This paper addresses the impact of device macromodels on the accuracy of signal integrity and performance predictions for critical digital interconnecting systems. It exploits nonlinear parametric models for both single-ended and differential devices, including the effects of power supply fluctuations and receiver bit detection. The analysis demonstrates that the use of well-designed macromodels dramatically speeds up the simulation as well it preserves timing accuracy even for long bit sequences
This paper addresses the development of accurate and efficient behavioral models of digital In-tegra...
Linear macromodeling has been applied to high-frequency circuit simulations to accelerate the global...
This paper presents a systematic methodology for the Signal Integrity analysis of complete propagati...
Abstract—This paper addresses the impact of device macro-models on the accuracy of signal integrity ...
Abstract: The use of simulation and macromodels to assess the performance of a typical interconnecti...
This paper addresses the development of accurate and efficient behavioral models of digital integrat...
This paper addresses the prediction of eye diagrams in high-speed data links with the inclusion of m...
This paper addresses the modeling of differential drivers and receivers for the analog simulation of...
This paper discusses the extraction of behavioral models of differential drivers with pre-emphasis f...
This paper presents innovative compressed macro-models of high-speed digital transceivers for system...
The amount of data being transferred across different components of the most modern computing platfo...
This paper addresses the development of a temperature-dependent parametric macromodel for the output...
The ever-growing development in high-speed digital systems in speed and complexity is greatly facili...
Signal and Power Integrity (SI/PI) analyses assume a paramount importance to ensure a secure integra...
This paper presents innovative compressed macro-models of high-speed digital transceivers for system...
This paper addresses the development of accurate and efficient behavioral models of digital In-tegra...
Linear macromodeling has been applied to high-frequency circuit simulations to accelerate the global...
This paper presents a systematic methodology for the Signal Integrity analysis of complete propagati...
Abstract—This paper addresses the impact of device macro-models on the accuracy of signal integrity ...
Abstract: The use of simulation and macromodels to assess the performance of a typical interconnecti...
This paper addresses the development of accurate and efficient behavioral models of digital integrat...
This paper addresses the prediction of eye diagrams in high-speed data links with the inclusion of m...
This paper addresses the modeling of differential drivers and receivers for the analog simulation of...
This paper discusses the extraction of behavioral models of differential drivers with pre-emphasis f...
This paper presents innovative compressed macro-models of high-speed digital transceivers for system...
The amount of data being transferred across different components of the most modern computing platfo...
This paper addresses the development of a temperature-dependent parametric macromodel for the output...
The ever-growing development in high-speed digital systems in speed and complexity is greatly facili...
Signal and Power Integrity (SI/PI) analyses assume a paramount importance to ensure a secure integra...
This paper presents innovative compressed macro-models of high-speed digital transceivers for system...
This paper addresses the development of accurate and efficient behavioral models of digital In-tegra...
Linear macromodeling has been applied to high-frequency circuit simulations to accelerate the global...
This paper presents a systematic methodology for the Signal Integrity analysis of complete propagati...