Taipei, Sunday, Jun 26, 2022, 04:13

Technology Front

High-Performance MEMS Inertial Module from STM Targets Demanding AR, VR, and Tracking Applications

Published: Jul 03,2019

2045 Read

Designed and manufactured to satisfy performance-focused next-generation gaming, industrial, and sports applications, the STMicroelectronics LSM6DSR inertial module combines high stability with advanced digital features, low power consumption, and small size for head-mounted displays, wearable trackers, smartphones, robotics, and drones.

More on This

ST collaborates with Microsoft to Streamline Development of Secure IoT

STMicroelectronics has revealed details of its collaboration with Microsoft, an ST Authorized partner, to strengthen the...

STMicroelectronics and Feig Collaborate on Contactless Product Personalization

STMicroelectronics and Feig Electronic have combined their RFID know-how in a time-saving logistics solution that can he...

The LSM6DSR MEMS System-in-Package contains a 3-axis digital accelerometer and a 3-axis digital gyroscope with a specially extended full-scale angular rate of 4000 degrees per second for fast-moving gaming and sports applications. Compliant with major mobile OSes, and supporting S4S Synchronization for Sensors, the LSM6DSR is compatible with popular mobile platforms and provides real, virtual, and batch sensing, with a 9Kbyte FIFO featuring compression for dynamic data batching.

To power more immersive virtual reality (VR) experiences in gaming and professional applications, the LSM6DSR also enables superior augmented reality (AR) on new smartphones. In addition, native advanced pedometer, step-detector and step-counter functions, and significant-motion and tilt detection ensure accurate and efficient activity recognition. On top of this, the LSM6DSR is ideal for use in sensor-hub and IoT devices, indoor navigation, and optical image stabilization (OIS) for drone-mounted cameras.

Superior stability is assured through enhanced mechanical design that minimizes bias and offset drift and temperature-related parameter change. This ensures long-term consistency and saves the host system from running complex recalibration thereby reducing power consumption and maximizing application performance.

The LSM6DSR is in production now in a 2.5mm x 3mm x 0.83mm 14-pin plastic LGA package.

comments powered by Disqus