Videos - Page 6

Second-generation OLED phosphorescence emission features an internal quantum efficiency of almost 100% - which would normally mean you cannot get more efficient than that.

As Kyulux explains in a recent post, though, phosphorescent suffers from a wide emission spectrum. In order to achieve a good color gamut (for which as narrow-spectrum emission as possible is best) display makers have to filter out the "tail" of the emission. This results in reduced brightness and efficiency.

BOE is showing a new flexible and transparent display prototype at SID Displayweek, this is something we did not see for several years.

The display on show is a 12.5" panel that offers a transmittance of up to 45%. The brightness is 700 nits, and the pixel density is 80 PPI. BOE says it developed a unique pixel scheme to enable the transparency of this display.

BOE demonstrated its latest OLED technologies and displays at SID Displayweek 2022. The most interesting display is a 95-inch 8K HDR OLED display, produced on an Oxide-TFT panel with a white-OLED CF structure. The panel was produced using an evaporation method.

This is the first time we hear of BOE's evaporation TV program, since around 2016. The company has an active inkjet printing OLED TV project, and in December 2019 it unveiled a 55" 8K (160 PPI) printed OLED TV prototype.

Yesterday we reported on LGD's SID Displayweek exhibition displays, and today the company shared a video with us that shows some of these displays in action:

First you'll see LG's latest 8.03-inch 2480x2200 foldable OLED displays, that can fold both inwards and outwards. The second display is LG's largest WOLED panel, the 97-inch OLED.EX.

The Elec reports that Korea-based LORDIN is progressing with its blue OLED emitter technology. The company recently filed for a high-efficiency blue OLED emission patent, and according to the company's plans it aims to have a commercial blue OLED emitter out in 2024.

Not much is known about LORDIN's technology, beyond a statement by LORDIN that says it aims to achieve over 90% IQE, and that it is based on the control of energy transfer speed between emitter molecules. the energy transfer speed between molecules inside the material to increase efficiency.

We are happy to announce that the OLED marketplace lists a 5.99" 1080x2160 flexible AMOLED display produced by BOE. This is a high-end smartphone type display (but of course can be used in other applications) that includes a touch layer.

Check out more information over at the OLED Marketplace, or contact us now, the panel is available to order from China, at attractive pricing.

A YouTube technology reviewer Bon Wulff has performed a five-months long test of its Nintendo Switch OLED console, trying to estimate the burn-in problem in the device's AMOLED display. He used a static image, running it for hours, checking for any visible burn-in issues.

It turns out that it took 3,600 hours of nonstop projection of the single image for the AMOLED to exhibit any visible burn-in problems. This is an extreme test, which is a great testament to the durability of modern AMOLED displays, and a great reassurance to all the consumers who are worried about OLED display burn-in.

Solid-state haptic developer Tanvas has collaboration with a "leading display maker" to produce a prototype flexible AMOLED display that incorporates the company's TanvasTouch haptic layer, which provides tactile textures and haptic effects.

Tanvas explains that its surface haptic technology uses proprietary haptic technology to enable tactile textures and effects to be felt as the fingers swipe across the surface of the display. Unlike traditional vibration-based haptics that require actuators to move mass, TanvasTouch is a solid-state solution that can provide different haptic effects simultaneously in multiple zones on the same surface.

Towards the end of 2021, it was reported that Visionox has finalized its LTPO R&D project and is ready to start producing LTPO OLED displays. The company now officially launched its first LTPO AMOLED dipslay, that can offer a dynamic refresh rate, from 1Hz to 120Hz. Visionox expects the first phones to adopt these new displays to be released soon.

The new LTPO AMOLED displays are produced at Visionox's Hefei 6-Gen flexible AMOLED line. This is the first LTPO OLED displays produced in China (previously only Samsung and LG produced such advanced panels).

Content marketing has become a vital part of any marketing strategy, and this is especially true for highly technical markets like the display industry. Today, we published a new video - an online lecture that discusses content marketing techniques and strategies for display industry professionals.

Content marketing involves the creation of articles, videos or any other media types that provide useful content to your audience, thus encouraging user connection, increasing brand awareness and loyalty, and of course generating useful industry leads.