Why Choose Keysight Wireless & RF Systems Suite
From RF architecture validation to 6G research, all in one workflow.
The Wireless & RF Systems Suite combines Keysight SystemVue and Keysight WirelessPro to provide a complete environment for wireless innovation. SystemVue enables engineers to create high-fidelity RF digital twins, validate transceiver architectures, model realistic impairments, analyze phased-array performance, and correlate simulations with measurement data. WirelessPro addresses advanced wireless research, providing Python-based simulation frameworks for link-level and simplified system-level studies, AI/ML experimentation, and evaluation of emerging 3GPP standards. Together, they help organizations reduce development risk, accelerate design exploration, validate next-generation wireless concepts, and move more efficiently from RF subsystem development to end-to-end wireless system innovation. Whether your focus is RF performance, satellite communications, phased arrays, NTN architectures, or AI-enabled 6G research, the suite delivers the accuracy, flexibility, and scalability needed to drive faster wireless innovation.
- Radar/EW
- Non-Terrestrial Networks
- SATCOM System Design
- Wireless 5G/6G
- 6G Research
Radar/EW
The W4811B System Design, Aerospace Defense bundle gives you all the tools you need to design RF and baseband systems for radar. It includes the RF, Comms/DSP, and Phased Array simulators, as well as the Aerospace Defense Library, the Aerospace Defense Designer, and the STK Link.
Non-Terrestrial Networks
The 5G New Radio (NR) simulation library facilitates comprehensive end-to-end physical layer system simulations, accommodating diverse NTN deployment scenarios. The 5G channel model and an advanced transceiver element offer a detailed representation of the satellite link's propagation characteristics. These characteristics encompass large-scale and fast-fading modeling, large path delays, frequency Doppler Shift effects, and the ability to visualize satellite trajectories.
SATCOM System Design
The W4815B System Design, Satellite bundle gives you all the tools you need to design RF and baseband systems for satellite applications such as commercial communications, 5G NTN, and military comms and imaging. It includes the RF, Comms/DSP, and Phased Array simulators, as well as the Satellite Comms Library, the 5G and Cellular Library, the DPD Design Kit, and the STK Link.
Wireless 5G/6G
RF System Design generates training datasets for your neural network algorithms, incorporating your trained models into advanced 5G and future 6G communication system simulations. RF System Design simulations not only create valuable training data but also evaluate trained models, seamlessly integrating AI/ML to address optimization challenges.
6G Research
Keysight WirelessPro is a comprehensive package designed to provide cutting-edge tools for simulating 5G New Radio, 5G Advanced, and potentially 6G standardization and research. 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.
RF System Design (SystemVue)
RF System Design offers the most advanced prototyping and design platform for complex RF systems with faster simulation speed, near-circuit fidelity, libraries for radar, electronic warfare, satellite, 5G/6G, and Wi-Fi, plus enterprise integration with numerous partners.
WirelessPro
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.
Design Cloud (HPC)
Reduce your simulation time by 80% using distributed and parallel computing.
- How to Simulate 5G NTN Transmission Paths
- How to Capture Load Pull Effects on Beamforming
- How to Simulate AI-Driven Air Interface PHY for 6G Research
Resources to Get You Started
The operational requirements at Ka and Ku frequency bands rely on phased arrays' beamforming and steering capabilities. Engineers must optimize design and test cycle time to meet high-volume production demands in expanding markets. Phased array systems' extreme complexity and increasing system integration present many simulation and testing challenges. Keysight solutions cover the entire phased array workflow, empowering engineers to streamline design and testing processes.
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Have Questions? We've Got Answers
The Wireless & RF Systems Suite is a complementary set of simulation tools that combine SystemVue and WirelessPro. Together they support RF system design, digital twin development, wireless algorithm validation, AI/ML research, and 5G/6G system exploration across link-level and system-level workflows.
Use SystemVue when you need highly accurate RF system modeling, phased-array analysis, link budget studies, RF impairment modeling, and digital twins correlated with measured hardware. Use WirelessPro when researching new wireless algorithms, evaluating evolving 3GPP standards, performing AI/ML experimentation, or studying wireless network scenarios at the PHY and MAC layers.
Many organizations begin by using SystemVue to validate RF architectures, antenna systems, and realistic hardware effects. WirelessPro then extends the workflow by evaluating how those technologies perform within broader wireless communication scenarios, including AI-enhanced air interfaces, mobility, channel modeling, and 6G research studies.
WirelessPro is specifically designed for advanced wireless research, offering native Python and C++ workflows, AI/ML integration, 3GPP-aligned simulation frameworks, and support for link-level and simplified system-level studies. SystemVue complements these efforts by providing the realistic RF models and digital twins needed to evaluate practical implementation impacts.
Using both products allows engineering teams to connect realistic RF behavior with wireless system performance in a unified workflow. This reduces model inconsistencies, improves collaboration between RF and communications teams, accelerates design exploration, and provides greater confidence when developing next-generation wireless technologies.