Rich 3D depth and 2D IR in one calibration-free module, built for robotics, industrial, and smart spaces

3D sensing is at the core of how robots navigate, how smart spaces detect activity, and how AR/VR and medical devices understand their surroundings. Delivering high-resolution depth in a compact, low-power module, without heavy calibration or a growing BOM, remains one of the hardest problems in the category.

Join this webinar to see how the VL53L9CX addresses these needs directly and how ST's all-in-one direct Time-of-Flight (dToF) 3D LiDAR module delivers a 2.3 K-zone depth map in a single reflowable package, with a 71° diagonal field of view, 1° angular resolution across 54° × 42°, ranging from below 5 cm to 9 m, and processed full-resolution output at up to 100 Hz.

See how dual-scan flood illumination replaces traditional sequential dot scanning, detecting small objects and edges reliably while eliminating motion artifacts in fast-moving scenes and how combined depth and 2D IR output give AI and perception stacks richer inputs from a single sensor.

Agenda

• Introduction: VL53L9CX architecture and key specifications, and why they matter at system level.
  
• Key features: Dual scan flood illumination, 2.3 K zones, and combined depth + 2D IR output.
• Benefits and differentiation: Where the VL53L9CX fits in the FlightSense portfolio and how its capabilities differentiate it in compact, high resolution 3D sensing.
• Target applications and use cases: From SLAM and obstacle avoidance to people counting, gesture recognition.
• Tools, evaluation, and development support: How to evaluate the module quickly using our evaluation boards, with the supporting development ecosystem.
• Live Q&A

This session is designed for design and hardware engineers, system architects, and senior business decision makers working on industrial, smart building, smart home, robotics, drones, medical, and AR/VR products. It is also relevant for technology experts tracking innovation in 3D sensing and Time of Flight.