Introduction to mmWave SDK

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

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

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

Learn how developers can use TI’s IWR mmWave sensors to increase awareness of operating surroundings for material handling vehicles and robots.

Advance autonomy with our high-performance automotive corner and front radar sensor that enables carmakers to meet the latest NCAP safety requirements.

The mmWave automotive imaging radar system utilizes four AWR1243 sensors working as a single unit to achieve its long detection range.

This video provides an overview on the interference detection scheme available on all mmWave AWR1x derivatives and how interferers are reported.

This video describes various options how to optimize mmWave AWR1x power consumption and discusses potential impact on radar performance

The mmWave EVMs Deep Dive introduces the various mmWave EVMs and describes their block diagrams and connectivity ecosystems.

Learn more about TI AWR1243 mmWave sensor for people and object imaging detection.

In this video we show several indoor and outdoor examples of TI’s 60GHz mmWave sensors and how they bring intelligence and decision making to the sensor edge.

This video show how to program TI mmWave sensors.  It describes the mmWave sensor front-end and how to program it using the TI mmWaveLink software framework.