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ROS Body Controller for Robotic Systems

Overview

Description

The adoption of robots across various industries and applications is rapidly increasing as demands for greater efficiency and precision in processes and tasks grow. Robotic systems are becoming more complex, performing multiple tasks and processes involving various subsystems, which necessitates a centralized body controller to manage the overall coordination and integration of the entire robotic system.

This centralized Robot Operating System (ROS) body controller enables the control of multiple servos based on ROS, an open-source set of software libraries and tools, to provide centralized control, communication, and reliable power delivery.

System Benefits​:

  • ROS offers a standardized way to control robots, making this design ideal for coordinating complex robotic behaviors and ensuring seamless communication between different components.
  • Seamless DDS and ROS integration, powered by the high-performance 32-bit MCU, ensures efficient operation in resource-constrained environments.
  • Multiple servo control via 1-wire UART and RS-485 reduces system complexity and cost.
  • Supports Pub/Sub communication via Ethernet, USB, and Wi-Fi modules.
  • Wide supply voltage range from 4.5V to 40V provides compatibility with various devices.

Comparison

Applications

Block Diagram

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4:3 ratioSerial ServosSerial ServosSerial ServosSheet.1Sheet.2Sheet.3Sheet.4JP177JP177JP177RS-485RS-485RS-4853 State Buffer3 State Buffer3 State BufferIMU*IMU*IMU*MII-PHY*MII-PHY*MII-PHY*MPU BoardMPU Board (Robot Brain)MPU Board(Robot Brain)Input4.5V-40V4.5V-40V4.5V-40VBatteryBatteryBattery12V/2.7Amax12V/2.7Amax12V/2.7Amax5V/4.2Amax5V/4.2Amax5V/4.2AmaxSheet.32Sheet.33Sheet.34Sheet.35Sheet.36Sheet.37Sheet.38Sheet.39Sheet.40Sheet.41Sheet.42Sheet.43Sheet.44Sheet.45Sheet.46Sheet.47Sheet.48Sheet.49Sheet.50Sheet.51Sheet.52Sheet.53Sheet.54Sheet.55Sheet.56Sheet.57MotorSheet.59Sheet.60MMMotor.61Sheet.62Sheet.63MMMotor.64Sheet.65Sheet.66MMMotor.67Sheet.68Sheet.69MMSheet.70Sheet.71Sheet.72Sheet.73Sheet.74Sheet.75Connector 1.168Connector 1.168.77Connector 1.168.78Sheet.79Connector 1.168.803.3V/20mA3.3V/20mA3.3V/20mAConnector 1.168.82*Inertial Measurement Unit*Inertial Measurement Unit*Inertial Measurement UnitConnector 1.168.84Connector 1.168.853.3V/250mA3.3V/250mA3.3V/250mAConnector 1.168.873.3V/10mA3.3V/10mA3.3V/10mA*Media-Independent Interface*Media-Independent Interface*Media-Independent Interface12V/1Amax12V/1Amax12V/1Amax5V/4Amax5V/4Amax5V/4Amax3.3V/100mA3.3V/100mA3.3V/100mA24MHz24MHz24MHz25MHz25MHz25MHz3.3V/50mA3.3V /50mA3.3V/50mASheet.98Clock GeneratorClock GeneratorClock GeneratorX’talX’talX’talWi-FiWi-FiWi-FiBi-directionalLDOLDOLDOSheet.102MCUMCUMCUResetResetResetUARTUARTUARTSPISPISPIClock Gen.Clock Gen.Clock Gen.EthernetEthernetEthernetUSBUSBUSBUARTUARTUARTBuck-BoostBuck-BoostBuck-BoostSwitching RegulatorSwitching RegulatorSwitching RegulatorVoltage SupervisorVoltage SupervisorVoltage Supervisor
Exiting Interactive Block Diagram

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