Textured Displays Redefining Immersive Spaces Through

1. Textured Displays: Redefining Immersive Spaces Through "Technology + Art" Synergy Introduction: The Rise of "Art When Off" in Display Technology In the age of digital-artistic convergence, display screens have evolved from mere information carriers to core mediums for constructing immersive environments. Textured displays emerge as a revolutionary force, introducing the concept of "art when off"— functioning as high-definition digital interfaces when active, and transforming into natural- textured artistic installations when dormant. This dual identity resolves the visual intrusiveness of traditional displays, pioneering a paradigm where technology empowers art, and art reconstructs space. Technical Innovation: The Dual Identity of Textured Displays The breakthrough of textured displays lies in the integration of materials science and optical engineering. Nano-optical layer processing creates over 10 micro-nano structures on the screen surface, enabling customizable textures—wood grain, marble, cement patterns, and even artistic reliefs. These structures achieve physical realism through low off-state reflectivity, mimicking building materials seamlessly.

2. When active, 4K resolution, high contrast, and wide color gamut deliver immersive digital experiences. Technical routes like COB (Chip on Board) and MIP (Micro LED in Package) balance pixel invisibility up close and scene integrity from afar. High-hardness protective layers and wide viewing angles ensure durability, aligning with architectural material standards. This technology births a new spatial narrative: when dormant, micro-nano structures control light to merge the display with its environment, stripping away its "tech product" identity to become a "cultural canvas." When activated, AI-driven dynamic responses—adapting to weather, time, or pedestrian flow—transform textures (e.g., stone to liquid metal), creating a "pleated narrative" between physical and digital realms, inspired by the philosophy of "Fold City." Upgraded Applications: From Functionality to Immersive Experience

3. Textured displays reshape human-environment interaction by blending "physical texture verisimilitude" with "digital content reconstruction," forming a "static scenery, dynamic environment" ecosystem. • Historical Museums: Embedded in ancient architecture, displays mimic weathered Song Dynasty bricks or wooden textures when off. When lit, they project dynamic market scenes, combining with sound field technology to let visitors "touch" historical holograms, merging tactile realism with temporal immersion. • Contemporary Art Exhibitions: During the day, screens display rough cement textures; at night, nano-coatings transform them into "liquid metal," triggering light feedback on touch. This evolves spaces from static to interactive installations, maximizing versatility. The core lies in upgrading architectural interfaces from passive carriers to active experience generators. In cultural, educational, and exhibition spaces, their "one screen, thousand faces" adaptability redefines spatial emotion and temporal depth—directly addressing the off-state limitations of traditional LED displays.

4. Textured Displays vs. Conventional LED: Conquering Off-State Challenges Traditional LED displays fail aesthetic integration: high reflectivity creates a monotonous black void, clashing with surroundings—criticized as "urban psoriasis." Deprived of motion, they remain mechanical, ill-suited for modern spatial design. Textured displays disrupt via nano-optical tech: surface treatments reduce reflectivity, enabling near-real textures (wood grain, marble veins, cement roughness). Customizable artistic designs—from 3D reliefs to hand-painted art—turn displays into decorative walls, merging with architecture. Technically, conventional LEDs’ pixelation and high reflectivity limit them to functional uses (outdoor ads, control rooms). Textured displays, via advanced packaging and multi-layer optical treatment, excel in both dynamic clarity and off-state artistry, driving their shift from products to spatial ecosystem cores. Conclusion: The Paradigm Shift to "Technology + Art" Immersion Textured displays mark a shift from "function" to "experience," dismantling the "useful when on, useless when off" paradigm. With "art when off," tech products become spatial aesthetic participants, not disruptors. From commercial hubs to cultural venues, they reconstruct human-space interaction, ushering in an era of technology + art immersion. As technology iterates and applications expand, textured displays are poised to become the "infrastructure" of future spatial design—redefining the symbiosis of technology and art in the digital age.