Ranplan Wireless

04/09/2026

🌐 Final Day of IEEE PIMRC 2026

As the event wraps up, the spotlight turns to the future of 6G, bringing together advances in AI, integrated sensing, terahertz communications, and intelligent network architectures. The conference has highlighted how future networks will connect data, compute, and intelligence to support entirely new digital experiences.

For operators, success in the 6G era will depend on making informed infrastructure investments and leveraging accurate planning tools to balance coverage, capacity, latency, and sustainability goals.

👏 Thank you to everyone who has visited the Ranplan booth this week. We've enjoyed discussing the challenges and opportunities shaping the future of wireless communications.

Continue the conversation https://hubs.li/Q04wd6Vy0

03/09/2026

🚀 Day 3 at IEEE PIMRC

📍 The Ranplan Research Team is exhibiting at PIMRC, showcasing how advanced wireless simulation and digital twin technology can help researchers and engineers evaluate high-frequency wireless networks.

https://hubs.li/Q04wcshn0

02/09/2026

📡 Day 2 at IEEE PIMRC

One of today's key themes is Integrated Sensing and Communications (ISAC), a technology expected to play a major role in 6G by enabling networks to communicate and sense their surroundings simultaneously. ISAC has the potential to support smart cities, autonomous systems, and advanced location-based services.

For network planners, this introduces new challenges around infrastructure placement, sensing coverage, and capacity management.

📍 If you're attending PIMRC 2026, stop by the Ranplan booth and discover how accurate network modelling can support emerging 6G use cases.

https://hubs.ly/Q04tmLZB0

01/09/2026

📍 IEEE PIMRC is underway in Singapore!

Today, discussions are focusing on how AI and machine learning are transforming wireless communications, enabling smarter network operations, predictive optimization, and more efficient use of network resources. AI is becoming a key enabler for future 6G networks and intelligent service delivery.

As networks become increasingly dynamic, engineers and researchers need advanced planning tools to accurately model traffic demand, optimize coverage, and ensure performance across complex environments.

✅ Visit our team to learn how digital twin-based network planning can help support the evolution towards 6G connectivity.

💭 Question: What will be the biggest benefit of AI in network planning?

Faster automation
Better capacity forecasting
Reduced operational costs
Improved user experience

https://hubs.ly/Q04tmWL80

31/08/2026

📍 Live from IEEE 6G Summit Singapore

Today, industry leaders, researchers, and standards experts came together to discuss the future of "6G for the AI-Native Era: Connecting Data, Compute, and Intelligence."

Key conversations focused on how next-generation networks will evolve beyond connectivity to support distributed computing, edge intelligence, AI-native services, and new approaches to network architecture and standardization.

👏 Ranplan's Research Team would like to thank everyone who visited our stand today. It was great to connect and discuss insights on how advanced network planning and digital twin technology can help accelerate the journey towards AI-native and 6G networks.

The conversations don't stop here—we are looking forward to continuing these discussions and collaborating with the wireless community as the path towards 6G continues.

https://hubs.ly/Q04tmHPy0

Join Ranplan at the IEEE 6G Summit in Singapore to explore advanced wireless solutions and AI-ready datasets for the future of 6G communications.

28/08/2026

Friday Insight: AI is rapidly changing network demand patterns.

📊 Cisco forecasts that AI and agentic AI will drive consumer network traffic to grow 6.6× between 2025 and 2035, with AI inference expected to account for around 25% of total network traffic by 2035.

What does this mean for network planners?

🔹 Designing for higher capacity demand
🔹 Supporting more upstream AI traffic
🔹 Optimising networks for low-latency services
🔹 Planning for increasingly dynamic traffic patterns

The future network isn't just bigger—it's smarter.

27/08/2026

How much does your environment model influence your RF predictions?

Accurate radio propagation modelling depends on more than free-space loss. Ranplan Professional models key propagation mechanisms—including pe*******on, reflection, and diffraction—to predict how radio waves interact with real-world environments.

For outdoor network planning, the quality of the environment model is just as important. Direct GeoData imports allow planners to efficiently import buildings, terrain, foliage, and clutter while assigning realistic object types and material properties to improve prediction accuracy.

The result? Faster 3D modelling, more robust validation, and greater confidence in network design decisions.

Explore the GeoData resource: https://hubs.li/Q04q7Cy-0

26/08/2026

What does FRMCS demand beyond coverage?

As operational demands grow and railways transition to FRMCS, reliable connectivity alone is no longer enough.

Engineers must also consider mobility, capacity, resilience and long-term scalability—ensuring networks can support mission-critical communications throughout one of the most challenging RF environments.

Learn why the industry is rethinking underground wireless network design.

📖 https://hubs.li/Q04twQ480

25/08/2026

Less Than One Week to Go Until IEEE PIMRC 2026
Ranplan will be exhibiting and we're looking forward to connecting with industry professionals, partners, and innovators to discuss the future of network planning and optimization.

https://hubs.li/Q04pB_1Z0

24/08/2026

⏳ Just One Week to Go Until IEEE 6G Summit Singapore 2026!

The summit will bring together industry leaders, researchers, academics, and standards experts to explore the technologies, architectures, and use cases that will shape the future of 6G networks.

We're pleased to share that the Ranplan's Research Team will be exhibiting at the event, showcasing how advanced network planning and digital twin technology support wireless research through realistic radio propagation modelling, AI-ready datasets, and high-fidelity network simulation.

If you're attending, be sure to stop by and meet the Ranplan team. We look forward to discussing the future of intelligent wireless networks and the role of advanced planning in enabling 6G success.

https://hubs.li/Q04pC1Lc0