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M1 Integration Tool
M1 Integration Tool
M1 Integration Tool

OVERVIEW

For use with Simulink®

MoTeC M1 Integration Tool, for use with Simulink® enables the integration of a compiled Simulink® model into an M1 control unit. This feature provides a streamlined pathway from MATLAB® and Simulink® control system development to embedded software for an M1 controller by providing a dedicated MoTeC target to the Simulink® Code Generation.

The M1 Integration Tool is installed in MATLAB® and Simulink® and makes MoTeC custom blocks available through the Simulink® library browser. These custom blocks may be used when developing the model. Compilation of the Simulink® model generates a User Library that can be used within M1 firmware development to assign channels and connect physical I/Os.

FEATURES

  • Intended for firmware development for MoTeC’s M1 ECUs, designed for motorsport.
  • Suitable for development of petrol and diesel engine management systems.
  • Suitable for development of Electric Vehicle and Hybrid Electric Vehicles applications.
  • Enables ECU configuration, analysis and calibration using MoTeC’s M1 Tune software.
  • Allows data visualisation and analysis using MoTeC’s i2 software.
  • Opportunity to develop complete control systems or subsystems for block exchange.
  • The M1 Integration Tool is installed in MATLAB® and Simulink® and makes MoTeC custom blocks available through the Simulink® library browser. These custom blocks may be used when developing the model.
  • Compilation of the Simulink® model generates a User Library that can be used within M1 firmware development to assign channels and connect physical I/Os.
  • Stateflow® and Multi-rate Simulink® models are supported.
  • The resulting embedded code can be loaded into one of MoTeC’s M1 controllers and calibrated using M1 Tune software.

USE CASES

  • Develop a complete engine or electric vehicle control system in Simulink® to use with one of MoTeC’s M1 control units.
  • Develop a control subsystem for a block exchange in an existing M1 Package. For example, replace a complete gear shift module or traction control module in a MoTeC GPR Package with specific control functions that are developed in Simulink®.
  • Develop a control subsystem to add additional functionality to an existing M1 Package. For example add an electric vehicle control module to an existing MoTeC GPR Package to develop a hybrid vehicle control system.

LINKS

PURCHASING

If you are interested in purchasing this product contact an Authorised MoTeC Dealer.

DOWNLOADS

Brochure
Name
Version / Part
Published
Download
Name, Version / Part, Published
Name
Version / Part
Published
Download
M1 Integration Tool
May 2022
Download
M1 Integration Tool
May 2022
M1 Integration Tool
May 2022
Download
Useful Links

This page shows the relevant downloads for this product. For a full selection of MoTeCs downloads visit the Downloads page.

 

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OVERVIEW

FEATURES

USE CASES

LINKS

PURCHASING

DOWNLOADS

PREREQUISITES

The M1 Integration Tool requires:

  • MATLAB® and Simulink® installation (support from version R2019a)
  • Embedded Coder, Simulink® Coder and MATLAB® Coder
  • M1 Build (version 1.4.1.0277 or up), MoTeC's development software
  • M1 Tune, MoTeC's calibration software
  • M1 Development Licence (SL)
  • M1 Simulink Activation