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# Magister Solutions

Magister Solutions - Satellite & Network Simulations

## Sitemaps

- [XML Sitemap](https://www.magister.fi/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Evaluating DVB-S2X, DVB-RCS2 & 5G NR in Medium Earth Orbit](https://www.magister.fi/evaluating-dvb-5g-nr-medium-earth-orbit/) - Continuing our cooperation with the DVB Project, we extended our simulative evaluation of DVB-S2X, DVB-RCS2, and 5G NR from LEO to MEO constellation scenarios.
- [Helping new industries gain advantage from 5G: The WIVE project](https://www.magister.fi/wive-project/) - As part of the WIVE project, Magister developed 5G technologies and designed the predecessor of Magister SimLab.
- [DYNASAT bringing 5G close to you](https://www.magister.fi/blog-dynasat-bringing-5g-close-to-you/) - The DYNASAT project aimed to develop new techniques for providing 5G and satellite applications and services.
- [Including the satellite industry in future railway mobile communication systems: The SAIRCC project](https://www.magister.fi/blog-the-future-railway-mobile-communication-systems-the-saircc-project/) - Magister developed a new air interface for future railway control communications as part of the ESA's SAIRCC project.
- [SatCom capacity according to demand – Flexible resource management via C-DReAM](https://www.magister.fi/blog-satcom-capacity-according-to-demand-flexible-resource-management-via-c-dream/) - In the C-DReAM project, we developed a resource management algorithm to optimize the resource allocation of a NGSO satellite constellation.
- [System simulator for LEO satellite constellation performance optimization: The SCNE project](https://www.magister.fi/system-simulator-for-leo-satellite-constellation-performance-optimization-the-scne-project/) - Magister’s new simulator developed in the SCNE project makes it possible to study the performance of new mega constellations.
- [How does SatCom look in 2022?](https://www.magister.fi/blog-how-satcom-looks-in-2022/) - Growth in the SatCom industry is picking up pace, with the volume of satellites rising, and technological capabilities increasing.
- [Magister SimLab supporting product development, R&D and business](https://www.magister.fi/blog-magister-simlab-supporting-product-development-rd-and-business/) - Our customers’ insight is essential in improving our services. We received positive feedback from SatCom companies after their SimLab demo trial.
- [DYNASAT demonstrated the future of 5G Non-Terrestrial Networks at EuCNC](https://www.magister.fi/blog-network-simulations-demonstrating-the-future-of-5g-non-terrestrial-networks-at-eucnc/) - We presented the DYNASAT project demonstrations for the first time at the EuCNC 6G summit in 2022.
- [Continuous learning is the key to success - Mikko Majamaa combines studies with working at Magister](https://www.magister.fi/blog-continuous-learning-is-the-key-to-success/) - Magister's Researcher Mikko Majamaa has combined work and studies ever since he joined the Magister team.
- [EAGER: Reaching 5G-Advanced and 6G through network simulation](https://www.magister.fi/blog-eager-reaching-5g-advanced-and-6g-through-network-simulation/) - In the EAGER project, Magister researched future 5G-Advanced and 6G NTN technologies.
- [Magister developed C-DReAM towards 5G NTN direct access in ESA collaboration](https://www.magister.fi/blog-magister-solutions-continues-its-work-with-the-esa-on-a-new-project-dasce/) - The goal of DASCE was to develop the C-DReAM simulator towards 5G NTN direct access.
- [The rise of LEO mega-constellations: Shaping the future of SatCom and global connectivity](https://www.magister.fi/leo-satellite-constellations-satcom/) - LEO satellite mega-constellations are revolutionizing global connectivity. However, they also require advanced tools to solve their technical and operational complexities.
- [Timo Nihtilä: From founding employee to principal scientist](https://www.magister.fi/blog-timo-nihtila-from-founding-employee-to-principal-scientist/) - Timo Nihtilä has been part of Magister's journey right from the start.
- [DYNASAT showcased its live demonstrations at MWC 2023](https://www.magister.fi/news-dynasat-will-showcase-its-live-demonstrations-at-mwc-2023-the-worlds-largest-and-most-influential-connectivity-event/) - Magister participated in MWC 2023, demonstrating findings of the DYNASAT project.
- [5G-SPECTRA: Satellite Performance Evaluation for Coexistence with Terrestrial Radio Applications](https://www.magister.fi/blog-5g-spectra-satellite-performance-evaluation-for-coexistence-with-terrestrial-radio-applications/) - In the 5G-SPECTRA project, Magister developed simulation tools for evaluating how satellites can best coexist with terrestrial 5G.
- [The HELENA project – when the sky is no longer the limit for 5G](https://www.magister.fi/helena-project-when-the-sky-is-no-longer-the-limit-for-5g/) - The HELENA project fosters the development of enhancements to the NTN standard.
- [The MARINA project compared the performance of DVB-S2x/RCS2 and 5G-NR NTN](https://www.magister.fi/blog-marina-project-compares-the-performance-of-dvb-s2x-rcs2-and-5g-nr-ntn/) - The MARINA project compared the performance of DVB-S2x/RCS2 and 5G-NR NTN systems.
- [Magister facilitated Forsway’s comprehensive comparison of DVB/NR technologies](https://www.magister.fi/blog-magister-helped-forsway-in-comparing-dvb-nr-technologies/) - Magister’s simulation project helped Forsway better understand the differences between DVB and NR technologies.
- [C-DReAM: versatile possibilities for studying NGSO constellations](https://www.magister.fi/the-c-dream-simulator-offers-versatile-possibilities-for-studying-ngso-satellite-constellations/) - C-DReAM is a capacity-level simulator for evaluating Non-Geostationary Satellite Orbit (NGSO, LEO and MEO) satellite systems.
- [The 4SSTB project: R&D simulation tool for developing an independent European satellite connectivity system](https://www.magister.fi/blog-4sstb-to-create-an-rd-simulation-tool-for-developing-a-secure-independent-european-satellite-connectivity-system/) - In the 4SSTB project, Magister developed an NRT simulator for LEO satellite systems.
- [Verneri Rönty: There is something to learn in everything](https://www.magister.fi/blog-verneri-ronty-there-is-something-to-learn-in-everything/) - Verneri Rönty joined Magister's team a little over a year ago and has demonstrated his skills in several international projects.
- [The UAV-3S project brings satellite technology to UAV use cases](https://www.magister.fi/blog-uav-3s-project-brings-satellite-technology-to-uav-use-cases/) - In the UAV-3S project, Magister is responsible for the development of the UAV-3S system simulator.
- [Showcasing Magister SimLab at Industry Space Days](https://www.magister.fi/showcasing-magister-simlab-at-industry-space-days/) - Magister participated in the Industry Space Days 2024, where we showcased the Starlink constellation visualized by Magister SimLab.
- [Wrapping up the MARINA project: Fair method for comparing DVB-S2X and 5G NR](https://www.magister.fi/wrapping-up-the-marina-project/) - In the MARINA project, Magister developed a fair method for comparing DVB-S2X and 5G NR technologies.
- [Navigating New Space challenges with simulations](https://www.magister.fi/navigating-new-space-challenges-with-simulations/) - Discove how simulation tools help you address New Space challenges – cutting costs, saving time and reducing risks.
- [Explore ISL routing and coexistence with Magister’s simulators for New Space](https://www.magister.fi/new-space-simulation-isl-coexistence/) - Find out how Magister’s simulators tackle complexities in New Space: from ISL routing algorithms to coexistence.
- [From an idea to a simulator – How we develop simulators at Magister Solutions](https://www.magister.fi/from-idea-to-simulator/) - Discover what simulator development means here at Magister, as our experts shed light on the development process. What drives the development of new simulators?
- [Magister at ASMS 2025: Simulative comparison of DVB and 5G-NR NTN](https://www.magister.fi/asms-2025-dvb-5gnr-ntn/) - Magister shares recent simulation results at ASMS/SPSC 2025. We were able to establish a fair comparison between DVB-S2X/RCS2 and 5G-NR NTN technologies.
- [Magister wins Best Paper Award in Industrial Relevance](https://www.magister.fi/best-paper-award/) - Magister won the Best Paper Award for Industrial Relevance at ASMS/SPSC 2025, recognizing our paper’s relevance for future industrial developments.
- [Simulate satellite coverage for more accurate services](https://www.magister.fi/coverage-and-geospatial-simulation/) - Our simulation software provides advanced tools for 3D coverage and geospatial analysis, empowering companies providing Earth observation services to deliver more accurate services to their customers.
- [Hanna Tiri brings practical insight into network functionalities and conceptual 3GPP expertise](https://www.magister.fi/hanna-tiri-joins-magister/) - Hanna-Liisa Tiri is the most recent addition to Magister’s team. Read about Hanna’s experiences during her first months at Magister!
- [Supporting the deployment of highly dynamic satellite constellations through ESA collaboration](https://www.magister.fi/esa-collaboration-ntncpd-project/) - Within the NTN-CPD project, we are developing the Nova simulator to make it possible to evaluate 5G control plane procedures with flexible NGSO constellations.
- [20 years of Magister Solutions – Pioneering simulations in telecom, SatCom and space](https://www.magister.fi/20-years-of-magister-solutions/) - In November 2025, Magister Solutions will celebrate 20 years in business. In this article, we reflect on our company's journey so far.
- [5 ways simulations drive sustainability in space](https://www.magister.fi/simulations-driving-sustainability-in-space/) - To keep space beneficial for future generations, sustainability must be prioritized. Discover five ways simulation supports that mission.
- [Native NTN and AI: Current Visions for the 6G Network](https://www.magister.fi/native-ntn-ai-6g-current-visions/) - Magister’s experts discuss the current state of 6G development, from TN/NTN interoperability to native AI, and our contributions to ongoing projects.
- [Exploring AI’s Potential and Challenges in Software and Wireless System Design](https://www.magister.fi/ai-software-system-design/) - What could AI mean for simulation, software, and wireless system design? In this blog post we're exploring the potential, challenges, and current questions around AI.
- [Magister Turns 20: Advancing Connectivity Across Industries with System-Level Digital Twins](https://www.magister.fi/20-years-connectivity-across-industries/) - As Magister celebrates 20 years in business, we're extending our system-level digital twins to optimize systems across an even wider range of industries.
- [Design Industrial IoT Networks You Can Trust](https://www.magister.fi/industrial-iot-design/) - Learn how system simulation helps you design a resilient, future‑ready industrial IoT ecosystem that improves safety and drives operational efficiency.
- [5G NR and DVB Simulations for Future-Proof NGSO Systems: DVB Project](https://www.magister.fi/5g-nr-and-dvb-simulations-for-ngso-systems/) - Commissioned by the DVB Project, Magister simulated the performance of 3GPP 5G NR, DVB-S2X, and DVB-RCS2 for future NGSO systems.
- [Combining PhD expertise, coding, and a desire to learn: Teemu Peltonen enjoys his versatile role at Magister](https://www.magister.fi/teemu-peltonen-versatile-magister-role/) - Teemu Peltonen joined Magister as Senior Researcher two years ago, drawn by the company's warm atmosphere. He enjoys his versatile role that combines his research and coding expertise.
- [New Energy Module for SatCom Systems Validated in the IRIS2 LEO-1200 Scenario](https://www.magister.fi/energy-module-satcom-systems/) - In a Master's thesis project, a new energy module was developed for the C-DReAM simulator and tested in the IRIS2 LEO-1200 constellation simulation scenario.
- [Sateliot chose Magister as a simulator provider for 5G LEO constellation development](https://www.magister.fi/sateliot-magister-5g-leo-constellation-simulation/) - Sateliot has chosen Magister as a simulator provider for developing their LEO 5G constellation, enhancing satellite connectivity around the world.
- [How System-Level Simulation Enables Credible Space Industry Bids](https://www.magister.fi/system-simulation-space-industry-bids/) - Learn how system-level simulation and digital twins provide concrete, defensible evidence for space and satellite sector bids, RFPs, and procurement decisions.
- [6 Ways System-Level Digital Twins Enhance Railway Safety and Predictability](https://www.magister.fi/system-digital-twins-railway/) - See how digital twins optimize key aspects of railway operations: connectivity, cybersecurity, safety, energy efficiency, predictive maintenance – and more.
- [From 5G to 6G non-terrestrial networks (NTN)](https://www.magister.fi/blog-from-5g-to-6g-non-terrestrial-networks-ntn/) - Magister has been actively involved in 5G NTN standardization work through several ESA-funded projects.
- [System-Level Digital Twins for Efficient Maritime Communications](https://www.magister.fi/system-digital-twin-maritime/) - Explore maritime challenges such as digitalization, cyber threats, port congestion, and busy shipping lanes with simulation for safer, smarter operations.
- [Optimize End-To-End Broadcasting with System-Level Digital Twins](https://www.magister.fi/system-digital-twins-broadcasting/) - System-level digital twins provide end-to-end insight for broadcasting, ensuring resilience, handling peak loads, and delivering seamless user experiences.
- [Intelligent Aviation: How System-Level Digital Twins Optimize Airborne Operations](https://www.magister.fi/system-digital-twin-aviation/) - With virtual replicas of aviation operations, you can simulate aircraft performance, interactions, and disruptions without putting equipment or crews at risk.
- [System-Level Digital Twins for Space: 6 Key Benefits](https://www.magister.fi/system-digital-twins-space/) - System-level digital twins allow companies to optimize space system performance, enhance Space Situational Awareness, and manage 5G TN/NTN network coexistence.
- [6 Ways System-Level Digital Twins Support Multi-Domain Defence Operations](https://www.magister.fi/system-digital-twins-for-defence/) - The critical nature of defence operations makes advanced planning tools crucial. Here are 6 ways system-level digital twins support defence mission planning.
- [Driving V2X Innovation and Automotive Mobility with System-Level Digital Twins](https://www.magister.fi/system-digital-twin-automotive/) - Discover how system-level digital twins and simulations reduce risk, boost innovation, and ensure reliable V2X connectivity and mobility in modern vehicles.
- [Build Smarter Networks with System-Level Digital Twins: 5G, 6G, and Beyond](https://www.magister.fi/system-digital-twins-telecoms/) - System-level digital twins allow smarter, more efficient network design as 5G TN/NTN, IoT, and AI technologies develop and become increasingly complex.
- [Magister to Present and Join Finland's Collective Presence at Space Tech Expo](https://www.magister.fi/space-tech-expo-finnish-space-technology/) - Magister participates in Space Tech Expo Europe 2025, showcasing simulation technology, presenting on the Expo stage, and joining Finland's collective presence.
- [Magister took part in an NS-3 simulator workshop](https://www.magister.fi/magister-taking-part-in-ns-3-simulator-workshop/) - Magister took part in the workshop on ns-3 in Desenzano, Italy.
- [Magister is designing future ICT-solutions to the Kangas area in Jyväskylä](https://www.magister.fi/magister-designing-future-ict-solutions-to-kangas-area-in-jyvaskyla/)
- [Three international conference papers contributed to PIMRC'12](https://www.magister.fi/three-conference-papers-contributed-to-pimrc12/) - Three papers by Magister were accepted to the 23rd IEEE International Symposium PIMRC conference in Australia.
- [Six conference articles accepted to international conferences](https://www.magister.fi/six-conference-articles-and-one-journal-contributed/) - Six conference articles by Magister were accepted to international conferences.
- [Magister contributed to the EMPhAtiC program](https://www.magister.fi/magister-contributing-emphatic-program/) - Magister was part of the EMPhAtiC program.
- [Magister visited the 10th IEEE CCNC and presented two papers](https://www.magister.fi/magister-visited-10th-ieee-ccnc-presented-two-papers/) - Magister presented two papers at the 10th Annual IEEE Consumer Communications and Networking Conference.
- [Magister is developing an open source simulator for the European Space Agency](https://www.magister.fi/magister-developing-open-source-simulator-european-space-agency/) - The European Space Agency selected Magister to develop an open source simulator.
- [Magister will commercialize mobile emergency communication solution Sapporo](https://www.magister.fi/magister-will-commercialize-mobile-emergency-communication-solution-sapporo/) - Magister signed a contract with the University of Jyväskylä to commercialize a mobile emergency communication solution.
- [Magister team present at Mobile World Congress 2014](https://www.magister.fi/visit-us-mobile-world-congress/) - Magister participated in the Mobile World Congress 2014 in Barcelona.
- [Satellite Network Simulator 3 (SNS3) by Magister](https://www.magister.fi/satellite-network-simulator-3-sns3/) - Selected by the ESA, Magister developed the flexible Satellite Network Simulator (SNS3) on top of an open-source simulator.
- [Conference paper about 5G radio access networks](https://www.magister.fi/conference-paper-5g-radio-access-networks/) - Magister's research paper was accepted for a presentation at the IEEE Vehicular Technology Conference 2015.
- [The SNS3 simulator demonstrated at the SESP workshop in 2015](https://www.magister.fi/presentation-demonstration-satellite-network-simulator-3-sns3/) - Magister presented and demonstrated the SNS3 simulator at the SESP workshop in March 2015.
- [Magister participated in the Mobile World Congress 2015](https://www.magister.fi/visit-us-mobile-world-congress-2/) - Magister took part in the Mobile World Congress 2015.
- [Magister and VTT designed a multicast security framework for satellite networks](https://www.magister.fi/magister-and-vtt-designing-a-multicast-security-framework-for-satellite-networks/) - In the ARTES 5.1 project, Magister designed an end-to-end real-time demonstrator for validating the multicast security solution.
- [Radio fingerprint positioning demo at the Celtic-Plus event in Vienna](https://www.magister.fi/radio-fingerprint-positioning-demo-in-celtic-plus-event-in-vienna/) - At Celtic-Plus 2015, Magister presented its work on the SHARING project related to the radio fingerprint positioning architecture and algorithms.
- [Results of the COMMUNE project presented at the IWCMC 2015 Conference](https://www.magister.fi/cognitive-self-healing-system-for-future-mobile-networks/) - The results of the COMMUNE project were shared in a research paper which was presented at IWCMC 2015.
- [Magister was a key innovator in the Celtic-Plus SHARING project](https://www.magister.fi/magister-solutions-one-key-innovators-celtic-sharing-project/) - The SHARING project developed innovative technologies for improving network performance and user experience.
- [The paper “Dynamic Range Aware LTE Uplink P0 Optimization in HetNet” was accepted for IEEE ICC 2016](https://www.magister.fi/paper-titled-dynamic-range-aware-lte-uplink-p0-optimization-hetnet-accepted-ieee-international-conference-communications-icc-2016/) - Magister's research paper was accepted to be presented at the IEEE ICC 2016 Conference in Kuala Lumpur, Malaysia.
- [Magister at the Critical Communications World 2016](https://www.magister.fi/visit-us-critical-communications-world-2016/) - Magister participated in the Critical Communications World 2016 event in Amsterdam.
- [Magister at the IEEE ICC 2016](https://www.magister.fi/magister-present-ieee-icc-2016/) - Henrik Martikainen presented the paper “Dynamic Range Aware LTE Uplink P0 Optimization in HetNet” at the IEEE ICC 2016.
- [Magister participated in the ESA TTC workshop in 2016](https://www.magister.fi/robust-tm-system-future-launchers/) - Magister participated in the ESA TTC workshop in 2016.
- [Magister participated in the Industry Space Days 2016](https://www.magister.fi/industry-space-days-2016-esa/) - Magister participated in the ESA Industry Space Days 2016 in the Netherlands.
- [SNS3 articles presented in the Ka & ICSSC conference 2016](https://www.magister.fi/satellite-network-simulations-sns3/) - Magister presented two SNS3-related articles at the Ka and ICSSC conference 2016.
- [Magister designed an SLS simulator in the ESA project: "Robust TM System for Future Launchers"](https://www.magister.fi/robust-tm-system-future-launchers-2/) - In the ESA project, Magister designed an SLS simulator for a launch vehicle telemetry communication system.
- [Magister designed an end-to-end real-time demonstrator in the ESA project](https://www.magister.fi/multicast-security-framework-satellite-networks/) - The ESA project “Network Security on Multi-Spot Beam Broadband Networks for Multicast Based Interactive Systems” was completed in October 2016.
- [Secapp - Winner of the Ultrahack 2016 Media and Entertainment track](https://www.magister.fi/secapp-winner-ultrahack-2016-media-entertainment-track/) - Magister took part in the Ultrahack 2016 competition and won the Media and Entertainment track with Secapp.
- [The GSA published Magister's white paper "Techno-economics of ubiquitous LTE coverage: case of UK"](https://www.magister.fi/techno-economics-ubiquitous-lte-coverage-case-uk/) - The GSA published Magister's white paper "Techno-economics of ubiquitous LTE coverage: case of UK".
- [Magister research paper presented at the IEEE VTC Fall Conference, 2017](https://www.magister.fi/mobility-reliability-lte-5g-dual-connectivity-scenarios/) - Magister presented the paper “Mobility and Reliability in LTE-5G Dual Connectivity Scenarios” at the IEEE VTC Fall Conference 2017.
- [Research paper presented in the IEEE INFOCOM 2018](https://www.magister.fi/radio-resource-allocation-mechanism-5g-wireless-virtualized-network/) - Magister presented a research paper in the IEEE INFOCOM 2018 conference.
- [Critical Communications World 2018](https://www.magister.fi/critical-communications-world-2018/) - Magister Solutions participated in the Critical Communications World 2018 event in Germany.
- [Magister Solutions worked together with CNES to maintain the SNS3 simulator](https://www.magister.fi/magister-solutions-is-working-together-with-cnes-to-maintain-satellite-network-simulator-3-sns3/) - SNS3 is a satellite network extension to the ns-3 platform. Magister Solutions originally developed it in the frame of ESA ARTES projects.
- [Magister aims to provide a holistic solution to mobile networks’ evolution towards 5G](https://www.magister.fi/magister-aims-to-provide-a-holistic-solution-to-mobile-networks-evolution-towards-5g/) - Magister is developing a managerial tool to help mobile operators make better decisions regarding network operation, investments and services.
- [Magister designed the Self-Organizing Simulator 3 with Elisa Corporation](https://www.magister.fi/self-optimizing-network-son-simulator/) - Magister designed the Self-Organizing Simulator 3 together with Elisa Corporation.
- [Research paper "Conditional Handover for 5G Mobility" demonstration in Italy](https://www.magister.fi/conditional-handover-for-5g-mobility/) - Magister presented a research paper at the PIMRC 2018 in Bologna, Italy.
- [Magister participated in the Industry Space Days 2018](https://www.magister.fi/industry-space-days-2018/) - Magister Solutions participated in the Industry Space Days 2018.
- [Magister presented a research paper at the joint satellite systems conference in Canada](https://www.magister.fi/system-level-modeling-of-dvb-s2x-in-high-throughput-satellite-system/) - We presented our research paper at the 24th Ka and 36th ICSSC conference in Canada.
- [Presenting Magister's simulator work at the Ka and Broadband Communications Conference 2019](https://www.magister.fi/simulator-presentations-in-ka-and-broadband-communications-conference-2019/) - Magister Solutions participated in The 25th Ka and Broadband Communications Conference in Italy.
- [Are you Magister's next researcher / simulation specialist?](https://www.magister.fi/are-you-magisters-next-researcher-simulation-specialist/) - Do you want to work at the forefront of future wireless communication systems development?
- [Magister’s new service: Scientific data analytics](https://www.magister.fi/blog-magisters-new-service-scientific-data-analytics/) - Our scientific data analytics service helps companies get the most out of their data and find simple solutions to complex challenges.
- [Importance of standardization – Magister joins the 3GPP](https://www.magister.fi/blog-importance-of-standardization-magister-joins-3gpp/) - Magister Solutions has joined The 3rd Generation Partnership Project.
- [Magister Solutions provides simulations to solve core pain points of the satellite industry](https://www.magister.fi/blog-magister-solutions-responds-to-the-satellite-industrys-needs/) - Jansky Partners and Magister Solutions conducted a market study to explore the current state of the satellite industry.
- [Machine-Learning-Based Predictive Handover](https://www.magister.fi/blog-machine-learning-based-predictive-handover/) - The research paper investigates a machine learning method for learning the optimal time and destination for handovers in 5G radio networks.
- [5 ways Magister SimLab will boost your SatCom business](https://www.magister.fi/blog-how-magister-simlab-service-will-boost-your-satcom-business/) - Magister SimLab makes simulations available for everyone. We listed the top 5 ways in which it can help your business.
- [Release 18: Simulations will be crucial in optimizing the resource usage in future satellite networks](https://www.magister.fi/release-18-nicolas-chuberre/) - Nicolas Chuberre (TASF) and Jani Puttonen (Magister) give an account of what the SatCom industry should expect from the 3GPP Release 18.
- [What if network simulations were an option?](https://www.magister.fi/blog-what-if-network-simulations-could-be-an-option/) - Sateliot, SES Luxembourg and Thales Alenia Space in France have been selected as Magister SimLab test users.
- [From information technology student to international telecommunications simulation expert](https://www.magister.fi/blog-from-information-technology-student-to-international-telecommunications-simulation-expert/) - Jani Puttonen was one of Magister’s first employees. He made his first simulations at university, and his interest in simulators has remained strong ever since.
- [Magister SimLab makes network simulations accessible for everyone](https://www.magister.fi/blog-simulation-services-making-mobile-and-satellite-network-simulations-accessible-for-everyone/) - Magister received funding from the ESA to improve SimLab.
- [Moving towards 3GPP Release 18 with the help of system simulations](https://www.magister.fi/blog-moving-towards-3gpp-release-18-with-the-help-of-system-simulations/) - 3GPP’s standardization work continues towards Release 18.
- [Magister SimLab 5G NTN Simulation Service is now available](https://www.magister.fi/blog-magister-simlab-5g-ntn-simulation-service-is-now-available/) - Magister SimLab 5G NTN Simulation Service supports your 3GPP 5G NTN standardization or product development work.
- [Magister visited South Korea as part of the Finnish defence & research industry delegation](https://www.magister.fi/magister-is-part-of-the-finnish-delegation-visiting-south-korea/) - Magister Solutions joined the visit to South Korea as part of the Finnish defence and research industry delegation.

## Pages

- [Home](https://www.magister.fi/) - System-level simulation and digital twins for wireless systems, supporting terrestrial and non-terrestrial network design, optimization, and analysis.
- [5G TN/NTN Development](https://www.magister.fi/services/5g-tn-ntn/) - Simulation-based support for 5G TN/NTN system development, evaluation, and standardization. Gain objective insight for current and future networks.
- [Company](https://www.magister.fi/company/) - Founded in 2005, wireless systems simulations have always been at the core of Magister – from telecoms to WiFi, IoT, and satellite constellations.
- [Software Development](https://www.magister.fi/services/software-development/) - Agile custom software development with a 20-year history developing simulators across demanding space, satellite & telecom domains.
- [Visualization and Situational Awareness](https://www.magister.fi/services/visualization-situational-awareness/) - Visualization and situational awareness software using 3D visualizations, supporting understanding, space situational awareness & system development.
- [Simulator Development & Consulting](https://www.magister.fi/services/simulator-development/) - Custom simulator development and consulting for advanced satellite, UAV, telecom, and wireless system use cases.
- [Simulation-Assisted R&D](https://www.magister.fi/services/rd-services/) - Our simulation-assisted R&D services help you accelerate innovation and make informed decisions in product development, network design, and standardization.
- [C-DReAM](https://www.magister.fi/solutions/c-dream/) - C‑DReAM simulates LEO, MEO & GEO satellite constellations with high accuracy, enabling analysis of coverage, capacity, interference and 5G TN/NTN performance.
- [References](https://www.magister.fi/references/) - We work together with leading telecom, satellite, and space organizations and companies, providing simulation and R&D support for complex system optimization.
- [Professional Services](https://www.magister.fi/services/) - We offer a range of simulation-driven professional services for your wireless communication, R&D, standardization, and system development needs.
- [Industries](https://www.magister.fi/industries/) - System-level simulation and digital twins enable various industries to assess performance, manage risk, and optimize outcomes across full system lifecycles.
- [Why Simulate Space Systems?](https://www.magister.fi/industries/why-simulate-space-systems/) - Learn why simulation is essential for designing, validating, and optimizing complex space systems, including satellite constellations and 5G TN/NTN networks.
- [SatCom Constellation Design Lab](https://www.magister.fi/services/satcom-design-lab/) - Helping SatCom operators design better constellations, reduce architectural risks, and demonstrate technical credibility – before launching a single satellite.
- [ALIX](https://www.magister.fi/solutions/alix/) - ALIX is a system‑level 5G TN/NTN simulator for protocol‑level analysis. Compare 5G NR‑NTN and DVB technologies and evaluate end‑to‑end network performance.
- [Magister SimLab](https://www.magister.fi/solutions/simlab/) - Magister SimLab is a simulation and visualization platform for satellite and wireless systems. Design, run, and analyze scenarios from R&D to decision support.
- [Simulation Solutions](https://www.magister.fi/solutions/) - System-level simulation solutions for satellite and wireless systems, supporting design and optimization of terrestrial and non-terrestrial architectures.
- [Publications](https://www.magister.fi/publications/) - Find information about our scientific research, conference articles and other publications.
- [Publications 2026](https://www.magister.fi/publications/publications-2026/)
- [footer & socket](https://www.magister.fi/footer-socket/)
- [Contacts](https://www.magister.fi/contacts/) - Are you interested in our services or do you have any questions? Send us a message, and we'll get back to you as soon as possible!
- [Blog](https://www.magister.fi/news-blog/)
- [News](https://www.magister.fi/news-1/)
- [Newsroom](https://www.magister.fi/news/) - Read about our latest customer projects, product news, and space & telecom industry phenomena.
- [Careers](https://www.magister.fi/careers/) - There are currently around 20 professionals working at Magister, paving the way in wireless system development for satellite, space, and telecommunications.
- [Publications 2000](https://www.magister.fi/publications/publications-2000/) - We're actively involved in the scientific community. Here you can see our publications from the year 2000.
- [Publications 2001](https://www.magister.fi/publications/publications-2001/) - We're actively involved in the scientific community. Here you can see our publications from the year 2001.
- [Publications 2002](https://www.magister.fi/publications/publications-2002/) - We're actively involved in the scientific community. Here you can see our publications from the year 2002.
- [Publications 2003](https://www.magister.fi/publications/publications-2003/) - We're actively involved in the scientific community. Here you can see our publications from the year 2003.
- [Publications 2004](https://www.magister.fi/publications/publications-2004/) - We're actively involved in the scientific community. Here you can see our publications from the year 2004.
- [Publications 2005](https://www.magister.fi/publications/publications-2005/) - We're actively involved in the scientific community. Here you can see our publications from the year 2005.
- [Publications 2006](https://www.magister.fi/publications/publications-2006/) - We're actively involved in the scientific community. Here you can see our publications from the year 2006.
- [Publications 2007](https://www.magister.fi/publications/publications-2007/) - We're actively involved in the scientific community. Here you can see our publications from the year 2007.
- [Publications 2008](https://www.magister.fi/publications/publications-2008/) - We're actively involved in the scientific community. Here you can see our publications from the year 2008.
- [Publications 2009](https://www.magister.fi/publications/publications-2009/) - We're actively involved in the scientific community. Here you can see our publications from the year 2009.
- [Publications 2010](https://www.magister.fi/publications/publications-2010/) - We're actively involved in the scientific community. Here you can see our publications from the year 2010.
- [Publications 2011](https://www.magister.fi/publications/publications-2011/) - We're actively involved in the scientific community. Here you can see our publications from the year 2011.
- [Publications 2012](https://www.magister.fi/publications/publications-2012/) - We're actively involved in the scientific community. Here you can see our publications from the year 2012.
- [Publications 2013](https://www.magister.fi/publications/publications-2013/) - We're actively involved in the scientific community. Here you can see our publications from the year 2013.
- [Publications 2014](https://www.magister.fi/publications/publications-2014/) - We're actively involved in the scientific community. Here you can see our publications from the year 2014.
- [Publications 2015](https://www.magister.fi/publications/publications-2015/) - We're actively involved in the scientific community. Here you can see our publications from the year 2015.
- [Publications 2016](https://www.magister.fi/publications/publications-2016/) - We're actively involved in the scientific community. Here you can see our publications from the year 2016.
- [Publications 2017](https://www.magister.fi/publications/publications-2017/) - We're actively involved in the scientific community. Here you can see our publications from the year 2017.
- [Publications 2018](https://www.magister.fi/publications/publications-2018/) - We're actively involved in the scientific community. Here you can see our publications from the year 2018.
- [Publications 2019](https://www.magister.fi/publications/publications-2019/) - We're actively involved in the scientific community. Here you can see our publications from the year 2019.
- [Publications 2021](https://www.magister.fi/publications/publications-2021-3/) - We're actively involved in the scientific community. Here you can see our publications from the year 2021
- [Publications 2022](https://www.magister.fi/publications/publications-2022/) - We're actively involved in the scientific community. Here you can see our publications from the year 2022.
- [Publications 2023](https://www.magister.fi/publications/publications-2023/) - We're actively involved in the scientific community. Here you can see our publications from the year 2023.
- [Publications 2024](https://www.magister.fi/publications/publications-2024/) - We're actively involved in the scientific community. Here you can see our publications from the year 2024.
- [Publications 2025](https://www.magister.fi/publications/publications-2025/)
- [Privacy Policy](https://www.magister.fi/privacy-policy/) - This Privacy Policy document contains types of information that is collected and recorded by Magister Solutions and how we use it.
- [Thank you](https://www.magister.fi/optimize-with-simulations-thank-you/) - Magister’s simulators optimize the performance of your satellite and space systems — right from the start of development.
- [Contacts](https://www.magister.fi/contacts-thank-you/) - Are you interested in our services or do you have any questions? Send us a message, and we'll get back to you as soon as possible!

## Categories

- [news](https://www.magister.fi/category/news/)
- [event](https://www.magister.fi/category/event/)
- [conference](https://www.magister.fi/category/conference/)
- [blog](https://www.magister.fi/category/blog/)
- [projects and customers](https://www.magister.fi/category/projects-and-customers/)
- [Magisterians](https://www.magister.fi/category/magisterians/)
- [industries](https://www.magister.fi/category/industries/)

## Tags

- [SimLab](https://www.magister.fi/tag/simlab/)
- [Simulation service](https://www.magister.fi/tag/simulation-service/)
- [ESA](https://www.magister.fi/tag/esa/)
- [5G](https://www.magister.fi/tag/5g/)
- [DYNASAT](https://www.magister.fi/tag/dynasat/)
- [3GPP](https://www.magister.fi/tag/3gpp/)
- [ETSI](https://www.magister.fi/tag/etsi/)
- [NTN](https://www.magister.fi/tag/ntn/)
- [RAN](https://www.magister.fi/tag/ran/)
- [market study](https://www.magister.fi/tag/market-study/)
- [Jansky Partners](https://www.magister.fi/tag/jansky-partners/)
- [LEO](https://www.magister.fi/tag/leo/)
- [standardization](https://www.magister.fi/tag/standardization/)
- [MNOs](https://www.magister.fi/tag/mnos/)
- [Satcoms](https://www.magister.fi/tag/satcoms/)
- [space industry](https://www.magister.fi/tag/space-industry/)
- [SAIRCC](https://www.magister.fi/tag/saircc/)
- [NGSO](https://www.magister.fi/tag/ngso/)
- [MEO](https://www.magister.fi/tag/meo/)
- [GEO](https://www.magister.fi/tag/geo/)
- [SCNE](https://www.magister.fi/tag/scne/)
- [recruitment](https://www.magister.fi/tag/recruitment/)
- [satcom](https://www.magister.fi/tag/satcom/)
- [Network simulation](https://www.magister.fi/tag/network-simulation/)
- [professionals](https://www.magister.fi/tag/professionals/)
- [HELENA](https://www.magister.fi/tag/helena/)
- [c-dream](https://www.magister.fi/tag/c-dream/)
- [4SSTB](https://www.magister.fi/tag/4sstb/)
- [R&D](https://www.magister.fi/tag/rd/)
- [MARINA](https://www.magister.fi/tag/marina/)
- [UAV-3S](https://www.magister.fi/tag/uav-3s/)
- [scientific data analytics](https://www.magister.fi/tag/scientific-data-analytics/)
- [6G](https://www.magister.fi/tag/6g/)
- [5G-SPECTRA](https://www.magister.fi/tag/5g-spectra/)
- [ALIX](https://www.magister.fi/tag/alix/)
- [EAGER](https://www.magister.fi/tag/eager/)
- [Industry Space Days](https://www.magister.fi/tag/industry-space-days/)
- [Magister Solutions](https://www.magister.fi/tag/magister-solutions/)
- [ARTES Final Presentation Days](https://www.magister.fi/tag/artes-final-presentation-days/)
- [5G NR](https://www.magister.fi/tag/5g-nr/)
- [DVB-S2X](https://www.magister.fi/tag/dvb-s2x/)
- [SNS3](https://www.magister.fi/tag/sns3/)
- [5G NTN](https://www.magister.fi/tag/5g-ntn/)
- [NewSpace](https://www.magister.fi/tag/newspace/)
- [New Space](https://www.magister.fi/tag/new-space/)
- [ISL](https://www.magister.fi/tag/isl/)
- [coexistence](https://www.magister.fi/tag/coexistence/)
- [TN](https://www.magister.fi/tag/tn/)
- [simulation](https://www.magister.fi/tag/simulation/)
- [satellite communications](https://www.magister.fi/tag/satellite-communications/)
- [DVB](https://www.magister.fi/tag/dvb/)
- [5G NR NTN](https://www.magister.fi/tag/5g-nr-ntn/)
- [DVB-RCS2](https://www.magister.fi/tag/dvb-rcs2/)
- [ASMS/SPSC 2025](https://www.magister.fi/tag/asms-spsc-2025/)
- [Earth observation](https://www.magister.fi/tag/earth-observation/)
- [SAR satellite](https://www.magister.fi/tag/sar-satellite/)
- [geospatial analysis](https://www.magister.fi/tag/geospatial-analysis/)
- [coverage analysis](https://www.magister.fi/tag/coverage-analysis/)
- [Inter-Satellite Link](https://www.magister.fi/tag/inter-satellite-link/)
- [satellite constellation](https://www.magister.fi/tag/satellite-constellation/)
- [simulation software](https://www.magister.fi/tag/simulation-software/)
- [UAV](https://www.magister.fi/tag/uav/)
- [drone](https://www.magister.fi/tag/drone/)
- [system simulator](https://www.magister.fi/tag/system-simulator/)
- [GSO](https://www.magister.fi/tag/gso/)
- [NTN/TN](https://www.magister.fi/tag/ntn-tn/)
- [European Commission](https://www.magister.fi/tag/european-commission/)
- [IRIS2](https://www.magister.fi/tag/iris2/)
- [NRT simulator](https://www.magister.fi/tag/nrt-simulator/)
- [European satellite constellation](https://www.magister.fi/tag/european-satellite-constellation/)
- [satellite simulation](https://www.magister.fi/tag/satellite-simulation/)
- [5G-Advanced](https://www.magister.fi/tag/5g-advanced/)
- [satellite network](https://www.magister.fi/tag/satellite-network/)
- [EU Horizon](https://www.magister.fi/tag/eu-horizon/)
- [research](https://www.magister.fi/tag/research/)
- [IoT](https://www.magister.fi/tag/iot/)
- [5G network](https://www.magister.fi/tag/5g-network/)
- [space sustainability](https://www.magister.fi/tag/space-sustainability/)
- [6G NTN](https://www.magister.fi/tag/6g-ntn/)
- [AI](https://www.magister.fi/tag/ai/)
- [satellite](https://www.magister.fi/tag/satellite/)
- [NexaSphere](https://www.magister.fi/tag/nexasphere/)
- [Non-Terrestrial Network](https://www.magister.fi/tag/non-terrestrial-network/)
- [The DVB Project](https://www.magister.fi/tag/the-dvb-project/)
- [system simulation](https://www.magister.fi/tag/system-simulation/)
- [Magisterians](https://www.magister.fi/tag/magisterians/)
- [simulator development](https://www.magister.fi/tag/simulator-development/)
- [satellite energy](https://www.magister.fi/tag/satellite-energy/)
- [LEO satellite constellation](https://www.magister.fi/tag/leo-satellite-constellation/)
- [artificial intelligence](https://www.magister.fi/tag/artificial-intelligence/)
- [Space Tech Expo](https://www.magister.fi/tag/space-tech-expo/)
- [space technology](https://www.magister.fi/tag/space-technology/)
- [connectivity](https://www.magister.fi/tag/connectivity/)
- [V2X](https://www.magister.fi/tag/v2x/)
- [LTE](https://www.magister.fi/tag/lte/)
- [V2N](https://www.magister.fi/tag/v2n/)
- [V2I](https://www.magister.fi/tag/v2i/)
- [V2P](https://www.magister.fi/tag/v2p/)
- [automotive](https://www.magister.fi/tag/automotive/)
- [Space Situational Awareness](https://www.magister.fi/tag/space-situational-awareness/)
- [defence industry](https://www.magister.fi/tag/defence-industry/)
- [signal interference](https://www.magister.fi/tag/signal-interference/)
- [network resilience](https://www.magister.fi/tag/network-resilience/)
- [C2 center](https://www.magister.fi/tag/c2-center/)
- [defence network](https://www.magister.fi/tag/defence-network/)
- [aviation](https://www.magister.fi/tag/aviation/)
- [HAPS](https://www.magister.fi/tag/haps/)
- [digital twin](https://www.magister.fi/tag/digital-twin/)
- [aircraft](https://www.magister.fi/tag/aircraft/)
- [vehicle network](https://www.magister.fi/tag/vehicle-network/)
- [maritime](https://www.magister.fi/tag/maritime/)
- [maritime connectivity](https://www.magister.fi/tag/maritime-connectivity/)
- [ship communication](https://www.magister.fi/tag/ship-communication/)
- [vessel communication](https://www.magister.fi/tag/vessel-communication/)
- [network design](https://www.magister.fi/tag/network-design/)
- [railway](https://www.magister.fi/tag/railway/)
- [railway connectivity](https://www.magister.fi/tag/railway-connectivity/)
- [train communication](https://www.magister.fi/tag/train-communication/)
- [broadcasting](https://www.magister.fi/tag/broadcasting/)
- [QoS](https://www.magister.fi/tag/qos/)
- [QoE](https://www.magister.fi/tag/qoe/)
- [ML](https://www.magister.fi/tag/ml/)
- [CDN](https://www.magister.fi/tag/cdn/)
- [OTT](https://www.magister.fi/tag/ott/)
- [broadcast](https://www.magister.fi/tag/broadcast/)
- [TN/NTN](https://www.magister.fi/tag/tn-ntn/)
- [broadcast network](https://www.magister.fi/tag/broadcast-network/)
- [Industrial IoT](https://www.magister.fi/tag/industrial-iot/)
- [IIoT](https://www.magister.fi/tag/iiot/)
- [IoT network](https://www.magister.fi/tag/iot-network/)
- [NB-IoT](https://www.magister.fi/tag/nb-iot/)
- [4G](https://www.magister.fi/tag/4g/)
- [Wi-Fi](https://www.magister.fi/tag/wi-fi/)
- [Bluetooth](https://www.magister.fi/tag/bluetooth/)
- [Magister SimLab](https://www.magister.fi/tag/magister-simlab/)
- [system-level simulation](https://www.magister.fi/tag/system-level-simulation/)
- [satellite operator](https://www.magister.fi/tag/satellite-operator/)
- [SLA](https://www.magister.fi/tag/sla/)
- [RFP](https://www.magister.fi/tag/rfp/)
- [system-level digital twin](https://www.magister.fi/tag/system-level-digital-twin/)
- [SatCom Constellation Design Lab](https://www.magister.fi/tag/satcom-constellation-design-lab/)
- [Medium Earth Orbit](https://www.magister.fi/tag/medium-earth-orbit/)