electronica 2024 – thank you and see you in 2026!

What a pleasure to welcome so many guests at our booth. If you couldn’t make it to the show in person, our digital platform is still available for you. Take a few minutes and explore how our commitment to sustainable progress and technological leadership is revolutionizing the mobility and automotive landscape, enabling sustainable buildings and smarter living, and promoting the growth of artificial intelligence with minimal ecological impact. Our customer-centric approach ensures that we understand your unique needs and challenges, allowing us to provide tailored support and cutting-edge technology that enhances your competitive edge in industry.

With the transformative journey towards a net-zero economy in full swing, Infineon is enabling the decarbonization and digitalization trends that support today's sustainability goals. 

At electronica 2024, the world’s leading trade fair and conference for electronics, we demonstrated how our innovations and solutions are helping to shape an all-electric society.

Driving decarbonization and digitalization. Together.

Watch the highlights of electronica 2024

We are focused on developing innovative solutions that advance the transition to clean, safe, and smart mobility, while actively supporting the transformation of the automotive industry. Our commitment spans the development and integration of all essential components required to enhance all aspects of personal, public, and commercial transportation systems.

Driving sustainable mobility, with zero-emission electromobility

Urbanization calls for sustainable mobility choices centered on zero-emission electromobility. We are accelerating this shift with a comprehensive range of power semiconductors and control ICs for electric vehicles (EVs) that are paving the way for green mobility and zero emissions. Our innovations, like fusion modules combining innovative silicon carbide (SiC) and established silicon (Si) chips, optimize system cost, power density, and efficiency. Advanced on-board chargers and automotive battery management systems (BMS) enhance EV energy efficiency and the driving experience. Key products include our Main Inverter CoolSiC™ Kit, battery management system solution, OBC with GaN, steer-by-wire system solution, and H2 sensor for fuel-cell applications.

Software-defined vehicles and E/E architecture

The automotive industry is moving towards software-defined vehicles and advanced E/E architectures, based on high-performance semiconductors and robust cybersecurity. Our AURIX™ TC4x microcontrollers play a pivotal role in this evolution, enabling features like safety, automated driving, steer-by-wire, and electro-mechanical braking (EMB). This family of high-performance microcontrollers streamline vehicle networks with zonal architectures, paving the way for more autonomous, cloud-connected, and AI-integrated vehicles. They support e-mobility, ADAS, and AI applications, excelling in real-time safety and security, and have generated significant interest from top automotive designers. Experience our breakthrough demos showcasing applications such as zonal architectures with brain ECUs and the i500 inverter for the Stellantis e-smart car powertrain.

LEV and micromobility

Cities are increasingly focusing on micromobility to drive sustainable urban transport. Our semiconductor solutions enable efficient energy consumption and intelligent services for both light electric vehicles (LEVs) and Mobility as a Service (MaaS) platforms. Spanning small electric vehicles like e-scooters, e-bikes, e-rickshaws, and e-cargo bikes, micromobility has the potential to reduce traffic, noise, and pollution. These vehicles complement public transport and improve accessibility. Success depends on building safe corridors like cycle highways and bike lanes. LEVs, typically used for commercial deliveries, are powered by batteries (28 V to 168 V) and feature motor inverters, battery management systems, and smart electronics. Experience our semiconductor solutions in action with a live demo of an electric scooter equipped with our components.

Semiconductors play an essential role in the evolution of smarter, more sustainable living spaces. Our solutions spanning sensors, microcontrollers and power semiconductors as well as connectivity and security solutions are bringing more comfort, safety, and sustainability to today’s smart buildings and homes. Positioned at the forefront of game-changing technologies transforming this space, we are enabling the efficient flow of green energy and bringing intelligent automation to modern homes and commercial buildings.

Shaping the green energy flow at home

Our homes are central to our lives, but they consume significant amounts of energy as a result of heating, cooking, etc. By adopting residential energy systems such as photovoltaic (PV) panels and heat pumps, along with smart, energy-efficient electronic devices and EV chargers, we can greatly reduce our carbon footprint. Semiconductors, including sensors and microcontrollers, are vital for enhancing energy efficiency and enabling smart, connected homes. Managing the energy flow at home through these technologies is at the heart of efforts to optimize consumption and integrate renewable energy sources. Our advanced technologies, based on both silicon carbide (SiC) and gallium nitride (GaN), ensure top-tier energy efficiency and reliability for energy generation and consumption. Visit our booth to experience full system solutions spanning different solar inverter topologies (micro and string inverters), as well as demos focused on power optimization and heat pump boosting. All of which can make a valuable contribution to improving energy efficiency and driving sustainability in the home.

Smart and green commercial buildings

As the world steps up to the challenges of climate change, sustainable buildings play a crucial role in reducing energy consumption and enhancing comfort. Smart buildings, equipped with advanced technologies, use renewable energy, optimize efficiency, and improve well-being. Sensors play a vital role in this process by collecting and analyzing data on building operations, while microcontrollers process this data, and power semiconductors ensure efficient energy conversion. Seamless communication between IoT devices, the cloud, and the network is essential, and we provide comprehensive wireless solutions to do just that. Semiconductors are an important part of a building’s management system, spanning modern HVACs, smart lighting, smart ventilation, and air quality systems. Sensor-based technology concepts such as presence detection and predictive maintenance significantly reduce energy use while increasing general comfort.

Smart IoT solutions for more personalized, intuitive living experiences

In today’s connected world, smarter living solutions offer immense opportunities for convenience, efficiency, and safety. As digitalization becomes integral to our lives, consumer expectations are rising —devices must be easy to use, energy-efficient, safe, and intuitive. We lead the way for the delivery and integration of innovative applications with the ability to enhance daily life. Our advanced sensors, power semiconductors, and microcontrollers, including the versatile PSOC™ Control microcontroller, work together to process real-time data and initiate actions efficiently. Reflecting the critical importance of security and trust, our OPTIGA™ Trust solutions safeguard against cyber-attacks, ensuring reliable and secure smart home connectivity. Our wide range of solutions complying with the Matter standard are designed for ease-of-use and interoperability. By advancing developments in these areas, we are actively building a future that will offer smarter living experiences thanks to tools that enhance convenience, security, and efficiency. Visit our booth to explore smart heating and cooling systems like the LG smart aircon solution, health monitoring capabilities with the XENSIV™ Sleep Quality Service, as well as intuitive and user-friendly appliances like the smart induction cooktop.

Our semiconductors also play a central role in unlocking the full potential and promise of artificial intelligence (AI). By advancing AI, we are enabling energy-efficient data centers, smarter devices, and optimized edge applications. Our solutions empower customers to deliver innovative AI applications quickly, efficiently, and at scale.

We power AI – from grid to core: For modern, more efficient data centers

Data centers currently consume 2% of global electricity. This figure is expected to reach 7% by the end of the decade due to AI growth predictions. Efficient power supply and management are crucial to reducing energy use, costs, and carbon footprint in this space. Our semiconductor solutions enhance energy efficiency, integrate renewable sources energy, manage heat, optimize server use, and ensure reliability, thus helping to meet sustainability goals and lower ownership costs. Our demos at electronica include vertical power module architectures, advanced liquid cooling modules, power supply units, and wide-bandgap materials like gallium nitride (GaN) and silicon carbide (SiC) for better power density and efficiency. Furthermore, we will showcase our new PSOC™ Control microcontroller for effective battery backup systems.

Bringing high-performance power-efficient machine learning to the edge

Edge AI is enabling a new era of smart systems by embedding intelligence into the latest generation of smart devices. We provide the building blocks for today's AI applications with an offering spanning products, software, tools, and services. At electronica, we are presenting solutions for all AI projects, including high-performance, low-power, AI-enabled microcontrollers from our PSOC™ family, modern sensors from our broad XENSIV™ portfolio, and easy-to-integrate AI solutions. Our PSOC™ Edge solution delivers ML-enabled MCUs, ModusToolbox™ supports various MCU devices, and Imagimob Ready Models offer robust ML solutions.

We enable AI: Sensing for AI with state-of-the-art sensor solutions for the most reliable and accurate data

Sensors play a crucial role in AI-based applications by providing qualified and accurate data. Our XENSIV™ sensors offer exceptional precision and reliability for smart, intuitive experiences. Our broad sensor portfolio ensures the most accurate data, perfect system integration, and dependable support. At our booth, we will showcase how XENSIV™ sensors convert physical parameters like temperature, pressure, light, and sound into digital data, enabling AI algorithms to generate insights, make predictions, and take actions. Connected to microcontrollers or system-on-chips (SOCs), they virtually mirror human senses.

CEO Roundtable

At electronica 2024, CEOs of leading economic figures discussed about the topic:

Leading the way to the All-Electric-Society

The CEO Roundtable was one of the trade fair highlights. Jochen Hanebeck, Infineon CEO, also attended the roundtable.

Watch the recording

We are focused on developing innovative solutions that advance the transition to clean, safe, and smart mobility, while actively supporting the transformation of the automotive industry. Our commitment spans the development and integration of all essential components required to enhance all aspects of personal, public, and commercial transportation systems.

Driving sustainable mobility, with zero-emission electromobility

Urbanization calls for sustainable mobility choices centered on zero-emission electromobility. We are accelerating this shift with a comprehensive range of power semiconductors and control ICs for electric vehicles (EVs) that are paving the way for green mobility and zero emissions. Our innovations, like fusion modules combining innovative silicon carbide (SiC) and established silicon (Si) chips, optimize system cost, power density, and efficiency. Advanced on-board chargers and automotive battery management systems (BMS) enhance EV energy efficiency and the driving experience. Key products include our Main Inverter CoolSiC™ Kit, battery management system solution, OBC with GaN, steer-by-wire system solution, and H2 sensor for fuel-cell applications.

Software-defined vehicles and E/E architecture

The automotive industry is moving towards software-defined vehicles and advanced E/E architectures, based on high-performance semiconductors and robust cybersecurity. Our AURIX™ TC4x microcontrollers play a pivotal role in this evolution, enabling features like safety, automated driving, steer-by-wire, and electro-mechanical braking (EMB). This family of high-performance microcontrollers streamline vehicle networks with zonal architectures, paving the way for more autonomous, cloud-connected, and AI-integrated vehicles. They support e-mobility, ADAS, and AI applications, excelling in real-time safety and security, and have generated significant interest from top automotive designers. Experience our breakthrough demos showcasing applications such as zonal architectures with brain ECUs and the i500 inverter for the Stellantis e-smart car powertrain.

LEV and micromobility

Cities are increasingly focusing on micromobility to drive sustainable urban transport. Our semiconductor solutions enable efficient energy consumption and intelligent services for both light electric vehicles (LEVs) and Mobility as a Service (MaaS) platforms. Spanning small electric vehicles like e-scooters, e-bikes, e-rickshaws, and e-cargo bikes, micromobility has the potential to reduce traffic, noise, and pollution. These vehicles complement public transport and improve accessibility. Success depends on building safe corridors like cycle highways and bike lanes. LEVs, typically used for commercial deliveries, are powered by batteries (28 V to 168 V) and feature motor inverters, battery management systems, and smart electronics. Experience our semiconductor solutions in action with a live demo of an electric scooter equipped with our components.

Semiconductors play an essential role in the evolution of smarter, more sustainable living spaces. Our solutions spanning sensors, microcontrollers and power semiconductors as well as connectivity and security solutions are bringing more comfort, safety, and sustainability to today’s smart buildings and homes. Positioned at the forefront of game-changing technologies transforming this space, we are enabling the efficient flow of green energy and bringing intelligent automation to modern homes and commercial buildings.

Shaping the green energy flow at home

Our homes are central to our lives, but they consume significant amounts of energy as a result of heating, cooking, etc. By adopting residential energy systems such as photovoltaic (PV) panels and heat pumps, along with smart, energy-efficient electronic devices and EV chargers, we can greatly reduce our carbon footprint. Semiconductors, including sensors and microcontrollers, are vital for enhancing energy efficiency and enabling smart, connected homes. Managing the energy flow at home through these technologies is at the heart of efforts to optimize consumption and integrate renewable energy sources. Our advanced technologies, based on both silicon carbide (SiC) and gallium nitride (GaN), ensure top-tier energy efficiency and reliability for energy generation and consumption. Visit our booth to experience full system solutions spanning different solar inverter topologies (micro and string inverters), as well as demos focused on power optimization and heat pump boosting. All of which can make a valuable contribution to improving energy efficiency and driving sustainability in the home.

Smart and green commercial buildings

As the world steps up to the challenges of climate change, sustainable buildings play a crucial role in reducing energy consumption and enhancing comfort. Smart buildings, equipped with advanced technologies, use renewable energy, optimize efficiency, and improve well-being. Sensors play a vital role in this process by collecting and analyzing data on building operations, while microcontrollers process this data, and power semiconductors ensure efficient energy conversion. Seamless communication between IoT devices, the cloud, and the network is essential, and we provide comprehensive wireless solutions to do just that. Semiconductors are an important part of a building’s management system, spanning modern HVACs, smart lighting, smart ventilation, and air quality systems. Sensor-based technology concepts such as presence detection and predictive maintenance significantly reduce energy use while increasing general comfort.

Smart IoT solutions for more personalized, intuitive living experiences

In today’s connected world, smarter living solutions offer immense opportunities for convenience, efficiency, and safety. As digitalization becomes integral to our lives, consumer expectations are rising —devices must be easy to use, energy-efficient, safe, and intuitive. We lead the way for the delivery and integration of innovative applications with the ability to enhance daily life. Our advanced sensors, power semiconductors, and microcontrollers, including the versatile PSOC™ Control microcontroller, work together to process real-time data and initiate actions efficiently. Reflecting the critical importance of security and trust, our OPTIGA™ Trust solutions safeguard against cyber-attacks, ensuring reliable and secure smart home connectivity. Our wide range of solutions complying with the Matter standard are designed for ease-of-use and interoperability. By advancing developments in these areas, we are actively building a future that will offer smarter living experiences thanks to tools that enhance convenience, security, and efficiency. Visit our booth to explore smart heating and cooling systems like the LG smart aircon solution, health monitoring capabilities with the XENSIV™ Sleep Quality Service, as well as intuitive and user-friendly appliances like the smart induction cooktop.

Our semiconductors also play a central role in unlocking the full potential and promise of artificial intelligence (AI). By advancing AI, we are enabling energy-efficient data centers, smarter devices, and optimized edge applications. Our solutions empower customers to deliver innovative AI applications quickly, efficiently, and at scale.

We power AI – from grid to core: For modern, more efficient data centers

Data centers currently consume 2% of global electricity. This figure is expected to reach 7% by the end of the decade due to AI growth predictions. Efficient power supply and management are crucial to reducing energy use, costs, and carbon footprint in this space. Our semiconductor solutions enhance energy efficiency, integrate renewable sources energy, manage heat, optimize server use, and ensure reliability, thus helping to meet sustainability goals and lower ownership costs. Our demos at electronica include vertical power module architectures, advanced liquid cooling modules, power supply units, and wide-bandgap materials like gallium nitride (GaN) and silicon carbide (SiC) for better power density and efficiency. Furthermore, we will showcase our new PSOC™ Control microcontroller for effective battery backup systems.

Bringing high-performance power-efficient machine learning to the edge

Edge AI is enabling a new era of smart systems by embedding intelligence into the latest generation of smart devices. We provide the building blocks for today's AI applications with an offering spanning products, software, tools, and services. At electronica, we are presenting solutions for all AI projects, including high-performance, low-power, AI-enabled microcontrollers from our PSOC™ family, modern sensors from our broad XENSIV™ portfolio, and easy-to-integrate AI solutions. Our PSOC™ Edge solution delivers ML-enabled MCUs, ModusToolbox™ supports various MCU devices, and Imagimob Ready Models offer robust ML solutions.

We enable AI: Sensing for AI with state-of-the-art sensor solutions for the most reliable and accurate data

Sensors play a crucial role in AI-based applications by providing qualified and accurate data. Our XENSIV™ sensors offer exceptional precision and reliability for smart, intuitive experiences. Our broad sensor portfolio ensures the most accurate data, perfect system integration, and dependable support. At our booth, we will showcase how XENSIV™ sensors convert physical parameters like temperature, pressure, light, and sound into digital data, enabling AI algorithms to generate insights, make predictions, and take actions. Connected to microcontrollers or system-on-chips (SOCs), they virtually mirror human senses.

CEO Roundtable

At electronica 2024, CEOs of leading economic figures discussed about the topic:

Leading the way to the All-Electric-Society

The CEO Roundtable was one of the trade fair highlights. Jochen Hanebeck, Infineon CEO, also attended the roundtable.

Watch the recording
electronica
As a leader in IoT and power systems, we have the technologies to drive decarbonization and digitalization at electronica. We look forward to welcoming you at electronica 2026!
munich, germany
November 10, 2026 - November 13, 2026
09:00 - 18:00 ( CEST )