This eBook walks through the full 6G research lifecycle, highlighting the technical challenges and validation approaches shaping what comes next. Download it to understand where meaningful 6G R&D starts, and how to move from concept to credible results.
Shaping the 6G Future with a Keysight Network Digital Twin
Learn how AI models for 6G communications will be simulated and optimized in the digital twin before being deployed in the physical network.
Collaborative Synergy: The Key to Unlocking 6G’s Potential
Learn how areas synergistic 6G wireless technology use cases in smart everything, sensing, and global coverage are set to unlock the potential of 6G.
Top Five Questions About 6G Technology
Discover the most common questions surrounding 6G communications, and gain more insight into the vision for 6G and how it will achieve critical goals.
The demo showcases a typical ISAC use case, where a base station transmits signals and receives reflections from various emulated objects.
Explore 6G communication technologies and their role in accelerating innovation across industries with these resources and insights from Keysight
Ultra-massive MIMO beamforming validation in the 6G FR3 range requires phase- and time-coherent multi-channel radio frequency (RF) emulation, semi-deterministic or deterministic channel models, and calibrated phase and amplitude across channels.
Integrated sensing and communication (ISAC) testing requires channel models that capture communication paths, sensing echoes from desired targets, and environmental backscatter.
6G frequency range three (FR3) system test requires phase and time-coherent multichannel emulation using semi-deterministic and deterministic channel models.
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