Tag: Flexible Display Technology

  • Realme GT Neo 6 SE Silver Variant Teaser Video: Sleek and Desirable

    Realme GT Neo 6 SE Silver Variant Teaser Video: Sleek and Desirable

    Yesterday, Realme unveiled the front design of the Realme GT Neo 6 SE through a poster. Prior to this, a Chinese leaker leaked a render showcasing the green variant of the phone. Today, the brand officially confirmed the rear design of the phone with a new image.

    Realme GT Neo 6 SE silver variant revealed

    The latest image offers a glimpse at the rear design of the Liquid Silver Knight color variant of the GT Neo 6 SE. The photo highlights a shiny finish on the camera section at the back, contrasting with the matte surface of the rest of the phone. It showcases dual camera rings housing two cameras, accompanied by a dual-LED flash unit.

    Realme GT Neo 6 SE specifications

    As per sources, the Realme GT Neo 6 SE boasts a 6.78-inch OLED display with a 1.5K resolution. Powered by the Snapdragon 7+ Gen 3 chipset, it can be configured with up to 16 GB of RAM and 1 TB of storage, supported by a 5,500mAh battery with 100W fast charging. The device is rumored to sport a 50-megapixel Sony camera with OIS on the rear, and it is expected to run on Realme UI 5-based Android 14.

    The recently released image by Realme displayed the punch-hole screen of the GT Neo 6 SE, featuring slightly curved edges and ultra-thin bezels. Realme claims the GT Neo 6 SE to be equipped with a new 8T LTPO BOE OLED panel supporting up to 6,000 nits peak brightness, a 120Hz refresh rate, and a 2160Hz PWM dimming. Further specifications of the phone are yet to be disclosed, with the launch date still under wraps. Speculations suggest that the Realme GT Neo 6 SE might make its debut in China in the upcoming week and could potentially be rebranded as the Realme GT 6 in markets outside of China.

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  • Xiaomi Enters OLED Component Manufacturing Industry

    Xiaomi Enters OLED Component Manufacturing Industry

    Xiaomi has collaborated with Lumilan, a company specializing in the research, development, manufacturing, sales, and service of new OLED materials. Rather than producing the final product or display panels themselves, Xiaomi is focusing on enhancing the technology behind display materials through involvement in key OLED materials research and development.

    Xiaomi's Focus on Advancing Display Technology

    There is a growing trend in the display industry with manufacturers such as BOE creating increasingly brighter OLED panels. By investing in foundational technologies, companies can address existing limitations and enhance the quality of the end products.

    Establishment of Xiaomi-Lumilan OLED Joint Laboratory

    To further this goal, Xiaomi inaugurated the "Xiaomi-Lumilan OLED Key Materials and Devices Joint Laboratory" in Ningbo, a prominent industrial hub in China. This strategic move underscores Xiaomi's commitment to strengthening core display technologies for future advancements.

    Joint Efforts to Enhance OLED Industry

    During the launch event of the joint laboratory, Wu Cangzhi, the general manager of Xiaomi's mobile phone display and touch department, emphasized Xiaomi's vision for the upcoming decade. He aims to propel Xiaomi as a global frontrunner in cutting-edge technology by bolstering the company's expertise in display materials. The collaboration with Lumilan is geared towards addressing challenges within the OLED industry and enhancing the performance of display products.

    The Chairman of Lumilan, a leading OLED manufacturer, highlighted the close partnership with Xiaomi, particularly through the Xiaomi-Lumilan OLED key materials and devices joint laboratory. Together, they are dedicated to overcoming existing technological hurdles in the OLED display sector.

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  • Apple stops in-house MicroLED display plans for Watch Ultra 2

    Apple stops in-house MicroLED display plans for Watch Ultra 2

    Apple has ceased its internal work on microLED display development for smartwatches, as per a report by Bloomberg's Mark Gurman. The company had allocated significant funds towards this technology, intending to introduce it initially in the Apple Watch Ultra range. However, Gurman's latest findings indicate that Apple found the microLED technology too expensive and intricate to pursue further.

    Apple's Shift in Focus

    The decision to abandon the project has led to restructuring within Apple's display engineering teams and job cuts in the U.S. and Asia. While some employees might be reassigned internally, others will receive severance packages.

    MicroLED Technology

    MicroLED, an advanced display tech utilizing tiny LEDs for individual pixels, offers advantages such as enhanced energy efficiency, contrast, color accuracy, and response times over traditional LED and OLED technologies. Furthermore, it eliminates issues like burn-in commonly associated with OLED displays.

    Future Prospects

    Despite scrapping the current microLED project, Apple is expected to maintain interest in the technology. Gurman mentions that the company will explore external suppliers and novel manufacturing methods but the timeline for microLED's integration into upcoming Apple products remains uncertain. In the interim, Apple Watch models will likely continue utilizing OLED displays for the next one to two years.

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  • iPhone 16 Series to Feature Slimmer Bezels with ‘Borderless’ Technology

    iPhone 16 Series to Feature Slimmer Bezels with ‘Borderless’ Technology

    BRS, short for Border Reduction Structure, is a technology aimed at minimizing the bottom bezel or chin of all models within the iPhone 16 series by utilizing copper wires underneath the panel.

    Technological Advancements in Display

    Samsung Display, BOE, and LG Display, the panel suppliers for the iPhone 16 series, have adopted the BRS technology, with the focus on reducing the bottom bezel. The success of this technology will heavily depend on the production yield rates, which could vary among the companies upon mass production initiation.

    Enhanced Display Features

    Reports suggest that the standard iPhone 16 and iPhone 16 Plus will retain the same panel size and type as their non-Pro predecessors, offering a 6.1-inch and 6.7-inch 60 Hz LTPS panel, respectively. On the other hand, the Pro models might see a slight increase in display size, with the iPhone 16 Pro potentially featuring a 6.3-inch display and the iPhone 16 Pro Max offering a 6.9-inch display. These larger panels will utilize LTPO display technology, similar to the previous year's Pro models.

    Delay in Under-Display Technology

    Despite speculations about under-display technology hiding certain sensors, the implementation might be postponed. Kang Min-soo from Omdia mentioned that Apple's attempts to modify display features, such as concealing the camera or Face ID, using UDC technology may face delays, possibly extending to 2027.

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  • iPhone 17 to Possibly Feature Galaxy S24 Ultra-esque Anti-Reflective, Scratch-Resistant Display

    iPhone 17 to Possibly Feature Galaxy S24 Ultra-esque Anti-Reflective, Scratch-Resistant Display

    Apple's upcoming flagship iPhone, anticipated for a late 2025 release, may introduce a notable display enhancement based on recent leaks. As per information shared on Weibo by leaker Instant Digital, the iPhone 17 is rumored to incorporate a cutting-edge "super-hard anti-reflective layer" that offers enhanced scratch resistance compared to the current Ceramic Shield featured on iPhone 15 models.

    Potential Display Upgrade for iPhone 17

    The leak indicates that Apple has obtained new coating equipment from Japan, which has been integrated into its Chinese supply chain. This equipment is likely geared towards upcoming iPhone models, with the iPhone 17 being a prime contender since it is unlikely to be ready for the imminent iPhone 16 launch.

    Advancements in Display Technology

    Reports suggest that Samsung's latest Galaxy S24 Ultra utilizes Corning's Gorilla Glass Armor, renowned for reducing glare by 75% and significantly enhancing scratch resistance in comparison to other smartphone screens. Although the leak doesn't explicitly mention Gorilla Glass Armor, Apple's longstanding collaboration with Corning and shared features hint at a potential development akin to Samsung's technology for the iPhone 17. There's also a possibility that Corning might be working on a bespoke solution for Apple under a different branding.

    Apple currently employs its "Ceramic Shield" technology, jointly developed with Corning, which enhances drop protection over previous iPhone models. However, advancements by rivals like Samsung have seemingly spurred Apple to explore new frontiers in display capabilities.

    If these leaks hold true, the iPhone 17 could signify a significant stride in display technology for Apple. With promises of enhanced scratch resistance and reduced glare, users can anticipate a more robust and visually appealing smartphone experience.

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  • Motorola MWC 2024: Adaptive Display Concept Smartphone with 6.9″ Screen & Wearable Bracelet

    Motorola MWC 2024: Adaptive Display Concept Smartphone with 6.9″ Screen & Wearable Bracelet

    Lenovo recently unveiled the Motorola Adaptive Display Concept smartphone at MWC 2024, showcasing an innovative take on flexible display technology. Initially introduced in October 2023, the concept device is now out in the open, highlighting its distinctive features and functionalities.

    Revolutionizing Display Technology

    The Motorola Adaptive Display Concept touts an FHD+ pOLED display that can be flexed and contoured into various shapes, marking advancements in display and mechanical technologies akin to foldable and rollable devices.

    Adaptive Design for Versatile Usage

    A standout feature of the Motorola Adaptive Display Concept is its seamless adaptability to different scenarios. From a conventional flat smartphone mode, it effortlessly transitions to a smartwatch-like experience when wrapped around the wrist. Moreover, it offers diverse stand modes, ensuring versatility and adaptability. When flat, the 6.9-inch display delivers a complete Android experience, while in an upright position, it transforms into a more compact form with a 4.6-inch display, perfect for self-standing operations.

    Enhanced User Experience

    The display technology of this concept device dynamically adjusts based on its shape and orientation. For example, when worn as a smartwatch, the interface automatically switches to a smartwatch layout, optimizing usability for wrist-mounted activities. This adaptability boosts user convenience and functionality, making the device suitable for a range of tasks and engagements.

    Behind the scenes, the Motorola Adaptive Display Concept integrates cutting-edge battery tech to support its flexible design. The device houses a set of small batteries within its frame elements, connected to the hinge mechanism that enables its flexibility. However, details on the total battery capacity remain undisclosed.

    Although the Motorola Adaptive Display Concept has made significant progress, Lenovo underscores that it’s still in the early stages of development and not yet primed for mass production. Thus, it might be a few years before Lenovo launches a retail version of the device, should they choose to do so. Nevertheless, this concept device offers a promising peek into the future of flexible display technology, hinting at the potential advancements awaiting the smartphone industry.

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