SensorStage™

Sensor evaluation software platform for accelerated development and validation for IMUs

SensorStage is a comprehensive evaluation platform designed to streamline and speed up inertial sensor development. By integrating advanced visualization, automated workflows, and prebuilt sensing features, SensorStage empowers engineers to quickly gain actionable insights, minimize setup complexity, and shorten time-to-market for innovative systems. 

SensorStage provides a unified environment for evaluating TDK’s MEMS IMUs and TMR magnetometers. When paired with the SmartMotion development board, engineers can access sophisticated on-chip features. These include Machine Learning algorithms, APEX engine for Gyro Assisted Fusion, motion and event detection, and chip-level power consumption. Features are visualized for precise calibration. This results in faster time-to-market for complex designs.

SensorStage is currently available for SmartMotion IMUs ICM-456xx and ICM-426xx, and will soon be available for additional InvenSense MEMS sensor solutions.

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SensorStage: Built for the complexity of the modern IMU

Powerful tool for visualization, customization, and real-time analysis—built to simplify sensor validation and optimize system performance
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Powerful customization

Use Python scripting to automate tests and build custom data processing workflows

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Always Up-to-date

Instant sensor updates via public GitHub—no full software reinstalls required

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Unified development platform

A scalable all-in-one environment that adapts to your specific application needs

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Advanced visual analytics

High-performance real-time plots and 3D visualization for immediate data analysis

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Real-time power measurement

Precise chip-level power monitoring to optimize your design's energy efficiency

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On-chip algorithm testing

Validate GAF, gesture detection, and embedded features directly on the silicon

Application areas

Evaluate, optimize, and scale sensing performance across next-generation applications with SensorStage

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Smart Glasses & AR/VR systems

Validate head tracking, gesture detection, and context awareness to enable stable, responsive AR experiences.

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Wearables & hearables

Evaluate motion sensing and on-chip features to optimize performance, power, and user interaction.

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Robotics & automation

Validate motion, orientation, and sensing accuracy to enable precise control, navigation, and system reliability.

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Optical image stabilization (OIS) for mobile devices & laptops

Assess motion accuracy and sensor fusion to support precise stabilization and improved image quality.

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Edge AI devices and IoT

Test sensing performance and power consumption for reliable, always-on, context-aware systems.

Support and resources

Find answers, documentation, and community support you need

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TDK community

Connect with engineers, ask questions, and share insights with the TDK developer community.

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Knowledge base

Access technical articles, datasheets, and in-depth guides to accelerate your design process.

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FAQ

Find immediate answers to our most frequently asked questions about products, shipping, and more.

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