C-DReAM is a capacity-level simulator for evaluating Non-Geostationary Satellite Orbit (NGSO, LEO and MEO) satellite systems. It was developed in European Space Agency’s C-DReAM project together with Thales Alenia Space France and enhanced it further in the DASCE project.
C-DReAM is now a part of Magister SimLab that offers a user-friendly, vendor independent, high-class online simulation service. Magister SimLab C-DReAM environment can be purchased from Azure Marketplace, either at a monthly or annual subscription.
Deep understanding of NGSO constellations with C-DReAM
C-DReAM simulator offers versatile possibilities to study, research, and optimize NGSO satellite constellations, their characteristics, and performance – for example:
- Satellite constellation design and parameters, coverage, and availability analysis
- Link budget analysis with different antenna assumptions or parameters
- Satellite system capacity evaluation with different design assumptions
- Resource allocation algorithm design, optimization, and testing.
C-DReAM simulator is highly configurable e.g., in terms of satellites, terminals, frequencies, and link budget parameters. For example, C-DReAM can be used to evaluate 5G NR-NTN usability for NGSO satellite constellation systems.
Magister SimLab C-DReAM is targeted at individual users. If you have a larger community of potential users, a need for customizations, or a need to address specific security requirements in more detail, please contact us.