This video demonstrates TI’s mmWave radar sensors enabling an occupancy grid (a top-down view of the reflectors outside of the car).

This demonstration leverages TI’s SRR reference design to detect up to 200 objects, track up to 24 of them at distances as high as 80-120m and speeds of 90kmph.

This demonstration shows how TI's IWR mmWave sensors are enabling a smarter world by measuring the displacement of fluid in a container with millimeter accuracy

See how TI's IWR mmWave sensors are enabling a smarter world by sensing and avoiding objects in robotics navigation applications.

This demonstration shows how TI's IWR mmWave sensors provide a solution for non-invasive real-time counting and tracking of individuals.

In this video we’ve cascaded four 77GHz AWR1243 mmWave radar FMCW transceivers to demonstrate how TI’s sensors can enable high-accuracy systems in dense scenes.

This video demonstrates how developers can embed the single-chip 77GHz AWR1642 mmWave sensor into a driver seat and accurately detect driver vital signs.

TI's IWR mmWave sensors can be used to detect and recognize gestures such as a swipe or twirl with high-accuracy.

This webinar will introduce mmWave Radar technology and discuss its operating principle, as well as, its numerous applications.

This demonstration shows developers can create a point cloud visualization using TI's mmWave sensor evaluation module and RVIZ in Robot OS.

This video demonstrates how developers can use a TI mmWave evaluation module and the Robot OS to map and navigate various settings.

Can a mmWave sensor detect objects through the rain?

We're testing your mmWave forum questions by demonstrating the ability of TI's IWR mmWave sensors to see through rain and walls, and detect very small objects.

mmWave Sensor Raw Data Capture Using the TSW1400 Board

This short video explains how developers can use IWR mmWave sensors for robust sensing of vehicles and pedestrians in traffic monitoring applications.

Overview for the mmWave Sensing Estimator tool

Watch this demonstration of short range radar using TI’s 76-81GHz single-chip mmWave sensors.

Low power AWR1642 77GHz single chip sensor enables developers to design short range radar applications capable of detecting objects at up to 100+ meters