LetsGoDigital and Sarang Sheth and isn’t affiliated with the Samsung brand in any way.

Designer/Visualizer: Sarang Sheth in partnership with LetsGoDigital

This concept was first published on LetsGoDigital. Click here to view the original piece.

A first look at Google’s Project Stream Gaming Controller!

Google’s Project Stream makes a promise that’s borderline remarkable. Imagine if you could play a game without a graphics card. Everything renders off-site, on a massive GPU, and streams to your screen. You’re literally using a CLOUD-BASED Graphical Processor Unit! Everything happens in realtime, and to you, it essentially means you’re playing a game as advanced and intensive as Assassin’s Creed, but you’re playing it in Google Chrome. Run your controls on your computer, they get sent to the cloud where the game is being played, the cloud inputs your controls, renders the scene, and livestreams it to your browser with negligible lag. All you need is high-speed internet! Sounds BONKERS, right?!

Project Stream occurred as a one-time test-run for Google, allowing just a handful of people to play Assassin’s Creed Odyssey on Chrome. However, if recent patent-files are any indication, Google is planning on taking this seriously. Here’s a look at the Project Stream controller, a visualized concept based on Google’s patented design… a concept, if executed perfectly, that could tank XBox and PS sales, and even kill the gaming laptop industry. The Project Stream (I made the mistake of calling it Steam a bunch of times. I wonder why Google hasn’t caught onto that glaring possibility) helps integrate quite a few community features into the gaming experience too. For starters, since you’re gaming on the cloud and having the game streamed to you in realtime, you can stream your game to other people too. The controller has a chat/voice button built into it, aside from a Stream button, home button, options button, and your regular control sticks, action keys, directional pad, shoulder buttons, and triggers. Gaming with Google’s Project Stream won’t be a radically new experience… but it’ll be so radically convenient, you’ll probably be able to play the latest and best games on a chromebook over reliable Wi-Fi… and if that isn’t the most mind-numbingly great thing ever, I don’t know what is!

Designer/Visualization: Sarang Sheth

Patent Application: USPTO