Ranplan Academic provides universities with advanced tools to support rigorous research and practical teaching in wireless network design and propagation. Developed for academic environments, it enables PhD students and researchers to investigate wireless propagation and emerging technologies—spanning 5G, IoT, and the path toward 6G.
Built for Academia
Designed to support university teaching & research in wireless network planning & propagation.
Advanced Wireless Tools
Model, simulate, and optimize real-world networks using professional-grade software.
Emerging Technologies
Explore 5G, 6G, Massive MIMO, RIS, and more with research-ready capabilities.
Flexible, Scalable Licensing
Affordable access to industry software aligned with academic cycles and university needs.
FOR LEARNING AND RESEARCH
3D Modelling
- Automatic 3D Modelling: Quickly create 3D building models from BIM software, AutoCAD plans, or LiDAR scans, minimizing manual work and maximizing time for research and analysis.
- Integrated Environment Modelling: Combine building layouts, terrain data, and materials to create realistic simulation environments for accurate network studies.
Professional Tools for Academic Learning
- Comprehensive HetNet Design: Plan, simulate and optimize indoor and outdoor wireless networks in a single software environment—ideal for studying wireless propagation in complex environments such as university campuses and smart cities.
- Multiple Technology Support: Facilitate research across evolving wireless network systems, including 5G NR, 4G LTE, Wi-Fi, IoT, and beyond.
- Advanced 3D Ray-Tracing: Conduct realistic signal propagation simulations using high-precision 3D ray-tracing for detailed coverage and performance analysis.
Accelerating Learning and Innovation
- Deepen Understanding of Propagation: Strengthen theoretical and practical knowledge of RF behaviour by examining behaviours like signal reflection and diffraction in challenging environments.
- Research Emerging Technologies: Simulate and analyze Massive MIMO, mmWave, and 5G systems to support original research and technical discovery.
- Teach Network Optimization: Enable hands-on exploration of real-world factors—latency, reliability, traffic load, interference, antenna design, and more—that influence wireless network performance.
Advanced Research Modules
Enhance Ranplan Academic with optional modules built to support in-depth, specialist research in wireless communications.
- Enable deep exploration of advanced topics such as propagation modelling, network optimization, and technologies like Massive MIMO and RIS.
- Expand research capabilities with tools built for investigating complex wireless scenarios and next-generation system design.
- Developed in collaboration with industry researchers to ensure real-world relevance and support for evolving research priorities.
Why Choose Ranplan Academic?
- Hands-on Learning: Deliver practical experience in wireless network design, simulation, and optimization, providing a solid foundation for future careers.
- Scalable, Affordable Licensing: Lease-based access designed around academic calendars, offering institutions a flexible and cost-effective access to advanced network planning tools.
- Fuelling Wireless Innovation: Equip research teams with the capabilities to explore complex wireless challenges and contribute meaningful innovations to the field.
Other Products
Explore our product range to find the right one for your project
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Ranplan Professional
The most powerful network design platform with intelligent algorithms to design, optimise and simulate your wireless networks.
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Ranplan In-Building
An accurate and high-performance in-building network design tool to rapidly and cost-effectively plan indoor networks.
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Ranplan Tablet
An easy to use onsite tool to produce in-building site surveys and run coverage performance predictions, speeding up designs.
Find Out More
Equip Your University with Ranplan Academic to Drive Wireless Innovation and Hands-On Learning.
