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Humanoid Robots

Humanoid robots demand extreme precision, responsiveness, and scalability across dozens of joints, sensors, and compute domains. Renesas delivers system-level solutions for humanoid designs, combining high-performance processing, advanced motor control, robust power devices, and AI enablement—spanning multi-axis servo control and dexterous manipulation to vision, autonomy, and real-time networking. Fundamental technologies, comprehensive hardware offerings, and scalable software frameworks accelerate the development of agile, safe, and intelligent humanoid platforms.

High-Precision Multi-Joint Motion Control

Enable smooth, accurate movement across dozens of joints using Renesas MPUs and MCUs designed for multi-axis motor control. Advanced real-time processing, industrial networking, and functional safety support the precise coordination of servo, limb, and torso systems in humanoid robots.

Efficient Power for Compact Design

Renesas MOSFETs and GaN devices deliver high efficiency and fast switching at low power levels, resulting in compact designs with prolonged run times and low heat generation to reduce overall system impact. D-mode GaN supports advanced power topologies with high reliability, enabling precise control

Scalable AI & Vision Enablement

Support perception, navigation, and autonomy with MPUs optimized for vision AI, sensor fusion, and ROS 2 ecosystems. Renesas AI tools and accelerators enable low-latency image processing and scalable compute paths as humanoid robots adopt advanced AI models.

Simplified Power Management & System Integration

Renesas PMICs streamline power tree design for MPUs, MCUs, sensors, and connectivity, reducing design complexity and time to market. A broad ecosystem of reference designs, development kits, and software tools accelerates humanoid robot development from concept to deployment.

Humanoid Robots Applications

HMI & Voice

Manipulation & Arm Subsystems

Motor Control

Power, Battery & Charging Infrastructure

Robot Control & Processing

Visual Mapping & Sensor Integration

Begin Your Humanoid Robot Design Journey

Start your humanoid robot development with proven reference designs and tools that simplify integration and reduce time to market.

Icon showing circuitry illustration within a square, indicating electronic components of a circuit board.
Evaluate & Prototype

Kick‑start humanoid development with reference designs and development kits. 

Absolute Inductive Position Sensor Reference Design
RZ/T2M, RZ/T2L, RZ/N2L Motor Solution Kit (AC 220V Version)
RZ/T2H 9-Axis Motor Control Reference Design
RZ/V2H Robotic Development Kit
Icon showing cog-wheel within a square illustration, indicating configuration settings and access to controls.
Robotics Software & Toolchain
Develop and integrate humanoid robot software using a unified toolchain that supports firmware development, motor control tuning, and ROS‑based communication.
micro-ROS Solutions
RZ/V2H ROS2 Package
e² studio IDE & Coding Tool
Renesas Motor Workbench
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AI Enablement
Add intelligence to humanoid robots with tools that streamline AI development, from model optimization to efficient deployment.
RUHMI Framework
AI Model Deployer for Vision AI
AI Accelerator: DRP-AI
GitHub: RZ/V AI Web
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Reliable & Safe Robot Design
Design safer humanoid robots with functional safety solutions aligned to IEC 61508, supporting reliable motion control, fault detection, and risk mitigation.
IEC 61508 Functional Safety for Robotics

Designing for Humanoid Robotic Systems

Motor Control

Humanoid robots rely on coordinated motor control to enable everything from powerful arm and leg motion to delicate, human‑like hand movements.

Our complete motor control ecosystem integrates real‑time processing, efficient power, and advanced drive technologies. From multi‑axis and servo motor control with industrial networking and functional safety to high‑performance FETs for linear and rotational joints, we help designers build responsive, scalable, and reliable motion systems for humanoid robots.

Illustration featuring motor control capabilities of a humanoid robot.
Humanoid Robot Motor Control Capability
Robotics
System Block Diagram: Dexterous Robotic Hand
Modular, high‑precision motor control architecture for scalable dexterous robotic hands.
Video
Video: RZ/T2H 9-Axis Motor Control Demo with EtherCAT Controller and Sub Device
05:29Jul 9, 2025
Video
Video: Motor Control Solutions Overview
02:42Dec 17, 2024

Navigation Stack

Navigation is a critical capability in humanoid robotics to enable the system to be cognizant of how it's performing and interacting within its environment and the objects around it.

From distance and object detection with LiDAR, visual awareness from cameras with vision AI processing, and locationing for spatial positioning, we offer a variety of enabling technologies, products, applications, and resources to integrate a reliable and robust navigation system onto your humanoid robot.

Illustration featuring navigation capabilities of a humanoid robot.
Humanoid Robot Navigation Capability
Robotics
System Block Diagram: Visual Mapping with LiDAR-Based SLAM
LiDAR-based SLAM visual mapping enabling robust perception and navigation for autonomous robots.
Video
Video: Boost Vision AI Power Efficiency Using DRP-AI Accelerator
02:22Feb 1, 2022
White Paper
White Paper: Vision AI – Applications Across Hardware Platforms
PDF2.02 MBMar 25, 2025

System Compute

The system compute—often referred to as the “brain”—of a humanoid robot must coordinate multiple simultaneous operations, including motion control, perception, and vision processing, while maintaining deterministic, real‑time performance.

We support these compute requirements with scalable processing platforms and supporting software designed for complex, real‑time systems. This includes technologies for edge intelligence, processors optimized for real‑time operation, and a comprehensive set of development tools and software stacks to help manage and integrate system compute workloads.

Illustration featuring system compute capabilities of a humanoid robot.
Humanoid Robot System Compute Capability
Robotics
System Block Diagram: Humanoid System Compute Platform
Ultra-high AI compute brain coordinating real-time perception, control, and human-like movement.
Key Technologies
Explore Edge AI & System Compute for Humanoid Robotics
Explore Renesas' extensive solution stack to enable AI/ML development. Offering a broad product portfolio, software, and tools spanning across MCUs, MPUs, sensors, and wireless connectivity ICs, enabling seamless integration across all layers of the…

Power

Power systems for humanoid robotics are complex, with varying requirements across subsystems, battery operation during motion, charging or docking considerations, and multiple operating modes such as mission and standby states, each with distinct power needs.

We support these requirements with a broad power portfolio that includes GaN‑based power devices, battery management solutions, and supporting technologies designed to enable efficient and reliable power delivery across robotic systems.

Illustration featuring humanoid robot with charging or docking station highlighting its power capabilities.
Humanoid Robot Power Capability
Robotics
System Block Diagram: Humanoid Battery Management System (BMS)
Integrated humanoid robot BMS enabling safe, real-time power management, protection, and battery-state control.
Explore Power Management Portfolio
Renesas Electronics offers a comprehensive range of power management products, including intelligent power stages, FET drivers, backup power supplies, solid-state lighting, digital polyphase and battery management. Renesas' solutions support a wide…
White Paper
White Paper: Learn about Designing for Humanoid BMS
PDF546 KBR16WP0016EU0100 Rev.1.00May 26, 2026

Human Machine Interfaces (HMI)

HMI in humanoid robots span voice commands, touch displays, and status panels used for teleoperation, charging station monitoring, fleet management, and real-time fault alerts on the factory floor.

Our flexible, scalable HMI solutions bring intuitive human interaction to humanoid systems. From edge voice user interfaces and vision‑enabled HMI platforms to feature‑rich display systems with connectivity, we provide the development resources needed to integrate responsive, intelligent HMIs that enhance usability, control, and system awareness.

Illustration featuring HMI capability of a humanoid robot highlighting voice/audio control and wireless connectivity.
Humanoid Robot HMI Capability
Appliances
System Block Diagram: Voice and Display HMI System
Smart HMI system with 32-bit MCU supports GUI, voice I/O, IoT connectivity, and fast development tools.
Brochure
E-book: Voice and Vision Development
PDF3.63 MBR19PM0004EU0100 Rev.1.00Jun 13, 2024
Blog
Blog: Enhance HMI User Experience with Built-in Large Memory MPU
The RZ/A3M MPU is ideal for HMI applications in smart home appliances and industrial equipment, featuring built-in 128MB DDR3L SDRAM, two-layer PCB design support, and MCU-like usability.

Ecosystem

Building humanoid robots requires more than advanced hardware, it demands a complete ecosystem to accelerate development, integration, and certification. 

We support humanoid innovation with a broad portfolio of development tools, AI frameworks, motor and system design software, and functional safety resources. From AI model deployment and ROS 2 integration to motor tuning, debugging, and IEC 61508 functional safety support, we help reduce design complexity, shorten time to market, and scale humanoid platforms with confidence.

Illustration featuring ecosystem of a humanoid robot.
Humanoid Robot Ecosystem
Video
Video: AI Model Deployer Demo
07:45Jul 16, 2025
Video
Video: Deploy Smarter with the Renesas RUHMI Framework: Quantize, Optimize, and Run AI Models
06:37Jun 27, 2025
Video
Video: How to Control Motors with Micro-ROS and MCK-RA6T2 via CAN FD
03:01Jun 8, 2022

Featured Products

3D illustration featuring top and bottom views of FCBGA IC chip package with 1368 lead count.
RZ/V2H Active
Quad-core Vision AI MPU with DRP-AI3 Accelerator and High-Performance Real-time Processor
3D illustration featuring top and bottom views of VFQFPN IC chip package with 72 lead count.
RAA2L6060 Active
LiDAR Data Acquisition IC
3D illustration featuring top and bottom views of FBGA IC chip package with 729 lead count.
RZ/T2H Active
Advanced High-End MPU with Integrated Powerful Application Processing and High-Precision Real-Time Control for 9-Axis Motor Control
3D illustration featuring top and bottom of wlcsp ic chip package with 34 leads.
DA7212 Active
Ultra-Low Power Stereo Codec with 650µW Always-On Power Mode
3D illustration featuring top and bottom views of TSSOP chip package with 16 lead count.
IPS2550 Active
Inductive Position Sensor for High-Speed Motor Commutation (Automotive)

Product Categories

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
Operational Amplifiers
Precision, high-speed and general-purpose op amps
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

Documentation

Videos & Training

This video demonstrates the Renesas AI Model Deployer, a GUI-based tool integrated with NVIDIA’s TAO Toolkit. Designed to run locally on standard workstations, it simplifies AI model development and deployment for object detection and image classification at the edge.

Enabling Technologies

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Artificial Intelligence (AI)
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Functional Safety
Icon showing GaN text label within semiconductor chip symbol, indicating gallium nitride technology.
Gallium Nitride (GaN) Power
Icon showing motor illustration, indicating motor control technology.
Motor Control