MSI is set to release a new QD-OLED monitor, the MEG 324C. This will use a 34" curved 75Hz 3440x1440 QD-OLED, the only QD-OLED in production right now.
We do not have more details, as MSI did not officially launch the new monitor yet, but it demonstrated it at Computex 2022.
Here's a nice video from Insight Media, showing Nanosys' booth and technologies at DisplayWeek 2022.
You can see several QD-ehhanced LCDs, a prototype microLED microdisplay by glo (which Nanosys recently acquired), and a side-by-side comparison of Samsung's QD-OLEDs and LG's WOLED TVs. You can also see the new xQDEF laminate films developed with Bready.
Samsung reports its financial results for Q2 2022. The company says that its QD OLED monitor displays were "well received in the market", and the company is raising its expectations for the QD TVs which will be released in Q3.
Samsung further says it is stabilizing the production yields of its QD displays.
Samsung Display announced that it has managed to increase its QD-OLED production yields to 75%. Previously it was estimated that its yields are around 30-50%.
According to the report, SDC's employees are not optimistic regarding its QD-OLED competitiveness with LG's WOLED and RGB OLED structures - and not just because of the low production yields. Initial reviews of the QD-OLED panels say that the contrast is now as high as other OLED displays with ambient lighting, and there are color issues due to the unique pixel arrangement. It is estimated that even with increase production yields, SDC will refrain from further QD-OLED investments until it will see market reaction.
According to reports in Korean media, Samsung is developing a new process which will allow it to reduce the thickness of its QD-OLED panels, by removing one of the two glass substrates - the one used for the deposition of the quantum dots conversion layer.
Samsung hopes that this will enable it to reduce production costs, and also reduce the thickness. Theoretically, a single glass substrate could also lead, in the future, to flexible or even rollable QD-OLED panels.
The first reviews of Samsung's QD-OLED panels are in, as Dell starts shipping its QD-OLED gaming monitor. A German magazine reviewed the 34" monitor, and discovered an issue with color inaccuracies.
As you can see in the macro photo above, when there's a change from a dark color to a bright color, the display shows green lines that should not be there.
Corning announced that Samsung Display has selected the company's Astra Glass for its QD-OLED display panels. The QD-OLED panel substrate is one sheet of glass, while another is used in the process, likely to cover the display.
Corning says that its Astra Glass provides the "optimal blend of attributes" critical for the intricate and high-temperature QD manufacturing process.
Samsung officially launched its first QD-OLED TV, the S95B. This is the company's first QD-OLED TV, and it features a 55" or 65" 4K 120Hz QD-OLED panel produced by Samsung Display.
The S95B also offers a "Neural Quantum processor" for 4K upscaling, Pixel HDR Pro, Dolby Atmos, Motion Xcelerator Turbo+ technology for lag and blur elimination and HLG. The S95B will ship in April 2022, with a price tag of $2,200 (55" model).
Dell's Alienware AW3423DW QD-OLED gaming monitor is now shipping for $1,299. This is the world's first device to sport a QD-OLED panel.
The AW3423DW features a curved 34-inch 175Hz 3440x1440 QD-OLED panel (produced by Samsung Display), Nvidia G-Sync and DisplayHDR 400 True Black certification.
In early 2022, Sony announced A95K Master XR TV, which is the world's first QD-OLED TV. The TV is not shipping yet (this won't happen until June), but first reviews are in.
DigitalTrends says that the display is bright (the brightest he has seen in a consumer TV) and it offers the most accurate colors he ever saw. The colors are pure and "better than any OLED, and most QLED TVs, too". In fact, the reporter concludes that the Sony A95K offers the best overall picture quality he has seen on a consumer TV, in terms of color, contrast, motion, detail and depth.