Innovations in Display Tech Bring Us Closer to the Digital World
Google, Oppo and Vivo plan to adopt dual ultra-thin glass (UTG) structures for their next-generation foldable smartphones. The move marks a broader adoption of the dual-UTG design first used by Apple in its foldable phone. According to industry sources, Samsung Display is producing dual-UTG OLED prototypes tailored to specifications from Google, Oppo and Vivo.
Instead of one panel stretched thin across every task, it pairs a 6.13-inch E Ink display with a 4.96-inch color touchscreen that clips onto the back magnetically, then walks away again the moment you don’t need it. The E Ink layer is the phone’s permanent identity, a 300 PPI Carta 1300 panel that renders text with the same paper-like calm as a dedicated e-reader.
The Acer EP130K supports touch directly on its ePaper screen, enabling stylus use as well as the intuitive feel of writing or drawing with a finger. Its 13.3-inch matte screen provides a resolution of up to 3,200 by 2,400 pixels in black-and-white mode and up to 1,600 by 1,200 pixels in color; it can render up to 4,096 colors. The screen supports wide viewing angles of up to 178 degrees, vertically and horizontally.
Led by chemistry professor Do Young-rak, the team has developed a method that integrates several manufacturing processes considered critical to the commercialization of micro-LEDs — including mass assembly, chip orientation control, defective-pixel repair and mass transfer — on a single alignment platform.
Introducing the Philiips 34B2U5900C, and brand-new ultrawide monitor boasting a large 5K2K (5120 x 2160) native resolution. It’s an impressive curved 21:9 panel that also enjoys a native 120Hz refresh rate. On top of that, Dual Mode functionality allows users to drop down to 2560 x 1080 (ultrawide FHD) if they wish to double the refresh rate up to 240Hz.
reMarkable Paper Pure is an elegant, slim e-ink paper tablet with a monochrome canvas display, mimicking ink on a page. Essentially, the technology uses microscopic, electrically charged particles that physically move to the surface of the screen when a companion stylus passes over the surface. The company’s engineers conducted more than 100,000 unique tests using different compositions of tip material against various types of screen surfaces.
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