Key benefits - Flexible control: the serial bus servo board connects to a host or MCU to drive serial bus servos, enabling seamless integration with your existing control system. - High servo capacity: UART serial bus drive board supports controlling up to 253 ST/SC series serial bus servos at the same time, provided the power supply is sufficient. - Raspberry Pi compatibility: dedicated serial bus servo board for Raspberry Pi accepts 9 to 12.6 V input (the input voltage and the servo voltage must be matched), delivering convenient serial bus servo control solutions for Pi projects. - Jetson Nano compatibility: serial bus servo board for Jetson Nano includes an integrated control circuit to ensure stable operation of serial bus servos in AI and robotics applications. What makes it stand out - Wide compatibility: designed to work with host systems, MCU projects, Raspberry Pi, and Jetson Nano, while supporting ST/SC series servos. - Scalable control: the ability to manage hundreds of servos on a single board simplifies multi-axis robotics and automation tasks. - Stable operation: the Jetson Nano version incorporates an integrated control circuit to enhance reliability during continuous, real-time servo control. - Practical voltage options: Raspberry Pi variant supports a defined input range (9–12.6 V) with the caveat that input voltage and servo voltage must be matched, ensuring proper servo performance. Core features and compatibility - Function: serial bus servo control via UART interface; suitable for driving multiple ST/SC servos through a single board. - Compatibility: - General use: connects to a host or MCU for serial bus servo control. - Raspberry Pi variant: 9–12.6 V input; servo voltage must match the input voltage. - Jetson Nano variant: includes an integrated control circuit for stable servo operation. - Servo support: up to 253 ST/SC serial bus servos simultaneously (subject to power supply adequacy). Performance considerations - Power: a sufficient power supply is required when controlling a large number of servos to ensure reliable operation. - Stability: the Jetson Nano version provides an integrated control circuit to maintain stable performance during operation. 2–3 practical use scenarios - Robotic arm with MCU control: deploy the UART drive board to manage multiple joints via a microcontroller, enabling coordinated movement of several ST/SC servos for precise positioning. - Raspberry Pi robotics project: use the Raspberry Pi version to build a compact robot with multiple servo actuators, benefitting from the defined voltage range and simplified wiring for serial control. - AI-powered autonomous platform with Jetson Nano: leverage the Jetson Nano version for stable servo operation in projects requiring real-time motion control alongside computer vision or autonomous decision-making. Notes - For the Raspberry Pi version, ensure the input voltage matches the servo voltage to maintain proper performance. - Ensure the power supply is adequate when driving a large number of servos (up to 253 ST/SC units) to avoid voltage drop or instability.