FlexRay Training

DE Scandinavia North America

CANoe/CANalyzer.FlexRay Workshop | 1-4 Days

FlexRay in theory and practice: This workshop teaches you the fundamentals of the time-triggered bus system FlexRay. You will also learn about the goals and potential uses of FlexRay as well as the basic principles and technical terms of the protocol. Using the Vector tool CANoe/CANalyzer.FlexRay you will work on a real cluster and conduct measurements, evaluations and simulations. Practical work using a test ECU round out this workshop.

Module 1: FlexRay Fundamentals

Duration: 1 Day
Target Group: FlexRay Users, ECU Developers
Prerequisites: Basic understanding of serial data transmission

Content:

  • Introduction to FlexRay
  • Physical Topologies and Signal Transmission
  • Synchronization
  • Communication structure and Bus Access

Module 2: Introduction CANoe/CANalyzer.FlexRay

Duration: 1 Day
Target Group: Users of CANoe or CANalyzer for FlexRay
Prerequisites: FlexRay Fundamentals

Content:

  • Data Bases for FlexRay
  • Introduction to CANoe/CANalyzer.FlexRay
  • Initiation of a FlexRay Network
  • Measuring and Analyzing in CANoe and CANalyzer

Module 3: Introduction to CANoe Models for FlexRay

Duration: 1 Day
Target Group: Users of CANoe for FlexRay
Prerequisites: FlexRay Fundamentals, Knowledge about CANoe for FlexRay

Content:

  • Introduction
  • Modeling and Simulation in CANoe.FlexRay
  • Creation of Panels
  • Introduction to CAPL
  • CAPL for FlexRay

Module 4: CANoe.FlexRay in Practice

Duration: 1 Day
Target Group: Users of CANoe for FlexRay
Prerequisites: FlexRay Fundamentals, Knowledge about CANoe for FlexRay, Knowledge about modeling and simulation in CANoe.FlexRay and CAPL for FlexRay

Content:

  • Introduction into the Practice Day
  • Initiation of a FlexRay Network
  • Measuring and Analyzing in CANoe.FlexRay
  • Modeling and Simulation in CANoe.FlexRay
  • Checking of Startup and Wakeup

CANoe/CANalyzer.FlexRay Workshop | 1-4 Days

FlexRay in theory and practice: This workshop teaches you the fundamentals of the time-triggered bus system FlexRay. You will also learn about the goals and potential uses of FlexRay as well as the basic principles and technical terms of the protocol. Using the Vector tool CANoe/CANalyzer.FlexRay you will work on a real cluster and conduct measurements, evaluations and simulations. Practical work using a test ECU round out this workshop.

Module: FlexRay Fundamentals

Duration: 1 Day
Target Group: FlexRay Users, ECU Developers
Prerequisites: Basic understanding of serial data transmission

Content:

  • Introduction to FlexRay
  • Physical Topologies and Signal Transmission
  • Synchronization
  • Communication structure and Bus Access

Module 2: Introduction CANoe/CANalyzer.FlexRay

Duration: 1 Day
Target Group: Users of CANoe or CANalyzer for FlexRay
Prerequisites: FlexRay Fundamentals

Content:

  • Data Bases for FlexRay
  • Introduction to CANoe/CANalyzer.FlexRay
  • Initiation of a FlexRay Network
  • Measuring and Analyzing in CANoe and CANalyzer

Module 3: Introduction to CANoe Models for FlexRay

Duration: 1 Day
Target Group: Users of CANoe for FlexRay
Prerequisites: FlexRay Fundamentals, Knowledge about CANoe for FlexRay

Content:

  • Introduction
  • Modeling and Simulation in CANoe.FlexRay
  • Creation of Panels
  • Introduction to CAPL
  • CAPL for FlexRay

Module 4: CANoe.FlexRay in Practice

Duration: 1 Day
Target Group: Users of CANoe for FlexRay
Prerequisites: FlexRay Fundamentals, Knowledge about CANoe for FlexRay, Knowledge about modeling and simulation in CANoe.FlexRay and CAPL for FlexRay

Content:

  • Introduction into the Practice Day
  • Initiation of a FlexRay Network
  • Measuring and Analyzing in CANoe.FlexRay
  • Modeling and Simulation in CANoe.FlexRay
  • Checking of Startup and Wakeup

FlexRay Fundamentals

This class targets tool users and ECU developers to provide them with the fundamentals of the time triggered bus system. Topics include physical topology, communication structure and how FIBEX database is implemented.

Prerequisites: Basic understanding of bus systems
Duration: 1 Day

Class Outline:

  • Introduction to FlexRay
  • Physical topologies and signal transmission
  • Synchronization
  • Communications structure and bus access
  • Introduction to FIBEX
  • Questions