Integrated photonics for parallel 3D measurement
Fast, full-field data for NVH, civil monitoring, and industrial metrology.
Ommatidia helps engineering teams capture precise remote measurement data with less setup, less target access, and more coverage than conventional point-by-point workflows.
Photonic integrated circuits enable parallel capture
Ommatidia combines photonic integrated circuits, wide-area illumination, and parallel measurement to improve throughput and measurement quality.
The photonic integrated circuits help the system capture many points at the same time instead of stepping through one point after another.
Depending on the configuration, that means 65 or 128 points measured simultaneously. This supports sharper data, better coverage, and more practical full-field measurement.
Remote vibrometry without contact sensors
Capture dense vibration data remotely, without contact sensors that slow setup or alter the test object.
Ommatidia combines Laser Doppler Vibrometry with parallel measurement, so teams can observe many points at once and move faster from setup to decision.
Use it for NVH and modal testing, civil structures, and industrial diagnostics where target access, wiring, or added sensor mass gets in the way.
01
More useful signal across the scene
Wide-area illumination lets more photons contribute to the measurement instead of being filtered away. That improves range, density, and full-scene usefulness.
02
65 or 128 points measured simultaneously
Photonic integrated circuits make parallel measurement practical by capturing many points at once instead of stepping through one point at a time.
03
Safer high-power illumination
Spreading optical power over a larger area makes higher-power illumination more practical without sacrificing measurement performance.
04
Bio-inspired multi-view capture
The sensing architecture samples the scene from multiple perspectives at once, improving spatial detail without slow sequential scanning.
Application paths
Choose the right measurement path
Start from the application context that best matches the measurement challenge, then connect to the most relevant workflow or example.
Civil structures
Construction & civil engineering
Remote structural measurement for bridges, viaducts, and large civil assets without heavy sensor installation.
Precision targets
Industrial metrology
Capture dimensional and vibration data on large or complex targets where contact setup slows inspection.
NVH and modal testing
Remote vibrometry
Use parallel LDV capture to measure vibration response from many points at once, without contact sensors.
Examples and notes
Application briefs
Explore real measurement examples that connect photonic integrated circuits, 65/128-point capture, and field workflows.
Contact us to learn where this technology fits your workflow.
Talk to our team about the use case, asset size, standoff distance, and data you need to capture.
Choose an application route
Connect the measurement technology to the application evidence
Review the application route that best matches your industrial, automotive, civil or space measurement constraint.
Industrial metrology & process controlReview remote geometry, inspection and production measurement routes.Explore route 
Automotive NVH testingReview the car-body and component vibration route.Explore route 
Bridge structural monitoringReview the civil route for vibration, deflection and modal response.Explore route 
Space measurement applicationsReview the route for constrained test and deployment environments.Explore route