Industrial mmWave radar sensors
Highly integrated radar sensors enable precise sensing in industrial and personal electronics markets
Why TI industrial mmWave radar sensors?
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Industrial mmWave radar sensors design & development
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Dive into TI mmWave radar technology with comprehensive learning paths. Access structured training modules through Radar Academy, explore technical fundamentals in our white papers, and watch practical video demonstrations.
TI collaborates with other companies to offer a range of solutions using TI mmWave radar sensors and related services to help accelerate your path to production. Download this search tool to browse our partner list and find the right company to meet your needs.
Partners specializing in TI mmWave radar sensors
Enabling emerging markets with TI mmWave radar
Framery
Framery’s innovative smart pod design uses TI mmWave radar sensor technology to improve the everyday office experience for employees. The IWR6843AOP radar sensor enables highly accurate occupancy detection capabilities with reduced false errors. The radar technology detects when a person enters or leaves the pod and automatically adjusts the lighting and ventilation in the pod accordingly for improved energy efficiency. Additionally, accurate occupancy detection enables adaptive top-mounted lighting that shows whether a pod is free, in use, or a meeting is starting soon for smoother operation.
QUMEA
QUMEA’s RADIQ-1 sensor uses TI mmWave radar sensor technology to provide contactless monitoring of presence, vital signs and fall events for people in care facilities. The ultra-accurate IWR6843AOP radar sensor detects precise motion points in a room, and uses this data to understand position, posture and condition of a person in real-time to provide nearly error-free alerts. The high-level of accuracy can reduce falls by 74% and care effort by 20% for effective prevention and measurable therapeutic success. Radar technology also provides absolute privacy, compared to vision-based systems, with data that does not contain information that allows conclusions about a person.
Inxpect
Inxpect’s SBV-01 sensor uses TI mmWave radar sensor technology to advance safety in industrial automation and robotics systems. The IWR6843 is a single-chip, 60-GHz to 64-GHz, SIL-2 certified mmWave radar sensor that enables the detection of operators in dangerous areas to stop machinery from restarting until the area is clear. With high levels of accuracy, radar technology reduces false detections such as dust, debris, smoke and dirt and can measure even the smallest of movements such as a person breathing. Additionally, radar can measure several objects simultaneously for increased safety and productivity in complex environments.
Axis Communications
Axis Communications’ AXIS Q1656-DLE Radar-Video Fusion Camera uses TI mmWave radar sensor technology to provide next-level detection and visualization to surveillance systems even at long distances. The ultra-accurate IWR6843 radar sensor enables improved people detection with reduced false triggers typically caused by shadows, light beams, raindrops or insects. The radar sensor provides critical information such as the position, speed and direction of detected movement for enhanced intelligence. In addition, radar technology helps to conserve energy, because radar can “see” in the dark.
Featured application resources
mmWave sensors deliver precise occupancy detection and people counting
Non-contact vital monitoring for privacy-conscious in-home wellness tracking
Enable intelligent robot sensing at the edge with our industrial mmWave sensors
Compact, ultra-low power mmWave solutions for presence detection, vital signs & gesture HMI
High-accuracy level measurements up to 100m, low power for 4-20mA loop-powered systems
Power optimization for 77GHz-level transmitter reference design
mmWave diagnostic and monitoring reference design
High accuracy, robust detection, range and velocity measurement for vehicle infrastructure
mmWave radar sensor technologies
Functional safety
Our mmWave ICs and SoCs feature built-in safety mechanisms to help achieve SIL targets by detecting and mitigating dangerous failures. These sensors support IEC 61508-compliant application development, accelerating safety design and enabling seamless system integration.
Edge AI
Our mmWave radar sensors paired with CCStudio™ Edge AI Studio enable reliable, accurate industrial sensing — including surface identification and human vs. non-human classification. Simplify machine learning with open-source PyTorch models on the edge, and use CCStudio™ Edge AI Studio's complete step-by-step flow to train and deploy your own model.
Cybersecurity
Our industrial mmWave sensors provide the foundation for secure embedded development, with on-chip security features to help you build compliant end equipment across regulations including Europe CRA, China GB, and other emerging frameworks. As an active participant in harmonized standards development, TI is committed to helping you meet evolving cybersecurity requirements.