Mikrocontroller

The AURIX™ microcontroller is automotive qualified and is designed to meet the needs of the most demanding embedded control systems applications where the competing issues of price/performance, real-time responsiveness, computational power, data bandwidth, and power consumption are key design elements.

The Auto PSoC™ - Programmable System on Chip, integrate Infineon best-in-class capacitive sensing technology for demanding Human Machine Interface (HMI) applications in the automotive interior as well as exterior applications like Battery Management Systems (BMS) along with an ARM Cortex-M0/M0+ CPU, flash and memory. A programmable analog front-end with ADC, operational amplifiers, low-power comparators combined with digital blocks and various communication interfaces such as SENT, LIN, CAN and CAN FD provide a single-chip smart sensor with high integration and small footprint. Extended development ecosystem has been build around Auto PSoC including multiple software compatibility and the famous PSoC Creator software, easy-to-use IDE that introduces a game-changing schematic entry design methodology.

The XMC™ microcontroller family is based on Arm® Cortex®-M cores. It is dedicated to applications in the segments of power conversion, factory and building automation, transportation, and home appliances. XMC1000 bring together the Arm® Cortex®-M0 core and market-proven and differentiating peripherals in a leading-edge 65 nm manufacturing process. XMC4000 are powered by Arm® Cortex®-M4 with a built-in DSP instruction set.

The XMC™ portfolio of MCUs is ideal for a broad range of industrial and consumer applications, offering optimal power, performance capabilities, and reduce costs all while providing greater design flexibility.

TRAVEO™ T2G for automotive body electronics applications offers cutting-edge performance, safety, and security features. The TRAVEO™ T2G family is designed for transportation of the future. With processing power and network connectivity built into a single Arm® Cortex®- M4F and dual Cortex®- M7F, this family of microcontrollers has enhanced performance up to 1500 DMIPS in Traveo™ T2G. This family also provides the scalability across memory size and pin count. The IP compatibility enables customers to design and develop their system with a single-platform MCU solution. Traveo™ T2G devices have advanced security features with the introduction of HSM (Hardware security module), dedicated Cortex®-M0+ for secure processing, and embedded flash in dual bank mode for (Firmware-Over-The-AIR updates (FOTA) requirements. Traveo™ T2G features six power modes that enable ECUs to minimize overall power consumption. Traveo™ T2G come with optimized software platform that is available for AUTOSAR MCAL (Microcontroller Abstraction Layer), self-test libraries, Flash EEPROM emulation, as well as security low level drivers, combined with third-party firmware

MOTIX™ Embedded Power ICs integrate on a single die the 32-bit microcontroller, the non-volatile flash memory, the analog and mixed signal peripherals, the communication interfaces along with the driving stages needed for either relay, half-bridge or full-bridge DC and BLDC motor applications. Our System-on-Chip (SoC) solutions enable PCB space saving, reduce cost through minimum number of external components, and enable multiple and flexible designs. They can be used for a range of motor control applications such as window lift, sunroof, wiper, auxiliary pumps, HVAC fans, and engine cooling fans. Our Embedded Power ICs are automotive qualified.

PSoC™ 4 has tackled some of the complex portions of embedded system design making it easier for you to get your product to market. Functions such as analog sensor integration, capactitive touch, and wireless connectivity have been integrated with an ARM Cortex-M0/M0+ CPU, flash and memory. Achieve ultimate flexibility in your design with software-defined peripherals embedded in the PSoC 4 architecture. Configure these peripherals using pre-built library functions or create your own using the programmable architecture inside of PSoC 4 devices: Capacitive Sensing, Programmable Analog Blocks, Programmable Digital Blocks and Wired and Wireless Connectivity. PSoC Creator software is a state-of-the-art, easy-to-use IDE that introduces a game-changing schematic entry design methodology. With PSoC Creator, designers can drag and drop components into their design as well as easily configure those components using intuitive configuration tools.

The PSoC™ 6 family is built on an ultra-low-power architecture, and the MCUs feature low-power design techniques to extend battery life up to a full week for battery powered applications. The dual-core Arm® Cortex®-M4 and Cortex-M0+ architecture lets designers optimize for power and performance simultaneously. Using its dual cores combined with configurable memory and peripheral protection units, the PSoC 6 MCU delivers the highest level of protection defined by the Platform Security Architecture (PSA) from Arm. Designers can use the MCU’s rich analog and digital peripherals to create custom analog front-ends (AFEs) or digital interfaces for innovative system components such as MEMS sensors, electronic-ink displays. The PSoC 6 MCU features the latest generation of industry-leading CapSense® capacitive-sensing technology, enabling modern touch and gesture-based interfaces that are robust and reliable. PSoC 6 MCU, paired with Infineon’s AIROC™ Wi-Fi, AIROC™ Bluetooth, or AIROC™ combos radio modules, is the perfect solution for secure, low-power, feature-rich IoT products.

FM4™ general-purpose, high performance microcontrollers based on the Arm​® Cortex®-M4 processor with FPU and DSP functionality. operate at frequencies up to 200 MHz and support a diverse set of on-chip peripherals for motor control, factory automation and home appliance applications. The portfolio delivers low-latency, reliable, machine-to-machine (M2M) communication required for Industry 4.0 - the fourth industrial revolution, using network-computing technologies to advance design and manufacturing.

FM3™ is a portfolio of 32-bit, general-purpose and highly-integrated MCU's based on the Arm® Cortex®-M3 processor up to 144 MHz and operating voltages ranging from 1.65V to 5.5V. The devices incorporate up to 1.5 MB of flash and up to 192 KB RAM. All products are software-compatible because of their common SoC design with the same peripherals and CPU architecture. Users can select from different CPU speeds, memory size, supply voltage and package options.

The FM0+ portfolio of Flexible Microcontrollers and highly-integrated are based on 32-bit Arm ® Cortex®-M0+. This portfolio of MCUs is designed for ultra-low-power and cost-sensitive applications such as white goods, sensors, meters, HMI systems, power tools and Internet of Things (IoT) battery-powered or wearable devices. These microcontrollers can be easily embedded into systems, accelerating product development and reducing development costs.

Infineon’s automotive microcontrollers offer excellent safety and security features. Our range of 32-bit automotive microcontrollers offer efficient processing and high performance. Infineon’s microcontrollers for the automotive industry are used in many automotive applications from airbag systems, brake systems, electric power steering and many more applications. Our 32-bit microcontroller boards with embedded Hardware Security Module (HSM) offer cost-efficient solutions for typical automotive security applications. Using 32-bit microcontroller programming allows engineers to design automotive software that meets all functional safety requirements.

Infineon’s extensive portfolio of microcontrollers are designed for a wide range of industrial & IoT applications as well. When it comes to 32-bit microcontroller applications, the XMC™, PSoC™ and FM™ microcontrollers are used in wireless charging solutions, power tools, automatic opening systems, and 3D printer solutions as well as smart street lighting, factory and building automation, power conversion applications, and more.

• Identify the communication interfaces available in AURIX™ TC3xx
• Understand their key features

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• Indicate where to find AURIXTM easy-to-reach sources of information and documentation
• Easily identify our tools, software platform and its support ecosystem

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• Understand why systems require frequent updates and how it is done
• Find out how AURIX™ families of microcontrollers support over-the-air software updates

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

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• Know the AURIX™ 32-bit multicore microcontroller family and its applications
• Be familiar with the safety standards, support models and tools available and where to find them

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• Identify the AURIX™ first generation target application segments, setting trends and portfolio
• Understand the AURIX™ software characteristics and its available tools

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• Know what ADAS is and understand how AURIX™ fits ADAS applications
• Know where to find AURIX™ support models, tools and development kits

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

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• Understand the importance and the main technologies of the electrification of the powertrain
• Understand the operating modes of the electric drive system

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

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• Understand how OPTIGA™ TPM can help automotive systems achieve a high level of security
• Apply this family of security controllers to different use cases in various host environments

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• Understand what TriCore™ is and identify the advantages it brings to users
• Be aware of the outlook of future developments

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• Find out about the definition of gateway and zone controllers and their typical applications
• Discover the new routing requirements in gateway and zone controllers

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• Categorize cyber security threats in the upcoming automotive electrical and electronic architecture
• Identify how Infineon’s next generation AURIX™ TC4x microcontrollers are able to mitigate cyber security threats

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• Explain how the major automotive trends are shaping the evolution of electrical and electronic or E/E architectures in cars
• Recognize the main and trending E/E architecture concepts and Infineon´s solutions to support them

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• Distinguish the different AURIX™ generations and their respective features
• Identify AURIX™ support tools to help you design-in this family of Infineon’s microcontrollers in your industrial applications

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