CEA-Leti has announced a new R&D initiative to contribute to a higher level of vehicle automation and cooperation by expanding the latest developments in vehicular wireless communications that improve reaction time, pedestrian detection and overall vehicle performance.

World’s Smallest-Footprint, MEMS-Based Gyroscope Developed with Politecnico di Milano Combines Best-in-Class Bias Stability and ARW Performance, While Keeping a High Resonant Frequency.

Low-Cost Gb/s Connectivity Overcomes Limits of Copper Wire and Optical Fiber For Automotive, Aeronautics, Telecom, Industry 4.0 and Healthcare Uses.

CEA-Leti today announced the world’s first autonomous imager technology that activates smartphones and small appliances through face recognition or other specific patterns.

CEA-Leti has developed genetic algorithms to calibrate high-channel-count optical phased arrays (OPAs), as well as an advanced measurement setup enabling wafer-scale OPA characterization.

OPAs with Solid-State Beam Steering Can Reduce the Cost and Size of LiDAR Systems & Improve Performance; Results Reported at Photonics West 2021.

World's First NEMS-Based Gyroscope Operates at 50 kHz, "Beyond Frequencies Of Vibrations Common" in Severe Environments.

Today's connected vehicles, and tomorrow's autonomous vehicles, require adapted electronic and electrical architectures to simplify the integration of new software functionalities and thus shorten time to market.