No, two. The Asus ProArt StudioBook 16 3D OLED (H7604 3D OLED), which will integrate a 16-inch “3.2K” 120Hz 3D OLED display as well as a host of other features.

After waiting almost a month, I opened up the OLED and went right to testing it out. The link in the description pointed me to this website, which is a tutorial from Adafruit. Apparently, Adafruit ...

Posted in Arduino Hacks Tagged 3d graphics, arduino, graphics, lcd, lcd display ← Czech Out Raspberry Pi Riding The Rails 32C3: 3D Printing On The Moon → ...

For all the Arduino-based video game builds we’ve seen, we’re really only left with a bunch of 2D platformers and other sprite-based games. [Reimecker] wasn’t satisfied with this … ...

The university used a custom 3D printer that costs as much as a Tesla Model S — it might take a while for the method to be viable on off-the-shelf printers, even including high-end models like ...

The University of Minnesota Twin Cities (UMTC) has created an entirely 3D printed OLED display, similar to those used in modern televisions, monitors and smartphones, using a customized 3D printer.

Asus' ProArt Studiobook 16 3D OLED (H7604) is one of the two PCs announced with Asus Spatial Vision. Credit: Asus The laptops each feature a 16-inch, 3200×2000 OLED panel with a 120 Hz refresh rate.

OLED panels have been 3D printed before but not at this level of success. UMN referred to previously "partially printed" OLED panels that depended on spin-coating or thermal evaporation to be used ...