Create and Customize IBIS-AMI Models
Use the SerDes Designer app to develop a SerDes system based on statistical BER analysis. Export the SerDes system to a Simulink® environment.
Customize the building blocks to perform further statistical and time-domain analysis. Modify the AMI parameters to transfer them to AMI model executables (DLLs). Once you are satisfied with the system, you can generate the IBIS-AMI model from Simulink.
Apps
| SerDes Designer | Design and analyze SerDes systems for export to Simulink, MATLAB and IBIS-AMI |
Topics
- Signal Integrity Link
This example shows how to test the IBIS-AMI SerDes models developed in SerDes Toolbox™ using the Signal Integrity Toolbox™.
- SerDes IBIS-AMI Manager
Learn how to use the SerDes IBIS-AMI Manager to configure SerDes systems.
- Programmatically Access IBIS-AMI Parameter Manager
Control the IBIS-AMI parameters from the MATLAB® command window.
- Manage Contents of IBIS and AMI files
Manage the contents of the generated IBIS and AMI files using SerDes IBIS-AMI Manager.
- Understanding IBIS-AMI Simulations
Learn how IBIS specifications are used in statistical and time-domain simulations.
- Linux Cross-Compiler for Windows
Build and install a Linux® cross-complier for a Windows® machine.
Featured Examples
Managing AMI Parameters
Add, delete, modify, rename, and hide AMI parameters for an IBIS-AMI model built with SerDes Toolbox™. These AMI parameters are then available to be used with existing datapath blocks, user-created MATLAB® function blocks or optimization control loop, and can be passed to or returned from the AMI model executables (DLLs) created by SerDes Toolbox.
Output Custom Messages from IBIS-AMI Models
Generate informational, warning, and error messages that can be output by a Tx or Rx IBIS-AMI Model executable during the initialization phase of simulation.
Design IBIS-AMI Models to Support Rx Decision Time
Create Rx AMI models that support Rx Decision Time as defined in the IBIS (I/O Buffer Information Specification) version 7.1, by modifying the library blocks in SerDes Toolbox™. This example will use a typical SerDes Rx AMI model to demonstrate the setup.
Design IBIS-AMI Models to Support Clock Forwarding
Create Rx AMI models that support clock forwarding as defined in the IBIS 7.1 specification by modifying the library blocks in SerDes Toolbox™. This example will use a DDR5 write transfer (Controller to SDRAM) to demonstrate the setup.
Design IBIS-AMI Models to Support DC Offset
Create Rx AMI models that support DC Offset as defined in the IBIS 7.1 specification by modifying the library blocks in SerDes Toolbox™. This example will add DC Offset to a Saturation block to demonstrate the setup and impact of DC Offset.
Level Separation Mismatch Ratio (RLM) using IBIS-AMI
Add Transmitter Level Mismatch (RLM) to a transmitter (Tx) and how to calculate the resulting level separation mismatch ratio at the receiver (Rx) with IBIS-AMI models.
Simulate Crosstalk Cancellation in IBIS AMI Receiver Models
Simulate crosstalk cancellation in a SerDes Rx AMI model. You can disable crosstalk cancellation or select a specific aggressor column in the impulse_matrix to cancel. You can also replace the filter used in the example cancellationFilter.m with a CTLE that represents the filter implemented in the hardware.
