VR - Page 12

Korean news site DDaily posted an interesting article that states that LG Display is looking to replace the fluorescent OLED emitter used in its OLED TVs with a blue TADF emitter.

Following the introduction into LG's OLED TV production process, LG hopes to also use TADF materials in its small and medium OLED production. The report is a bit confusing, but it seems that LGD also aims to use its WOLED display in small and medium display formats - even for VR applications.

IHS says that AMOLED panel shipment will increase 63% in 2017, driven by strong demand from smartphone makers. Looking forward the AMOLED market will experience fast growth, as demand will rise for smartphones, TVs, VR HMDs and mobile PCs.

In 2017 the AMOLED market will reach $25.2 billion in revenues, up from about $15 billion in 2016. The OLED TV market will grow to 1.5 million units (up from from 890,000 units in 2016). Mobile display resolution continue to increase, and in 2017 68% of shipments will be of FHD, QHD and WQHD resolutions.

Today we published new versions of our market reports - that cover the flexible, transparent, VR/AR, microdisplays, automotive and graphene OLED markets. OLED-Info provides comprehensive niche OLED market reports, and our reports cover everything you need to know about the niche market, and can be useful if you want to understand how the OLED industry works and what this technology can provide for your own industry. The reports are now updated to July 2017.

The OLED for VR/AR Market Report:

• Why OLEDs are adopted in almost all VR HMDs
• What kind of displays are required for VR and AR applications
• What the future holds for the VR and AR markets
• Current and future VR and AR systems

The report package provides a great introduction to the emerging VR and AR market, and details the role that OLED displays will have. Read more here!

Last month BOE demonstrated several exciting new display technologies at the SID DisplayWeek, and now we have this very nice (and long) video that shows most of BOE's new displays.

We start with a tablet-phone device, a 7.56" foldable touch-enabled OLED that features an QXGA (2048x1536) resolution, a bending radius of 5 mm and a contrast rate of over 70,000:1.

According to a report from Korea, Samsung is developing its next-generation Gear VR headset, which will include a built-in display (unlike current models which require you to insert your Galaxy smartphone into the device).

The report claims that Samsung will adopt a new OLED display in this device - which will achieve a pixel density of 2,000 PPI. Such a high pixel density will be great for VR as it will improve the realism and reduce sickness.

China-based EverDisplay demonstrated several new AMOLED prototype displays at CES Asia 2017. First up are the company's latest flexible OLEDs which are 5.5" in size with a FHD (1920x1080, 402 PPI) resolution and a curvature radius of 20 mm. The whole panel si just 0.3 mm in thickness.

EverDisplay is also showing the same panels in an edge-type mobile phone configuration. Everdisplay shows how its displays can be used to create phones that are almost completely (91%) covered with a display.

OLEDON announced that it has developed a plane-source evaporation shadow mask process that can achieve a shadow distance of 0.38um - which can enable OLED display resolution to reach 2,250 PPI. The company says it technology will be able to achieve 3,300 PPI in the future.

OLEDON is not alone in the development of plane-source evaporation technology. In November 2016 Sunic Systems announced that it developed a similar AMOLED production process - that can also achieve 2,250 PPI. It may be that Sunic and OLEDON are collaborating on this, it is not clear.

In January 2017 Kopin unveiled its first OLED microdisplay, the 1-inch 120 Hz 2k x 2k Lightning panel, and in March 2017 Kopin announced that it is developing a VR headset in collaboration with Goertek - a mobile VR headset that uses the Lightning OLED microdisplay.

The two companies now unveiled their VR headset reference design, called the Elf VR. The Elf VR utilizes Kopin's Lightning OLED microdisplay to create a headset that is lighter, more efficient and with a higher image quality compared to the current VR headsets based on smartphone-sized OLEDs. The Elf VR adopts an advanced optical solution with a compact Multi-Lens design. The reference design supports two novel optics solutions 70 degrees FOV for film-like beauty or 100 degrees FOV for deep immersion.

Canada-based VueReal has developed a 4K Micro-LED microdisplay (6000 PPI). The company plans to finish the verification and evaluation this year and provide samples to several interested customers by October 2017. In 2018 VueReal will start mass producing such displays for niche customers and aim to license its technology for display makers.

VueReal says that its "Continous Pixelation" Technology enables it to achieve low-power high brightness (10,000 nits) high-density displays at very high yields and at an affordable price.

Google's VR vice president, Clay Bavor, revealed that Google has partnered with "one of the leading OLED makers" on a secret project to develop a high-end VR display. The OLED display will support a resolution of 20 million pixels per eye.

This is a very high resolution - a 4K display has 8.3 million pixels, so it means 2.5X the number of pixels in a 4K display. It terms of display density (which depends on the panel size of course, which we assume to be around 3.5"), this could be around 1,800 PPI.