InvenSense Introduces the World’s First MotionApps Platform for Embedded System Developers

Summary of InvenSense Introduces the World’s First MotionApps Platform for Embedded System Developers


InvenSense launched Embedded MotionApps Platform (Embedded MPL), a software library for 8-bit microcontrollers. Paired with MPU-3000 and MPU-6000 MotionProcessors, it delivers 6-axis MotionFusion data. This solution simplifies sensor fusion and calibration for devices like TV remotes, toys, and wearables, accelerating development time to market.

Parts used in the Embedded MotionApps Platform Project:

  • Embedded MotionApps Platform library software (Embedded MPL)
  • MPU-3000 MotionProcessor
  • MPU-6000 MotionProcessor
  • 8-bit embedded microcontrollers
  • System software algorithms
  • BSPs for leading microcontroller architectures
  • Application Programming Interface (API)

Sunnyvale, CA (PRWEB) May 02, 2011

InvenSense, Inc., the leading solution provider of MotionProcessors for consumer electronics, today announced its Embedded MotionApps Platform library software (Embedded MPL), optimized for embedded microcontroller applications. Based on the InvenSense production-hardened MotionApps Platform for smartphones and tablets, Embedded MPL and the companion MPU-3000 and MPU-6000 MotionProcessors provide a complete solution that delivers 6-axis MotionFusion data encompassing 3-axis gyroscopes and accelerometers, optimized for 8-bit embedded microcontrollers with limited MIPS and memory. An estimated 200 million devices will be shipped over the next 4 years into products such as TV remotes, toys and wearable sensors for health, wellness and fitness. MotionProcessing will be the key enabler for these applications, creating new and powerful ways for users to control and communicate with these small form factor devices. Embedded MPL addresses major development challenges and helps accelerate development and time to market by providing a complete solution.

 

Traditionally, the challenge for developers has centered on managing the complexities of processing raw sensor data and the development of algorithms for sensor fusion and motion sensor calibration. Embedded MPL tackles these challenges head-on by providing system developers a solution encompassing software, algorithms, BSPs for leading microcontroller architectures and a simple Application Programming Interface (API) for data access and control. In conjunction with our first partner, Atmel

Quick Solutions to Questions related to Embedded MotionApps Platform Project:

  • What is Embedded MPL?
    It is InvenSense's Embedded MotionApps Platform library software optimized for embedded microcontroller applications.
  • How does Embedded MPL help developers?
    It tackles challenges of processing raw sensor data and developing algorithms for sensor fusion and motion sensor calibration.
  • What hardware components accompany Embedded MPL?
    The companion MPU-3000 and MPU-6000 MotionProcessors provide a complete solution.
  • Which type of microcontrollers are supported?
    The platform is optimized for 8-bit embedded microcontrollers with limited MIPS and memory.
  • What data does the solution deliver?
    It delivers 6-axis MotionFusion data encompassing 3-axis gyroscopes and accelerometers.
  • Can I access data easily with this platform?
    Yes, it provides a simple Application Programming Interface for data access and control.
  • What products will use MotionProcessing technology?
    Estimated devices include TV remotes, toys, and wearable sensors for health, wellness, and fitness.
  • Does Atmel partner with InvenSense on this project?
    Yes, Atmel is mentioned as the first partner in conjunction with this solution.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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