en.Wedoany.com Reported - At the 2026 Automotive Technology and Cooperation Summit, Qualcomm showcased its latest practices in extending its smart cockpit business into the field of physical AI. This chip supplier, long regarded as the "King of Smart Cockpits," provided specific examples of AI implementation in mass-produced vehicles through its cockpit-drive integrated chip platform and the vehicle-side AI Claw ecosystem plan.
Qualcomm, together with ecosystem partners including ArcherMind, AutoLink, Banma Smart, Desay SV, Megatronix, and ThunderSoft, jointly announced the "Vehicle AI Claw Ecosystem Plan." This plan aims to combine the Snapdragon Digital Chassis with the Qualcomm Agent AI Runtime Environment. Leveraging the capabilities of these ecosystem partners in cockpits, vehicle operating systems, agent middleware, AI applications, and mass production delivery, it provides automakers with an integrated path from proof of concept to mass production, addressing fragmentation issues in automotive intelligent development.
At this summit, Qualcomm emphasized two key technology concepts: "a converged architecture supporting mixed-criticality workloads" and the "computing continuum." The former addresses the challenge of simultaneously handling safety tasks and AI tasks on a single chip, while the latter tackles the issue of AI capabilities migrating with users across different devices. Qualcomm believes that competition in the physical AI era will transcend the intelligence level of a single vehicle, shifting towards whether agents can span more devices and provide a continuous experience.
Qualcomm's cumulative shipments of smart cockpit chips have exceeded 75 million units. In the Chinese market, it has maintained a leading position across five generations of products, from the Snapdragon 8155 to the Snapdragon 8397. Globally, over 350 million vehicles are equipped with Qualcomm Snapdragon Digital Chassis solutions. A turning point occurred in January 2023 when Qualcomm launched the Snapdragon Ride Flex system-on-chip (Snapdragon 8775), the industry's first scalable series of SoCs supporting both digital cockpits and advanced driver assistance systems.
The Flex platform of the Snapdragon 8775 implements a converged architecture for mixed-criticality workloads at the hardware level. Its internal ASIL-D real-time control domain and QM/ASIL-B AI inference domain employ physical isolation at levels such as registers, caches, and memory controllers, while computing resources like CPU cores, NPUs, and GPUs can be dynamically shared. This design avoids the inter-chip communication latency common in dual-chip solutions. In urban NOA scenarios, dual-chip solutions require a 10-20 millisecond inter-chip "handshake" latency, whereas the Flex solution places perception results directly in shared memory, achieving latency below 1 millisecond.
In the fourth quarter of 2025, DJI Automotive's cockpit-drive integrated solution based on the Snapdragon 8775 was implemented in the Arcfox Alpha T5, with a single chip simultaneously executing urban NOA and smart cockpit functions. By June 2026, the Flex platform had secured design wins for 9 vehicle models, including mass-produced models like the Arcfox Wendao V9 and Buick Zhijing L7, taking less than three and a half years from chip launch to multi-vehicle volume production.
Under the "computing continuum" concept, Qualcomm leverages its extensive product line covering 2 milliwatts to kilowatts (including headphone chips, phone chips, automotive chips, and data center accelerators) to build a unified AI framework and agent state management. Developers can use the same API to develop agents that run simultaneously on phones, cars, and glasses, maintaining state synchronization across devices.
Qualcomm's deployment strategy differs from the logic of simply pursuing greater computing power or larger models. Its focus lies in the collaborative work of AI capabilities and safety systems, leveraging its vast ecosystem base of Android phones, smartwatches, headphones, and XR devices powered by Qualcomm chips to position the car as a node within an "agent universe."
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