Instrument Systems, the Munich-based light measurement solutions provider, announced that it will showcase an ultra-high resolution version of its LumiTop targeting Micro LED displays and AR/VR display applications at the Display Week 2019. According to Instrument Systems, the ultra-high resolution LumiTop model merges a 150 megapixel camera with the high-end spectroradiometer CAS 140D to guarantee test accuracy across the whole image of the camera. The resolution of 150 megapixels thereby allows (sub-) pixel level analysis of complete displays in one single shot,...

We have all heard rumors about Apple’s augmented reality (AR) glasses and they might be materialized soon as suggested by recent reports and Apple’s newly granted patent. It is said that Apple will begin manufacturing its AR device the soonest in 4Q19 and release the product by 2Q20. According to a report covered by 9To5Mac, the device will be heavily dependent on the iPhone, using its computational power for image rendering, internet connection and location service. The pairing between the AR glasses and the mobile phone might be wireless connection that sim...

Chinese company BOE Technology will reportedly begin trial production of Micro OLED display in the beginning of 2019 which will be applied for VR and AR, according to Korea’s ET News. 

Vuzix® Corporation ("Vuzix" or, the "Company"), a leading supplier of Smart Glasses and Augmented Reality (AR) technologies and products for the consumer and enterprise markets, is pleased to announce that the Company is partnering with Plessey Semiconductor, a leading developer of award-winning optoelectronic solutions. The two companies are partnering to develop advanced display engines for Vuzix waveguide optics to enable next generation AR Smart Glasses. The combination of Vuzix' extensive expertise and IP in smart glasses and waveguide optic technologies along with Plessey's microLED light source product family, Quanta-Brite™ will be the basis for a new generation of AR Smart Glasses with the sleekest form factors to date.

According to the latest report, 2Q18 Micro LED Next-Generation Display Technology Market Report- Micro Projection AR & VR Market Trend and Analysis, from LEDinside, a division of the market research firm TrendForce, LEDinside analyzes the light sources of micro projection. Since Micro LED has high brightness and is power-saving, it can produce miniature module. After Micro LED technology becomes mature, it will be the new mainstream for display technology.

The investment in whole flat panel display industry by Chinese enterprises has amounted to more than $70 billion, and the production scale of display panel in China is expected to be the No.1 around the world by 2019 from the third place at present, as well as China will be the important driving engine for the growth of global display industry. Under this circumstance, the Society for Information Display (SID) sets up operations entity in China, outside of the United States for the first time, and organizes the international conference on Display Technology (ICDT). The second International Conference on Display Technology (ICDT) is held during April 9-12, 2018 in Guangzhou, China. ICDT 2018 is hosted jointly by the Society for Information Display (SID) Beijing Chapter, SID Taipei Chapter and SID Hong Kong Chapter, and organized by South China Normal University, South China University of Technology, Sun Yat-sen University, Guangdong Juhua Printed Display Technology Co. Ltd, HKUST State Key Laboratory on Advanced Displays and Optoelectronics Technologies, SID China, OE-A and Fuzhou University. ICDT 2018 attracts a large number of display prominent scientists, academia and enterprise elites in the field of display, focusing on 7 special topics and 17 symposium topics, also totally publishing 383 symposium papers (including oral, invited and poster presentations). In addition to the publication of technical papers, in order to promote the continuation of technology, the venue also provides exhibition booths and the opportunities for collaboration between start-ups and investors to enhance industrial exchanges.

JBD, a HK-based startup founded in 2015, carried out extensive research and development work to realize inorganic compound semiconductor material based display technology. Near the end of 2017, JBD introduced a new Micro LED technology for microdisplay manufacturing. LEDinside contacted Dr. Fang Ou, CTO, and Dr. Lei Zhang, CEO of JBD, and got the information about the technique in detail.

NEC Corporation today announced the development of an Augmented Reality (AR) solution to assist users with the selection of items through the use of smart glasses, a smart watch and new ARmKeypad functions.

The Dow Jones Industrial Average yesterday said consumer electronics giant Apple will be holding its product launch event on 12th of September, as the Wall Street Journal carried in its report. Products to be unveiled are said to be the iPhone 8, the 10th anniversary edition exciting the public for long, the iPhone 7s, the iPhone 7s Plus, a new Apple TV box supporting 4K super high definition visual content, and an updated Apple Watch. Along with those products, the supply chains and technologies behind them have also been gradually revealed by various sources, even though Apple itself is very tight-lipped about it. 

Earlier in May, the world’s highest PPI emissive Micro LED display was announced. The whole industry was left baffled with knowing that it came out from a young Canadian startup- VueReal. When other companies- some of them are major in other application sectors-are still moping over poor yields and technological difficulties during Micro LED’s manufacturing processes, the launch already spoke for the company’s competency.

Apple’s development of 3D sensing highly interests the market. A list of companies joining Apple’s 3D sensing supply chain has been revealed in a recent report, which includes quite a number of Taiwanese firms, including TSMC, Largan Precision, Foxconn, Tong Hsing Electronic Industries, GSEO, Xintec, and VisEra.  

Organized at the Langham, Shenzhen, on 19th July, Macroblock LED Display Conference 2017, gathering makers of displays and LED light sources worldwide, ended on a high note as it always did for the past 12 years. At this high-profile annual event, Macroblock’s chairman Dr. Li Chang Yang stated that display technology has been more widely used for various applications in different ways, such as displays in retail spaces, theaters, restaurants with immersive AR technology, and interactive applications.

Augmented Reality (AR) is thought by many, including many of the leading CEOs in Silicon Valley, to be the “next big thing,” ultimately displacing our smartphones with stylish, interactive glasses that communicate with the digital world, in part by superimposing virtual images on the wearer’s field of view. Huge investment is pursuing this vision, much of it focused on micro-displays and sophisticated optics for overlaying images onto a wearer’s view. But just as promising is the idea of scanning such images directly into the human eye. Needed are very low power lasers or laser arrays in RGB or more colors that can be packaged in very small, discreet form factors suitable for integration into attractive, fashionable eyewear. Such lasers do not yet exist, but a technology that meets the challenge is in development, which can also lever the existing manufacturing infrastructure for LEDs. It can also address many other applications in emerging bio-tech and even in SSL markets for highly directional lighting.    

Organized at the Langham, Shenzhen, on 19th July, Macroblock LED Display Conference 2017, gathering makers of displays and LED light sources worldwide, ended on a high note as it always did for the past 12 years. At this high-profile annual event, Macroblock’s chairman Dr. Li Chang Yang stated that display technology has been more widely used for various applications in different ways, such as displays in retail spaces, theaters, restaurants with immersive AR technology, and interactive applications. 

The first half of 2017 has passed and the world has been waiting for the new iPhone, which is projected to be launched either late in this year or in 1Q18. However, according to CNBC’s report on 20th June, gadget lovers could probably have a few more things to expect, Apple’s smart glasses ‘iGlass’, for instance.

Micro-displays in wearables, whether Augmented Reality (AR), Smartwatches, Smartphones or other applications of the near future are not bright enough to readily see images on a bright, sunlit day, nor efficient enough to give mobile devices much loiter time – better technology is needed, particularly as pixel sizes shrink in next gen micro-displays

The new SFH 4055 from Osram Opto Semiconductors is based on the company’s proven Firefly platform, used widely for LEDs in the visible spectrum. The new transmitter, Osram’s smallest side-looking infrared LED to date, has a wavelength of 850 nm and is primarily targeted at eye-tracking systems in augmented and virtual reality headsets.

VueReal, a Canada-based specialist in micro-LED display technologies, announced that its Continuous Pixelation(TM) technology has led to development of a 4K micro-LED array at 6000 ppi which is the record highest pixel-per-inch emissive display.

Following Sony’s introduction of CLEDIS (Crystal LED Integrated Structure) displays and Apple’s acquisition of LuxVue, more technology companies are exploring the possibilities of micro-LED in various display applications. LEDinside, a division of TrendForce, reports that there are now nearly 100 private companies and research organizations participating in the development of micro-LED displays. Besides Apple and Sony, there are other major technology brands that invest in micro-LED. Notable cases include the acquisition of InfiniLED by Facebook’s Oculus and the partnership agreement between Ostendo Technologies and KDX. By entering this field in advance, these companies hope to gain favorable positions in the future.