Bosch BMI563 Inertial Measurement Unit (IMU) - Coming Soon
Bosch BMI563 Inertial Measurement Unit (IMU) delivers unparalleled motion tracking with exceptional vibration robustness and ultra-low noise. It ensures precise data acquisition even during the most dynamic controller or robotic movements. With twice the full-scale range (FSR) of the previous generation, it captures every subtle change in orientation and position, fully saturation-less, leaving nothing unnoticed, even in the upper measurement range.
A programmable Edge-AI classification engine supports always-on functionality by analyzing motion patterns directly on the sensor, accelerating customer-specific use cases, and reducing system power consumption. Designed for demanding applications, the Bosch BMI563 IMU enables accurate simultaneous localization and mapping (SLAM) for autonomous robots, motion-based automatic scene-tagging in action cams, and high-dynamic motion tracking for XR controllers.
Features
- Out-of-the-ordinary immersive experiences
- 2x higher full-scale range (±4kdps and ±32g) compared to previous generation
- Reliable data acquisition
- Exceptional stability against thermo-mechanical stress ensures precise data acquisition even in high-impact, noisy, or vibrating environments
- Exceptional vibration robustness (from 0 to 40kHz up to MHz range)
- Capture every nuance of motion
- The new benchmark for low drifts and low noise: below 50µg/√Hz and below 3mdps/√Hz
- Precisely tracks the most delicate changes in orientation or position
Applications
- Robotics
- XR controllers
- Action cams
Specifications
- 2.5mm x 3.0mm x 0.75mm3 LGA package dimensions
- Digital resolution
- Accelerometer: 16 and 24-bit
- Gyroscope: 16 and 24-bit
- Measurement ranges
- Accelerometer: ±2g, ±4g, ±8g, ±16g, ±32g
- Gyroscope: ±125°/s, ±250°/s, ±500°/s, ±1000°/s, ±2000°/s, ±4000°/s
- Output data rates (selectable)
- Accelerometer: 1.56Hz to 6.4kHz
- Gyroscope: 12.5Hz to 12.8kHz
- Offset (soldered on PCB)
- Accelerometer: ±10mg
- Gyroscope: ±0.5°/s
- Offset drift vs. temperature (TCO)
- Accelerometer: ±0.07mg/K
- Gyroscope: ±0.003°/s/K
- Sensitivity error (soldered on PCB)
- Accelerometer: 0.1%
- Gyroscope: 0.3%
- Noise density (typ.)
- Accelerometer: < 50µg/√Hz (≤8g) or < 60µg/√Hz (16g)
- Gyroscope: < 0.003°/s /√Hz
- Current consumption (accelerator and gyroscope combo at max. ODR) is 650µA for typ. operation
- Current consumption (accelerator and gyroscope combo at 100Hz ODR) is 250µA for low-power operation
- Current consumption (accelerator and gyroscope combo at suspend mode) is 3µA for suspend operation
- Interface
- Primary MIPI I3C®, I2C, SPI
- Two interrupt pins (I2C, I3C)
- One interrupt pin (3-wire SPI)
- Secondary AUX I2C controller
- Secondary OIS MIPI I3C, I2C, SPI
- Power modes
- High performance
- Normal
- Several low-power
- Standby
- Suspend mode
- FIFO with 8KB on-chip FIFO data buffer
- -40°C to +85°C temperature range
- Supply voltage
- VDD range of 1.71V to 3.6V
- VDDIO range of 1.08V to 3.6V
Additional Resources
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