Ommatidia has completed the delivery and hands-on training of our Q2 Laser Radar system at The University of Texas at Austin (UT Austin), where it will support experimental research requiring precise, repeatable, non-contact measurements.
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The MaPALDA Consortium met in Barcelona to review progress on next-generation FMCW LiDAR for automotive applications. Hosted at IDNEO’s headquarters, partners including Ommatidia, Dongwon Industries, Hanyang University, ALC Net, Viewnyx, and UPV discussed advances in multi-beam sensing, photonic integration, and on-vehicle validation. Supported by the Korea–Spain Strategic Programme (KSSP) through CDTI and KIAT, the project strengthens international collaboration to accelerate real-world deployment of LiDAR technologies for safer and smarter mobility.
At XCON 2025 at the University of Liège, Ommatidia demonstrated Q2 multi-beam vibrometry for synchronized spatial measurement in nonlinear-dynamics experiments.
The SPIE paper presents the SPACIAL Lightfield LiDAR co-developed by TNO and Ommatidia for lunar-landing assistance: 23° × 23° field of view, 150–1000 m range and more than 18,000 points/s.
At Laser World of Photonics 2025, Ommatidia showcased its next-generation Q2 Laser RADAR during a talk by Opto-Electronic Engineer Francis (Yu) Tian. His presentation highlighted how integrated photonics is enabling faster, more compact, and highly scalable LiDAR systems—marking a major step forward in precision sensing and structural metrology.
ICSV31 2025 brought the international sound and vibration community to Incheon, where Ommatidia presented Q2 parallel Laser RADAR for simultaneous full-field vibration measurement.