Core Insights - The article highlights the significant technological advancements made by 4K Garden during the 15th National Games, particularly through the use of AI+8K naked-eye 3D creative video production and 5G+4K domestic broadcasting systems, which enhanced the visual experience and efficiency of the event [2][17]. Group 1: Technological Innovations - 4K Garden developed a comprehensive AI+8K+naked-eye 3D production system that significantly reduced labor costs and improved traditional production efficiency by 60% [6][17]. - The self-developed "Butterfly 2.0" ultra-high-definition AI super-resolution system enhanced the quality of traditional naked-eye 3D visuals, addressing industry challenges such as long production cycles and high costs [6][17]. - The first domestic 5G+4K broadcasting vehicle was utilized in the Hong Kong venue, successfully completing public signal production for handball and fencing events, demonstrating stability and efficiency in complex scenarios [9][11]. Group 2: Market Impact and Opportunities - The integration of AI and ultra-high-definition technology in sports events is expected to drive significant growth in the sports industry, with the market projected to exceed 7 trillion yuan by 2030 [11][12]. - The live broadcast market for sports events reached a scale of over 100 billion yuan in 2025, with online viewership accounting for over 70% [11][12]. - The deployment of 8K naked-eye 3D technology is becoming a new mainstream in outdoor advertising, providing brands with immersive marketing opportunities and enhancing audience engagement [8][12]. Group 3: Future Prospects - 4K Garden aims to leverage its experience in ultra-high-definition technology to provide customized solutions across various sectors, including entertainment, sports, and cultural promotion, thereby driving digital transformation in the industry [8][16]. - The company is positioned to play a crucial role in the national "Future Television" initiative and the evolution of 5G-A "naked-eye 3D/cloud XR" technologies, which are expected to further enhance the broadcasting landscape [12][16].