Modern satellite, telecom & wireless systems are complex, increasingly integrating and combining terrestrial and non-terrestrial components. This creates new challenges in resource allocation, coexistence, and maintaining service continuity across various moving assets. Our simulators model complete TN/NTN systems to support design, analysis, and optimization across the system lifecycle.
Used for designing various sized satellite constellations, understanding TN/NTN coexistence, and optimizing network performance, coverage, and capacity.
Provides a unified simulation platform and high-quality 3D animations for designing, executing, and visualizing simulation campaigns in one collaborative environment.
Enables detailed protocol-level simulations for evaluating end-to-end network performance, comparing technologies and standards, and benchmarking new technologies.
System-level simulation goes beyond link-level or component-specific models. It captures system-wide interactions across networks, nodes, protocols, and environments – including mobility, interference, traffic behavior, and system dynamics.
Our simulators represent complete satellite constellations, wireless networks, and hybrid TN/NTN systems as digital twins. This makes it possible to evaluate real-world performance, trade-offs, and risks before physical deployment.
Our simulation software supports every phase of your wireless system development.
System architecture design
Plan and optimize your network architecture.
Performance evaluation & comparison
Benchmark different technologies and approaches.
Interference & coexistence analysis
Understand and mitigate system coexistence & interference.
Coverage & capacity evaluation
Assess global network reach & capacity.
Simulation-assisted R&D
Accelerate innovation & iteration cycles across development.
Standardization & technology development
Ensure alignment with standards & stay ahead in technology development.
Accelerating the future of wireless system development today with system-level digital twins and detailed simulations.
Sepänkatu 14 C 16 FIN-40720 Jyväskylä, Finland
Business ID: 1998796-8
VAT number: FI19987968
info(at)magister.fi