European Microwave Week

Go beyond math-based modeling with a complete RF-aware design workflow ready for any system architect. Predict true end-to-end system performance inclusive of kinematics and RF impairments and introduce hardware-in-the-loop to enable concurrent engineering at the subsystem level. This demonstration compares predicted performance from Keysight PathWave System Design predicted against the physical-world measurements.

Multiple-input / multiple-output (MIMO) will be a key enabler for 6G to achieve data throughputs of > 100 Gbps using multiple streams of data with 10 to 30 GHz of bandwidth at sub-THz frequencies. Keysight solutions provide flexibility and scalability in prototyping various types of waveforms operating in different frequency bands. Our solutions are scalable to multiple channels for MIMO research.

While 6G deployment in sub-THz may be a few years away, researchers are already beginning to build- out the components necessary to enable the sub-THz ecosystem.

Testing these components under realistic modulated signals is critical to predicting system-level performance. The Keysight solution enables engineers to minimize the residual error vector magnitude (EVM) of the test system and zero in on component performance.

Keysight PathWave ADS 2024 software offers breakthrough 3D electromagnetic (EM) circuit physical co-design and verification for today’s challenging 5G monolithic microwave integrated circuits (MMICs) and modules. The solution extends its open, multi-technology workflows and enterprise-scale and Python automation to enable today’s digital transformation with leadership technology to pioneer your pre-6G and sub-THz research. Visit us for a demo of the latest tools for microwave power amplifier designs that address innovative analysis around electrothermal, load pull, and digital pre-distortion (DPD).

The importance of distortion measurement using the actual modulated signal is increasing for active components such as power amplifiers. Join us to learn how to cover multiple measurement parameters with a single connection, including noise figure, EVM, adjacent channel power ratio (ACPR), and standard S-parameters. Our spectral correlation technique directly analyzes the modulated input and output signals in the frequency domain while applying full vector correction at the device under test (DUT) plane.

Component and circuit designers can easily characterize signal sources with a simple setup and achieve stable voltage-controlled oscillator (VCO) measurements. Get access to the next-generation benchtop phase noise and signal source analysis that evaluates the phase noise and other relevant parameters.

You can measure low-phase noise more accurately than conventional instruments using cross-correlation to provide better measurement sensitivity. Exceptional sensitivity enables you to see deeper into the noise for faster and more precise measurements.

With higher resolution and range, automotive mmWave radar can enable safer driving under various conditions. Developing mmWave automotive radar requires minimizing propagation loss, phase noise, IQ, frequency response errors, and noise that impact the evaluation modules. Analyze and generate automotive radar signals with scalable analysis bandwidth across the full frequency range.

Take full advantage of dual-polarized phased arrays to increase data throughput in mmWave communication systems.

Discover how to take your test times from minutes to seconds without compromising accuracy. The Keysight phased array calibration and test solution provides a convenient user interface for fast, automated phased array calibration and beamforming performance verification within an over-the-air (OTA) test environment.

Analyze Anywhere - our new handheld analyzer offers fully upgradable frequency and bandwidth plus over 20 software applications. First in the industry to provide over the air end to end troubleshooting and network auditing to help operators efficiently manage networks. Signal and protocol sniffing provide end-to-end full-stack network troubleshooting capability to improve 5G network deployment efficiency.