STMicroelectronics unveils the VL53L9CX, a compact direct ToF 3D LiDAR module designed for edge AI with calibration-free operation and on-device processing.

The device delivers high-resolution depth mapping across 2,268 zones (54 by 42) with a wide 54 by 42 degree field of view, capable of sensing from under 5 cm to 9 meters at up to 100 frames per second with 1% accuracy.

Targeted for robotics, industrial automation, smart buildings and homes, AR/VR, consumer electronics, and healthcare, with mass production slated for early July 2026 and samples available beforehand.

On-chip post-processing handles veiling glare and cover-glass crosstalk, enabling calibration-free operation and reducing reliance on external processing hardware.

Connectivity supports MIPI I3C or MIPI CSI, with on-board processing for confidence and reflectance maps, histogram processing, and crosstalk/glare compensation.

Edge AI on-device processing enhances privacy by minimizing data transfers and reducing exposure of raw sensor data.

Manufacturing optimizations, a more capable ASIC, and a streamlined on-chip calibration process contribute to lower system cost and simpler integration.

Dual-scan flood illumination and on-chip processing enable robust edge AI output on small MCUs, reducing motion artifacts and dead zones.

The module integrates a dedicated power management IC and is designed to be calibration-free, simplifying deployment and lowering total cost.

On-chip processing with MIPI or I3C outputs positions VL53L9CX as an AI-ready edge sensor with low system complexity.

Firmware resources were not yet disclosed at launch, but software capabilities are expected to follow.

Processed data streams, including 2D depth maps and multi-zone data, can be streamed up to 60 fps (and up to 100 fps in basic MIPI mode) for advanced edge AI applications.