Building Active Matrix MicroLED Displays by Additive Manufacturing (BAMBAM) – Paving the Way to a Sustainable Fine Pitch Video Wall

Emmanuel Fuchs

doi:https://doi.org/10.36463/idw.2023.0327

14:50 〜 15:10

[FMC2-1 (Invited)] Building Active Matrix MicroLED Displays by Additive Manufacturing (BAMBAM) – Paving the Way to a Sustainable Fine Pitch Video Wall

*Emmanuel Fuchs¹, Prasanna Ramaswamy², Holger Baur³, Sławomir Drozdek⁴, Dave Keeshan⁵, Patrick Willem⁶, Arthur Moisset⁷, Christophe Linchenau¹, Aymeric Dufauret¹, Hugues Lebrun¹, Davina Moodelly¹, Elisabeth Jacquin¹, Thibault Catelain¹, Frédéric Vachelard¹, Denis Groeninck¹, Alin Fecioru², Iwona Grądzka-Kurzaj⁴, Aneta Wiatrowska⁴, Clint Meyer⁵, Matt Meitl ⁵, Kai Waldner³, Norbert Fruehauf³, Mohammad Kiaee⁷, Igor Nakonechnyi⁷, Willem Walrevens⁷, Madeleine Vandenabeele⁶, Matthias Cosaert⁶ (1. Aledia (France), 2. X-Celeprint (Ireland), 3. USTUTT (Germany), 4. XTPL (Poland), 5. XDisplay (Ireland), 6. Barco (Belgium), 7. QustomDot (Belgium))

Digital Pixel, Fine Pitch, Printing, Sustainable

https://doi.org/10.36463/idw.2023.0327

BAMBAM project aims to showcase viability of an active-matrix µLED display through mass-transfer on a µPackage of 3 blue NanoWire µLEDs and a pixel driver, establishing connectivity by employing silver-based wire printing on the dies and PCB interconnections. The project focuses on incorporating a color conversion module utilizing patterned cavities and red and green quantum-dot inks, which offers sustainable digital pixel solution for high-resolution display.

Proceedings of the International Display Workshops Volume 30 (IDW '23)

[FMC2-1 (Invited)] Building Active Matrix MicroLED Displays by Additive Manufacturing (BAMBAM) – Paving the Way to a Sustainable Fine Pitch Video Wall