Tag: AR glasses

  • Apple Cancels Lightweight AR Glasses, Focuses on Vision Pro 2 Development

    Apple Cancels Lightweight AR Glasses, Focuses on Vision Pro 2 Development

    Rumors about Apple working on slim AR glasses similar to Ray-Ban Meta Smart Glasses have been going around for several months. The idea was to create glasses that are so subtle that people could wear them all day. Instead of an integrated battery, Apple planned to connect them to an iPhone via a wire, allowing for decent processing power. Besides having speakers and microphones, the glasses were meant to feature a display within the lenses, showing useful information about real-world objects.

    Early Challenges

    Initial prototypes faced issues, as they drained the iPhone’s battery too fast, and the phone’s processing didn’t meet the needs for many features. This led to the creation of a new model that was designed to work with Macs. However, a recent report from Bloomberg states that these prototypes did not impress Apple’s management, resulting in the project’s cancellation this week. This has been a disappointment for Apple’s Vision Products Group, which is also in charge of the Vision Pro mixed reality headset, and has reportedly affected the team’s spirit.

    Future Aspirations

    Looking ahead, Apple is said to be aiming for AR glasses that won’t need a connection to an iPhone or Mac. Work on some key technologies, like microLED panels for the lenses, will keep going. The Vision division is also working on a new version of the Vision Pro and AirPods with built-in cameras, which could feature AR capabilities and gesture controls. Despite this, internally, Apple is struggling with the Vision Pro’s lack of success. It’s believed that the high cost has led to poor sales, and additionally, users are not utilizing their headsets as much as Apple had hoped, making it critical for the company to discover new uses for Vision Pro.

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  • Creal Clarity: 3D AR Light Field Display Technology Explained

    Creal Clarity: 3D AR Light Field Display Technology Explained

    Creal has launched its innovative Clarity light field display technology for manufacturers of AR glasses. This advanced display system accurately reproduces the complete 3D depth of virtual reality scenes, allowing eyes to focus effortlessly on virtual objects, whether they are close or far away.

    Traditional AR Glasses Limitations

    Most AR glasses currently utilize micro displays to project light into the eyes at a fixed focal point. This means that when users concentrate on a virtual image, real-life objects at varying distances become blurry. Conversely, focusing on real-world objects results in the virtual image appearing out of focus.

    The Advantage of Creal Clarity

    Creal Clarity mimics the light rays that come from virtual objects as if they were part of a real environment, accounting for the parallax differences that occur naturally when shifting focus between nearby and distant items. Clarity generates more than 1,000 depth plane images across the user’s field of view and employs pinhole-like optics to send the complete light field into the eyes.

    Users can naturally focus on 3D objects in AR scenes without experiencing eye strain, nausea, or other health concerns linked to traditional AR glasses that display images at a fixed distance. Creal Clarity delivers virtual environments with high spatial resolution that meets or exceeds that of current AR glasses, boasting over a 1,000:1 contrast ratio.

    Correcting Vision Issues

    This projection technology not only ensures exceptional lens clarity but also has the capability to correct for nearsightedness and farsightedness by rendering light fields as perceived through simulated prescription glasses. This innovation eliminates the need for prescription inserts in AR lenses.

    Creal, Creal press release, Creal on YouTube, Creal whitepaper

    A Major Leap for Vision-Friendly AR Glasses

    22.01.2025

    At CREAL, we are excited to announce a major advancement this new year! We proudly present Clarity, our state-of-the-art light field display made for integration into AR glasses. This groundbreaking display allows OEMs to create AR glasses that offer a truly natural, comfortable, and healthy viewing experience—free from visual conflicts and eye strain. This means extended and comfortable usage of AR glasses is now achievable, paving the way for augmented reality to realize its full potential.

    As the buzz around AR smart glasses continues to build, we firmly believe that for these devices to become everyday essentials, usable all day long, they must provide an authentic and accurate vision of both real and digital content, without adverse effects. These glasses represent the next step in the evolution of traditional eyewear, where their main goal—vision correction and enhancement—must remain intact. This is why our light field display is designed with vision care needs and eyewear features at its very foundation:

    – Real image depth for natural visualization
    – Prescription fit for corrected vision
    – Transparent lens for social comfort

    With this achievement, CREAL is excited to remove a significant hurdle to widespread AR adoption. Each element of AR glasses brings unique challenges, and the display especially requires a true transformation to present lifelike digital visuals. Ultimately, through technology licensing and custom component integration, Clarity will allow all-in-one AR glasses to provide a natural, immersive, and contextual visual experience.

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  • MicroLED Display Technology Approaches Commercialization

    MicroLED Display Technology Approaches Commercialization

    MicroLED technology is widely recognized for its incredible brightness, vibrant colors, and dependability, positioning it as a leading candidate for the future of display technology. Although some concerns arose when Apple suspended its microLED development for the Apple Watch, many experts believe that the exceptional performance of this technology is too remarkable to overlook for certain applications.

    Potential in Automotive Displays

    One promising application for microLED is in the automotive sector. Its high brightness makes it ideal for dashboard displays and instrument panels, and it also offers the potential for striking, transparent head-up displays (HUDs). As noted by Qiu Yubin, a senior research VP at TrendForce, the disparity between luxury and more affordable vehicles could encourage car manufacturers to implement microLEDs in their premium models, even if the initial costs are elevated.

    MicroLED in AR Glasses

    Additionally, microLED technology utilizing silicon is gaining traction in augmented reality (AR) glasses, where being compact and bright is essential. TrendForce projects that the microLED chip market might soar to a staggering $5.8 billion by 2028, with an impressive annual growth rate of 84 percent from 2023 to 2028.

    Recent Developments

    There have been some recent significant advancements in this field. Tianma is aiming to finalize its production processes by the end of this year and plans to begin small-scale deliveries by late 2025. At the same time, BOE is collaborating with different companies to invest 1 billion yuan ($139 million) into establishing a new microLED production line in Zhuhai. This facility has claimed to be the first 6-inch microLED plant to achieve mass production, and it just commenced operations this month.

    Despite these advancements, microLED faces several obstacles. Geng Yi, the executive vice secretary-general of the China OLED Industry Alliance, highlights that major challenges persist, such as issues with large-scale production, high manufacturing expenses, a fragmented supply chain, and the absence of universal standards.

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  • Apple’s Smart Glasses Revival? New Patent Hints Eyewear Hinge

    Apple’s Smart Glasses Revival? New Patent Hints Eyewear Hinge

    Apple might be giving new life to its smart glasses project, codenamed Apple Glass. Recent patent filings suggest a hinge mechanism tailored for eyewear, possibly for the speculated AR glasses. This development follows the release of the Apple Vision Pro, an advanced headset aimed at augmented reality experiences. Although the Vision Pro provides a robust AR solution, rumors indicate that Apple Glass may be targeting a different market segment.

    The “Dual-Axis Hinge Mechanism” allows the glasses arms to fold in different ways

    The patent details a “Dual-Axis Hinge Mechanism” enabling the glasses’ arms to fold and unfold in multiple ways. This includes a broader-than-usual open position, potentially benefiting users with larger heads or enhancing durability when the glasses are being opened.

    The design also emphasizes protecting the glasses’ electronic components, whether folded or in their regular open position. Furthermore, the hinge locks into specific positions and provides a comfortable “clamping force” to accommodate different head shapes.

    Cables routed through the hinge

    Another notable aspect is the mention of cables running through the hinge, possibly to connect speakers in the earpieces or other components located on the arms. This strengthens the notion of a glasses-like design instead of a head-worn device like the Vision Pro.

    It’s crucial to note that patents don’t ensure a product will ever be released. However, this filing offers a peek into Apple’s R&D activities, indicating they might be revisiting the smart glasses idea with an emphasis on comfortable wearability and a potentially more streamlined design.

    (Via)

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  • Xreal Unveils Air 2 Ultra: AR Glasses that Conform to Apple’s Vision Pro

    Xreal Unveils Air 2 Ultra: AR Glasses that Conform to Apple’s Vision Pro

    Xreal Introduces Air 2 Ultra Augmented Reality Glasses at CES 2024

    Xreal has recently revealed its newest product, the Air 2 Ultra, at CES 2024, positioning itself as a key player in the AR glasses sector. This move comes amid the impending launch of Apple’s Vision Pro, indicating Xreal’s commitment to competing in the upper echelon of the AR market.

    State-of-the-Art Features for Enhanced User Engagement

    The Air 2 Ultra comes equipped with two 3D sensors featuring advanced computer vision capabilities. This empowers users to engage with physical objects and manipulate them within a digital environment, opening up a myriad of potential applications such as 3D object manipulation, virtual furniture arrangement, and captivating gaming experiences.

    Sleek Design with Comfort in Mind

    With a design reminiscent of fashionable sunglasses, the Air 2 Ultra prioritizes comfort for extended usage. Weighing a mere 80 grams, these AR glasses offer adjustable temples and three nose pad sizes to ensure a secure and comfortable fit for users.

    Pioneering Technological Components

    What distinguishes the Air 2 Ultra is its utilization of titanium frames in conjunction with Sony’s Micro OLED panels. Each eye experiences a Full HD display featuring a 52-degree field of view and an impressive 42 pixels per degree, surpassing the clarity of Apple’s Vision Pro. Xreal asserts that users can project a virtual 154-inch screen into their surroundings.

    Sporting a refresh rate of 120Hz and a brightness of 500 nits, the display is suitable for outdoor use. Notable features include auto-dimming lenses for an immersive experience, directional audio for privacy, and voice-activated controls.

    External Processor Dependency

    It should be noted that unlike standalone headsets, the Air 2 Ultra relies on external processing power from a smartphone, computer, or Xreal’s Beam module. While this design choice results in a lighter and potentially more cost-effective device priced at $699, users must possess compatible devices to supply the necessary processing power.

    Primarily Geared Towards Developers

    Xreal has emphasized that the Air 2 Ultra primarily targets developers. Initially, there may be a limited selection of AR content available, and the software development kit (SDK) is slated for significant enhancements in the near future.

    Wrapping Up

    Through the launch of the Air 2 Ultra, Xreal seeks to solidify its presence in the high-end AR market. Boasting cutting-edge features, a stylish design, and innovative technology, these AR glasses present an enticing option for both developers and AR enthusiasts. While the reliance on external processing power may pose a constraint for some users, the competitive price tag of $699 positions the Air 2 Ultra as a compelling alternative to Apple’s rumored $3,499 Vision Pro. As the landscape of AR technology continues to progress, the evolution of Xreal and other industry players will be pivotal in shaping the future of augmented reality.

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  • China reveals Meizu MYVU Discovery AR glasses boasting remarkable precision

    China reveals Meizu MYVU Discovery AR glasses boasting remarkable precision

    Meizu Unveils World’s Lightest Full-Color AR Glasses

    Meizu has recently introduced the Meizu MYVU Discovery AR glasses, which the company claims to be the world’s lightest mass-produced full-color AR glasses. With a design precision comparable to sports cars and a lightweight build, these AR smart glasses from Meizu are both fashionable and user-friendly, making them suitable for all weather conditions.

    Cutting-Edge Features

    The Meizu MYVU Discovery AR glasses utilize a photolithography machine to customize three Micro LED displays with an impressive brightness rating. These displays are the world’s smallest AR all-in-one display, measuring just 0.4 square centimeters. The glasses also feature a Colored Light Engine that does not have any side bangs, resulting in a lightweight design. Additionally, Meizu has incorporated the world’s first mass-produced resin optical waveguide lens, ensuring that the device remains fashionable, lightweight, and suitable for all weather conditions. Despite its lightweight nature, the optical quality of the lens is on par with glass lenses.

    Industry-Leading Design

    Weighing only 71g, the Meizu MYVU Discovery AR glasses have been launched as the industry’s leading full-color AR glasses. The lens body is made from aviation-grade magnesium-aluminum alloy, accounting for more than 50% of its composition. Furthermore, the AR glasses feature a hollow design that reduces the number of lightweight parts and are assembled through an impressive 839 processes.

    Unparalleled Precision

    The precision of the MYVU Discovery AR glasses surpasses that of a sports car, providing users with an exceptional AR experience. These smart glasses come equipped with the FlymeAR system, which transforms them into intelligent personal assistants for various work scenarios. By working in tandem with the handcart, the glasses offer multi-terminal functionality, full scenarios, and an immersive integration.

    Pricing and Availability

    According to Meizu, the Meizu DISCOVERY AR smart glasses are already available for pre-sale, priced at 9,999 yuan (~$1,400). Meizu plans to recruit 520 top players from around the world to test the glasses. Currently, there is no information available regarding global availability and pricing for the Meizu MYVU Discovery AR glasses.

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