Infineon Technologies AG, based in Germany, is a global leader in semiconductor solutions with core expertise in power systems, automotive electronics, and IoT applications. Its portfolio includes microcontrollers, sensors, and power semiconductors, enabling smarter and safer electronics. Infineon supports energy-efficient mobility, smart buildings, and secure communications. Committed to sustainability, Infineon plays a central role in shaping green technology through innovation and advanced chip design across multiple industries.
NETA Auto, a Chinese new energy vehicle (NEV) manufacturer, is the first to implement the new generation battery management system (BMS) solution from Infineon Technologies AG (FSE: IFX / OTCQX: IFNNY). Infineon's BMS solution will be used in the NETA vehicle series.
Infineon Technologies AG has launched the IM523 series of the CIPOS Mini family. The highly efficient IPMs (intelligent power modules) are based on the new 600 V Reverse Conducting Drive 2 (RCD2) IGBT technology, and come with an open emitter.
To improve road safety, many countries are introducing regulations that require drivers to actively yield the right of way to emergency vehicles. As more autonomous vehicles are deployed, regulations are likely to include self-driving vehicles that can also detect and respond to emergency vehicles and meet safety requirements.
The new dimension of digitalization is enormous and global data volumes will only multiply exponentially in the future with video streaming, virtual conferences, cloud services, cryptocurrencies and many other digital applications.
Smart home solutions increase consumers’ convenience while reducing energy consumption and lowering consumers’ carbon footprints. However, different device ecosystems, products and protocols have made implementing a truly connected, secured smart home difficult until now.
One key way to address the global trends of an increasing share of volatile renewable energy sources and a growing electrification in mobility is to improve system integration of electricity consumers from all sectors.
Optimized performance, efficiency, and reliability in high-voltage power supplies need to be combined with reduced bill-of-material (BOM) count and cost, as well as lower design efforts.
As artificial intelligence (AI) technology is integrated into massive data centers, the demand for higher performance will continue to increase. Following this trend, high power density and energy-efficient solutions for smart enterprise systems have also become challenging.