Empowering display industry professionals with cutting-edge insights and analysis
by Matthew Brennesholtz
LetinAR Co., Ltd., a startup Augmented Reality company in Seoul, South Korea, has shown its new design for AR glasses at both CES 2018 in Las Vegas in January and at Mobile World Congress …
Tags:Augmented Reality| HMDs (Head Mounted Displays)| Optics| Vol 25 - Issue 23
by Andrew Fenn
A coating technology for deposition of laterally-graded optical layers on 2D — and in the future, also on 3D — substrates has been developed at Fraunhofer Institute’s Precision Coating business unit in Dresden, Germany. …
Tags:Back Panel| Fraunhofer| Large Display Monitor| Mobile Display Monitor| Optics| Vapour Deposition| Vol 25 - Issue 22
by Arthur Berman
A team of researchers headed by Yutao Qu of the Department of Electrical Engineering and Computer Science at the University of Michigan (Ann Arbor, MI) are developing a microlens array based means for increasing …
Tags:Large Display Monitor| Mobile Display Monitor| OLEDs| Optics| Vol 25 - Issue 18
by Andrew Fenn
WaveOptics, a designer and manufacturer of diffractive waveguides, has announced a collaboration with EV Group, a supplier of wafer bonding and nano-imprint lithography equipment, to bring AR waveguides — a key optical component for …
Tags:AR/VR| Augmented Reality| Mobile Display Monitor| Optics| Vol 25 - Issue 16
by Bob Raikes
So much of being a successful start-up or technology developer is timing. Start too early and you may run out of momentum and money. Start too late and you run the risk of missing …
Tags:MicroLED| OLEDs| Optics| Privacy| Vol 25 - Issue 12
by Arthur Berman
The U.S. Patent and Trademark Office recently published a patent application filed by Apple that relates to optical systems for Head Mounted Displays (HMDs). While uses in augmented reality HMDs are discussed in the …
Tags:Apple| HMDs (Head Mounted Displays)| Lenses| Optics| Vol 25 - Issue 07
by Bob Raikes
LetinAR of Seoul, South Korea, founded in Sept 2016, will show at CES a pair of AR glasses that are claimed to “cause no dizziness even after using them for a long time”. The …
Tags:AR/VR| Augmented Reality| CES 2018| Mobile Display Monitor| Optics| Vol 25 - Issue 01
by Norbert Hildebrand
The new publication ‘A broadband achromatic metalens for focusing and imaging in the visible‘ by scientists from Harvard (John A. Paulson School of Engineering and Applied Sciences as well as the Department of Physics) …
Tags:Augmented Reality| Mobile Display Monitor| Optics| Virtual Reality| Vol 25 - Issue 01
by Bob Raikes
The Tom’s Hardware blog site has published an interesting basic tutorial and description of the challenges in developing lenses for virtual reality systems. The article highlights that new nanotechnologies will be needed to overcome …
Tags:AR/VR| Mobile Display Monitor| Optics| Virtual Reality| Vol 25 - Issue 01
by Bob Raikes
One of the key technologies for augmented reality headsets is waveguide optics, which guides light from the image source and superimposes an image in front of the viewer’s eye. In our looking around the …
Tags:AR/VR| Augmented Reality| Mobile Display Monitor| Optics| Vol 24 - Issue 45
by Chris Chinnock
Bernhard Lutzer from In-Vision Digital Imaging Optics gave a nice presentation on the art of lens design for curved screens. He discussed the basic of optical materials, optical diffraction and projection lens design including …
Tags:Display Summit 2017| Holography| Large Display Monitor| Optics| Projection Screens| Simulation| Super Hi-Vision (8K)| Vol 24 - Issue 39
by Norbert Hildebrand
Wave Optics, a UK based technology start up (founded by Sumanta Talukdar and David Grey in 2014) has closed a second round of funding with a total of $15.5 million to continue their technology …
Tags:Augmented Reality| Investment| Mobile Display Monitor| Optics| Vol 24 - Issue 27
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