END: RiTDisplay and PlayNitride to supply Apple with MicroLED displays for its next-gen Watch device

Apple is currently using an LGD 1.57" 394x324 LTPO AMOLED display (1.78" 448x368 on the larger 44mm version) in its latest Watch smart wearable device. Apple's involvement in Micro-LED displays started in 2014 when it acquired LuxVue, and it was always assumed that Apple's main aim for the new display technology is to adopt it in wearable devices.

PlayNitride high-brightness high-density passive-matrix wearable Micro-LED prototype (SID 2019)

According to a new report from Taiwan, PlayNitride and RiTDisplay are in talks with Apple to supply microLED displays for Apple's next-generation Watch wearable. A micro-LED display could offer much higher brightness and efficiency compared to an AMOLED display, both of which could be highly desirable in wearable devices.

PlayNitride shows advanced flexible and transparent Micro-LED displays

PlayNitride demonstrated its latest Micro-LED displays at SID DisplayWeek 2019 - a 7.56" 720x480 (114 PPI) transparent MicroLED, a flexible Micro-LED on a polyimide substrate and a high-brightness, high-resolution passive matrix MicroLED aimed towards wearable applications.

PlayNitride aims to release its first Micro-LED display products by the end of 2019. In 2017 the company started to sample micro-LED panels and shipped samples to 10-20 potential customers.

New reports suggest that Samsung delays its QD-OLED TV production plans

In February 2019 it was reported that Samsung Display will hold an investment review committee on April 2019 to decide whether to go ahead with plans to start producing QD-OLED TV panels - and then commence mass production by the end of 2020.

QD-OLED stack scheme (DSCC, Oct-2018)

According to a new report from China, Samsung will indeed go ahead with its QD-OLED production plans, but at a slower pace than was first estimated. Samsung will only begin trial production towards the end of 2020, with real mass production on a new 10-Gen line only at around 2023.

Microdisplay Technologies for AR and HUDs

The following is a guest article, by Assaf Levy-Beeri, Co-founder at Joya Team

MicroDisplays are used in a variety of applications. First introduced into the market in the 90s, microdisplays were used as an image source for Rear Projection TVs (RPTVs), projectors, viewfinders for digital cameras and Helmet Mounted Display systems (HMDs).

Today, while the demand for wearable products is increasing and the potential wearable market size is very high, microdisplay market is expected to grow dramatically. Augmented Reality (AR) and smart glasses, Helmet Mounted Displays , Virtual Reality (VR) systems and Head-Up Display (HUD) systems are the main applications where a high-resolution microdisplay is required. Correspondingly, the technology is improving all the time and microdisplays manufacturers make significant investments in order to improve their technology and products performances. In addition, new technologies and manufacturers enter this field.

Foxconn may produce OLED panels or modules in its Wisconsin fab in the future

Foxconn announced its plans to build a display fab in Wisconsin, USA, in 2017, and following delays the company plans to start operating the new fab by the end of 2020. The plant's designation changed several times - from LCD production (which never made much sense) to R&D and finally and currently to LCD module production.

Foxconn production line photo

Foxconn now says that it may also add OLED and Micro-LED production lines in the Wisconsin factory. It did not disclose any more details or timeline, this is certainly not a commitment yet. It is also not clear whether they mean to produce OLED and MicroLED display panels or modules.

MagnaChip launches its 28 nm AMOLED drivers

OLED driver maker MagnaChip launched its latest 28 nm OLED Display Driver IC for smartphone displays. MagnaChip says that it is using the world's most advanced process for OLED drivers, which enables it to achieve a 20% reduction in form factor compared to its previous 40 nm process.

In addition to the size reduction, the new process also enabled MagnaChip to reduce the voltage from 1.1V to 1V, which reduces the power consumption by more than 20%, and it also reduces the EMI levels (again, by 20%) which improves the phone's call quality.

We discuss the upcoming SID DisplayWeek with Sri Peruvemba

SID DisplayWeek, the world's premier display industry event will take place this year in San Jose, California on May 12-17. We discussed the event and the display industry at large with Sri Peruvemba - a dear personal friend and a Vice President at the SID organization.

Q: Hello Sri - thanks for your time! SID DisplayWeek has always been our favorite display industry event. Can you tell us what to expect from the 2019 edition? Any new planned event features?

Thank you, its my favorite event as well. In 2019, we can expect over 200 exhibitors showing all the latest display tech and applications in AR/VR, automotive, OLED, AMOLED, micro-LED, LCDs, quantum dots – and more.

Samsung reports its Q4 2018 financial results - lower OLED revenues, demand will pick up in H2 2019

Samsung Electronics reported its financial results for Q4 2018, with revenues of KRW 59.27 trillion ($53 billion USD), down 10% from Q4 2017. Samsung's operating profit of KRW 10.8 trillion ($9.6 billion) was down 29% from 2017.

Samsung Display reported a decline in rigid smartphone OLED display sales - due to rising competition from LCD panels. Demand for flexible OLEDs was strong. In Q1 2019, OLED display sales will remain weak - but Samsung says that flexible OLED demand will pickup in the second half of 2019.

Fuji Chimera: the AMOLED microdisplay market will reach $75 million by 2021 (10.9% CAGR)

Fuji Chimera Research Institute says that the global microdisplay market reached $161 million in 2018, with AMOLED taking up a market share of 27.8%. LCoS is still the leading technology with a market share of 59.7%.

eMagin XGA096 OLED-XL photo

Fuji Chimera expects the OLED microdisplay market to grow to $75 million by 2021 - a CAGR of 10.9%. The average unit price for an OLED microdisplay will reach $32 (35% higher than LCoS microdisplays).

Nanosys expects to show working emissive QD-LED displays by the end of 2019

HDTVTest posted an interesting interview with Cadmium-Free QD developer Nanosys CEO and president Jason Hartlove. In this long interview Jason discusses the company's technology and recent achievements.

Jason reveals that the company is working on emissive Quantum Dots displays - and he expects to have a full-color monitor-size QLED display prototype ready by the end of 2019. Jason says that they hope to show these display prototypes in private demos at CES 2020.

Cambridge Isotope Laboratories - Deutreated Reagents and High-Purity Gases for OLEDsCambridge Isotope Laboratories - Deutreated Reagents and High-Purity Gases for OLEDs