Through heterogeneous isolation technology, different computing power can be selected to use according to different scenarios, as well as different specifications and safety requirements, which can support the flexible development of automotive electronic and electrical architectures, and support various architectural schemes such as compute clusters, Cockpit-AD integration, and central compute.Target a massive L2+ level cross-domain computing market. To balance performance and cost efficiency, our design goal is to provide human-machine interaction, driving-and-parking integration, and data exchange capabilities through a single chip.
Based on the most advanced semiconductor technology in the industry, we ensure the balance of computing power, power consumption, and cost. We platformilized the product development and met the needs of each scenario through a set of SDK, saving development time and subsequent long-term maintenance costs. At the same time, the development tools are designed and applied towards the whole product family, and the deep learning toolchain based on the Huashan series is reused, and one-click migration of the algorithm ensures that the software assets of existing Huashan series customers are inherited.