Gain Breakthrough Accuracy Without the Hassle
You need consistent accuracy for your motion-sensing product, but you don’t want to struggle with wrong orientation, drift or magnetic disturbances. This is why we created MPE, a 6/9-axis sensor fusion software providing real-time 3D orientation estimation with exceptional accuracy and consistent results. It typically runs on an Inertial Measurement Unit known as 6-DoF IMU, measuring pitch/tilting, yaw and roll.
MPE™ Motion Processing Engine
Motion Sensors
Accelerometer / Gyroscope / Magnetometer
Raw Data
Digital Signal Processing
Sensor Fusion
Calibration & Offsets / Operating Conditions / Kalman Filter
3d Orientation
3D Orientation IMU (6-axis) AHRS (9-axis)
Diverse Applications
Embedded AI
Features Extraction / Context Awareness / Machine Learning
Process Data
Information extraction
Domain Specific Algorithms
Sport & Wellness / Safety / Medical / Robotics / VR
Application
Field Use & Final Product
Keep Drift and Estimation Error at Bay
No more large drifts when your device is just sitting there on a desk, nor when it’s on the move! MPE uses a proprietary Kalman filter and AI sensor fusion to ensure negligible drift when processing IMU readings in both static and dynamic conditions. It empowers your product with the latest signal processing technology and the lowest estimation error, making it on par with the optical ground truth.
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MPE™
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Benefits
Gain
Exceptional Accuracy
Continuously refined to meet the accuracy requirements of the most demanding applications
Ensure
Consistent Results
Designed for consistent precision from the ground up based on a decade of field testing and scientific research
Leverage our
Renowned Support
Get a head start with our multidisciplinary support team trusted by leading global brands since 2012
Benefit from
Cost Advantage
Up to 46% more cost-effective while providing premium performance
Differentiate Your Product
With Precision Motion Sensing
Leverage MPE’s Exceptional Accuracy To Turn Your Innovative Ideas Into Winning Products
A robust sensor fusion library is fundamental for your differentiation, setting true innovators apart from the rest. MPE, in particular, has been used to implement advanced applications in a variety of domains, such as:
Wearables
IoT Devices
FITNESS TRACKERS
MEDICAL DEVICES
SPORTSWEAR
PROTECTIVE EQUIPMENT
AUTOMOTIVE
ROBOTICS
MOBILITY
INDUSTRIAL APPLICATION
Wearables
FITNESS TRACKERS
SPORTSWEAR
MEDICAL DEVICES
PROTECTIVE EQUIPMENT
IoT Devices
AUTOMOTIVE
MOBILITY
ROBOTICS
INDUSTRIAL APPLICATION
Want to learn how MPE™ can help
turn your innovative ideas into reality?
Contact us and one of our product specialists will get in touch with you.
How Is MPE Better Than
an Open-Source Solution?
MPE has been continuously refined by our experienced team during a decade of field testing and scientific research. All this work has led to exceptional accuracy and consistent results with inertial sensor fusion that are not offered by open-source solutions, which require a lot of effort to become production-ready. Despite that, we still provide some of our source code, tools, APIs and examples on GitLab here.
How Long Will It Take To Integrate MPE?
Our renowned support team will help you to get up and running in no time and gain real value right away following a plug-and-play installation. You can also follow the included example and integrate MPE into your IMU SDK with just three lines of code. If more help is needed, we can create a detailed plan with milestones and frequent coordination.
Key Features
- Fuses gyroscope, accelerometer and magnetometer data
- Provides 3D orientation estimation in quaternion and raw forms
- Can also provide Euler angles and rotation matrix forms
- Low power & footprint – 0.85 ms/iteration, 0.5 kB RAM, 25 kB flash (ARM)
- Applicable for multiple IMU network sync
- A hardware-agnostic static C library
- Sensor calibration routines
- Gyroscope bias online compensation
- Magnetic distortion rejection
- Adaptive operating condition logic
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