Oscilloscope Front End Design Basics

In this course, join oscilloscope designer Mike Lujan as he breaks down the essentials of oscilloscope front-end design. From fundamental concepts to practical tradeoffs, you’ll gain a better understanding of how oscilloscope components work and how design choices affect your measurements. Learn: Discover how oscilloscope front ends operate, including key components like attenuators, preamps, and acquisition boards and their roles. Understand important design tradeoffs such as bandwidth, noise, rise time, and hardware layout that influence measurement accuracy. Gain practical tips for optimizing oscilloscope setup, selecting the right probes, and improving signal integrity in your lab. This bootcamp is ideal for electrical, RF, and test engineers looking to deepen their understanding of oscilloscope design and measurement techniques.

Jitter Analysis Using Oscilloscopes

Join Keysight engineers for a skill-building deep dive into jitter analysis using oscilloscopes. This bootcamp guides you through the fundamentals and advanced techniques of jitter characterization with hands-on demonstrations and step-by-step guidance you can start applying in your lab today. By the end of this course, you will be able to accurately measure, analyze, and interpret jitter effects in high-speed digital signals to improve your system performance. Learn: How to identify and quantify different types of jitter using Keysight oscilloscopes. Practical techniques to separate random jitter (RJ) from deterministic jitter (DJ). Methods to interpret jitter data to diagnose signal integrity issues and optimize designs. This bootcamp is ideal for signal integrity engineers, design validation engineers, and anyone looking to gain a deeper understanding of jitter characterization and mitigation using Keysight oscilloscopes.

Phased Array Validation and Test Bootcamp

Join Keysight EDA engineers for a hands-on bootcamp focused on designing, testing, and optimizing phased array antennas. This bootcamp begins with core principles of phased array design and calibration, then progresses to advanced over-the-air testing techniques and real-world use cases in 5G, 6G, and satellite communications. Each lesson bundle includes practical demonstrations and step-by-step guidance to help you streamline your workflow and achieve first-pass success. Learn: ·      How to avoid common design pitfalls in phased array systems. ·      The unique testing challenges of 5G/6G and SATCOM applications. ·      How to integrate simulation and validation into a complete design and test workflow. This bootcamp is ideal for RF and antenna design engineers, system integrators, and anyone seeking deeper insight into phased array simulation and validation.

Design and Test a Phased Array Antenna

Dive deeper into the design (simulation) and test (validation) of phased array antennas. Building upon this foundation, subsequent lessons will examine specialty use cases you will encounter, with guidance on solving those challenges. Each lesson includes demonstrations and step-by-step guidance you can apply in to shorten your path to first-pass success. Learn: How to avoid the pitfalls of designing phased arrays. The unique challenges of 5G/6G and SATCOM use cases. How to integrate simulation and validation into a complete design and test workflow. This Electronic Design Automation (EDA) boot camp is ideal for RF and antenna design engineers and anyone seeking a deeper understanding of phased array simulation and validation.

Designing an RF Board Design Flow

Dive deeper into RF board design with Keysight engineers. This EDA bootcamp shows how to solve today’s design challenges resulting from RF applications operating at ever-higher frequencies and bandwidths with tutorials and step-by-step guidance you can apply in your designs today. Learn: How you can import an RF Printed Circuit Board design and accurately simulate only the critical RF paths without any layout modifications to ensure specs such as loss, matching, coupling interference, and radiation are met before building hardware. Why integrated electromagnetic (EM) and circuit co-simulation is so important to accurately account for physical structures such as RF connectors, packaging, and printed antennas on RF performance to meet specs in one pass. How automated EM-circuit co-simulation in the latest RF board design flow eliminates weeks of tedious, error-prone manual integration of traditional disjointed EM and circuit analysis data. This EDA bootcamp is ideal for RF Circuit designers and anyone looking to gain a deeper understanding of how to eliminate wasteful cut-and-try iterations by accurately simulating the RF paths on the RF board design before building hardware and meeting specs in one pass.

Wide-Band Gap High-Power Semiconductor Measurements

Join Keysight engineers for a skill-building deep dive into wide bandgap (WBG) power semiconductor testing. This course guides you through advanced WBG measurement techniques with real-world demonstrations and step-by-step guidance you can start applying in your lab today. By the end of this course, you will be able to characterize, validate confidently, and model WBG devices with greater accuracy and efficiency. Learn how to: Overcome measurement challenges when testing SiC and GaN switching behavior. Perform JEDEC-compliant double-pulse tests and analyze dynamic losses. Convert test data into simulation-ready models for accelerated design workflows. This course is ideal for power electronics engineers, test engineers, or anyone looking to gain a deeper understanding of wide bandgap device validation and how to optimize test setups for higher performance, greater reliability, and faster time-to-market.

Autonomous Vehicle Radar Sensor Testing Bootcamp

Join Keysight engineers for an in-depth exploration of testing autonomous vehicle radar sensors. They'll guide you through the latest standards and emerging engineering challenges, with insights to help you stay ahead of the curve. By the end of this bootcamp, you will understand the technological advancements on the road to increased vehicle autonomy, the test challenges this presents, and methodologies for addressing these challenges. Learn: What it takes to get to level 5 vehicle automation. How radar sensors and sensor technologies evolved and the differences between software simulation and emulating real world driving scenarios. How to conduct closed loop testing and mRTS scene emulation technology with Keysight's Radar Scene Emulator. This bootcamp is ideal for sensor test engineers and anyone looking to gain a deeper understanding of testing radar sensors for autonomous vehicles.

Debugging with High-Performance Oscilloscopes

Join Keysight engineers for a skill-building deep dive into oscilloscope-based signal analysis and debug. This course guides you through advanced techniques—from jitter and protocol decoding to spectrum analysis and automated measurements—with demonstrations and step-by-step guidance you can start applying in your lab today. By the end of this course, you will be able to accelerate root cause analysis, validate designs more efficiently, and confidently use high-performance scopes for complex debug scenarios. Learn how to: Use jitter, eye diagrams, and clock recovery to identify signal integrity issues. Decode and trigger on embedded protocol traffic to isolate hard-to-catch errors. Analyze signals in the frequency domain using FFT, DDC, and real-time spectrum tools. Automate measurement workflows and generate test signals for advanced validation. Consolidate bench tools to improve debug productivity and reduce setup complexity. This course is ideal for embedded, hardware, and systems engineers—or anyone looking to gain a deeper understanding of how to optimize their use of modern oscilloscopes for advanced debugging and validation.

5 Key Mixer Tests for SATCOM Bootcamp

Join Keysight engineers for an in-depth exploration of mixer tests for SATCOM. They'll guide you through emerging design challenges with insights to help you stay ahead of the curve. By the end of this bootcamp, you will better understand various mixer characterization approaches for satellite communication.   Learn:  How to measure mixer gain, phase, and group delay measurements. How to assess mixer phase noise and spurs and their impact on successful 64 QAM modulation. How to use PNA-X VNA and S93083B Vector and SMC Measurements, S93084B Embedded LO Capability, and S930321B Phase Noise Measurement, S930905B Spectrum Analysis software. This bootcamp is ideal for RF engineers and anyone looking to gain a deeper understanding of mixer tests for satellite communication.

Power Electronics Design

Join Keysight EDA engineers for an introduction to Power Electronics Design. This boot camp demonstrates how to get started with ADS for designing Power Electronics with video tutorials and application notes. Special topics include designing with wide-bandgap semiconductors and designing power converters and power inverters. Learn: How to Optimize Your Switched-Mode Power Supply Design. How to Design a More Efficient Power Converter Using Soft Switching Technique. How to Design Switched-Mode Power Supplies with GaN and SiC Semiconductors. How to use Thermal Analysis In PEPro For Power Converters. This boot camp is ideal for power electronics design engineers and anyone seeking a deeper understanding of power electronics design.

DDR5 Design and Verification Workflow

DDR5 uses decision feedback equalization (DFE) to enhance signal quality at low power. It reduces loss and reflection effects but adds design challenges that need an integrated software platform for easy automation and analysis across the design cycle.  Learn: DFE overview and how it mitigates signal degradation. Correlate simulation and measurement data. Keysight Memory Designer (W3622B) and Keysight UXR-Series Oscilloscopes. This Electronic Design Automation bootcamp is ideal for EDA engineers designing, simulating, and testing DDR5 systems.

Hands-on Guide to EV and EVSE Charging Conformance Testing

Join Keysight engineers for a skill-building course on EV and EVSE charging conformance testing. This hands-on course walks you through CCS communication protocols, functional charging system validation, and decoding techniques using Keysight's leading-edge test solutions. With real-world demonstrations and step-by-step instruction, you’ll gain practical knowledge you can apply in your lab immediately. By the end of this course, you’ll be equipped to verify charging system compliance, troubleshoot EV-EVSE communication, and evaluate key power components in complex test environments. Learn: Verify conformance for electric vehicles and charging stations using Keysight tools. Test and decode CCS communication between EVCC and SECC. Address system-level challenges like contactor control and unintentional islanding. This course is ideal for automotive test engineers, power electronics professionals, and anyone looking to deepen their expertise in EV charging system validation and communication testing.

Designing 3DHI RF Modules (Heterogeneous Integration)

This bootcamp demonstrates how to overcome the challenges of designing 3DHI RF Modules. Keysight ADS with RFPro provides the only fully integrated environment for RF 3DHI module and RF chiplet design, simulation, and optimization in complex systems. Parallel optimization algorithms handle many variables across simulation domains and design hierarchies to converge on multi-objective requirements typical of 3DHI designs. Learn: How to avoid bringing the package to the chip and instead perform 3D assembly the right way by co-editing your IC and package in their native tools. How to simplify your toolset with ADS and perform all of the 3DHI design tasks in one design environment. Why you should trust the only 3DHI EDA design tools developed in collaboration with millimeter wave hardware designers. This bootcamp is ideal for RF design engineers and anyone seeking a deeper understanding of the assembly, simulation, and optimization of 3DHI RF modules using Electronic Design Automation (EDA) for RF circuit designs.

High-Speed Oscilloscope Basics

In this course, you’ll learn essential oscilloscope fundamentals and practical measurement techniques. Explore key concepts like front-end design, sample rate, bandwidth, and memory depth, plus advanced triggering, waveform visualization, and probe selection. Learn: Essential concepts like sample rate vs. bandwidth. Advanced concepts like advanced triggering and analysis. Key capabilities of the InfiniiVision X-Series oscilloscopes. This bootcamp is best for electrical, RF, and test engineers or technicians seeking to strengthen their oscilloscope skills and improve measurement accuracy.

AI-Assisted Design for 5G/6G Workflows

Learn how to incorporate AI-assisted design into your 5G &6G workflows. As we strive for greater engineering productivity, faster time to market, and optimized decision-making from a sea of data, Artificial Intelligence (AI) and Machine Learning (ML) provide exciting new tools to accelerate the engineering lifecycle. Keysight can help empower your workforce to start automating design workflows and integrate your proprietary optimization algorithms. Learn: How to leverage Python APIs to automate your open workflows. How leading researchers are leveraging Python APIs to reimagine circuit optimizations. How AI will be used in 6G networks and how to use AI to simulate 6G network functionality. This Electronic Design Automation (EDA) boot camp is ideal for RF design engineers and anyone seeking a deeper understanding of how to automate design workflows with Python APIs and get ready for Advanced 5G and 6G design workflows.

Signal Generator Basics Bootcamp

Join Keysight engineers to explore best practices for signal generator optimization. They'll guide you through the latest standards and emerging engineering challenges, with insights to help you stay ahead of the curve. By the end of this bootcamp, you will learn some best practices for signal generator optimization and navigating the complexities of RF testing. Learn: How to increase amplitude accuracy for flatness correction and external leveling. Methods to optimize wide bandwidth signal performance, switching speed, and phase noise profile. Complexities of RF testing and performance impacts on receiver testing using M9484C VXG. This bootcamp is ideal for RF engineers or anyone looking to gain a deeper understanding of signal generator optimization and RF testing.

RF Field Testing Basics Bootcamp

Join Keysight engineers for an in-depth exploration of RF field testing. They'll guide you through RF basics with insights to help you stay ahead of the curve. By the end of this bootcamp, you will understand the fundamentals behind RF test measurements and how they can be used practically in field applications. Learn: How to perform Distance-To-Fault measurements in order to identify cable faults. Methods for continuous channel scanning for RF power measurement. Techniques for spectrum analysis in the field using an antenna. This bootcamp is ideal for field operators, RF engineers, and anyone looking to gain a deeper understanding of RF field testing and practical measurement techniques.

Design with 5G NTN System Simulation and Emulation

Learn how to use the RF System Designs for modeling and simulation of non-terrestrial networks (NTNs). See demonstrations of both Simulation and Network Emulation, another key component in the Keysight NTN Development Ecosystem. Learn: How to model an end-to-end transmission path and apply theoretical concepts in real-world scenarios. How our digital twin technology transforms antenna design, which is crucial for extending 5G to non-terrestrial networks. How to succeed in moving from a terrestrial to a hybrid space / ground network with virtual simulation, emulation, and digital twin technology. This Electronic Design Automation (EDA) bootcamp is ideal for RF System engineers, and anyone looking to gain a deeper understanding of 5G NTN Simulation and Emulation.

Radar Fundamentals for Electromagnetic Spectrum Operations Bootcamp

Keysight experts will guide you through the essential principles and advanced techniques of radar system design and measurement. Begin with foundational radar concepts, including system components and the radar range equation, then progress to sophisticated signal processing methods like pulse compression and FMCW radar. Finally, explore the impact of probe loading on oscilloscope measurements and how to ensure accuracy in radar signal capture. This course blends theoretical insights with practical application notes to prepare you for the challenges of modern electromagnetic spectrum operations. Learn: Understand radar system fundamentals and the radar range equation. Apply advanced signal processing techniques to enhance radar performance. Ensure measurement accuracy through proper oscilloscope and probe practices. This bootcamp is ideal for engineers, researchers, and defense professionals seeking advanced radar, EW, and signal measurement expertise.

Validating 1.6T AI Data Centers

Join Keysight engineers for an in-depth bootcamp for network architects building AI infrastructure at 1.6T speeds. Through real-world demos and step-by-step guides, explore innovative solutions to validate AI data centers with full-stack visibility, stress-test 1.6T Ethernet interconnect performance from Layer 1 - 3, and ensure transceiver reliability and interoperability under realistic AI traffic conditions. This content can help maximize AI network performance and minimize GPU idle time in your next upgrade. Learn:  Emulate realistic AI workloads to test every data path in your system.  Validate high-speed Ethernet interconnect performance, stability, and multi-vendor interoperability.  Scale 1.6T transceiver manufacturing tests with advanced optical sensitivity and higher TDECQ accuracy.    This bootcamp is ideal for network architects and engineers focused on optimizing throughput, performance, and scalability for next-gen AI data centers.