SAK-TC297TC-96F300S BC

Overview

A powerful AURIX™ microcontroller for automotive & industrial applications

The SAK-TC297TC-96F300S BC belongs to the  AURIX™TC29xT family. Its innovative multicore architecture, based on up to three independent 32-bit TriCore CPUs, has been designed to meet the highest safety standards, while simultaneously increasing performance significantly. With its Triple TriCore with up to 300 MHz,  a Flash Memory of  6MB  and a  powerful and generic timer moduel (GTM),  the TC29xT series aim for a reduced complexity, best-in-class power consumption and significant cost savings.

Key Features:

  • Triple TriCore with 300MHz / DSP functionality
  •  6 MB Flash w/ ECC protection
  • 128 KB EEPROM at 500 k cycles
  • 456 KB RAM w/ ECC protection
  • 128x DMA channels
  • Sensor interfaces : 15xSENT, 5xPSI5, 1xPSI5S  
  • State of the art connectivity:  Ethernet 100Mbit , 2xFlexRay, 4xASCLIN, 6xQSPI, 2xI²C,  15xSENT,  3xMSC,        1xHSSL ,  1xI²S emulation 
  • Programmable HSM (Hardware Security Module)
  • Single voltage supply 5V or 3.3V
  • LFBGA-292 package  (LFBGA 0.8 mm pitch )
  • ambient Temperaure range -40°C...+125°C

Most innovative safety:

 

Applications:

Industrial applications:

Safety applications:

 

Connectivity Applications: 

Transportation applications:

 

 Powertrain applications:

 (H)EV applications:
AURIX™ TC2xx
Diagrams

Interactive Diagram [ pass over the diagram with the cursor to learn more about the features ]

Tools & Software

AURIX™ Embedded Software

 

Embedded Software Solutions

 

 

Ready to use software packages are the basic components for todays automotive ECUs. Infineon unveils: 

 

Microcontroller abstract drivers

 Safety drivers
  • PRO-SIL SafeTlib (AURIX TC2xx)
  • PRO-SIL SBST Software-Based Self-Test (AURIX TC3xx)
 Security software 
  • AUTOSAR crypto driver (AURIX TC3xx) via  software partners
  • Intrusion Detection Prevention Systems (IDPS) via  software partners

 Free TriCore Tools

1. Free TriCore Entry Tool Chain

2. Altium Free Tools for TriCore/AURIX

  • Free TASKING VX-Toolset for AURIX
  • Free TASKING Pin Mapper for AURIX( Request here )

3. Infineon Tools 

 Libraries

  System software

 

 

  

 

 

 

 

 

› Supported AUTOSAR releases and devices

  • V4.0.3: AUDO MAX
  • V3.2, V4.0.3: AURIX™ TC2xx
  • V4.2.2: AURIX™  TC3xx
  • ISO 26262 support

› Complex driver for non-standardized modules (for TriCore™)

 

 

    › AUTOSAR BSW suite via partners :

     ARCCORE, Elektrobit, ETAS, KPIT, Mentor  Automotive,  Vector 

   › Delivery packages include :

   source code, user manual, Tresos configuration tool

    

 

AUTOSAR is a standardized automotive software architecture to establish the reuse of software within the automotive area. This is the baseline for enabling a transition from an ECU specific software development to an application oriented approach.

Infineon provides MC-ISAR low-level drivers based on the AUTOSAR MCAL layer. With the MC-ISAR AUTOSAR drivers a system supplier can use one set of standardized basic software drivers over different applications within one configuration tool. By developing MC-ISAR in house at Infineon this enables efficient and optimized drivers. A CMM level 3 certified process is applied for the MC-ISAR drivers.

The complete AUTOSAR suite is provided in close cooperation with software partners which allow to reuse their long term software experience. Thus an optimized AUTOSAR software bundle is available.

 

Access to the microcontroller hardware is routed through the Microcontroller Abstraction Layer. The MCAL layer ensures a standard interface and controls the microcontroller peripherals. Standardized components are

 

Basic AUTOSAR package MC-ISAR:

  • MCU (Microcontroller Unit) driver: provides services for basic microcontroller initialization, power down functionality, reset and microcontroller specific functions
  • WDG (Watchdog) driver: provides services for initialization, changing the operation mode and triggering the watchdog
  • GPT (General Purpose Timer) driver: uses the hardware timer channels of the general-purpose timer unit
  • SPI handler/driver: provides services for reading from and writing to devices connected via SPI busses (e.g. EEPROM, Watchdog, I/O ASICs).
  • PORT driver: provides the service for initializing the whole PORT structure of the microcontroller. The DIO driver works on pins and ports which are configured by the PORT driver.
  • DIO driver: provides services for reading and writing to/from DIO channels (pins), DIO ports, DIO channel groups
  • ICU (Input Capture Unit) driver: for demodulation of a PWM signal, counting pulses, measuring of frequency and duty cycle, generating simple interrupts and also wakeup interrupts
  • PWM (Pulse Width Modulation) driver: generates pulses with variable pulse width. It allows the selection of the duty cycle and the signal period time.
  • ADC (Analogue Digital Converter) driver: provides services to start and stop a conversion respectively to enable and disable the trigger source for a conversion.

MC-ISAR COM package:

  • CAN driver:  provides services for CAN transmissions
  • CanTrcv CAN transceiver driver: provides services to control the transceiver hardware which detects electrical malfunctions, supports power supply control and wake up via the bus.
  • LIN driver: applies to LIN 2.0 master nodes

MC-ISAR MEM package:

  • FLASH driver: provides services for reading, writing and erasing flash memory and handling write / erase protection
  • FEE driver: provides services for the Flash EEPROM Emulation

In addition to standardized modules AUTOSAR provides the possibility of complex driver for non-standardized hardware module. To efficiently exploit the hardware MCAL Complex Drivers are an essential component for hardware abstraction.

 MC-ISAR MCAL CD (MCAL Complex Driver) package:

  • UART driver: provides services for handling the UART communication
  • MEMCeck driver: handles the CRC module
  • FADC (Fast Analogue Digital Converter) driver: provides services for the Fast ADC module
  • Additional driver for non standardized modules are available
 

Supported AUTOSAR releases and devices

  • V4.0.3: AUDO MAX V3.2,
  • V4.0.3: AURIX™ TC2xx
  • V4.2.2: AURIX™ TC3xx
  • ISO 26262 support

Complex driver for non-standardized modules (for TriCore)

ASPICE L2 (AURIX TC3xx)

 

  › AUTOSAR BSW suite via partners:

   ARCCORE, Elektrobit, ETAS, KPIT, Mentor Automotive,  Vector 

  › Delivery packages include:

  source code, user manual, Tresos configuration tool

  › ASIL-D process to ensure freedom from interference in memory
 
 
 AUTOSAR  is a standardized automotive software architecture to establish the reuse of software within the automotive area. This is the baseline for enabling a transition from an ECU specific software development to an application oriented approach.
 
Infineon provides MC-ISAR low-level drivers based on the AUTOSAR MCAL layer. With the MC-ISAR AUTOSAR drivers a system supplier can use one set of standardized basic software drivers over different applications within one configuration tool. By developing MC-ISAR in house at Infineon this enables efficient and optimized drivers. A CMM level 3 certified process is applied for the MC-ISAR drivers.
The complete AUTOSAR suite is provided in close cooperation with software partners which allow to reuse their long term software experience. Thus an optimized AUTOSAR software bundle is available.
 
Access to the microcontroller hardware is routed through the Microcontroller Abstraction Layer. The MCAL layer ensures a standard interface and controls the microcontroller peripherals. Standardized components are

 

Basic AUTOSAR package MC-ISAR:

  • MCU (Microcontroller Unit) driver: provides services for basic microcontroller initialization, power down functionality, reset and microcontroller specific functions
  • WDG (Watchdog) driver: provides services for initialization, changing the operation mode and triggering the watchdog
  • GPT (General Purpose Timer) driver: uses the hardware timer channels of the general-purpose timer unit
  • SPI handler/driver: provides services for reading from and writing to devices connected via SPI busses (e.g. EEPROM, Watchdog, I/O ASICs).
  • PORT driver: provides the service for initializing the whole PORT structure of the microcontroller. The DIO driver works on pins and ports which are configured by the PORT driver.
  • DIO driver: provides services for reading and writing to/from DIO channels (pins), DIO ports, DIO channel groups
  • ICU (Input Capture Unit) driver: for demodulation of a PWM signal, counting pulses, measuring of frequency and duty cycle, generating simple interrupts and also wakeup interrupts
  • PWM (Pulse Width Modulation) driver: generates pulses with variable pulse width. It allows the selection of the duty cycle and the signal period time.
  • ADC (Analogue Digital Converter) driver: provides services to start and stop a conversion respectively to enable and disable the trigger source for a conversion.

MC-ISAR COM package:

  • CAN driver:  provides services for CAN transmissions
  • CanTrcv CAN transceiver driver: provides services to control the transceiver hardware which detects electrical malfunctions, supports power supply control and wake up via the bus.
  • LIN driver: applies to LIN 2.0 master nodes

MC-ISAR MEM package:

  • FLASH driver: provides services for reading, writing and erasing flash memory and handling write / erase protection
  • FEE driver: provides services for the Flash EEPROM Emulation

In addition to standardized modules AUTOSAR provides the possibility of complex driver for non-standardized hardware module. To efficiently exploit the hardware MCAL Complex Drivers are an essential component for hardware abstraction.

 MC-ISAR MCAL CD (MCAL Complex Driver) package:

  • UART driver: provides services for handling the UART communication
  • MEMCeck driver: handles the CRC module
  • FADC (Fast Analogue Digital Converter) driver: provides services for the Fast ADC module
  • Additional driver for non standardized modules are available

 

 

AURIX™ Tool

Training

 

Basics of software over-the-air concept using AURIX™ 

Over_the_air_concept_aurix
  • Get to know why systems require frequent updates, how this is done and how automotive systems try to ensure their security when they are updated
  • Learn how AURIX™ families of microcontrollers support over-the-air software updates

Watch eLearning

Secure CAN Communication

Secure CAN communication

Understand how hackers use the CAN bus to interfere with in-vehicle communication, and be aware of how Infineon’s AURIX™ microcontrollers support secure CAN communication.

Watch eLearning

AURIX™  32-bit microcontroller family for CAV
  • Know the AURIX™ 32-bit multicore microcontroller family
  • Recognize how it applies to Commercial, Construction and Agricultural Vehicles (CAV)
  • Be familiar with the safety standards and support models available, and
  • Know which tools and development kits are available and where to find them.

Watch eLearning

AURIX™ 1G

Aurix 1G
  • Identify the AURIX™ first generation target application segments,  setting trends and portfolio;
  • Recognize the basis for AURIX™ high levels of safety and security and, finally,
  • Understand the AURIX™ software characteristics and its available tools.

Watch eLearning

 AURIX™ for Advanced Driver Assistance Systems
  • In this training you will get to know what ADAS is
  • Understand how AURIX™ fits ADAS applications, and
  • Know where to find AURIX™ support models, tools and development kits 

Watch eLearning

 AURIX™ Hardware Security Module for Automotive Cyber Security
  • Be aware of the growing market for connected cars
  • Recognize how connectivity poses a challenge to security
  • Understand how the 1st Generation AURIX™ Hardware Security Module (HSM) works, its key features and applications

Watch eLearning

Powertrain electrification and Infineon's solutions for inverters

Electric_Drive_Train
  • Understand the importance of the powertrain electrification 
  • Be familiar with the operating modes of the electric drive system

Watch eLearning

 How AURIX™ addresses electric vehicle application needs

AURIX_for_xEV
  • Get to know how AURIX™ is able to answer the needs of the electric vehicle market
  • Recognize and explore how AURIX™ TC3xx addresses key electric vehicle challenges, and understand the main features of the AURIX™ TC3xx microcontroller

Watch eLearning

OPTIGA™ Trusted Platform Module & AURIX™: Perfect partners for automotive cybersecurity

 OPTIGA_TPM
  • Identify common security threats to modern cars
  • Understand how OPTIGA™ TPM can help automotive systems achieve a high level of security and their applications in different use cases in various host environments

Watch elearning

 

32-bit: Tricore®

Training Title

   Language

Hitex

 Microconsult

 AURIX™ TC2xx Workshop: 32-Bit Multicore Mikrocontroller-Familie

      German

   X

 AURIX™ TC2xx Workshop: 32-Bit Multicore Microcontroller Family

       English   X

 AURIX™ TC3xx Workshop: 32-Bit Multicore-Mikrocontroller-Familie (2G Zweite Generation)

       German   X

 AURIX™ TC3xx Workshop: 32-Bit Multicore Microcontroller Family (2G Second Generation)

       English   X

 TriCore® AUDO MAX Familie: Architektur und Peripherie

      German

  

 X

 TriCore® AUDO MAX Family: Architecture and Peripherals

      English

  

X

 TriCore® AUDO FUTURE Familie: Architektur und Peripherie

      German

  

X

 TriCore® AUDO FUTURE Family: Architecture and Peripherals

      English

  

X

 

32-bit: XMC4000/XMC1000®

Training Title

   Language

   Hitex

 Microconsult
Keil MDK-ARM Powertraining mit XMC4500 (Cortex-M4)       German X  
Hands-on Professional Middleware für Cortex-M       German X  

XMC4000 / XCM1000 Workshop: 32-Bit Industrial Microcontroller ARM® Cortex™-M4/ ARM® Cortex™-M0

      German

  

X

XMC4000 / XCM1000 Workshop: 32-Bit Industrial Microcontroller ARM® Cortex™-M4/ ARM® Cortex™-M0

      English

  

X

 

16-bit: C166, XC166

Training Title

   Language

     Hitex

 Microconsult

 XC2000/XE16x/XC16x/ST10: Architektur, Peripherie und Embedded Programmierung

      German

  

            X

 XC2000/XE16x/XC16x/ST10: Architecture, Peripherals and Embedded Programming

      English

  

            X

 XC8xx/C500/8051 8-Bit Mikrocontroller: Architektur und Embedded Programmierung

      German

  

            X 
 XC8xx/C500/8051 8-Bit Microcontrollers: Architecture and Embedded Programming       English               X

 

Operating system and Applications

 Operating system and Applications    Language      Hitex  Microconsult 

 Embedded C: Programmiermethoden und -tools für Embedded-Anwendungen

      German

 

  

            X
 Embedded C: Programming Methods and Tools for Embedded Applications

      English

  

            X

 TC17x7: Anwendungspraxis TriCore®-spezifischer Peripherie

      German

  

            X

 TC17x7: Practical Application of TriCore® Specific Peripherals

      English

  

            X

 Tracen und Multicore Debugging mit der PLS Universal Debug Engine UDE

      German

  

            X 

 Tracing and Multicore Debugging with the PLS Universal Debug Engine UDE

      English

  

            X 

 Tracen und Multicore Debugging für TriCore/AURIX™ (MCDS) mit Lauterbach TRACE32

      German

  

            X

 Tracing and Multicore Debugging for TriCore/AURIX™ (MCDS) with Lauterbach TRACE32

      English

  

            X 

 Mikrocontroller/Mikroprozessor Grundlagen

      German

  

            X

 Microcontroller/Microprocessor Basics

      English

  

            X

 RTOS-Grundlagen und Anwendung: Mechanismen und deren Einsatz in Laufzeit-Architekturen für  Embedded- und Echtzeitsysteme

      German

  

            X

 RTOS Basics and Application: RTOS Mechanisms and their Application in Runtime Architectures for  Embedded and Real-time Systems

      English

  

            X

 RTOS-Anwendung: Entwicklung von Laufzeit-Architekturen für Embedded- und Echtzeitsysteme

      German

  

             X

 RTOS Application: Development of Runtime Architectures for Embedded and Real-time Systems

      English

  

             X

 

 

Applications

Access to complete AURIX™ technical documentation including data sheets, app notes, etc.:

  1. Please register under myinfineon.com with your company e-mail address
  2. Send login name to: AURIX@infineon.com
  3. Automated update service will be provided for new documents once you are registered
  4. Full registration process can take up to 24h to be completed (due to different time zones). 

Click here to see the step-by-step instructions to get registered.

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