Enabling Metaverse Quality Article in Consumer Electronics Magazine
OptoFidelity´s automated test systems measure the optical and tracking performance of metaverse headsets and enable products to deliver a premium user experience.
Learn more about OptoFidelity´s testing solutions in the Enabling Metaverse Quality article from Dr. Nikhil Pachhandara, Chief Innovation, and Growth Officer.
Metaverse is the 3D extension of the internet into the virtual world. This world is accessed through AR/VR/MR/XR glasses. HMDs and NEDs play a crucial role in accessing the metaverse. The core of the user experience in the metaverse is dependent on the quality of the headsets.
OptoFidelity is the global leader in designing and manufacturing automated test systems for measuring the optical and tracking performance of AR and VR systems. OptoFidelity BUDDY and OptoFidelity HMD IQ provide accurate and repeatable measurements of various critical image and optical qualities of headsets´ display characteristics, tracking performance, and component verification.
With OptoFidelity BUDDY, a temporal performance testing and calibration system for head-mounted displays is provided. Test cases available for measuring temporal performance include: display temporal characteristics (pixel persistence and refresh rate), motion-to-photon latencies (motion-to-photon latency with or without motion prediction, initial latency), motion tracking accuracy (spatial jitter, drifting, prediction overshoot and undershoot, tracking repeatability) and AR world-locking performance (hologram-locking accuracy to real-world features, hologram stability, and simultaneous localization and mapping verification).
OptoFidelity HMD IQ is a measurement system for validating the image quality of head-mounted displays and various near-eye displays and their optical modules over the entire FOV and eye-box. It is designed for both product development and mass-production testing and calibration.
Read more from Enabling Metaverse Quality article in the Consumer Electronics Magazine.