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Cutting edge, high-definition ADB or matrix pixel headlights realize numerous light distributions. In the development process a wide range of light scenarios must therefore be adequately determined in the shortest possible time.

For this purpose, Instrument Systems developed the AMS screen imaging system.

Novel display technologies, such as near-eye and microLED displays, enable exciting new user experiences. However, they also impose big challenges for quality control, especially with substantial production tolerances and spectral variances of light sources.

Near-eye displays (NEDs) exhibit a number of effects including distortion and sharpness distribution due to the optics that generate the virtual image. In his lecture, Dr. Cameron Hughes presents why a spectrally enhanced camera based system such as the LumiTop is ideal for fast and accurate production testing of these displays.

Instrument Systems has developed a practicable concept for the laser safety assessment of VCSELs based on the international laser safety standard. With absolutely calibrated and modular test systems, such as the pulsed VCSEL tester PVT 100/110 and camera-based VTC 2400, the complete characterization of pulsed VCSEL arrays is possible. Since VCSEL arrays are experiencing a drastic growth in 3D sensor applications, e.g. face ID, automotive LiDAR and human-machine-interfaces (AR/VR), proof of eye safety is becoming increasingly important.