Signal Integrity Toolbox
Signal Integrity Toolbox enables the design, simulation, and analysis of high-speed serial and parallel links. It supports IBIS-AMI models, S-parameters, HSPICE, and channel analysis for loss, reflections, jitter, and compliance with standards like PCIe and DDR. Perform pre- and post-layout analysis, visualize waveforms, and optimize designs for performance and reliability.
Serial Link Analysis
Use the Serial Link Designer app for end-to-end, pre-layout analysis of multi-gigabit serial links. Analyze loss, reflections, crosstalk, and more using IBIS-AMI models, PCB traces, vias, and connectors.
Parallel Link Analysis
Use the Parallel Link Designer app to determine setup and hold timing, as well as voltage margins for high-speed parallel links. Analyze parallel interfaces for compliance with timing and signal integrity constraints.
Standards Compliance
Check serial and parallel links for compliance with over 40 industry standards using compliance kits for PCIe, DDR, USB, Ethernet, and more.
Design Space Exploration
Perform design of experiments by sweeping parameters and channels, and use Parallel Computing Toolbox to accelerate large-scale analyses.
IBIS-AMI Models for Simulations
Simplify your workflow with Signal Integrity Link to build and import IBIS-AMI models directly from SerDes Toolbox or use third-party IBIS-AMI models for analyzing serial and parallel link performance.
Post-Layout Verification
Use RF PCB Toolbox to create workflows that import PCB schematics for post-layout signal integrity verification.
Waveform Visualization
Use the Signal Integrity Viewer app to generate waveforms and comparison plots from S-parameters and HSPICE models.
Signal Integrity Automation
Automate simulations, analyze waveforms, create visualizations, and generate reports from the MATLAB command line. Use AI and machine learning algorithms to optimize designs.