This product is an edge intelligent sensing chip designed specifically for intelligent scenarios such as robots and drones. It focuses on three core requirements: high performance, low power consumption, and high security. Through a SoC architecture based on the RISC-V instruction set, it achieves deep hardware and software co-optimization. The chip integrates multiple subsystem parallel computing modules and, combined with domestically produced technology, maintains low power consumption (typical scenario power consumption ≤3W) while achieving a computing power of 4 TOPS@INT8. It supports 4K/8K real-time image processing and multi-target dynamic tracking, meeting the high-speed response requirements in complex environments.
The chip integrates a national standard SM2/SM3/SM4 encryption engine, supporting secure boot, encrypted data transmission, and a Trusted Execution Environment (TEE), effectively defending against side-channel attacks and data tampering risks. For robot vision recognition scenarios, it provides high-precision semantic segmentation and 3D spatial modeling capabilities; for drone applications, it optimizes moving target detection and dynamic obstacle avoidance algorithms, adapting to diverse scenarios such as industrial inspection, logistics delivery, and security monitoring.
This chip adopts a standardized interface design, is compatible with mainstream operating systems and development frameworks, and supports rapid secondary development. Through a domestically produced supply chain, it achieves independent control over core IP, providing secure, efficient, and reliable edge computing solutions for smart devices, helping industry customers build intelligent and differentiated competitive advantages.
