AR / VR Measurement Solutions

Radiant Vision Systems is a pioneer in display testing for AR / VR technology, offering the highest spatial resolution in light and color measurement for detecting, classifying, and preventing subtle light uniformity issues and pixel and sub-pixel defects. Radiant has developed inspection solutions that replicate the human eye’s visual response in a wide range of:

  • Visual experiences (immersive or see-through)
  • Display types (LCD, OLED, microLED, LCoS, or DLP)
  • Viewing channels (monocular, binocular, or bi-ocular)
  • Optical design (opaque display, free space, freeform, lightguide / waveguide, metasurface, holographic, curved mirror, birdbath, or custom optics)

AR/VR Measurement Solutions

Radiant’s AR/VR Lens, one of the first solutions of its kind on the market, was designed specifically to meet the needs of near-eye display measurement.

Its important innovation was placing the aperture at the front of the lens to replicate the human eye's position in a headset.

With a field of view (FOV) of ± 60° the AR/VR Lens solution with TT-ARVR™ Software is particularly effective at measuring immersive displays such as VR headsets.



Radiant’s XRE Lens offers two configuration options, folded ("periscope") and non-folded, enabling it to be used to inspect a wide range of near-eye devices and integration requirements.

The XRE lens also features automated electronic focus that enables focus to be controlled via software for rapid adjustment and accurate testing of through-focus MTF. It has an FOV of ± 35° and works with Radiant high-resolution imaging colorimeters and photometers.

Radiant solutions offer several advantages:

  • Advanced software algorithms that use focal settings to measure size and position to determine object “distance” in real-world measurements without the need for focal depth calculation.
  • Light and color accuracy measurements to determine accurate brightness (highlights or shadows) in respect to the environment, contributing to the projection’s visibility.
  • Evaluation against defined tolerances for luminance, color, and spatial offset. You can accurately determine an artificial object’s location, depth, and size.
  • Library of tests and patterns such as checkerboard patterns to measure slant edge contrast or modulation transfer function (MTF) to ensure object clarity.

Radiant Vision System

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