Barometric pressure sensors

BMP390L is a high-performance longevity digital pressure sensor with extended availability up to 10 years. This barometric pressure sensor is specifically designed for industrial markets including agricultural, home appliances and asset tracking, among others, that need long lifecycles.

• Best performance in market
• Unique accuracy and stability
• Long product availability

The BMP390 is a very small, low-power and low-noise 24-bit absolute barometric pressure sensor. The digital, high-performance sensor is ideally suited for a wide range of altitude tracking applications, such as smartphones, GPS modules, wearables, hearables and drones.

• Best performance in market
• Unique accuracy and stability
• Lowest noise

The BMP388 is a very small, precise, low power barometric pressure sensor. It delivers outstanding altitude stabilization in drones. In addition, the BMP388 provides a very flexible, one-size-fits-all solution for increasing the accuracy of navigation and fitness applications in wearables and smart homes.

• Small
• High accuracy
• Low power consumption

BMP384 has a gel-filled cavity that allows higher robustness against water, liquids and other chemicals if the applicable integration concept is used. The BMP384 with its small footprint offers outstanding design flexibility, providing a single package solution that is easy to integrate into other existing and upcoming devices for smart homes, industrial products and wearables.

• Robustness
• Small size
• Excellent performance

The BMP380 is a very small, low-power and low-noise 24-bit absolute barometric pressure sensor. Ideally suited for altitude tracking applications. It can be easily integrated into a multitude of devices such as smartphones, GPS modules, wearables and drones.

• Small
• High performance
• Low noise

The BMP280 is an absolute barometric pressure sensor especially designed for mobile applications. The BMP280 sensor module is housed in an extremely compact package. Its small dimensions and the low power consumption allow the implementation in battery-powered devices.

• Stable performance
• Long term stability, high EMC robustness
• Flexible