Qualcomm Showcases AI-Driven Innovations at the 2025 China Mobile Global Partner Conference
Summary:
- Qualcomm reveals its commitment to end-side AI and 6G technology during the 2025 China Mobile Global Partner Conference in Guangzhou.
- The Snapdragon platform is demonstrated across multiple scenarios, showcasing its powerful computing capabilities tailored for AI applications.
- Collaborative efforts with partners highlight the importance of connectivity and performance in driving intelligent advancements across various industries.
From October 10th to 12th, 2025, the bustling metropolis of Guangzhou hosted the China Mobile Global Partner Conference, centered around the theme "Carbon and Silicon Symbiosis to Create the AI+ Era." This event placed artificial intelligence (AI) at the forefront of discussions, emphasizing its crucial role in future technological advances.
At the heart of the conference, Qualcomm presented its vision of "Making Intelligent Computing Everywhere." The company displayed its advanced terminal-side AI core technology, explored various implementation scenarios, and delved into the exciting world of 6G advancements at Booth 4D01 in Hall 4. Executives, including Akash Palkhiwala, Qualcomm’s COO and CFO, and Li Jing, Global Vice President, participated via video messages and speeches that underscored the synergistic value of "AI + connection." Their insights highlighted how terminal-side AI facilitates a smoother implementation of technology, supported by robust connection technologies like 5G-A, which are foundational for scaling AI across industries.
Qualcomm’s Unique Advantage in AI Computing
Li Jing’s participation at the Pan-Alliance Smart Future Innovation Cooperation Summit underscored Qualcomm’s vital role in the intersection of connectivity and AI capabilities. By integrating high-performance, low-power computing and advanced AI processing into a single chip, Qualcomm positions its technologies to support end-side AI applications across various devices. This comprehensive technological framework reflects Qualcomm’s confidence in transforming user experiences through terminal-side AI.
The newly launched fifth-generation Snapdragon 8 Extreme Edition mobile platform exemplifies this aspect. This platform, featuring the third-generation Qualcomm Oryon CPU, a cutting-edge Adreno GPU, and a Qualcomm Hexagon NPU, boasts remarkable advancements, including a 37% increase in AI performance. It supports processing speeds of up to 220 Tokens/s and can run complex AI models directly on mobile devices, ushering in a new era of personal AI applications.
The Snapdragon 8 Extreme Edition seamlessly enables local multi-modal interacting models on Android phones, allowing users to engage AI for tasks like visual perception and audio recognition. Consequently, it transforms smartphones into personalized AI hubs, streamlining operations and autonomously learning user habits.
Real-World Applications and Collaborative Ecosystems
Qualcomm’s exhibition also highlighted an intelligent experience derived from extensive partnerships, notably with Honor. Visitors experienced the Honor Magic8 series YOYO smartphone, which leverages the Snapdragon platform’s robust capabilities. Users can conduct cross-terminal searches and activate AI color tracking features with simple voice commands, showcasing the platform’s intelligent ecosystem.
Advancements in the PC sector were also notable, with the Snapdragon X2 Elite series engineered to enhance the Windows 11 AI experience. This includes real-time layout suggestions during document editing and efficient photo processing directly on the device, illustrating how AI is moving from conceptualization to practicality.
Qualcomm’s 5G-A technology lays the groundwork for reliable and low-latency connections, essential for the smooth operation of terminal-side AI. Three major 5G features were demonstrated at the conference, showcasing the high-speed performance necessary for advanced applications. For instance, an 8K 3D VR live broadcast system utilized 5G-A technology for a breathtaking, low-latency viewing experience.
Collaborative Efforts Drive Intelligent Solutions
True value from terminal-side AI manifests when ecological cooperation and scenario implementation come together. The collaboration between Qualcomm and China Mobile serves as a prime example. Their joint efforts have already yielded significant results, including the development of a large-scale terminal model that operates independently of cloud services. This technology enables mobile phones to respond to voice commands and generate text offline, representing a groundbreaking shift in user interaction capabilities.
At the summit, Qualcomm participated in launching the "Intelligent Power·Yuexiang Action" initiative, furthering AI integration into mobile devices. Significant advancements include the successful adaptation of Lingxi 2.0 intelligence on the Snapdragon 8 Extreme Edition, which allows users to employ straightforward voice commands to generate itinerary planning and control device collaboration efficiently.
Looking Ahead to 6G
While dedicating resources to enhance AI on the terminal side, Qualcomm is already laying the groundwork for 6G technology. According to Li Jing, 2025 represents a pivotal year for standardization in the 6G space. Qualcomm envisions a future where 5G-A and 6G technologies enable seamless integration between cloud computing and edge devices. This collaborative approach will enhance speed and efficiency while using AI to optimize network resources across industries, including automotive and healthcare.
Qualcomm predicts that 6G pre-commercial terminals may hit the market by 2028, further pushing intelligence beyond personal devices and into various sectors.
In conclusion, Qualcomm is at the forefront of a transformative era where AI and connectivity converge to enable intelligent computing on an unprecedented scale. With robust partnerships and a commitment to innovation, Qualcomm is poised to lead the charge in implementing adaptive, intelligent technologies across a multitude of applications, making intelligent computing a reality for all.
