Measure vibration without contact sensors
Capture NVH, modal, and structural dynamics data remotely. Ommatidia combines Laser Doppler Vibrometry, photonic integrated circuits, and Q-series Laser RADAR systems to measure many points at once instead of placing contact sensors one by one.
What changes in the test workflow
The main gain is simpler setup plus denser data. Parallel LDV capture reduces sensor placement, cabling, mass loading, and repeated point-by-point scanning.
Less sensor setup
Measure without accelerometer placement, sensor wiring, or added mass on lightweight parts.
Parallel capture
Use photonic integrated circuits to capture 65 or 128 measurement points simultaneously.
Clearer modal data
Capture denser response across panels, assemblies, structures, or machinery.
Faster decisions
Move from measurement to interpretation with fewer setup bottlenecks.
Parallel vibrometry depends on integrated photonics
Ommatidia photonic integrated circuits distribute the optical architecture needed for practical multi-point LDV. That is what makes 65 or 128 simultaneous measurement points usable in real test workflows, rather than forcing slow sequential scanning.
Where remote vibrometry fits
Use it when contact instrumentation changes the test, slows preparation, or cannot cover enough of the structure.
Application paths
Start from the measurement challenge, then choose the system support and data output required.
Full-field vibration insight for faster NVH tests
Capture response without covering the target with sensors or adding mass to lightweight structures.
See application briefs
Dense response data for modal analysis
Use parallel measurement to capture mode shapes, spectra, and spatial response more efficiently.
Read modal workflow
Remote capture where access is hard
Measure surfaces that are difficult to instrument, reach, or repeatably prepare for contact sensors.
Explore 3D velocityChoose the right Q-series path
Remote vibrometry can start with focused single-point work and scale toward dense multi-point Laser RADAR workflows.
QMini / SpeedSync
Single-point LDV for focused diagnostics, lab tests, and long-range vibration measurement.
Q1 / Q1S
128-point Laser RADAR for field campaigns, monitoring, displacement evidence, and structural dynamics.
Q2
65-channel parallel vibrometry for dense modal maps, 3D velocity workflows, and strain-ready analysis.
Check whether remote vibrometry fits your test
Tell us the target, standoff distance, frequency range, and the data product you need. We will help map the right measurement path.