Applied Filters:
Renesas Boards & Kits
Development
Motor Control Evaluation System for RA Family - RA6T1 Group
MOTOR-RSSK-RA6T1 Active
Demonstrates brushless DC motor control using RA6T1 MCUs. Designed to support quick evaluation of motor control algorithms.
Development
Evaluation System for BLDC Motor
MOTOR-RSSK-BLDC Active
Demonstrates a low‑voltage brushless DC motor solution for easy motor control evaluation. Designed to support quick setup and testing of motor behavior.
Recommended Documents:
Evaluation
CPU Card for Motor Control
MOTOR-CPU-CARD Active
Extends Renesas motor control evaluation systems with MCU-specific CPU cards. Enables rapid evaluation of motor control applications across supported MCU platforms.
Partner Boards & Kits
SoM/SBC
Genesis Board
Genesis board is a production-ready single board computer (SBC) designed for industrial enclosures and based on the Renesas RA8 microcontrollers, featuring hardwired TCP/IP Ethernet connectivity and Renesas RA4 microcontrollers for the serial-to-CAN interface. It serves as both a deployment platform for connected industrial and IoT products and a development and evaluation board. The board is prepared for integration with the separately licensed ZKIE secure bootloader, which adds certificate-less onboarding and secure over-the-air updates, helping designs meet Cyber Resilience Act (CRA) requirements.
Provided By:
WIZnet Germany GmbHEvaluation
RA Family Microcontroller Board
General-purpose evaluation board featuring Renesas RA microcontrollers. Available as a standalone evaluation board or as part of functional kits supporting applications such as CAN, touch key interfaces, and brushless motor control.
Provided By:
HOKUTO DENSHIOther
Reference Board for Motor Control Consulting Service
Provides Renesas CPU cards for inverter drive applications, along with compatible inverter platforms ranging from low-voltage systems to AC 400V and supporting current ranges from approximately 5A to 300A. These reference platforms help accelerate motor control development and evaluation.
Provided By:
Desk Top Lab