Full-featured low-cost miniature motion tracking module
10-07-2015 |
Xsens
|
Subs & Systems
Xsens has expanded its successful 4th-generation MTi product portfolio by
releasing a new series of complete, self-contained 3D IMU/VRU/AHRS motion
tracking modules for high-volume industrial and prosumer applications.
The low-cost MTi 1-series of Motion Trackers incorporate the latest in
advanced sensor fusion and miniature MEMS technologies. Individually
calibrated and tested to enable minimal implementation effort, the MTi
1-series delivers a dynamic accuracy of 1 degree RMS for roll and pitch,
making them the most accurate 3D motion trackers in their class.
The communication protocol and API is identical across the entire Xsens
product portfolio; making integration of the low cost MTi 1-series, de facto
industry standard MTi 10-series and high-performance MTi 100-series easy.
Designers can choose from the widest selection of high-performance 3D motion
trackers and select the Xsens motion tracker suitable for their design,
while re-using validated driver and application code from other projects,
dramatically reducing engineering time and risk.
The MTi 1-series is a 12mm x 12m x 2.5mm PLCC28-compatible module that can
output orientation, acceleration, rate of turn and magnetic field from its
I2C, SPI or UART interfaces. The advanced and robust signal processing
pipeline, along with the proven XKF3 sensor fusion algorithm, ensures
unmatched performance in many applications including robotics, agriculture,
heavy machinery, handheld laser scanners and drones. The module's onboard
processing reduces the load on the application processor to lower the
overall power consumption of the end system, while consuming less than 45mW.
The MTi 1-series is CE and FCC-certified, says the company.
Development kits are available now, including a license for the MTi-line
SDK. System designers can also find example code featuring Xsens-designed
drivers on ARM's developers' website, where Xsens regularly updates its
library of drivers and software.