Research Blogs
What is Opixs and why do you need it?
Opixs is Fluxim’s new simulation tool for analysing OLED pixel structures, power efficiency, colour performance and novel display concepts such as tandem and TurboLED®. This article shows how Opixs evaluates layouts, brightness scaling and roll-off to guide better display design.
Multi-Stack OLED Simulation with Setfos and Laoss – Automotive OLEDs, Lighting, Microdisplays
Learn how OLEDWorks uses Fluxim’s Setfos and Laoss to develop high-performance multi-stack OLEDs for automotive lighting, microdisplays, and sustainable lighting solutions. Includes simulation strategies, case studies, and performance outcomes.
Quantifying Electro-Optical Cross-Talk in White OLED / Color Filter Displays
Understanding electrical and optical cross-talk effects in displays by using simulation and characterization. Reduction of the cross-talk deleterious effect.
Light Conversion using Perovskite Quantum Dots
This tutorial presents the main properties of quantum dots and gives an example of how to characterize films with embedded quantum dots using angular resolved spectroscopy.
HOW To optimize the CIE coordinates of a blue oled by fine tuning the cavity
In this tutorial, we are demonstrating how to use the optical module of Setfos in order to demonstrate how much the color point of a full OLED can be tuned for a given emitter spectrum. Moreover, we compare the efficiency of the color-optimized device with the one that is tuned for the highest outcoupling/radiance and analyze the consequent trade-off between color purity and efficiency.
The same analysis and optimization can be performed for other types of emitters such as quantum dots or perovskites. Despite the narrow emission spectra of these emitters, the optics of such QLEDs and PeLEDs is equal to the well-established OLEDs.
Optimize Micro-Textures for Increased Light Extraction in Flexible, Curved Displays
Flexible electronics have been envisioned to change the way we interact with technology. Flexible circuit boards are already ubiquitous. These applications of flexible electronics are packaged away inside electrical gadgets and instruments and are therefore not visible to the end user. Nevertheless the development of this technology allowed for tighter packed and therefore smaller and still powerful devices. Curved displays are an application of flexible electronics where the user directly interacts with the shaped object and the technological advancement is directly tangible for the end user.