Exploring Sensing in 6G with Dr. Gerhard Fettweis

Jessy Cavazos speaks with Dr. Gerhard Fettweis from TU Dresden about the integration of sensing and communication in 6G networks. The conversation explores key trade-offs in ISAC systems, waveform and protocol innovations, hardware challenges, and the role of technologies like massive MIMO and RIS.

Demo: Demodulation and Error Vector Magnitude (EVM) Analysis

Our tests and measurements are as good as the tools we use. PathWave 89600 VSA software helps perform fast and accurate results in wireless connectivity tests.

AI Enhanced Imaging

Discover the evolution of computational imaging, market trends, and solutions for designing computational imaging systems enhanced by artificial intelligence.

Designing Supercar Lighting

Explore the optical design workflow for automotive exterior lighting, from styling to optical design of a sportscar headlight and taillight.

TIS Pro Optical Scattering Instrument

TIS Pro is an optical scattering instrument for efficient measurements of reflectance, transmittance, and absorption.

Sharing Insights on Intelligent Networks, Sensing and Energy Efficiency

Jessy Cavazos, 6G Solutions Lead at Keysight, interviews Dr. Sassan Ahmadi, Keysight’s SystemVue Product Manager, on why 6G is a system-level leap, not just a speed boost. Explore spectrum sharing, integrated sensing, AI-native design, and energy efficiency. Watch the full conversation for insights on building intelligent, adaptive networks that transform connectivity into context awareness.

Gain Complete Control Over Your Network with the Forescout Platform

Gain complete control over your network with the Forescout Platform—a powerful cybersecurity solution designed to deliver continuous visibility, risk management, and automated threat response across your entire environment.

Using the Aerospace/Defense Designer for System Designs

When is the first time you can demonstrate that your design will go beyond Radar textbooks to work in the real world? Preview the performance of a working Radar in minutes with complete Radar or EW scenario in action and advanced visualization. Accelerate development and reduce your risk and costs with digital and model-based engineering techniques.

DPD Designer for RF System Design & Validation

Keysight’s new PathWave DPD Designer in PathWave System Design (SystemVue) enables Digital Pre-Distortion (DPD) validation for System Architects and RF System Designers. This video uses a power amplifier model created in PathWave RFIC Design (GoldenGate) to demonstrate the PathWave DPD Designer.

Introducing Keysight's X8712AD RF Event Detector

Demo Introduction to Conducted & Radiated EMI Analysis

Learn about the causes of EMI at the board design stage. Then, find, troubleshoot and analyze the source of Conducted and Radiated EMI leakage issues.

Measuring Phase Noise in mmWave Systems

Demonstration of phase moise in W band downconverter and V band upconverter

Enhance Your Productivity Through an Intuitive Front Panel and Large Display

Ever wonder how an intuitive front panel and a large color display on a 3-phase AC source can enhance your productivity? The Keysight AC6900 series 3-phase AC source has a large color display that simultaneously shows all your 3-phase power measurements. The intuitive front panel user interface also allows you to simulate quick power line disturbances or create and execute a series of AC test steps per the IEC or ISO standards.

Building a target-based Flow using PathWave Model Builder

This video introduces how to build a target-based optimization flow in the PathWave Model Builder (MBP) script project.

PI Demo Project

Power delivery network behavior is AC not DC. High speed digital loads switching at RF/uW frequencies can no longer rely on simple SPICE simulations to get it right. This short video will show you a 3-step Power Integrity (PI) workflow that covers DC, AC, and Transient power rail simulations using EM models. Including EM models in the PI Workflow enables accurate simulations for predicting worst case power rail noise. This 3-step PI workflow is ideal for solving the next generation of low voltage, high current power delivery designs that rely on emerging technologies such as fast switching eGaN.

Benchmarking 5G fronthaul Transport Network Capacity

Operators designing a 5G fronthaul network need to benchmark the total budget of bandwidth, latency, frame loss characteristics of the whole transport network. Keysight demonstrates xhaul transport network validation solution. It enables transport device vendors to validate fronthaul / midhaul / backhaul switches or routers forwarding performance under various C/U/S/M-Plane traffic and QoS.

Accelerate Higher Throughput in a Smaller Footprint

This webinar covers the importance of testing smaller PCBAs with features and technologies similar to test systems used on bigger PCBAs in order to lower the cost of test.

Kandou Bus and Keysight collaborate on an innovative test solution for chord signaling applications

Amin Shokrollahi, CEO of Kandou Bus – the global pioneer in multi-wire SerDes technology – describes Kandou's CNRZ-5 and ENRZ chord signaling technology

ICCAP_final_t

The new PathWave Device Modeling (IC-CAP) has an attractive restyled user interface, and a set of fast usability enhancements improve your productivity. The new Python3 Integration unlocks new data insights from your extractions.

Test TRX Module Interoperability

Keysight demonstrates the G800GE-02, which tests optical module interoperability and link quality determined by bit error ratio (BER), forward error correction (FEC), FEC margin, and frame loss ratio (FLR) with CMIS 5.0-based module status monitoring.