Microcontrollers
TriCore®/AURIX™
AURIX™ TC3xx Workshop: 32-Bit Multicore Microcontroller Family (Aurix-2G Second Generation) - Live Online Training
You know the architecture, basic on-chip peripherals and the features (especially related to multicore and safety extensions) of the AURIX™ device family.
You get to apply low-level drivers for this hardware, adapt examples as required and test them with a debugger.
Numerous exercises make this training a practice-oriented software workshop.
YOUR BENEFIT:
Efficient and compact jump-start into the overall topic
Practical tips on multicore and safety
Exercises for download
Hardware and software architects, hardware and software developers, test engineers // IMPORTANT NOTE: A valid NDA with the chip vendor is a pre-requirement to attend the Aurix-2G training course.
ANSI-C knowledge; experience in microcontroller/microprocessor system programming and architecture
Infineon AURIX™ 2G Architecture
- Multicore architectural blocks
- Interconnectivity
- Consequences for software architectures
CPU Subsystem
- Multicore instruction set extensions
- Registers files and context switching
- Memory protection unit (software monitoring)
Internal Connectivity
- Crossbar and peripheral bus
- CPU clustering
- Performance aspects for software
Memory
- Memory map
- Configuration options
- Cache and software handling
- Types
- Hierarchy
- Test
Infineon Low-Level Drivers: Overview
- Configuration structures
- Application programming interface
- Library distribution
- Frameworks and demos
Ports
Exceptions and Handling
- Traps (hardware and software)
- Interrupts (hardware and software)
- Vector tables
- Broadcast software interrupts (core synchronization)
- External interrupts
Direct Memory Access Controller DMA
- Move engines
- Triggering (hardware and software)
- Advanced features (software relaxation)
Timer
- System timer (STM)
- General purpose timer 12 (GPT12)
- Capture compare unit (CCU)
- Watchdog timer (WDT)
- Temporal protection timer (TPS, exception timer)
- Generic timer module (GTM) - overview
Safety and Security
- Safety measures
- Safety management unit (SMU)
- Protection mechanisms
- IO monitoring
- Hardware security module (HSM) - implementation overview
Multicore Aspects
- Startup and boot
- Low power options
- Communication and synchronization
- Intrinsics usage in C/C++
- Tool aspects (compiler, linker)
- Debugging (AMP, SMP)
System Control
- Reset: sources, types and consequences
- Boot: software configuration and modes
- Clocking
- Emergency stop requests
Power Management System (PMS)
- Supply generation options
- Embedded voltage regulators
- Standby and wakeup
- Die temperature sensor
Synchronous and Asynchronous Standard Peripherals
- Micro second channel (MSC)
- Serial peripheral interface (QSPI)
- Inter IC interface (I2C)
- UART (ASCLIN)
Sensor Interfaces
- SENT
- PSI5
- PSI5-S
Analog To Digital Converter
- EVADC
- EDSADC
- Enhanced features offloading software
Automotive Interfaces: Overview
- LIN
- CAN
- FlexRay®
High Speed Serial Link Interface (HSSL)
Ethernet: Overview/Demo
Debug
- Interfaces
- Tracing
- Multicore aspects
Exercises
- Numerous exercises will be conducted on an Infineon AURIX™ board, covering the following aspects: use of low-level drivers, protection mechanisms, interrupt controller, DMA controller, system timer, port, multicore aspects, monitoring, performance measurement etc.
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IMPORTANT NOTE: A valid NDA with the chip vendor is a pre-requirement to attend the Aurix-2G training course.
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Please note that the Aurix-2G training does not explicitly cover ADAS specific blocks. If required, please contact our service office prior to the training, phone +49 (0)89 450617-71.
Präsenz-Training - Englisch
Live-Online - Deutsch
Präsenz-Training - Deutsch
AURIX™ TC3xx Workshop: 32-Bit Multicore Microcontroller Family (Aurix-2G Second Generation) - Live Online Training
Inhalt
Infineon AURIX™ 2G Architecture
- Multicore architectural blocks
- Interconnectivity
- Consequences for software architectures
CPU Subsystem
- Multicore instruction set extensions
- Registers files and context switching
- Memory protection unit (software monitoring)
Internal Connectivity
- Crossbar and peripheral bus
- CPU clustering
- Performance aspects for software
Memory
- Memory map
- Configuration options
- Cache and software handling
- Types
- Hierarchy
- Test
Infineon Low-Level Drivers: Overview
- Configuration structures
- Application programming interface
- Library distribution
- Frameworks and demos
Ports
Exceptions and Handling
- Traps (hardware and software)
- Interrupts (hardware and software)
- Vector tables
- Broadcast software interrupts (core synchronization)
- External interrupts
Direct Memory Access Controller DMA
- Move engines
- Triggering (hardware and software)
- Advanced features (software relaxation)
Timer
- System timer (STM)
- General purpose timer 12 (GPT12)
- Capture compare unit (CCU)
- Watchdog timer (WDT)
- Temporal protection timer (TPS, exception timer)
- Generic timer module (GTM) - overview
Safety and Security
- Safety measures
- Safety management unit (SMU)
- Protection mechanisms
- IO monitoring
- Hardware security module (HSM) - implementation overview
Multicore Aspects
- Startup and boot
- Low power options
- Communication and synchronization
- Intrinsics usage in C/C++
- Tool aspects (compiler, linker)
- Debugging (AMP, SMP)
System Control
- Reset: sources, types and consequences
- Boot: software configuration and modes
- Clocking
- Emergency stop requests
Power Management System (PMS)
- Supply generation options
- Embedded voltage regulators
- Standby and wakeup
- Die temperature sensor
Synchronous and Asynchronous Standard Peripherals
- Micro second channel (MSC)
- Serial peripheral interface (QSPI)
- Inter IC interface (I2C)
- UART (ASCLIN)
Sensor Interfaces
- SENT
- PSI5
- PSI5-S
Analog To Digital Converter
- EVADC
- EDSADC
- Enhanced features offloading software
Automotive Interfaces: Overview
- LIN
- CAN
- FlexRay®
High Speed Serial Link Interface (HSSL)
Ethernet: Overview/Demo
Debug
- Interfaces
- Tracing
- Multicore aspects
Exercises
- Numerous exercises will be conducted on an Infineon AURIX™ board, covering the following aspects: use of low-level drivers, protection mechanisms, interrupt controller, DMA controller, system timer, port, multicore aspects, monitoring, performance measurement etc.