- MathWorks enables direct MATLAB and Simulink deployment on Renesas RH850/U2A and RA6T2 microcontrollers.
- The integration reduces manual toolchain setup for automotive and industrial embedded system development.
MathWorks has introduced new hardware support packages for Renesas Electronics RH850/U2A and RA6T2 microcontrollers, expanding integration capabilities between MATLAB, Simulink and embedded hardware deployment workflows. The newly launched packages are designed to support automotive and industrial engineering teams involved in embedded software development, allowing developers to automate build, flashing and on-target execution processes while minimizing manual toolchain and driver setup requirements.
The RH850/U2A microcontroller family is focused on automotive applications such as EV motor control, advanced driver assistance systems and body electronics. Meanwhile, the RA6T2 microcontroller platform is intended for industrial automation and robotics applications requiring high-speed real-time control and connectivity functions. According to the companies, the direct integration between simulation environments and hardware targets is expected to simplify development cycles and improve deployment efficiency across multiple embedded system use cases.
Supported Microcontroller Platforms and Target Applications
The latest support packages allow engineering teams to transition more efficiently from simulation-based development to real hardware execution. Automotive developers can deploy algorithms developed in Simulink directly onto RH850/U2A-based ECUs without requiring extensive manual configuration. In industrial environments, the RA6T2 integration is aimed at enabling rapid prototyping and deployment for servo systems and variable-speed drive applications.
Automotive and Industrial MCU Integration Overview
| Microcontroller Platform | Primary Application Area | Key Functions |
|---|---|---|
| RH850/U2A | Automotive | EV motor control, ADAS, body electronics |
| RA6T2 | Industrial & Robotics | Servo control, variable-speed drives, connectivity |
Automation of Embedded Development Workflows
The integration is intended to reduce engineering complexity by enabling automated workflows covering software build generation, flashing and on-target execution. By minimizing the need to manually assemble toolchains and configure device drivers, the collaboration aims to shorten development cycles and improve validation efficiency. The approach also allows teams to iterate faster during embedded software development and calibration activities for both ECU and industrial-control projects.
According to Brad Rex, senior director of the system solution team at Renesas’ UX Group, customers increasingly expect a direct and efficient workflow between simulation models and microcontroller deployment. He stated that the collaboration with MathWorks removes manual integration burdens, allowing development teams to validate designs earlier and streamline iteration processes across automotive and industrial applications.
Focus on Model-Based Development and Interoperability
The collaboration forms part of the MathWorks Connections programme, which is focused on improving interoperability between engineering software platforms and partner hardware ecosystems. Through the expanded support packages, engineering organizations can utilize model-based design approaches while accelerating the transition from software simulation to embedded hardware implementation. The initiative is expected to support growing requirements for faster embedded development workflows in automotive electrification, industrial automation and robotics projects.
Frequently Asked Questions
What is the purpose of the new MathWorks and Renesas integration?
The new integration enables automotive and industrial engineering teams to directly deploy MATLAB and Simulink models onto Renesas microcontrollers with automated workflows. The support packages simplify embedded software development by reducing manual toolchain assembly and device driver configuration requirements. This allows developers to accelerate simulation, validation and hardware deployment processes while improving efficiency for applications such as EV motor control, ADAS systems, robotics and industrial automation platforms.
Which Renesas microcontrollers are supported by the new packages?
The newly announced support packages cover the RH850/U2A and RA6T2 microcontroller families from Renesas Electronics. The RH850/U2A platform is targeted mainly at automotive applications including EV motor control, regenerative braking systems and body electronics. The RA6T2 platform focuses on industrial and robotics use cases such as servo control systems and variable-speed drives that require real-time control capabilities and connectivity support.
How does the integration help embedded system developers?
The integration helps developers by enabling automated build generation, flashing and on-target execution directly from MATLAB and Simulink environments. This removes the need for extensive manual configuration of toolchains and drivers, helping engineering teams reduce development complexity and accelerate validation activities. The workflow also supports faster iteration cycles and more efficient deployment of embedded algorithms onto automotive ECUs and industrial control hardware platforms.
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