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The NVIDIA Jetson edge AI platform is widely used for the development of autonomous machines and robotics. In this article we will explain how to connect your Xsens MTi device to the NVIDIA Jetson hardware, and how to easily communicate with it by using…

When testing or evaluating the MTi 1-series we highly recommend purchasing a Development Kit, such as the MTi-3 Development Kit or the MTi-7 Development Kit . The Development Board included in this Kit features many different options to communicate with…

Some of Xsens' GNSS/INS devices, such as the MTi-7, MTi-670 and MTi-680, support the use of an external GNSS receiver. When testing or evaluating these products we highly recommend purchasing a Development Kit. The MTi-7-DK and MTi-670/680-DK include…

For the avid golfer, perfecting your swing can take hours of dedicated focus and practice. In golf, the difference between a slice and a great shot can come down to tiny, and often unseen, flaws in technique, frequently resulting from an errant swing…

Note: For an overview of the differences between MTi 1-series hardware versions 1.x and 2.x, please see: Migration to Hardware Version 2.0 of the MTi 1-series Due to global constraints in the supply of MEMS components and consequently to ensure continuity…

Introduction This article describes how to interface your MTi 1-series Development Kit with an Arduino for prototyping and testing. Alternatively, embedded examples for I2C and SPI communication with an STM32 Nucleo board are available as part of the…