Electrical and system-level models used to simulate signal integrity, power behavior, and high-speed interfaces before hardware implementation.
- IBIS Models
- IBIS-AMI Models
- HSPICE & Eldo Models
- IO S-Parameter Models
- Power Delivery Network Models
Behavioral models of digital I/O buffers used for signal integrity analysis of single-ended and differential interfaces.
¹Prior to installing this update, please read Answer #21632
²Artix UltraScale+ shares the same models as Kintex UltraScale+
Advanced models for high-speed serial transceivers, enabling accurate channel simulation including equalization and jitter analysis.
Versal Adaptive SoC Transceiver IBIS-AMI Standalone Models
Sign in to visit the Versal adaptive SoC Transceiver IBIS-AMI Model Secure Site.
UltraScale+ Devices
Sign in to visit the UltraScale+ IBIS AMI Secure Site to see the latest version of UltraScale+ IBIS-AMI Models.
UltraScale+ GTM IBIS AMI
Sign in to visit the UltraScale+ GTM IBIS AMI Secure Site to see the latest version of the UltraScale+™ GTM IBIS AMI Kits.
UltraScale IBIS AMI Secure Site
Sign in to visit the UltraScale IBIS AMI Secure Site to see the latest version of UltraScale IBIS-AMI Models.
7 Series Transceiver IBIS-AMI Standalone Models
Sign in to visit the 7 Series Transceiver IBIS-AMI Standalone Models Secure Site.
Important Information
Includes the model (TX+RX), package, and an auto extracting example for Sisoft tool QCD.
Spartan 6
GTP IBIS-AMI Simulation Kit (ZIP - 198 KB)
MD5 SUM Value : d986609bdbaec710a76b6410c4090d72
Virtex 6
GTX Transceiver IBIS-AMI Models (ZIP - 986.39 KB)
MD5 SUM Value : 65e5c116036659fc625dcf8c52457680
Last Updated: Mar 20, 2015
Important Information
SiSoft QCD kits supporting IBIS-AMI models are available at QCDKITS
Virtex 5
GTP Transceiver IBIS-AMI Models (ZIP - 244 KB)
MD5 SUM Value : c12005cec454d605565b1e3b57de4297
Last Updated: Aug 15, 2013
GTX Transceiver IBIS-AMI Models (ZIP - 145 KB)
MD5 SUM Value : 27a2d49277ba620d51845620a8555c69
Last Updated: Aug 15, 2013
Circuit-level models for detailed analog and mixed-signal simulation of device behavior in SPICE-compatible tools.
UltraScale Select IO eHSPICE Secure Site
Sign in to visit the UltraScale Select IO eHSPICE Secure Site to see the latest version of UltraScale eHSPICE Models.
Frequency-domain models used to analyze high-speed signal paths and characterize channel performance in RF and SI simulations.
Please refer to the following README.txt file for information regarding how to incorporate these models into your simulation environment.
Models that represent power distribution and decoupling behavior to support power integrity and noise analysis.
Please refer to the following user guide for information regarding how to incorporate these models into your simulation environment. Topics include die and BGA ports, along with information regarding frequency sweep and transient simulations..