High-Frame, an all in one Transparent OLED Workstation.
Harnessing Micro-OLED technology and Switchable Lenticular Displays, I engineered a high-performance all-in-one PC, empowering professional 3D artists to transcend reality through a transparent 3D screen.
Transparent screens have long been the holy grail of sci-fi computing, capturing the imagination of visionaries and futurists alike. While these cutting-edge displays may not yet be viable for wearable AR solutions, they are a perfect match for handheld VR, opening up a new world of immersive experiences without the constraints of cumbersome headsets. Moreover, the seamless integration of digital content with our physical environment offered by transparent screens enables enhanced collaboration and communication across various industries, redefining the way we interact with technology and fostering a new era of boundless innovation. Embrace the future with transparent screens – where the lines between reality and digital realms are blurred beyond recognition.
Initially, we envisioned a 3D display utilizing lenticular display technology with integrated eye tracking for an interactive picture frame experience. However, we deemed the concept too restrictive and conventional, prompting us to explore more innovative avenues.
We transitioned from the confines of a conventional picture frame concept to an avant-garde, all-in-one PC by synergizing lenticular displays and transparent OLEDs. This original invention integrates cutting-edge 3D technology, including switchable lenticular displays, eye tracking, and transparent OLEDs. The result is a pioneering product that transcends traditional boundaries, offering users an immersive and interactive computing experience unlike anything seen before.
Through iterative refinement, the final design emerged—a sleek, ergonomic semi-detachable display powered by high-performance GPUs and computing capabilities. Refined with an all-metal exterior and swappable parts, it offers durability and versatility. Cutting-edge eye tracking and LiDAR scanning enhance precision and functionality, catering to the needs of cutting-edge 3D graphics artists. This evolution represents a commitment to innovation and user-centric design, empowering a niche audience with unparalleled creative potential.
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