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STMicroelectronics innovative inertial measurement unit LSM6DSV80XTR integrates two accelerometers with full scales of 16g and 80g, a gyroscope with a full scale of 4000dps, and an embedded intelligent core in a single package. This new type of sensor…
STMicroelectronics' innovative inertial measurement unit LSM6DSV80XTR integrates two accelerometers with full scales of 16g and 80g, a gyroscope with a full scale of 4000dps, and an embedded intelligent core in a single package. This new type of sensor can measure various events ranging from slight movements to strong impacts with the same accuracy, achieving enhanced functions in wearable devices and motion trackers and other equipment.
Product Introduction
The LSM6DSV80XTR 6-axis inertial measurement unit (IMU) integrates two accelerometer structures in a single component, enabling full-range sensing of 16g and 80g, embedded intelligence, and gyroscopes up to 4000dps. With the LSM6DSV80XTR, the device can offer functions such as training analysis and performance benchmarking, providing assistance to athletes. The low-G accelerometer records and recognizes activities such as running, walking and gesture interactions. This IMU is suitable for various applications of sports equipment.
In addition to the advanced accelerometer architecture, the LSM6DSV80XTR also integrates a MEMS gyroscope and digital processing capabilities using sensor fusion Low Power (SFLP) technology, enabling spatial direction and gesture detection. Machine learning kernels (MLC) and finite state machines (FSMS) can provide edge processing in sensors, thereby enhancing performance and reducing power consumption. The LSM6DSV80XTR IMU can process raw data locally, enabling a broader analysis of sports training.
Key features
Dedicated and independent gyroscopes, low G and high G accelerometer channels, as well as data processing
The intelligent FIFO is up to 4.5KB
Programmable finite state machine
Embedded Adaptive Self-Configuration (ASC
The machine learning core features scalable characteristics and filters for AI applications
Embedded sensor fusion Low Power (SFLP) algorithm
Embedded temperature sensor
Application of LSM6DSV80XTR IMU
Wearable devices
Motion tracker
High-impact detection
IoT and connected devices
Augmented reality
Virtual Reality (VR
Mixed reality
Technical Specification
Dual accelerometer channels
Low G channel ±2g/±4g/±8g/±16g full range
High G channel ±32g/±64g/±80g full range
Full range: ±250dps/±500dps/±1000dps/2000dps/±4000dps
SPI/I2C and MIPI I3C® v1.1 serial interfaces
Analog power supply voltage range: 1.71V to 3.6V
Dimensions: 2.5mm x 3mm x 0.83mm
Temperature range: -40 °C to +85 °C
Power supply current
A 6-axis configuration of 0.67mA in the combination high-performance mode
A 9-axis configuration of 0.80mA in the combination high-performance mode
Conclusion
The LSM6DSV80XTR sensor, by integrating a dual-range accelerometer and intelligent algorithms, resolves the compatibility issues of traditional IMUs in monitoring high-intensity impacts and daily activities, providing a more comprehensive solution for the fields of sports science and consumer electronics.
Company website: www.hkmjd.com
Time:2025-08-01
Time:2025-08-01
Time:2025-08-01
Time:2025-08-01
Contact Number:86-755-83294757
Enterprise QQ:1668527835/ 2850151598/ 2850151584/ 2850151585
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