6G Solutions
- Spectrum Technologies
- Channel Modeling
- Sensing
- Waveform Research
- Network Emulation
Design, model, and validate FR3 and sub-THz components and systems.
6G FR3 System Test
Validate system design and development at new 6G frequencies like FR3 using channel emulation.
6G FR3 Component Test
Characterize radio frequency front-ends and complex devices such as I/Q modulators, differential amplifiers, and T/R modules.
6G Wideband Signal Characterization
Enable sub-THz signal generation and analysis between 220 and 330 GHz for 6G system-level prototypes.
6G D-Band Noise Figure Measurement
Characterize the performance of 6G systems by making D-band (110 GHz – 170 GHz) noise figure measurements.
Design the 6G air interface and apply AI optimizations in sandbox environments.
6G Channel Modeling with AI
Train AI models to recognize and adjust for 6G channel impairments, and use the trained models to predict and correct signal issues in real time.
6G Neural Receiver Design
Train neural receivers using AI-generated labeled data. After generating the data, validate the neural network’s performance when integrated into a wireless system.
Ray Tracing for Channel Modeling
Create site-specific RF propagation scenarios for complex new wireless technologies in 5G Advanced and 6G.
AI-for-RAN Channel Emulation
Generate advanced AI models for precise channel estimation, resource allocation optimization, and power consumption reduction.
Ultra-Massive MIMO Test
Create realistic, spatially-consistent, site-specific deterministic ultra-massive MIMO beamforming models.
Use received and reference signals for OFDM radar calculations and develop a map of range and Doppler to sense objects.
Integrated Sensing and Communication (ISAC) Test
Define accurate scenarios for 3GPP-based sensing validation.
Simulate and test waveforms under consideration such as CP-OFDM, OSDM, and OFTS.
6G Waveform Test
Test RF and layer 1 during development and run realistic models after stack development.
6G Waveform Simulation
Conduct link and system-level simulation to research and validate AI / ML-driven algorithms
Model and visualize non-terrestrial networks (NTNs) and advance O-RAN using emulation and AI-driven testing.
O-RAN Traffic Over Ethernet Test
Construct, play, capture, and measure O-RAN traffic over Ethernet fronthaul interfaces.
Direct-to-Device NTN Service Validation
Use satellite and terrestrial RF channel emulation to test direct-to-device NTN service in the lab.
NTN System Modeling and Simulation
Plan NTN and terrestrial network interoperability.
NTN Base Station Validation
Learn how to validate NTN base stations in a lab environment.
Large-Scale Network Emulation
Create a digital twin model of your network by abstracting the physical layer to a city-scale for studying its performance.
Accelerate 6G R&D
Whether you're working on new spectrum, AI / ML networks and devices, or new network topologies, Keysight's 6G solutions provide the performance, precision, and stability you need to tackle the most challenging measurements.
Explore 6G Use Cases
Discover 6G Resources
eBook
Learn how 6G will connect the physical, digital, and human worlds by delving into use cases and technologies like AI / ML, digital twins, FR3, NTNs, and UM-MIMO.
Learn Hub
Get insights into the 6G standard, learn how to design 6G mmWave beamforming systems, and discover ML techniques that can synthesize realistic wireless channel data.
Application Note
Model and test RIC capabilities at scale for applications such as anomaly detection and network optimization.
Webinar
Enhance signal processing and optimize network performance with AI / ML.
White paper
Investigate 6G frequency bands, including the upper midband (7 - 24 GHz), the sub-THz bands (90 to 300 GHz), and the lower bands (below 7 GHz).
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