Blog

Glass is all around us—from building windows to eyeglasses, from automobile windshields to fiber-optic networks. And of course, it's the cover surface material on a vast majority of our smart phones. As displays and mobile devices evolve into flexible, foldable, and rollable form factors to take advantage of the capabilities of OLED, microLED and other new display technologies, glass is evolving as well. Learn more about this remarkable material, and the challenges and future outlook of glass in displays.

Take a look back at some VR history, including early devices like "Sensorama" and the "Sword of Damocles". Meet some of the original visionaries of the industry and see how we've evolved in addressing the key challenges of AR/VR technology like latency, head tracking, and creating a truly immersive experience.

Advanced imaging solutions—such as scientific-grade CCD-based systems—offer the ability to inspect low-contrast regions in extreme detail for detection and classification of the subtlest variabilities noticeable to the human eye. Although there is an investment to apply advanced systems like these, the ROI of photometry-based systems is justifiable in any operation where the risk of escaped defects and production inefficiency is a great-enough (and costly-enough) concern. Read this blog for 8 inspection challenges and scenarios that justify investment in an advanced photometry-based vision system...

The display industry's biggest event of the year is SID Display Week, May 22-24 at the LA Convention Center. Come by booth #729 to see live demonstrations of Radiant's photometry-based imaging systems that simulate human visusl perception to ensure the absolute quality of display devices from the inside out. Our systems provide light and color uniformity analysis, pixel-level defect detection, correction processes like OLED demura (Radiant’s uniformity correction method uniquely engineered for emissive OLED pixels). We provide solutions for HUD and sparkle measurement, testing AR/VR displays, LCDs, and MicroLEDs, along with advanced vision systems for precision assembly verification and surface inspection.