This video gives a brief overview of TI’s mmWave radar technology and shows how mmWave it can be used in building automation applications.

TI’s mmWave Sensors provide a number of unique benefits for applications to locate, track, and count people.

See a live people counting demonstration of the TI IWR1642 mmWave sensor.

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

Deliver accurate and reliable sensing for occupancy detection and people tracking with our technology and optimize every square meter in your building!

This video showcases the IWR6843 mmWave radar used as a 4-spot parking space occupancy sensor

This video demonstrates TI’s single-chip 77GHz mmWave sensors detecting various objects in a vehicle parking scenario.

Find out how 60GHz radar is pushing the automotive in-cabin sensing area forward with this on-demand webinar.

Occupancy heatmap and fall detection using Ainstein's turn-key solution.

See how our automotive mmWave sensor can detect various obstacles such as poles, parking cones, and bicyclists.

TI mmWave’s robust and non-privacy-invasive qualities make it a unique and attractive sensing modality for applications in the home and hospital.

This webinar will cover the new 85 V capable digital power monitor family

In this webinar, we will cover TI’s single-chip radar device (RF front-end + MCU) integrated with antenna-on-package (AOP) for automotive solutions.

mmWave Water vs. Ground Classification Lab

This lab demonstrates usage of TI mmWave sensors to detect miniscule motions, such as displacement of the chest when the heart beats or the person breathes.

mmWave on the TI-Resource Explorer including Examples, Applications, and Experiments

Find out how mmWave can enable robots to sense and avoid obstacles for autonomous navigation (Part 2)

Find out how mmWave can enable robots to sense and avoid obstacles for autonomous navigation (Part 1)

In this session I will discuss how millimeter wave sensors can be used to improve elevator control system algorithms to reduce passenger wait times and energy c