3/13 上海｜星闪联盟：构建自主可控的智能终端无线连接战略底座

Core Viewpoint - The article emphasizes the profound adjustments in the global industrial landscape, driven by de-globalization and complex geopolitical relationships, presenting both challenges and strategic transformation opportunities for Chinese enterprises in the smart terminal industry [2]. Group 1: Event Overview - AWE2026, a significant global event in the home appliance and consumer electronics sector, will be held in Shanghai, adopting a "one exhibition, dual zones" model to enhance its influence and scale [3]. - The event will focus on cutting-edge fields such as AI technology, computing chips, 6G communication, and embodied intelligence, aiming to accelerate the implementation of new productive forces [3]. Group 2: Summit Focus Areas - The summit will cover the entire smart terminal industry chain, focusing on macro guidance, technological drivers, market foresight, and core supply chain discussions [4][5][6]. - Key topics include interpreting national industrial development policies, exploring how AI and other technologies reshape the consumer electronics industry, and examining the domestic production process of core semiconductors and display panels [4][5][6]. Group 3: Keynote and Participants - The summit will feature representatives from various sectors, including government, industry, academia, research, and investment, to discuss supply chain changes and collaborative paths for technology and industry [3]. - Notable speakers include Wang Xiao, who will discuss building a self-controllable wireless connection strategy for smart terminals [9][18]. Group 4: Starlink Technology - Starlink technology, a new generation of wireless short-range communication developed in China, aims to provide ultra-low latency and high reliability, supporting various applications in smart terminals [18]. - By 2025, the Starlink 2.0 standard will be fully implemented, with over 200 million Starlink devices expected globally, facilitating innovations in smart homes, automotive, and audio fields [18].