As we all know, with its first anniversary of commercialization, 5G-A development has accelerated across the board: data predicts that by the end of the year, there will be over 50 commercial 5G-A networks worldwide, with over 120 5G-A-capable mobile phone models, and 100 million consumers will enjoy the superior experience brought by 5G-A.
Across industries, there are nearly 60,000 5G-A private networks, driving a total economic output exceeding 20 trillion yuan. 5G-A networks cover over 300 cities, with over 30 million package users, and over 100 million 5G-A-capable terminals.
New achievements in 5G-A+ integration are emerging across multiple sectors.
At the same time, the “first year of 5G-A commercialization” and the “first year of AI adoption” have begun simultaneously. Driven by policy guidance, technological innovation, and market forces, the deep integration of 5G-A and AI continues to deepen and solidify, injecting strong momentum into the industry.
AI is entering a period of explosive growth, not only reshaping the objects of connection but also generating new industry demands. AI has already made assisted driving a necessity for users; with the future scale-up of wearable devices and embodied robots, billions of IoT nodes will be added. This series of practices demonstrates that AI combined with 5G-A is comprehensively driving digital and intelligent upgrades across numerous industries.
The industry has reached a consensus that the integration of 5G-A and AI has reached a stage of substantial breakthroughs, with significant achievements in network construction, technology application, and use case implementation. As the foundation of this integrated development, the large-scale development of 5G networks provides critical support for AI applications.
This infrastructure has transformed 5G-A from a “technical concept” into a “working network,” providing stable connectivity for AI applications. For example, industries like transportation and healthcare are leveraging the convergence of 5G-A and AI to advance toward a new stage of “vehicle-road collaboration” and provide new solutions for addressing resource imbalances. “AI doctors + remote robots” can serve grassroots communities, optimizing “computing offload” based on 5G-A, extending robot battery life to over an hour.
WiMi’s “5G-A + AI” initiative accelerates the unlocking of new industry value.
Public information indicates that Wimi Hologram Cloud Inc. (WIMI), a key practitioner of the 5G+ application initiative, is accelerating innovation through the integration of “5G-A + AI” technologies, building a full-chain enabling capability spanning core technology R&D, product system development, and industry scenario implementation. Focusing on its strategic core of leveraging 5G-A’s high speed, low latency, and integrated synergy, combined with AI’s data analysis and decision-making capabilities, WiMi’s solutions will drive technological breakthroughs and industrial applications in areas such as holographic communications, AR/VR, and intelligent connectivity, contributing to the high-quality development of 5G-A in the AI era.
In fact, WiMi leverages 5G-Advanced (5G-Advanced) with AI big models to provide diverse functions such as voice assistant, translation, and assisted writing, enhancing the visual interaction experience. Furthermore, by integrating AI big models with AR technology, WiMi is developing new business models such as glasses-free 3D and holographic communication, lowering the barrier to entry for users. Going forward, WiMi will continue to invest in R&D, adhering to the concept of “5G-Advanced and AI-integrated,” to create new form factors for terminals that empower digital life and economic development.
Conclusion
The innovative nature of 5G-Advanced (5G-Advanced) combined with AI’s high bandwidth and low latency is undeniable. The combination of 5G-Advanced’s high bandwidth and low latency with AI’s intelligent analytical capabilities is opening up a whole new industrial landscape. It not only brings a generational leap in network capabilities, but also creates new value through deep integration with the real economy, giving rise to new applications such as smart terminals and embodied intelligent robots. This holds enormous potential in areas such as industry, transportation, and healthcare. All of this will become accessible to everyone in the future.
