STMicroelectronics (ST) has launched an AI-based, miniature sensor that supports activity tracking and high-intensity shock detection in personal electronics and IoT products.

ST announced on the 16th that it has released a new inertial measurement unit (IMU) equipped with AI technology.

The product is the first in the industry to combine dual MEMS acceleration sensors with AI processing capabilities, enabling precise measurements up to 320g.

The new LSM6DSV320X sensor is a breakthrough product that embeds AI processing capabilities in an ultra-small 3mm x 2.5mm package, providing continuous motion and shock detection.

By applying ST's MEMS design technology, it has the ability to track activities up to 16g with high accuracy and shock detection up to 320g.

“ST is focused on extending the potential of AI MEMS sensors to enhance the performance and energy efficiency of smart applications,” said Simone Ferri, APMS Group Vice President and MEMS Subgroup General Manager at STMicroelectronics. “These sensors will significantly enhance flexibility and precision in a wide range of applications, including smartphones, wearables, smart tags, and asset-monitoring devices.”

LSThe M6DSV320X features ST’s Machine-Learning Core (MLC) that processes AI inference directly on the sensor, reducing system power consumption and optimizing performance.

These AI MEMS sensors offer a wide range of capabilities that can be applied to a variety of industrial and consumer products.

It enhances safety with strong impact detection in sports activity trackers, is useful for professional and amateur athletes, and improves user experience with fast movement detection in game controllers.

Smart tags can be attached to items to record movement, vibration, and impact, and personal protective equipment can be used to assess falls and impacts in the industrial safety field.

In building and bridge health assessment, structural safety can be ensured through precise measurements.

This product's space-saving design streamlines the design and manufacturing process, helping to bring advanced monitoring devices to market at a competitive price.

Developers can develop lightweight products that are easy to attach or wear, and are expected to be applied in the fields of smart homes, smart industries, and smart driving.