Empowering display industry professionals with cutting-edge insights and analysis
by Arthur Berman
One challenge in achieving highly efficient OLEDs is developing means of highly efficient outcoupling. Part of the reason that this has proved difficult is that the desired means needs to be independent of wavelength, …
Tags:Large Display Monitor| Lighting| Mobile Display Monitor| OLEDs| Optics| Vol 25 - Issue 29
by Arthur Berman
In many ways, Quantum Dots (QDs) are well suited as a basis for white light emitting LEDs. They are not, however, fully optimised for this application. More specifically, up till now, the efficiency achieved …
Tags:LED| Quantum Dots| Vol 25 - Issue 30
by Arthur Berman
At the recent Augmented World Expo 2018 held in Santa Clara, California, an AR headset was exhibited by start-up company nreal Technology Co., Ltd. (Beijing, China). It is pictured in the figure below. The …
Tags:AR/VR| Augmented Reality| HMDs (Head Mounted Displays)| Mobile Display Monitor| Vol 25 - Issue 27
by Arthur Berman
The VisionAR augmented reality safety glasses, produced by Univet S.r.l. (Rezzato, Italy), were designed for industrial applications (and were recently shown at AWE (UniVet Developing AR Safety Glasses). The headset includes a monocular projection …
Tags:Augmented Reality| HMDs (Head Mounted Displays)| Mobile Display Monitor| sony| Vol 25 - Issue 27| Waveguide Display
by Arthur Berman
Spex, a new division of eSight Corporation (Toronto, Canada) has developed the so-called Super Vision HMD (and showed it at AWE Spex Concentrates on Improving Vision – subscription required). The company describes the Super …
Tags:Augmented Reality| HMDs (Head Mounted Displays)| Vol 25 - Issue 29
by Arthur Berman
Shadow Creator Information Technology Co., Ltd. (Shanghai, China) presented a new mixed reality headset at CES Asia 2018. It is called the Action One. In agreement with one of the reports on the aesthetics …
Tags:Augmented Reality| HMDs (Head Mounted Displays)| Mixed Reality| Mobile Display Monitor| Vol 25 - Issue 27
by Arthur Berman
Thin Film Transistors (TFTs) are typically produced using one of three processes: amorphous silicon, low temperature polysilicon or indium gallium zinc oxide. New research suggests that there is an opportunity to replace and improve …
Tags:LTPS TFT| TFT| Vol 25 - Issue 27
by Arthur Berman
On June 14th, a patent application filed by Motorola Mobility LLC. (Chicago, IL) was published. It discloses a means to address the issue of semi-permanent screen deformation in foldable displays. The basic idea in …
Tags:Flexible Displays| Mobile Display Monitor| Motorola| Patents| Vol 25 - Issue 25
by Arthur Berman
At Display Week 2018, a team led by Professor Guofu Zhou of the Electronic Paper Display Institute within the South China Academy of Advanced Optoelectronics at the South China Normal University (Guangzhou, China) demonstrated …
Tags:China| EPD (Electrophoretic)| Vol 25 - Issue 25
by Arthur Berman
Joan Ràfols-Ribé, heading a team of researchers from the Group of Nanomaterials and Microsystems, Universitat Autònoma de Barcelona (Bellaterra, Spain), the Dresden Integrated Center for Applied Physics and Photonic Materials and the Institute for …
Tags:Large Display Monitor| Mobile Display Monitor| OLED Materials| OLEDs| Vol 25 - Issue 23
by Arthur Berman
ANTVR Technology Co., LTD (Beijing, China) has developed an AR glasses product that the company describes as small, lightweight, having large field of view and compatible with SteamVR. The product is called Mix and …
Tags:Augmented Reality| Crowdfunding (Kickstarter etc)| HMDs (Head Mounted Displays)| Vol 25 - Issue 23
by Arthur Berman
Meidensha Corp. (Tokyo, Japan) has developed a technology to deposit oxide films at close to room temperature. Since one use of such films is as a barrier layer, the technology has the potential for …
Tags:Film materials| Large Display Monitor| Mobile Display Monitor| Oxide TFTs| Vol 25 - Issue 21
Jon Peddie Research
4 St. Gabrielle Ct.
Tiburon, California 94920
415-435-9368
© 2024 Jon Peddie Research
