This video provides an overview of interference problems with FMCW (Frequency-Modulated Continuous-Wave) radar and discusses various mitigation techniques.

This short video explains how developers can use IWR mmWave sensors for Level Sensing to improve accuracy, higher continuous bandwidth and reduced antenna size.

Increase your robot’s performance and speed without compromising the time of response to a safety threat with TI mmWave radar technology.

Increase your robot’s performance and speed without compromising the time of response to a safety threat with TI mmWave radar technology.

This video describes the mmWave sensor 1443 Hardware Accelerator (HWA) architecture, features, and operation of various blocks.

Introduction to mmWave SDK

Watch this introduction to learn about TI’s highly-integrated, single-chip IWR mmWave sensor portfolio with integrated RF and processing capabilities.

This video introduces TI's AWR automotive radar portfolio, which scales from a high-performance radar front end to a highly-integrated, single-chip sensor.

Module 5 : Angle Estimation

Module 4 : Some System Design Topics

Module 3 : Velocity Estimation

Module 2 : The Phase of the IF Signal

Module 1 : Range Estimation

Robotics demo video using TI mmWave antenna-on-package sensors

Watch this demonstration of TI mmWave sensors detecting the position of a robot across multiple 'rooms' in factory and office settings.

The fall detection systems of the future can use sensor-driven solutions to provide non-contact, non-privacy invasive sensing through accurate point-cloud data.

See how TI mmWave radar sensors bring active intelligence to the fall detection space.

We are bringing intelligence to elevator doors with TI mmWave sensors.