Why Use WirelessPro
The future of wireless simulation starts here.
Unlock the future of wireless communications with Keysight WirelessPro, a comprehensive package designed to provide cutting-edge tools for simulating 5G New Radio, 5G Advanced, and potentially 6G standardization and research. Tailored for researchers, engineers, and developers, WirelessPro empowers you to model, simulate, and analyze various aspects of 5G networks, 5G Advanced technologies, and future 6G wireless channels with unparalleled ease and accuracy.
Key Features Capabilities
Integrate wireless and AI/ML workflows seamlessly for comprehensive 6G research, enabling you to stay ahead in the rapidly evolving field of wireless communications.
Leverage a rich Python environment for fast iteration and innovation, allowing you to bring your ideas to life quickly and efficiently.
Accelerate simulations with multi-core processing and distributed computing on Windows and Linux, ensuring you can handle complex simulations with ease.
Utilize 3GPP compliant models and advanced channel modeling for reliable results, giving you confidence in the accuracy of your simulations.
Streamline AI/ML development with integrated workflows for training, model creation, and inference, making it easier to incorporate advanced AI/ML techniques into your research.
Incorporate site-specific channel data from tools like Keysight Channel Studio RaySim, providing you with realistic and detailed channel models for your simulations.
See It in Action
Introducing WirelessPro: The Future of Wireless Simulation
See how WirelessPro accelerates 5G and 6G research with AI-powered, standards-based wireless simulation.
AI in 3GPP: Smarter Wireless for 5G & Beyond
Explore how AI/ML is transforming wireless networks—enhancing CSI feedback, beam management, and positioning accuracy for next-gen 5G Advanced and 6G technologies.
- CSI Feedback
- Beam Management
- Positioning
WirelessPro CSI Feedback
Delve into the role of AI/ML in enhancing CSI feedback for 5G Advanced, as defined in 3GPP TR 38.843. This video explores how deep learning models improve channel state information reporting accuracy, reduce overhead, and enable more efficient beamforming and link adaptation in next-generation wireless networks.
WirelessPro Beam Management
Learn how AI/ML is advancing beam management in 5G Advanced and 6G. This video explores 3GPP-driven innovations that use intelligent algorithms to enhance beam selection, tracking, and switching—improving signal reliability and network efficiency in dynamic environments.
WirelessPro Positioning
Discover how AI and ML are driving centimeter-level positioning accuracy in 5G Advanced and 6G. This video explores 3GPP’s latest efforts to overcome traditional limitations and enable ultra-precise location services for next-gen applications.
Enabling 6G Sensing with AI and Simulation
Explore how integrated sensing and communication (ISAC) brings “eyes” to 6G—combining advanced channel modeling, AI, and simulation to enable practical UAV detection and real-world sensing applications.
- Sensing & Communication
- AI Integration
Giving 6G “Eyes” with ISAC
ISAC advances 6G by unifying communication and sensing, leveraging OFDM radar waveforms, RAD tensors, and 3GPP object centric channel models for precise UAV tracking and real time environmental awareness.
Your Network Is Already a Sensor - You Just Need the AI
This demo walks through six UAV detection scenarios built on the Aeris ISAC simulation platform. From moving and hovering drone detection to bird filtering, multi-site campus coverage, and zero-infrastructure sensing, each scenario solves a real deployment challenge. All results are generated by physics-based 5G channel models — no staged data, no cherry-picked numbers.
Next-Gen Mobility: How 3GPP Innovations Enable Seamless, Zero-Latency Global Coverage
- Mobility Enhancement
- Turn Satellites into 6G Towers
Next-Gen Mobility: Inside LTM and the Future of 6G Handover
Explore how Layer 1/2 Triggered Mobility (LTM) transforms 5G Advanced with ultra-fast handovers, enabling seamless, real-time digital experiences and laying the foundation for the zero-latency future of 6G.
The Sky Station: Turning Satellites into 6G Towers
The Sky Station illustrates how satellites evolve into 6G infrastructure through AI-driven intelligence, advanced handover mechanisms, and 3GPP NTN innovation. Realistic simulation demonstrates how ground, sky, and space converge to deliver seamless, reliable global connectivity from low Earth orbit.
AI in Research: Smarter Signal Processing for 5G/6G
Explore cutting-edge AI innovations in channel estimation and neural receivers—boosting wireless performance, adaptability, and scalability for next-generation 5G and 6G networks.
- Channel Estimation
- Neural Receiver
WirelessPro Channel Estimation
AI transforms 5G/6G channel estimation—boosting adaptability, precision, and efficiency. WirelessPro integrates ML with traditional methods for smarter, scalable wireless in dynamic environments.
WirelessPro Neural Receiver
AI-powered wireless receivers elevate 5G/6G performance in complex environments. WirelessPro blends simulation and machine learning to deliver intelligent, scalable, and adaptive communication for next-gen networks.
Resources to Get You Started
From Waveforms to AI: Simulating 6G Before It Exists
Early 6G work is shaped not by finalized specifications, but by study items and simulation-driven evaluation. This session explains how technical ideas are assessed, compared, and refined in practice, highlighting the central role of simulation in guiding standardization and revealing where 6G is realistically heading today.
White Paper
Enabling AI-Driven Innovation in 5G-Advanced and 6G Air Interfaces
Solution Briefs
Precision Beamforming Starts Here
BOOTCAMPS
Designing the 6G Air Interface with AI Bootcamp
Explore WirelessPro Bundles
EDA software bundles provide designers with pre-configured combinations targeted to a specific design workflow.
WirelessPro 5G Advanced Bundle
W8301B is designed for accelerating 3GPP link and system level simulation for AI-enabled 5G-Advanced and 6G air-interface research.
W8301B is designed for accelerating 3GPP link and system level simulation for AI-enabled 5G-Advanced and 6G air-interface research.
Have Questions? We've Got Answers
WirelessPro is a next-generation simulation framework for 5G Advanced and 6G research. It supports 3GPP Release 18 and integrates AI/ML to enable advanced wireless system simulations.
WirelessPro is designed for wireless communication system engineers, researchers, and developers working on physical layer design, channel modeling, and AI/ML integration in 5G and 6G networks.
WirelessPro supports key 3GPP specifications including TS 38.211–215 for physical layer procedures and TR 38.901, 38.811, and 38.843 for channel modeling and AI/ML use cases.
Yes. WirelessPro supports both link-level and system-level simulations, enabling detailed performance evaluation across a wide range of wireless scenarios.
WirelessPro includes built-in support for AI/ML workflows, including synthetic data generation, model training, and inference. It supports reference architectures like Transformers, ResNet, and U-Net.
WirelessPro is developed in Python and offers modular APIs in both Python and C++. It runs on Windows and Linux, with support for multi-core and distributed computing.
Yes. WirelessPro supports site-specific modeling using ray tracing data from tools like Keysight Channel Studio RaySim, enabling realistic propagation environments.
WirelessPro is aligned with 3GPP Release 18 and is continuously updated to support new features and study items, helping engineers stay current with the latest standardization efforts.
WirelessPro includes step-by-step tutorials for 5G NR configuration, waveform generation, channel modeling, and simulation workflows to help users ramp up quickly.
Unlike traditional tools, WirelessPro combines standards-aligned wireless modeling with AI/ML integration in a unified, extensible framework—bridging the gap between physical layer fidelity and intelligent system design.