ACADEMIC Licenses for QuickWave software for electromagnetic design and simulations based on conformal FDTD method.

QuickWave software delivers a set of various results from large area of applications and focuses on approaching specific, challenging problems. Due to that kind of approach QuickWave has a very broad variety of information which can be extracted from the simulations in a form of different pre-processings, co-processings, and post-processings, and presented with a set of powerful visualisation modes.

QuickWave ACADEMIC License is addressed to educational institutions and universities for learning and teaching microwaves and also for research.

QuickWave ACADEMIC License gives the opportunity to go inside the electromagnetic world and follow the newest trends in electromagnetic simulation technologies.

QuickWave ACADEMIC License includes 3D conformal FDTD solver, although the number of FDTD cells as well as usage of some specialised modules have been restricted.

ACADEMIC licenses permit the use of QuickWave software in the work of educational purposes for learning, teaching and research with the exception of direct industrial and commercial purposes.

The following types of ACADEMIC Licenses are available and the main differences between them are described below:
STUDENT RELEASE Teaching Research
Licence Type Local Local Network Local Network
Dongle Type Software USB/Software USB/Software USB/Software USB/Software
Number of Users 1 1 1-5
1 1-5
Licence Period 90-days
(free renewable upon request)
1 year 1 year 1 year 1 year
Mesh Limit
200 000 1 000 000 1 000 000 5 000 000 5 000 000
Mesh Limit
- 10 000 10 000 20 000 20 000
Technical Support FAQ Limited Limited Limited Limited
Microwave Course Included in the installation Download Download Download Download
Installation FREE download Download Download Download Download

For more information about ACADEMIC licenses and purchase offer please contact: info@qwed.eu

Microwave Course

To facilitate using QuickWave in microwave courses, the examples investigating basic electromagnetic scenarios are included, as well as a short background description. These examples, together with microwave background description, become complementary introductory to fundamental microwave phenomena. All the interesting features are visualised using electromagnetic simulation with QuickWave software.