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[separator] Learning Paths

Learning Paths provide a straightforward way to learn what you need to know

Get Started with ADS and RFPro

For engineers who work in RF or Microwave design

Self paced with labs Certificate Eligible Advanced Design System Learning-path RF or Microwave Design

Get Started with High-Speed Digital

For SI/PI/HSD engineers

Self paced with labs Certificate Eligible Advanced Design System not-clickable Learning-path High-Speed Digital

Get Started with SystemVue

For engineers who create DSP circuits and System Architecture designers

Self paced with labs System Design Certificate Eligible Self SystemVue not-clickable Learning-path

Get Started with Device Modeling

For Device Modeling engineers

Self paced with labs Device Modeling Certificate Eligible Dev Learning-path

Unlock the full On Demand Training Catalog

A robust, flexible and cost-effective offering to accelerate your skills anytime, anywhere

Keysight EDA Training Subscription

12-months access to full catalog and hands-on labs allowing you to expand your skills across a wide range of our products

Self paced with labs Certificate Eligible Subscription

Keysight EDA Enterprise Training Subscription

For enterprises needing to train multiple users or teams on Keysight EDA products at one low price

Self paced with labs Certificate Eligible Subscription

ADS Introduction

Learn about the ADS workspace structure, libraries, schematics, and data display, how to setup linear, nonlinear and system design analysis and optimization

Self paced with labs Certificate Eligible Advanced Design System RF or Microwave Design

MQA Fundamentals

You will learn why we need to do model quality assurance, and how to realize it with the Keysight EDA Device Modeling tool MQA.

Not currently available

Self paced with labs Device Modeling Certificate Eligible Coming-Soon PathWave Model QA

SystemVue Fundamentals

Learn how to use SystemVue UI and workspaces, build designs, run simulation analyses, plot results data, work with equations, tune parameters, work with hierarchical designs and organize your work.

Self paced with labs System Design Certificate Eligible SystemVue

Pre-Layout Analysis and Channel Simulation

You will learn how to deal with pre-layout phase for SI/HSD designers in ADS, how to use Channel simulator with IBIS-AMI models

Self paced with labs Certificate Eligible Advanced Design System High-Speed Digital

ADS Circuit Simulation and Layout

Learn how to create schematics, data display for freq/time domains, tuning, parameterization, introduce distributed components as multilayer/microstrip/striplines, and concept of impedance mismatch, use layout in ADS

Self paced with labs Certificate Eligible Advanced Design System High-Speed Digital

ADS Layout Fundamentals

Introduction to ADS architecture, layout basics, Interconnect design, LNA layout and EM co-simulation, design synchronization

Self paced with labs Certificate Eligible Advanced Design System RF or Microwave Design

Phased Array Antenna Design

Learn how to use the phased array analysis to simulate phased antenna arrays, different phased array configurations, modeling phased array impairments

Self paced with labs System Design Certificate Eligible SystemVue

ADS RFPro Fundamentals

Learn how to simulate ADS layouts in RFPro using Momentum and FEM solvers

Self paced with labs Certificate Eligible Advanced Design System RF or Microwave Design

MBP Fundamentals

This course will give you an overview of MBP, and how to use MBP to perform device modeling analysis and extractions.

Self paced with labs Device Modeling Certificate Eligible Model Builder (MBP)

SIPro / PIPro / Electrothermal

You will learn how to setup simulations with SIPro and PIPro (Post-Layout Analysis), how to tune the HSD design to simulate the behavior of real-world PCB imported into ADS

Self paced with labs Certificate Eligible Advanced Design System High-Speed Digital

IC-CAP Fundamentals

This course provides an overview of IC-CAP Software and show how to use IC-CAP to perform device measurements, model simulation, analysis and optimization. Also included are sessions on programming in Python and IC-CAP PEL for automation, and the creation of custom user interfaces.

Self paced with labs Device Modeling Certificate Eligible Device Modeling IC-CAP

RF System Simulation

Learn about the spectral domain techniques, Intermodulation, bringing RF system effects into baseband DSP

Self paced with labs System Design Certificate Eligible SystemVue

Channel Simulation

Channel Simulation Using IBIS-AMI, Mix and Match Simulations, NRZ and PAM-X

PIPro DC IR Drop, PDN AC Impedance Analysis

DC and AC IR drop, power plane resonances

Connectivity Design and Layout Basics

Working with Design Kits, Path/Trace Routing and Editing, Snap Modes, Shapes vs Components, Placement and Editing, Technology Files

Pre-Layout Analysis

Controlled Impedance Line Designer, Via Designer, Transmission Line Libraries (Line Type, Multilayer, TLine, …)

ADS Architecture, S-Parameter Analysis, Transient Analysis

Workspaces, Libraries, Cells, Views, Component Palettes, Simulation Controllers, Data Display

Electrothermal (ET) Analysis

Heat dissipation in PCB’s, temperature profiles

Importing ODB++

Import/Export, Connectivity Modes, Net Names

SIPro/PIPro Flow, Power-Aware SI Analysis

Learn SIPro/PIPro flow, Power-Aware SI analysis, SIPro EM simulation, using SIPro simulation results

RF architecture design and SPARCA, how Spectrasys works, channel and path definitions, level diagrams and spectrum plots and analysis settings, S-parameters, X-parameters, MDIF import, frequency dependencies, intermodulation and compression, MultiSource, an amplifier example, sweeps and other evaluations (Optimization, Monte Carlo and Yield).

Theory of Operation, Thermal Noise, Amplifier Compression, Multiple In- and Output, Control Pins, RF-Chain with real modulation, The RF_Link Component and Setup

Modulated Signals

The dataset viewer, sources, timing and sample rate control, modulation models and transmitter design, continuous data plots, the filter designer, parameter sync

MATLAB Script™ and Data Types

Toolbars and windows, organizing the workspace, sampled signals and data types, real, complex and envelope signals

SystemVue Basics

Overview of SystemVue & workspace structure, basic dataflow analysis and sinks, datasets, graphs and markers, schematics, hot keys, part selector, graph and trace properties

EVM, BER and Sub-Circuits

Receiver Analysis, up and down sampling, hierarchical designs and parameters

Modelling Phased Array Impairments

Squinting, Monte Carlo with Errors and Element Failures, harmonic radiation, quantization and polarization

Phased Array Configurations

The Phased Array Visualizer, different antenna geometries and their properties, tapering, nonlinearities, element patterns and mutual coupling

The Phased Array Analysis

The Phased Array Analysis, how it works and its many measurements. Tx and Rx and comparisons to Spectrasys RF System Analysis.

MQA Fundamentals

You will learn why we need to do model quality assurance, and how to realize it with the Keysight EDA Device Modeling tool MQA.

Not currently available

Self paced with labs Device Modeling Certificate Eligible Coming-Soon PathWave Model QA

MBP Fundamentals

This course will give you an overview of MBP, and how to use MBP to perform device modeling analysis and extractions.

Self paced with labs Device Modeling Certificate Eligible Model Builder (MBP)

IC-CAP Fundamentals

This course provides an overview of IC-CAP Software and show how to use IC-CAP to perform device measurements, model simulation, analysis and optimization. Also included are sessions on programming in Python and IC-CAP PEL for automation, and the creation of custom user interfaces.

Self paced with labs Device Modeling Certificate Eligible Device Modeling IC-CAP

ADS RFPro Fundamentals

Learn how to simulate ADS layouts in RFPro using Momentum and FEM solvers

Self paced with labs Certificate Eligible Advanced Design System RF or Microwave Design

ADS Introduction

Learn about the ADS workspace structure, libraries, schematics, and data display, how to setup linear, nonlinear and system design analysis and optimization

Self paced with labs Certificate Eligible Advanced Design System RF or Microwave Design

ADS Layout Fundamentals

Introduction to ADS architecture, layout basics, Interconnect design, LNA layout and EM co-simulation, design synchronization

Self paced with labs Certificate Eligible Advanced Design System RF or Microwave Design

Channel Simulation

Channel Simulation Using IBIS-AMI, Mix and Match Simulations, NRZ and PAM-X

PIPro DC IR Drop, PDN AC Impedance Analysis

DC and AC IR drop, power plane resonances

Connectivity Design and Layout Basics

Working with Design Kits, Path/Trace Routing and Editing, Snap Modes, Shapes vs Components, Placement and Editing, Technology Files

Pre-Layout Analysis

Controlled Impedance Line Designer, Via Designer, Transmission Line Libraries (Line Type, Multilayer, TLine, …)

ADS Architecture, S-Parameter Analysis, Transient Analysis

Workspaces, Libraries, Cells, Views, Component Palettes, Simulation Controllers, Data Display

Electrothermal (ET) Analysis

Heat dissipation in PCB’s, temperature profiles

Importing ODB++

Import/Export, Connectivity Modes, Net Names

SIPro/PIPro Flow, Power-Aware SI Analysis

Learn SIPro/PIPro flow, Power-Aware SI analysis, SIPro EM simulation, using SIPro simulation results

RF architecture design and SPARCA, how Spectrasys works, channel and path definitions, level diagrams and spectrum plots and analysis settings, S-parameters, X-parameters, MDIF import, frequency dependencies, intermodulation and compression, MultiSource, an amplifier example, sweeps and other evaluations (Optimization, Monte Carlo and Yield).

Theory of Operation, Thermal Noise, Amplifier Compression, Multiple In- and Output, Control Pins, RF-Chain with real modulation, The RF_Link Component and Setup

Modulated Signals

The dataset viewer, sources, timing and sample rate control, modulation models and transmitter design, continuous data plots, the filter designer, parameter sync

MATLAB Script™ and Data Types

Toolbars and windows, organizing the workspace, sampled signals and data types, real, complex and envelope signals

SystemVue Basics

Overview of SystemVue & workspace structure, basic dataflow analysis and sinks, datasets, graphs and markers, schematics, hot keys, part selector, graph and trace properties

EVM, BER and Sub-Circuits

Receiver Analysis, up and down sampling, hierarchical designs and parameters

Modelling Phased Array Impairments

Squinting, Monte Carlo with Errors and Element Failures, harmonic radiation, quantization and polarization

Phased Array Configurations

The Phased Array Visualizer, different antenna geometries and their properties, tapering, nonlinearities, element patterns and mutual coupling

The Phased Array Analysis

The Phased Array Analysis, how it works and its many measurements. Tx and Rx and comparisons to Spectrasys RF System Analysis.

Channel Simulation

Channel Simulation Using IBIS-AMI, Mix and Match Simulations, NRZ and PAM-X

PIPro DC IR Drop, PDN AC Impedance Analysis

DC and AC IR drop, power plane resonances

Connectivity Design and Layout Basics

Working with Design Kits, Path/Trace Routing and Editing, Snap Modes, Shapes vs Components, Placement and Editing, Technology Files

Pre-Layout Analysis

Controlled Impedance Line Designer, Via Designer, Transmission Line Libraries (Line Type, Multilayer, TLine, …)

ADS Architecture, S-Parameter Analysis, Transient Analysis

Workspaces, Libraries, Cells, Views, Component Palettes, Simulation Controllers, Data Display

Electrothermal (ET) Analysis

Heat dissipation in PCB’s, temperature profiles

Importing ODB++

Import/Export, Connectivity Modes, Net Names

SIPro/PIPro Flow, Power-Aware SI Analysis

Learn SIPro/PIPro flow, Power-Aware SI analysis, SIPro EM simulation, using SIPro simulation results

RF architecture design and SPARCA, how Spectrasys works, channel and path definitions, level diagrams and spectrum plots and analysis settings, S-parameters, X-parameters, MDIF import, frequency dependencies, intermodulation and compression, MultiSource, an amplifier example, sweeps and other evaluations (Optimization, Monte Carlo and Yield).

Theory of Operation, Thermal Noise, Amplifier Compression, Multiple In- and Output, Control Pins, RF-Chain with real modulation, The RF_Link Component and Setup

Modulated Signals

The dataset viewer, sources, timing and sample rate control, modulation models and transmitter design, continuous data plots, the filter designer, parameter sync

MATLAB Script™ and Data Types

Toolbars and windows, organizing the workspace, sampled signals and data types, real, complex and envelope signals

SystemVue Basics

Overview of SystemVue & workspace structure, basic dataflow analysis and sinks, datasets, graphs and markers, schematics, hot keys, part selector, graph and trace properties

EVM, BER and Sub-Circuits

Receiver Analysis, up and down sampling, hierarchical designs and parameters

Modelling Phased Array Impairments

Squinting, Monte Carlo with Errors and Element Failures, harmonic radiation, quantization and polarization

Phased Array Configurations

The Phased Array Visualizer, different antenna geometries and their properties, tapering, nonlinearities, element patterns and mutual coupling

The Phased Array Analysis

The Phased Array Analysis, how it works and its many measurements. Tx and Rx and comparisons to Spectrasys RF System Analysis.

Ready to Get Started?