Innovations in Display Tech Bring Us Closer to the Digital World
The ThinkBook Plus Gen 6 Rollable represents a fundamental shift in how we think about portable workspace design. While the industry has been obsessing over foldable displays that crease and bend, Lenovo took a different approach – they went vertical with a motor-driven flexible POLED panel that expands from 14 inches to 16.7 inches seamlessly.
Developed by researchers at Pohang University of Science and Technology in South Korea, this device integrates OLED displays with biosensors. It monitors health metrics through tears, paving the way for advanced wearable diagnostics. The lens uses OLED technology to display real-time data. Its thin, flexible design ensures comfort, making it ideal for daily wear.
If you’re actually looking to use this thing for a project instead of a mean-spirited gaming handicap, then you’ll probably be doing so for some kind of small gadget or monitor. The Raspberry Pi’s 5-inch 1280×720 touchscreen is perfect for that, mounting directly on the bottom of a Pi and featuring a 5-point multitouch panel. It’s powered directly from the Pi’s GPIO with just 5 volts, so it won’t take up one of your precious USB ports.
The Vistara All-in-One COB LED Display Series offers 4K resolution for the 163″ model, and 2K resolution for the 108″ and 136″ screen sizes. The plug-and-play Vistara’s all-in-one design integrates display, processing, audio and control systems, eliminating the need for separate components such as dvLED panels. The displays combines ultra fast refresh rates with high contrast for vibrant colours and deep blacks and crisp whites.
CAYIN Technology introduces universal e-Paper integration, enabling any industry to display real-time data on any e-Paper device. Designed to achieve ESG sustainability goals, the solution offers ultra-low power consumption, sunlight readability, wide viewing angles, and automated content updates—reducing costs, enhancing efficiency, and elevating brand image.
Researchers at KAIST (Korea Advanced Institute of Science and Technology) have unveiled a new approach to stretchable OLED displays that can maintain image quality even when deformed - a challenge that has limited their use beyond wearables and niche electronics. The KAIST team’s solution is to overlap multiple sub-pixels in the same location. When the display is stretched, the hidden pixels separate and become visible, filling gaps and maintaining pixel density.
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