Every significant advancement in augmented reality (AR) has been driven by cutting-edge technology. The business was revolutionized three years ago by the MicroLED projector, which made AR shift from heavy headsets to thin, light glasses. Now that JBD's Hummingbird I MicroLED projector has achieved a new benchmark of 6 lumens, consumer augmented reality is poised for its next big development.
By reaching an incredible 6,000 nits of brightness-a level never before seen in AR technology-the new Hummingbird I optical module redefines what AR is capable of. This innovation sets a new standard for AR glasses and represents a significant advancement over the previous norm of 1,500 nits in diffractive waveguides. JBD is providing development kits for the Hummingbird I module, which are intended to speed up innovation and integration, in an effort to further advance the sector.
An outside shot of the "New Hummingbird I Polychrome Optical Module"
AR usage is transformed by its astounding 6,000 nits of brightness, which produces sharp and vibrant images even in the brightest outdoor settings. For comparison, older waveguides had trouble with the brightness of outside grass, which typically reflected about 1,500 nits. In addition to overcoming that obstacle, this notable jump to 6,000 nits creates new opportunities for the smooth integration of AR into everyday life. Despite the intense ambient light, picture yourself strolling along a sunny street and seeing navigation arrows clearly pointing the way to your goal.
JBD's developments in MicroLED luminous efficiency, which greatly increase the brightness of red, green, and blue micro-display panels, are the driving force behind this accomplishment. A crucial component of high-brightness displays, the Hummingbird I provides up to 6 lumens of luminous flux, providing a 100% increase in flux at the same power consumption level.
Additionally, the module makes use of JBD's ARTCs, the first waveguide image quality correction system in the industry. In order to promote clear and realistic AR pictures, ARTCs are essential in removing color distortion and graininess. Over 80% global brightness uniformity and a color difference of ΔE 0.02 are the outcomes, which is a noteworthy accomplishment in guaranteeing realistic visuals and correct color reproduction.
Real-time video of the "New Hummingbird I Polychrome Optical Module"
In conclusion, the new Hummingbird I optical module offers system-level benefits for AR glasses and signifies a breakthrough advancement in the AR visual experience:
High Brightness: The module's 6,000 nits easily manage bright situations, offering an unhindered visual experience.
Superior Image Quality: Diffractive waveguides are equivalent to array waveguides due to their improved uniformity and color accuracy.
Extended Battery Life: Longer battery life is made possible by increased efficiency, which results in reduced power consumption-typical use is just 150 milliwatts.
Comfortable Wearability: The Hummingbird I offers unmatched versatility for cozy and creative augmented reality designs because to its small size of 0.4 cubic centimeters.
JBD's Hummingbird I optical module is revolutionizing augmented reality (AR), solving long-standing issues with near-eye displays, and enabling AR's full potential as a wearable technology for everyday use with its ground-breaking brightness and picture clarity. In order to propel this change and usher in a new era of consumer augmented reality that is distinguished by high brightness, excellent picture clarity, long battery life, and comfortable wearability, JBD is eager to collaborate with leaders in the worldwide business.
Concerning JBD:
Since its founding in 2015, JBD has worked to create the tiniest, brightest, and most effective micro-display panels. With its line of active matrix MicroLED displays, JBD, which has a factory in Hefei, China, is regarded as a pioneer in MicroLED display technology. Visit JBD's website, X (Twitter) pages, or Linkedin profiles for further details.
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