STMicroelectronics (NYSE: STM), has released its second-generation laser-ranging sensor based on its highly successful FlightSense technology. The new sensor, the VL53L0, can range faster, over longer distances, and more accurately, significantly improving smartphone- and tablet-camera performance and opening new possibilities and features in robotics, user detection, drones, IoT, and wearables.
With its small form factor of 4.4 x 2.4 x 1mm, the VL53L0 is the smallest ToF (Time-of-Flight) module in the world, and the first to integrate a 940nm VCSEL[1] light source, a SPAD[2] photon detector, and an advanced microcontroller to manage the complete ranging function. Being the market’s first module to use light emitted at 940nm, coupled to leading-edge infrared filters, the VL53L0 delivers best-in-class ambient light immunity and is now invisible to the human eye. The embedded microcontroller and digital algorithms minimize both the host processing and system power consumption in the final application.
The VL53L0 is able to perform a full measurement operation in one image frame, typically less than 30ms, at distances beyond 2m. With such performance levels the camera system can achieve instant focus in both video and burst modes, even in low-light or low-contrast scenes, which are especially challenging for camera-systems not equipped with FlightSense technology.
With superior accuracy, the VL53L0 also enhances smartphone applications including dual-camera-based depth-mapping and offers exciting opportunities in robotics, user detection, drones, IoT, and wearables.
ST’s VL53L0 module is simple to use (6 effective pins), is I2C based, and comes with a full package of API drivers and documentation for fast and simple integration. The module package is reflowable, RoHS compliant, and fully compatible with a large selection of cover glass and design artworks.
STMicroelectronics
st.com
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