Reports suggest that Nintendo has already finished developing the OLED version of the Switch 2 gaming console
In October 2021, Nintendo launched its first OLED gaming console, the Nintendo Switch OLED. The new OLED device is popular - eight months after the launch Nintendo announced it shipped over 5.8 million devices, and earlier this month the company announced it has sold over 7 million Nintendo Switch OLED devices in Japan alone.
In early 2024, we heard that Nintendo is working on its next-generation console that will replace the Switch and Switch OLED devices, which will utilize an 8" LCD display (produced by Sharp). This was a disappointment - especially as people seem to love the OLED display. But according to a new report, Nintendo has already finished the development of a Switch 2 OLED device, that will released shortly after the LCD model is launched (perhaps even still in 2024). The OLED, as in the original Switch OLED device, will be produced by Samsung Display.
Samsung said to adopt Sony OLED microdisplays in its upcoming VR headset
Samsung Electronics is developing a new high-end VR headset, likely aiming to release it by the end of 2024. According to reports, Samsung will integrate OLED microdisplays produced by Sony, similar 1.4" 4K displays that are used by Apple in its Vision Pro headset.
Samsung Display is developing its own OLED microdisplays, and the company is looking to bring such displays to market soon - in fact initial production will begin by the end of 2024, and full mass production will be achieved in 2026. It is not clear whether this new Sony design win means that Samsung Electronics prefers the Sony displays over SDC's, or whether it's simply a matter of Samsung Display not ready in time for mass production.
Researchers at the Fraunhofer IPMS develop semi-transparent OLED microdisplays
Researchers from the Fraunhofer IPMS have developed a semi-transparent high resolution OLED microdisplay, that is significantly lighter than conventional combiner-based optical see-through near-to-eye systems. The specification of the display was not disclosed, but one can see it's a monochrome yellow panel.
The Fraunhofer researchers developed a new semi-transparent OLED-on-silicon microdisplay technology, which enabled the new display. The technology is based on modern and advanced silicon CMOS processe, applied to silicon-on-insulator (SOI) wafers. The new wafer technology can be used to implement very thin circuitry layers. With the help of a specific IC design and an appropriate transfe-to-glass process flow, the transparent OLEDs were enabled.
LG Display developed the world's first OLED gaming monitor panel with a switchable refresh rate and resolution
LG Display announced that it has developed world's first OLED gaming monitor panel with a switchable refresh rate and resolution. The company already mass producing this panel and will now aim to accelerate its market adoption and expects the first product to use this panel to arrive soon from LG Electronics, and other global gaming brands.
The new panel is 31.5" in size, and allows users to choose between two modes - high refresh rate more (480Hz and FHD) and high resolution mode (4K, 240Hz). The high refresh mode is aimed towards games in which speed is particularly important, such as first-person shooter (FPS) or racing games. The higher-resolution mode is more suitable for watching movies or 4K content.
Seeya starts constructing its second OLED microdisplay production line in Shanghai
OLED microdisplay developer Seeya Technology announced that it is starting to build its second OLED microdisplay production line, in Shanghai. The company will start to move in and install the production equipment next month.
The new production line will have a monthly capacity of 9,000 300 mm substrates, similar to the company's first line which is already in mass production. The total cost of the new fab is expected to reach 2 billion Yuan (around $275 million USD).
Japan Display to start producing eLeap laptop displays at its 6-Gen Mobara fab, ahead of schedule
In 2022, Japan Display (JDI) announced that it has developed a "historic breakthrough in display technology" - a new OLED deposition process which they refer to as eLEAP, that is said to be cost effective and can be used to create freeform OLEDs that are brighter, more efficient, and longer lasting compared to OLEDs produced using mask evaporation (FMM).
JDI is planning to establish a 8.7-Gen eLEAP fab in China, and it is also building a smaller-scale 6-Gen eLEAP production line in Mobara, Japan. The company announced that the 6-Gen Mobara fab is advancing ahead of schedule, and production of eLEAP panels will begin before the end of 2024. JDI developed 14" laptop panels that are three times brighter than other OLEDs (at 1,600 nits), and is also targeting smartwatches, smartphones and automotive displays. JDI is also looking into adopting a tandem structure, to increase brightness even further to 3,000 nits.
Sony launches its 2024 TV lineup, with a mid-range OLED TV and a top-tier MiniLED backlit QLED
Sony announced its 2024 TV lineup, and interestingly, the top model (the Bravia 9) is a Mini-LED backlit QLED TV. The entry-level model (the Bravia 7) is also a QLED display, while the mid-range model, the Bravia 8, is based on LGD's WOLED panels.
The Bravia 8 offers 55-, 65- and 77 inch 4K WOLED panels, Sony's OLED Acoustic Surface Audio+ sound system, an upgraded XR Processor, and the creator calibration picture settings. Sony's 2024 TVs will launch in the summer of 2024.
Sentry Enterprises launches an illuminated credit card platform with a flexible OLED lighting panel produced by Konica Minolta
In 2014 Konica Minolta started constructing its groundbreaking R2R flexible OLED lighting fab. The project saw many delays and entered production later than planned, and KM started producing panels at low volume at around 2020. The company recently started to ramp up production, and today we hear of one of its first customers and partners, Sentry Enterprises.
Sentry, a fintech company, launched the Radiance card illumination platform, which enables credit card (and other payment card) issuers to offer a unique experience by using an OLED lighting panel embedded in the card. The OLED panel is produced by Konica Minolta. The card works without a battery, and the OLED panel is powered by the NFC receiver upon a transaction (a technology that was demonstrated by KM back in 2020).
The Elec: UDC's blue PHOLED material is still unstable, may delay market introduction
Universal Display Corporation has announced several times that it is progressing with its blue PHOLED material development, and it is on track to release the first commercial material by the end of 2024. In November 2023 we reported that UBI estimates that Samsung has delayed the adoption of a blue PHOLED to the second half of 2025.
Now there's a new report in Korea that claims that UDC's blue PHOLED project is facing technical challenges, and UDC is still not able to achieve a long-lasting blue emitter at the right color point. It will be interesting to know whether UDC addresses this issue in its next investor conference call (May 2nd).
LG Display to increase its WOLED panel shipments to Samsung, will reach almost 1 million units in 2024
According to a new report in Korea, LG Display aims to increase its OLED TV panel shipments to Samsung Electronics in 2024, and to reach almost 1 million units.
Samsung has recently signed a five-year OLED TV panel supply agreement with LG Display, as the two Korean companies are increasing their collaboration to fend off competition from China.
