Functional Safety

Neutron Controls can support your ISO 26262 development in the following ways:

Technical Consulting

Automated Testing / HIL Simulation Platforms

  • Integrating Safety Elements out of Context
    (SEooC = AURIX™) into new designs
  • Safety plan definition for AURIX systems
  • Functional safety management guidance, as per ISO 26262 part 2
  • Optimized workflows adapted to individual development processes
  • Software development – software architecture definition and partitioning, linking safety requirements to code, unit software testing
  • AURIX™ Safety Management Unit (SMU) configuration and alarm g
  • AURIX™ Integration with Power-Management ICs (e.g. TLF35584)

Accelerate your software development and testing with a bespoke hardware-in-the-loop simulator using REDLINE carrier board as both the control target and also the plant model, as shown in the motor control example below.  In addition, bespoke hardware interfaces can be easily added for actuator test rigs, CAN simulation tools or other hardware devices.

Customized Training Courses

Neutron Controls Course

ISO 26262 Product Development for Infineon AURIX™ Microcontrollers

Neutron Controls Course

ISO 26262 Software Development for Infineon AURIX™ Microcontrollers
RedLIne

Duration: 3 Days

Target audience: Project Managers, System Engineers, Software and Hardware Engineers

Overview:  Covering all parts of the ISO 26262 standard with an emphasis on AURIX™ product development, including the following customized examples for each topic:

  • Hazard analysis and risk assessment
  • Management of functional safety
  • Functional safety concept definition
  • Technical safety concept derivation
  • Software development
  • Verification and validation
  • Release for production
  • Supporting processes
  • Workflows for development
  • Working with Safety elements out of context

Duration: 2 Days

Target audience: Software and Systems Engineers who intend to develop or review code for AURIX™

Overview:  A combination of theory followed by hands-on examples for developing safety critical software applications and interfacing with the AURIX™ Safety Management Unit (SMU), including:

  • ISO 26262 SW dev. requirements 
  • Multi-core SW architecture and partitioning
  • Memory management and ensuring freedom from interference
  • Safety critical software testing
  • Safety Manual Assumptions of Use
  • SMU integration and fault reaction handling