Simulation-assisted R&D enables organizations to explore and refine complex systems before committing to costly prototypes or deployments. Using system-level simulation, teams can evaluate design choices early, understand trade-offs, and reduce development risk across wireless and satellite technologies.
Combining PhD-level academic expertise with deep industry experience, we support technology development, standardization, and applied research through tailored simulation-assisted R&D.
Investigate new concepts, architectures, and features without impacting live systems or committing to early prototypes.
Generate quantitative, reproducible results that support technology comparison, performance evaluation, and 3GPP standardization work.
Apply results directly to product development, network design, and long-term R&D projects with clear next steps.
Modern wireless systems are increasingly complex, combining multiple technologies and network layers. Simulation-assisted R&D allows teams to study system behavior early, identify constraints and bottlenecks, and optimize designs before committing to hardware or field trials.
With system-level simulation, organizations can:
Commissioned by the DVB Project, Magister simulated the performance of alternative technologies for current and future NGSO systems: 3GPP 5G NR NTN, DVB-S2X, and DVB-RCS2.
This evaluation was executed in Low Earth Orbit satellite scenarios. We compared NR NTN and DVB waveforms in return link simulations, focusing especially on resilience against the Doppler effect.
Book a meeting with our experts to explore how simulation can be applied to your R&D questions and development goals.
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
