Electro-Optical Validation at 224 Gbps for 1.6T

Emerging 102.4 Tbps switch applications demand efficient signaling, introducing game-changing advancements with rates up to 212 Gbps per lane. Overcoming electrical loss profiles is crucial. This review highlights the progress of 1.6T standardization, timing, and essential insights for navigating the evolving measurement frontier.

PCIe 6.0 and PAM4: Design and Test Challenges

Learn how PCIE 6 enables next-gen data transfer for data centers, powering AI/ML and cloud computing applications.

Measuring Switching Losses

Learn more about power losses in switching device analysis for power supply testing. This video demonstrates power supply testing options on Keysight XR oscilloscopes.

The AI Arms Race in Mobile App Security

In this webinar, our panel of experts will discuss where AI is already having real impact across the mobile ecosystem, how defensive strategies are changing, and what organizations should be doing now to prepare.

SBOM Readiness for the EU CRA

Learn how to meet EU Cyber Resilience Act (CRA) requirements with effective SBOM and vulnerability management. Discover best practices for generating machine-readable SBOMs, prioritizing remediation with VEX and reachability analysis, and preparing for upcoming CRA compliance deadlines with Keysight solutions.

Turning SBOMs into Real Risk Reduction in Healthcare

Learn how medical device manufacturers and healthcare providers can transform Software Bills of Materials (SBOMs) into actionable cybersecurity risk reduction. Explore global regulatory requirements, vulnerability management best practices, and a practical framework for improving compliance, patient safety, and software supply chain transparency.

How IP Management Streamlined Innovation at Allegro MicroSystems - A case for Keysight SOS Enterprise

Webinar on demand about Allegro’s key data and IP management challenges and how Keysight SOS Enterprise addresses them.

Modeling and Optimizing PICs for Datacenter Interconnects

Explore how VPIphotonics integrates photonic circuit modeling with system simulation to optimize high-speed data center interconnects using silicon photonics and thin-film lithium niobate components.

Fabrication Tolerance-Aware Schematic-Driven PIC Design (Talk at AngelTech Live III 2021)

Explore fabrication-tolerance-aware photonic integrated circuit design, using statistical models and automated phase compensation to assess Mach–Zehnder interferometers and optical neural networks.

Layout Aware Schematic Driven Design Methodology for PICs [Talk ECIO 2016]

Explore automated photonic circuit design that connects circuit simulation with layout tools, enabling parameter optimization, fabrication tolerance analysis, and scalable modeling of integrated photonics.

New Interoperable Software Platform for the Design of Photonic Devices [CLEO Technology Showcase]

This CLEO Technology Showcase introduces Keysights’ VPIdeviceDesigner, a Python-based platform for designing, simulating, and optimizing photonic devices. The presentation demonstrates its modeling capabilities and how it connects device design with photonic circuit and optical transmission system simulations.

Simulating Datacom Telecom Scenarios in Compliance with 800G and 1-6T Standards

Explore how VPIphotonics simulates high-speed Datacom and Telecom links, using PAM4 and coherent transmission examples to evaluate standards requirements and emerging 800G and 1.6T designs.

Automated Link Loss Compensation and Cost Effective Amplifier Placement in XHaul [ONDM 2020]

Explore automated amplifier placement and dispersion compensation for optical fronthaul networks, balancing signal quality, equipment costs, and network design constraints.

Advanced DSP and Coding for Next Generation Coherent Optical Systems [OSA Webinar]

Explore advanced digital signal processing, modulation, and coding techniques for improving the performance and flexibility of next-generation coherent optical communication systems.

Machine Learning Framework for Designing and Implementing Deep Neural Networks

Discover VPItoolkit Machine Learning Framework, which integrates Python-based neural networks into photonic simulations for signal equalization and component modeling.

Machine Learning Techniques to Mitigate Nonlinear Distortions in Coherent Optical-Wireless Links

Discover how machine learning improves hybrid optical–terahertz wireless communications by mitigating nonlinear distortion and extending transmission reach.

A Simulation Environment for QKD Systems and Co-Existing Classical Channels

Explore how Keysight simulates Quantum Key Distribution (QKD) systems and their coexistence with classical optical channels, accounting for realistic noise and component imperfections.

Automated PIC Modelling A Photonic Neural Network Use Case [OIDA Sponsored Webinar]

Explore automated photonic integrated circuit (PIC) modeling and testing through a photonic neural network activation unit, including hybrid simulation and fabrication tolerance analysis.

Transmission-Aware Bandwidth Variable Transceiver Allocation in DWDM Optical Networks [ONDM 2021]

Explore transmission-aware allocation of bandwidth-variable transceivers in DWDM networks and how regenerator placement affects spectrum utilization, throughput, and transceiver requirements.

Webinar Optical Link Design Automation from Access to Core Networks

Explore optical network design automation with VPIlinkConfigurator, from 50G passive optical access networks to transmission-aware planning for metro and core networks.