Humanoid System Compute (Brain)

The brain of a humanoid robot must coordinate multiple simultaneous operations and subsystems, including motion control, perception, and vision processing, all in real time. This humanoid system compute enables scalable ultra-high AI performance, ranging from 30 to 400TOPs (and beyond with integration of chipsets), with low power consumption. By integrating a variety of high-speed communication interfaces, the system ensures seamless, real-time coordination between critical components, such as the robot's joints, cerebellum, and dexterous hands, enabling smooth, precise, and human-like movements.

System Benefits:

• Scalable AI accelerators enable real-time execution of complex AI tasks such as vision processing, object recognition, and decision-making, ensuring the robot is adaptive and intelligent in dynamic environments.
• A diverse array of high-speed communication interfaces, including CAN FD, RS-485, SPI, UART, and Ethernet PHY, ensures low-latency, real-time communication between the robot's subsystems and parts.
• Low-power design with superior energy efficiency extends the operational run-time of battery-powered robots and reduces heat generation, ideal for long-term, mobile, or field-deployed applications.