Vibrometry News

Stay current with Ommatidia product releases, measurement methods, application results and practical engineering guidance.

Read updates for teams working in non-contact vibrometry, Laser RADAR metrology and structural measurement.

15 October 2025

Parallel Beam Laser RADAR: Benefits Over Scan Systems

Traditional scanning laser vibrometers capture one point at a time—slowing down measurements and missing critical vibration data. Parallel Beam Laser RADAR changes that. Using photonic integrated circuits to generate dozens of simultaneous laser channels, Ommatidia’s Q1 and Q2 systems deliver faster, more accurate, and fully synchronized vibration and metrology measurements for aerospace, automotive, and industrial applications.
7 October 2025

Remote Sound Sensing with Laser RADAR: How the Q2 Redefines Vibration and Acoustic Analysis

Remote Sound Sensing with Laser RADAR introduces a new way to capture acoustic information — not with microphones, but with light. Using Ommatidia’s massively parallel FMCW technology, sound waves and vibrations can be detected remotely through precise laser interferometry. This enables real-time, contact-free analysis of structures, machinery, and environments, unlocking new possibilities in industrial…
2 October 2025

MaPalDa Consortium Meets in Barcelona to Advance Automotive LiDAR

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.
30 July 2025

Ommatidia’s Integrated Photonics at Laser World of Photonics 2025

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.