Telecom giant Ericsson held its Ericsson Day mobile trends forum in Taiwan on September 16, which featured its Asia-Pacific management team, as well as Singapore Telecommunications (Singtel), the global network API standardization platform Aduna, and industry partners MediaTek and Intel. The forum centered on the themes of "Beyond 5G business model innovation" and "AI and mobile technology evolution," exploring future developments in mobile communication technologies and innovations in the Taiwan market.

Compal Electronics and Thunder Tiger have announced a strategic partnership to co-develop an integrated communications module for beyond visual line of sight (BVLOS) unmanned vehicle applications.

With 6G expected to enter commercial operation by 2030, industry leaders are shifting their focus from competing on technical specifications to developing sustainable business models and building robust ecosystems. At a recent 6G wireless communication standardization forum held in Taipei, experts emphasized that future success hinges on two critical factors: delivering tangible user experiences and creating AI-driven value chains. They also underscored that the path to 6G must draw heavily from the commercialization lessons of 5G.

Qualcomm has introduced its latest flagship mobile platform, the Snapdragon 8 Elite Gen 2, built using TSMC's 3nm process and incorporating a customized Oryon core to deliver improved performance. Simultaneously, Chinese consumer electronics giant Xiaomi announced that its next-generation smartphones will bypass the "16" series and launch directly as the Xiaomi 17, 17 Pro, and 17 Pro Max, all powered by Qualcomm's new chip.

AI-powered smart glasses are gaining momentum, yet analysts expect Meta to dominate the market until at least 2027, as Apple and Google's competing devices remain in development. Industry executives say Taiwanese firms must enhance vertical integration and reinforce supply chain strengths to secure business in markets beyond China.

Since Huawei established Shenzhen HiSilicon Semiconductor in 2004, its semiconductor business has supported over two decades of development and innovation within Huawei's product ecosystem. However, from 2000 to 2003, Huawei faced one of its most challenging periods and nearly became a US company. CEO Ren Zhengfei confirmed this long-rumored episode during an interview.

As 6G technology is anticipated to enter commercial operation by 2030, telecom companies worldwide face significant strategic decisions beyond technical innovation. The emerging standard requires balancing capital recovery with competitive positioning, while avoiding the pitfall of viewing 6G merely as a speed upgrade or technological showcase.

Xiaomi's enthusiasm for India appears to be waning as regulatory pressures, shrinking market share, and leadership reshuffles weigh on the company's strategic priorities, according to executives familiar with the matter cited by the Economic Times.

With Apple officially switching the iPad Pro display to OLED technology in 2024, industry speculation has intensified over whether MiniLED backlighting can maintain its position in MacBook Pro displays. The supply chain widely believes that Apple intends to adopt the same dual-layer tandem OLED technology used in the iPad Pro for the MacBook Pro, with OLED integration expected to begin between 2026 and 2027. Additionally, the MacBook Air may transition to OLED by 2029, posing a significant challenge to MiniLED applications in the IT market.

Apple's recently launched iPhone 17 series has garnered significant global attention, with Chinese media focusing on the comparison between China and India in the company's supply chain. Reports highlight that despite India's growing involvement, China remains an indispensable part of Apple's manufacturing and supply network.

As generative AI matures, the traditional division of labor within enterprises is undergoing a profound transformation. At Taiwan Mobile's D.E.E.P. Tech Day 2025 on September 9, 2025, Chief Information Officer Rock Tsai introduced the concept of "reversing specialization," arguing that AI is not merely a productivity upgrade but a force that will redistribute corporate roles, reshape value chains, and accelerate the rise of an "AI agent" ecosystem in external markets.