Core Insights - Nasda has launched the world's first DSP chip G32R501 based on Arm® Cortex®-M52 dual-core architecture, designed for embodied robot applications, offering high computational performance, sensitive signal acquisition, and precise real-time control [2] Group 1: Product Features - The G32R501 chip utilizes Arm Helium technology and proprietary Zidian mathematical instruction extension units to meet the high computing power, efficiency, and precision requirements for perception, decision-making, motion control, and efficient human-robot interaction in embodied robots [2] - The company provides high-voltage servo controller solutions and six-axis robot joint drive controller solutions based on the G32R501 and EtherCAT communication chips, employing a dual-core parallel processing design to enhance dynamic performance, load capacity, precision, and response speed of robots [2] Group 2: Product Portfolio - The product lineup for humanoid robots includes joint controllers, real-time control DSP chips for dexterous hands, smart encoder chips, cerebellum computing chips, battery management master control chips, visual radar sensor chips, and torque sensor chips [2] - Some products have already been shipped in bulk to companies in the robotics and industrial automation sectors, such as Yushu Technology and Huichuan Technology [2]

Core Viewpoint - Nasda has launched the world's first DSP chip G32R501 based on Arm Cortex-M52 dual-core architecture, targeting applications in embodied robotics, emphasizing high computational performance, sensitive signal acquisition, and precise real-time control [1] Group 1: Product Features - The G32R501 chip leverages Arm Helium technology and proprietary Zidian mathematical instruction extension units to meet the high computing power, efficiency, and precision requirements of embodied robotics in perception and decision-making, motion control, and human-machine interaction [1] - The company offers high-voltage servo controller solutions and six-axis robotic joint drive controller solutions based on the G32R501 and EtherCAT communication chips, utilizing a dual-core parallel processing design to enhance dynamic performance, load capacity, precision, and response speed of robots [1] Group 2: Product Lineup - The product lineup for humanoid robots includes joint controllers, real-time control DSP chips for dexterous hands, smart encoder chips, cerebellum computing chips, battery management main control chips, visual radar sensor chips, and torque sensor chips [1] - Some products have already been shipped in bulk to companies in the robotics and industrial automation sectors, such as Yushu Technology and Huichuan Technology [1]