Posted: Mon, October 8, 2018
The 2018 Nobel Prizes in Physics have just been announced, making us think about some other notable physicists who have contributed to the world's understanding of electromagnetic radiation, the nature of light, and perception of color—scientific principles we rely on every day here at Radiant. In part 1 of our Physics Heroes series, learn about Niels Bohr, Marie Curie, Heinrich Hertz, and James Maxwell.
Posted: Tue, October 2, 2018
Luminator Aerospace performs extensive light and color measurement tests on aircraft products such as exit signs, fasten seatbelt signs, lavatory signs, and other signage. In this case study, learn how Luminator revolutionized their testing times to increase throughput while maintaining consist product quality using Radiant ProMetric® Imaging Colorimeters.
Posted: Mon, September 24, 2018
This week, Radiant will travel to Michigan to sponsor and participate in the annual Vehicle Displays Detroit Symposium & Expo. Experts from the Radiant global automotive solutions team will present a technical paper and demonstrate scientific imaging technologies for light and color measurement of displays used in all areas of the vehicle. With the automotive industry booming with new HMI trends, sensing, ADAS, and visualization technologies, Radiant’s automotive light and display measurement systems are now being applied to ensure design and production quality of all illuminated and digital components in consoles, instrument panels, windshields (HUD), mirrors (CMS), and virtually all visible spaces of a vehicle.
Posted: Mon, September 17, 2018
Customers of today’s consumer electronics devices expect a flawless product out of the box. Scratched, dented, and otherwise imperfect products can result in costly returns and warranty claims. Worse, visible defects damage your brand’s reputation and future business. Device manufacturers have employed machine vision systems and human inspectors to protect the quality of their products. Now, Advanced Vision solutions allow you to apply photometry-based surface inspection techniques that match the precision and discernment of the human eye, at automation speeds.
Posted: Mon, September 10, 2018
Microdisplays—screens measuring less than two inches diagonally—have been used in applications such projection TVs, smart watches, and near-eye displays (NEDs). Offering very high resolution and brightness coupled with low energy use, they are poised to become more widespread as augmented reality devices, head-up displays (HUDs), and and head-mounted displays (HMDs) are gaining wider use in industries from consumer electronics, to medicine, to the military.
Posted: Tue, September 4, 2018
Luminance, illuminance, luminous flux, intensity, brightness...how do we describe the qualities and brightness of light? We explain and discuss the spectrum of electromagnetic waves, including both visible (light) and invisible (e.g., radio, microwave), and how to quantify them with photometric or radiometric measurements.
Posted: Fri, August 24, 2018
Light field technology is one of the latest approaches to giving virtual reality users the most immersive and realistic experience. In this blog post we discuss some of the challenges of creating VR content, the development of light field systems, and methods to ensure the quality of virtual reality displays.
Posted: Mon, August 20, 2018
What is the CIE color space? How does "color gamut" affect the viewing experience of display screens, from smart phones to big-screen TVs? Using the colors of the 2018 World Cup, we'll explain some of the science of light and color and how to quanitify and measure displays to ensure the highest quality.
Posted: Mon, August 13, 2018
The prospect of foldable smart phones has been lingering just over the horizon for a few years now, with hints and rumors, protoypes, but no product launches...yet. Will 2019 finally be the year when foldable smart phones reach the market place? What's been taking so long? One of the challenges with foldable screens has been low yields for production of OLED displays—the technology that underlies most foldable devices. Learn more about this challenge and how effective display testing can help improve manufacturing yields and device quality.
Posted: Mon, August 6, 2018
Head-up diplays (HUDs) are becoming more common in both automobiles and airplanes, helping to increase safety and reduce distractions for drivers and pilots. In aviation, HUDs have been used for decades in military planes, and are fairly commonplace in large commercial aircraft. But to ensure that HUDs are serving their purpose effectively, there are multiple considerations—design, form factor, symbology, display quality—that have to be carefully addressed.