SIMBEYOND | Category: OLED

Home
Bumblebee
Publications
Events
Jobs
Privacy
About

Advanced Simulationsthat impact the physical world.

Our products and services will allow you to accelerate your OLED R&D and facilitates co-development between material suppliers and device manufracturers.

Search more

Dye concentration dependence of TTA in OLEDs

Scientific publication,OLED,Bumblebee

Clarifying the mechanism of triplet–triplet annihilation

Förster-mediated mechanisms and efficiency

Scientific publication,OLED,Bumblebee

Efficiency roll-off of a multilayer white OLED

Scientific publication,OLED,Bumblebee

Triplet-polaron quenching in phosphorescent OLEDs

Scientific publication,OLED,Bumblebee

Triplet-triplet annihilation in phosphorescent emitters

Scientific publication,Bumblebee,Materials

1
2

Simbeyond B.V.

Groene Loper 5
5612 AE Eindhoven
The Netherlands

Postal Address

P.O. Box 513
5600 MB Eindhoven
The Netherlands

Visiting Address

Spectrum 0.65
Eindhoven University of Technology
De Zaale, Eindhoven

Request Demo

By following these steps you can request a demo or ask us for more information!

Send message.

With this form you can request one or more application notes holding the CTRL key.

Your Name (required)

Your Email (required)

Select Application Note

Additional Remarks

Invent your job

Your Name (required)

Your Email (required)

Phone number

Resume

Motivational letter

References & Comments

Apply for Simbeyond

Your Name (required)

Your Email (required)

Phone number

Resume

Motivational letter

References & Comments

Cloudbee Technical Specifications

Cloud computing from your laptop
Kinetic Monte Carlo simulation
Mechanistic approach based on physical parameters
Highly optimized code base written in C++
- scalable: >10⁷ molecules feasible and realistic
- simulations with >10⁴ charge carriers and excitons possible
Customizable Python-based pre- and post-processing

Bumblebee Technical Specifications

Kinetic Monte Carlo simulation
Mechanistic approach based on physical parameters
Highly optimized code base written in C++
- scalable: >10⁷ molecules feasible and realistic
- simulations with >10⁴ charge carriers and excitons possible
Customizable Python-based pre- and post-processing

Bumblebee System Requirements

Runs on Linux, Unix, MacOS X and Microsoft Windows
Recent x64 and ARM platforms
At least 1 GB of RAM per core recommended
At least 16 CPU cores recommended
No need for MPI
Support for PBE and Sun Grid Engine queuing systems

Cloudbee System Requirements

A recent browser
WebGL support for interactive visualization

Request Trial

By following these steps you can request a trial. Or ask us for more information!

Send message.