Platform

ON THIS PAGE

  • Overview
  • Orientation
  • DepthAI-exposed runtime behavior
  • Exposed report families
  • Characterized noise parameters

BNO08X family

The BNO08X family is a 9-axis sensor hub that combines an accelerometer, gyroscope, and magnetometer with onboard sensor-fusion firmware. It can output raw sensor data as well as fused signals such as gravity, linear acceleration, and quaternion-based orientation reports.

Overview

SpecValue
Axes9
Physical sensorsAccelerometer, gyroscope, magnetometer
MagnetometerYes
Sensor-side derived outputsRotation vector, game rotation vector, geomagnetic rotation vector, gravity, linear acceleration
Absolute heading on-sensorYes

Orientation

Use the drawing below as the vendor-axis reference for BNO08X acceleration and angular-rate directions.
BNO08X sensing axis orientation

DepthAI-exposed runtime behavior

DepthAI runtime behavior is not always identical to the sensor's native silicon capability. Luxonis public IMU documentation distinguishes between max supported report rates, stable operating rates, and rate-rounding behavior for BNO08X.
SpecValue
Stable accelerometer request points15 / 31 / 62 / 125 / 250 / 500 Hz
Stable gyroscope request points25 / 33 / 50 / 100 / 200 / 400 Hz
Raw gyro max exposed rateup to 1000 Hz
Accelerometer max exposed rateup to 512 Hz
Rotation vector max exposed rateup to 400 Hz
Rate rounding behaviorRequested rate rounds up to the next supported rate

Exposed report families

ReportMax exposed rate
ACCELEROMETER_RAW512 Hz
ACCELEROMETER512 Hz
LINEAR_ACCELERATION400 Hz
GRAVITY400 Hz
GYROSCOPE_RAW1000 Hz
GYROSCOPE_CALIBRATED / GYROSCOPE_UNCALIBRATED100 Hz
MAGNETOMETER_RAW100 Hz
MAGNETOMETER_CALIBRATED / MAGNETOMETER_UNCALIBRATED100 Hz
ROTATION_VECTOR400 Hz
GAME_ROTATION_VECTOR400 Hz
GEOMAGNETIC_ROTATION_VECTOR100 Hz
ARVR_STABILIZED_ROTATION_VECTOR100 Hz
ARVR_STABILIZED_GAME_ROTATION_VECTOR100 Hz

Characterized noise parameters

AxisAccel noise densityAccel random walkAccel bias stabilityGyro noise densityGyro random walkGyro bias stability
X0.06924036399647090.00004613287177145770.03867930031091860.4652053440443380.04919165206930843.99864012266883
Y0.07420930878957240.000100647094940430.05858640263735690.5860219483072770.09815000527165095.28298206123443
Z0.08520021059009270.00003603635938031440.04871332531659530.3906926698357320.06098020577528694.38768918027593