Initially developed for use in meteorology and topography, lidar is now being adopted as an automotive sensing technology that enables AVs to "see" and safely navigate through complex driving scenarios.
As with radar-based systems, lidar sensor makers must ensure lidar systems quickly and reliably detect objects, enabling advanced driver assistance systems (ADAS) to work correctly before they are commercially deployed. To properly test sensors, designers currently need large floor spaces and use traditional target boards. In addition, the industry is also faced with reducing sensor cost and scaling to mass production.
The Keysight LTS solution has been developed to address these challenges by simulating test targets at defined distance and reflectivity with a compact and standardised bench setup. This solution is designed to simplify and accelerate the testing, validation, and production of automotive lidar sensors through standardisation and automation.
The Keysight LTS provides users with:
Small footprint covering large distances – Compact bench setup saves test floor space by simulating target distances from 3 meters to 300 meters and simulating surface reflectivity from 10% to 94%.
Analytics to improve sensor design and performance – Powerful testing software generates insightful analytics by sweeping target distance and reflectivity, enabling design and performance improvements.
Automated software accelerates testing – The LTS test setup is fully automated using a cobot and powered by Keysight PathWave Test Executive for Manufacturing for test automation. While the cobot provides precise device movement for field of view testing, the automation software accelerates testing and throughput to support volume production.
According to Thomas Goetzl, Vice President and General Manager for Keysight's Automotive & Energy Solutions, "Keysight sees an exciting role that lidar can play in enabling autonomous vehicles to navigate more accurately with an extra sensor that complements cameras and radars. With the market's first cobot-assisted lidar target simulator with variable distance and reflectivity simulation, we are ready to support a volume roll out of lidar with a scalable manufacturing test solution."
