Rethinking Haptic Testing: The Microphone Solution
Ensuring consistent haptic feedback in smart devices is critical—but traditional testing methods like Laser Doppler Vibrometry (LDV) and accelerometers can be slow, expensive, and complex for high-volume production.
What if there was a better way?
This white paper explores how microphone-based haptic testing delivers accurate, non-contact measurements while streamlining production testing.
In This White Paper, You’ll Learn:
- How microphone testing compares to LDVs and accelerometers – without sacrificing accuracy
- Key benefits for production environments, including speed, cost savings, and simplified setups
- Real-world test results across smartphones, smartwatches, and fitness trackers
- Why manufacturers are adopting this method to ensure high-quality haptic performance
Ensuring consistent haptic feedback in smart devices is critical—but traditional testing methods like Laser Doppler Vibrometry (LDV) and accelerometers can be slow, expensive, and complex for high-volume production.What if there was a better way?This white paper explores how microphone-based haptic testing delivers accurate, non-contact measurements while streamlining production testing.In This White Paper, You’ll Learn:How microphone testing compares to LDVs and accelerometers – without sacrificing accuracyKey benefits for production environments, including speed, cost savings, and simplified setupsReal-world test results across smartphones, smartwatches, and fitness trackersWhy manufacturers are adopting this method to ensure high-quality haptic performanceDownload this free whitepaper now!
