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Robotics

Building Safe, Smart, Efficient Robots

Robotics is transforming industries and daily life, demanding precise control, real-time processing, safety, and seamless connectivity. Renesas accelerates robotics development with comprehensive solutions that integrate high-performance MCUs, MPUs, motor drivers, power management, and advanced sensing technologies. Our scalable solutions support applications from industrial robots and collaborative robots to service robots and automated machines, delivering low latency, robust safety, and energy efficiency. With reference designs, AI support, and global engineering expertise, we empower faster innovation and reliable deployment in robotics.

High-Performance Vision AI for Robotics

Achieve high-performance vision AI and ML inference with our MPUs featuring DRP-AI accelerators. Deliver up to 80 TOPS at just 5W, enabling robotics for navigation or object detection while reducing thermal constraints and system costs.

Precision Motor Control & Power Efficiency

Achieve smooth, precise robotic motion with our MCU and MPUs, paired with compact GreenPAK motor drivers and efficient power stages. Enable silent robot limbs, reduce heat, and extend battery life for agile and reliable robotics.

Seamless Connectivity for Smart Robotics

Enable seamless robot communication with our solutions offering EtherCAT®, PROFINET®, EtherNet/IP™, RS-485, Gigabit Ethernet, and ultra-low-power Wi-Fi®—supporting real-time motion control, high-speed vision data, and secure cloud integration.

Certified Safety & Faster Time to Market

Accelerate robotics safety compliance with our solutions supporting IEC 61508 and IEC 60730. Combine certified MCUs, software test kits, and partner boards for AGVs, collaborative and service robots, reducing risk and speeding time to market.

Robotics Applications

Household Robots

Humanoid Robots

Learn more about Humanoid Robots

Industrial Robots

Mobile Robots

Robotics Computing & Control Systems

Robotics Servo Drives

Accelerating Robotics Development with ROS Support

Modern robots rely on complex software frameworks to manage tasks ranging from sensor fusion to motion planning. As the leading standard in robotics software, ROS offers the flexibility and interoperability required to build intelligent, connected robotic systems. However, efficiently integrating ROS across hardware, real-time control, and AI workloads continues to be a significant challenge.

Renesas advantage:

  • ROS 2–ready MPUs (RZ/V2H, RZ/T2H) with optimized drivers and long-term Linux support
  • Reference designs like the ROS body controller to accelerate development
  • Tools and packages for fast integration with sensors, actuators, and cloud services
RZ/V2H ROS2 PackageROS-Based Robot Body Controller Reference Designmicro-ROS Solutions
ROSS logo.
ROSS Third-Party Logo Image

Empowering Intelligent Robotics with DRP-AI

Robots are increasingly expected to see, understand, and respond in real time, making local AI inferencing essential. Our DRP-AI provides high-performance edge inferencing with ultra-low latency and power efficiency, enabling intelligent robotics across industrial, service, and mobile platforms.

Renesas advantage:

  • DRP-AI accelerators built into RZ/V series MPUs for fast, energy-efficient edge AI
  • Support for mainstream frameworks like TensorFlow Lite, ONNX, and PyTorch via DRP-AI TVM and translator
  • Boards and kits for quick prototyping and demonstration
AI Accelerator: DRP-AIRZ/V Embedded AI MPUsSMARC SOM Evaluation Kit for RZ/V2L MPU with AI Accelerator
Mobile robot delivering food in a restaurant.
Mobile Food Delivery Robot

Ensuring Safe & Reliable Robotic Systems

As robots increasingly take on complex, human-focused roles in factories, homes, and hospitals, functional safety is essential. From collaborative arms to autonomous service robots, developers must create systems that adhere to strict global safety standards—all while maintaining an efficient development process.

Renesas advantage:

  • IEC 61508-certified self-test libraries for RA and RX MCUs
  • Comprehensive safety packages including manuals, sample code, and test reports to streamline compliance
  • Support for Class B and C safety standards across industrial and household robotics platforms
Engineer in factory checks for functional safety of robotic arm on real time monitoring system.
Factory Engineer Checks Robot Functional Safety

Reference Designs

2-Axis Robot Arm Reference Design
RX 32-Bit Performance/Efficiency MCUs
Absolute Inductive Position Sensor Reference Design
Inductive Position Sensors
ROS-Based Robot Body Controller Reference Design
RA Arm Cortex-M MCUs
RZ/T2H 9-Axis Motor Control Reference Design
RZ 32 & 64-Bit MPUs

Product Categories

Clocks & Timing
The industry's broadest and deepest portfolio of advanced silicon timing products
GreenPAK Programmable Mixed-Signal Products
Cost-effective non-volatile memory (NVM) programmable devices
Interface
Interconnect solutions for data center and communication applications
Microcontrollers & Microprocessors
MCUs and MPUs available in a wide array of memory and package options
Power Discretes
GaN Power Discretes and Power MOSFETs for mid-to-high power applications
Power Management
Wide range of low-to-high voltage power IC solutions for efficient and reliable power management
Sensor Products
Broad portfolio of optical, position, automotive, and signal conditioning sensors
Wireless Connectivity
Bluetooth, Wi-Fi, and NFC wireless communications solutions

Partners

Banana Pi logo.
High-Performance SoM
The Banana Pi BPI-AI2N system on module (SoM) and BPI-AI2N carrier board are open-source hardware solutions designed to leverage the advanced capabilities of the RZ/V2N Vision AI MPU.
FPT Software Company logo.
Autonomous Mobile Robot
NextAMR is an AI-equipped autonomous mobile robot, focusing on the low and mid payload segment.
IMDT logo.
V2H & V2N SoM
IMDT SoMs powered by Renesas RZ/V2H and RZ/V2N MPUs deliver an optimal balance of performance, efficiency, and cost, making them ideal for AI-driven vision applications.
OneKiwi™ Technology logo.
Secure RZ/V2H SoM
OneKiwi Secure V2H SoM is a high-performance, cost-effective module designed for a range of AI-driven vision applications.
SoMLabs logo.
Vision V2L SoM
SOMLab's VisionSOM-V2L is a small, energy-efficient SoM equipped with a dual core, heterogeneous RZ/V2L MPU with hardware AI accelerator.
SomDevices logo.
µSMARC RZ/V2N
SOMDEVICES µSMARC RZ/V2N is a new smaller mechanical concept form factor, and modular & sustainable solution that is scalable, flexible, reusable, maintainable, and risk minimized.
NexCOBOT NEIO functional safety device.
Success Story

Human-Robot Collaboration at NexCOBOT

Discover how NexCOBOT is revolutionizing functional safety through seamless collaboration between humans and robots.

Read Success Story

Enabling Technologies

Icon showing checkmark within shield, indicating reliable protection and security
IEC 61508 Functional Safety
Icon showing AI text within a semiconductor chip symbol, indicating artificial intelligence.
Artificial Intelligence (AI)
Icon showing location pin surrounded by circular target symbol, indicating asset tracking and locationing
Asset Tracking & Locationing at Scale (ATLAS)
Icon showing GaN text label within semiconductor chip symbol, indicating gallium nitride technology.
Gallium Nitride (GaN) Power
Icon showing machine interface with human touch gesture on screen, voice, and power button illustration, indicating HMI technology.
Human Machine Interface (HMI)
Icon showing motor illustration, indicating motor control technology.
Motor Control

Documentation

Videos & Training

This demo highlights the unique features of the RZ/V2H processor, including its proprietary dynamically reconfigurable AI accelerator (DRP-AI3), quad Arm® Cortex®-A55 Linux processors, and dual Cortex®-R8 real-time processors. 

These components enable real-time AI vision and advanced robotics, supporting intuitive, gesture-controlled manipulation. With exceptional image processing and dynamic calculation capabilities, the system is ideal for applications such as autonomous robots and machine vision in factory automation.

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