From daily travel to medical health, pressure sensors are quietly changing our lives with their unique sensing capabilities. But its capabilities are far more than that. In broader fields such as industrial manufacturing, aerospace, and environmental monitoring, pressure sensors also play an irreplaceable role. Next, let us explore the mysterious world of pressure sensors in depth and unveil its diverse classification and advanced technology.

Discover how to select the appropriate microprocessor for your embedded system. Consider aspects like performance, power, cost, and more. Explore our microprocessor product with detailed specifications.

Pressure sensors play a crucial role in the automotive industry and are widely used in multiple systems to ensure the safe and efficient operation of vehicles.

In 2024, the Internet of Things (IoT) continued to expand rapidly, thanks to advances in smart home technology, enhanced connectivity, and the evolution of industry standards. Looking ahead, 2025 will usher in more innovations, especially in the field of smart homes and buildings. The following seven key trends are expected to shape the IoT landscape in 2025.

The STM32F469VGT6 is a powerful microcontroller that is particularly suitable for applications that require high-performance computing, graphics processing, and rich peripherals. Its powerful graphics acceleration capabilities and rich peripheral interfaces make it widely used in industrial control, consumer electronics, and the Internet of Things. Combined with the STM32 ecosystem, developers can quickly implement complex functional designs.

This solution is a battery monitoring unit CMU in the energy storage high-voltage battery management system based on NXP S32K118 and MC33774. The single board can monitor up to 54 battery strings and 12 temperature data. It adopts CAN-BUS architecture, and S32K118 and MC33774 use isolated SPI for communication.

The SL-PREDMNT-E2C1 solution combines STMicroelectronics motion and environmental sensors, STM32F4 microcontrollers (MCUs), and STM32MP157 microprocessing units (MPUs) in the same condition monitoring and predictive maintenance framework. That is, connecting smart sensor nodes to cloud services such as data lakes and monitoring dashboards.

Innovation will be the key to product success. Wireless charging is one of the emerging technologies that is developing rapidly. Electromagnetic induction charging is the most mainstream wireless charging technology, followed by resonant wireless charging.

The STEVAL-WBC2TX50 evaluation board is based on the STWBC2 integrated circuit (IC) and is designed for wireless power transmitter applications, allowing users to quickly start a 5 W Qi BPP, 15 W Qi EPP or 50 W STSC wireless charging project.

Based on the STEVAL-MKI109V3 development board and equipped with LIS2DW12TR, the application of the acceleration function in wireless headphone is realized.