Keysight enables innovators to push the boundaries of engineering by quickly solving design, emulation, and test challenges Watch our Keysight and industry subject matter experts as they explain how to expand wireless communications reach with non-terrestrial networks (NTNs), achieve extreme next-generation connectivity, and pioneer 6G research with artificial intelligence (AI) and machine learning (ML).

Non-terrestrial networks

Get a glimpse into Release 18 5G-Advanced mobility featuring complex, low Earth orbit, and high-velocity Doppler test scenarios with multiple satellites. You will also learn more about the Keysight end-to-end NTN solution portfolio, spanning R&D and acceptance workflows for New Radio (NR) and the Narrowband Internet of Things (NB-IoT) NTN.

NTN sky-to-lab: unmodified device test

5G Advanced non-terrestrial networks

NTN sky-to-lab: end-to-end emulation

Wi-Fi 7 and XR device testing

While adopting Extended Reality (XR) is stretching the capabilities of existing Wi-Fi® networks, it also requires extreme speeds, reliability, and low latency to operate seamlessly. Wi-Fi 7 addresses those needs with higher modulations, multi-link operation, and managed latency features. Learn how to test Wi-Fi 7 signaling and RF performance and achieve fully robotic and repeatable test automation of new Wi-Fi and 5G XR devices.

Wi-Fi 7 RF testing

XR device test

GNSS security testing

The demo shows a unique, novel configuration in which the VXG vector signal generator provides a high-fidelity simulation of global navigation satellite system (GNSS) constellations in Controlled Radiated Pattern Antenna (CRPA) mode. See how CRPA, used by network infrastructure for time synchronization and positioning accuracy, can improve a network's resilience to GNSS interference, spoofing, and jamming.

GNSS security testing

6G AI / ML technology

6G aims to connect the physical, digital, and human worlds. It is emerging around new spectrum utilization, AI as an integral part of networks and devices, digital twins, and new network architectures. Watch how to emulate 6G FR3 channels, design a 6G neural receiver, and validate AI-enhanced channel models in over-the-air systems.

6G FR3 channel emulation

AI / ML and sensing in 6G

6G AI Neural Receiver Design

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