Leapmotor & Qualcomm unveil dual-chip central automotive computer for production cars
Press Release, 6 January 2026
At CES 2026, Chinese EV maker Leapmotor and Qualcomm Technologies revealed a breakthrough in vehicle computing with the production-ready central domain controller built on dual Snapdragon® Elite automotive platforms. This new central computer set to debut in Leapmotor’s upcoming flagship model, the D19 merges critical vehicle systems like the digital cockpit, advanced driver assistance, body controls, and connectivity into one unified architecture. The leap toward consolidated computing marks a big stride for software-defined vehicles, enabling smarter, faster, and more adaptive in-car experiences while simplifying overall electronic system complexity.
Rather than relying on separate processors for individual functions, this central controller uses two Qualcomm SA8797P chips working in tandem to handle demanding real-time workloads and emerging artificial intelligence tasks. The setup delivers the high performance needed for advanced features like support for up to eight displays (including 3K/4K screens), 18-channel immersive audio, and an extensive suite of driver-assist capabilities that leverage up to 13 cameras plus LiDAR, radar, and ultrasonic sensors. Over-the-air updates, remote diagnostics, and vehicle control also come standard, paving the way for continual enhancements long after the vehicle leaves the showroom.
This unified computing platform is designed not just for performance but also for flexibility. By centralising functions that were once distributed across many chips and controllers, automakers can cut development cost and complexity and bring more intelligent, safety-oriented features to market more quickly. Leapmotor’s CEO highlighted how this innovation supports the company’s push toward intelligent vehicle architectures, while Qualcomm emphasized that deep collaboration with automakers is essential as the industry transitions to more software-centric and AI-forward vehicles.
The Leapmotor D19’s adoption of this dual-chip architecture showcases a future where cars behave more like intelligent computers on wheels with scalable compute power ready to meet evolving driver expectations and next-generation mobility demands.
Compiled using AI
