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Digital Design & Interconnect Standards

Achieve your best design with Agilent. Investigate specific solutions for high speed standards plus solutions for your high-speed digital design cycle (design, simulation, analysis, debug compliance and signal integrity) challenges.

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Designing High Speed Backplanes Utilizing Physical Layer Test System 
This Application Note focuses on the problems introduced into the backplane assembly design by the many linear passive components that create reflections due to impedance discontinuities.

Application Note 2006-01-18

Explore the SERDES Design Space Using the IBIS AMI Channel Simulation Flow 
Simulation of modern chip-to-chip links requires you abandon the SPICE-based approach and adopt a new approach based on an IBIS AMI channel simulation flow.

Application Note 2012-09-21

Frequency Domain Analysis of Jitter Amplification in Clock Channels 
Clock channel jitter amplification factor in terms of transfer function or S-parameters is derived. Amplification is shown to arise from smaller attenuation in jitter lower sideband than in the fundamental. Amplification scaling with loss is obtained.

Application Note 2012-11-01

PDF PDF 257 KB
Simulating FPGA Power Integrity Using S-Parameter Models 
This application note describes how self-impedance (frequency) can easily be determined by simulating the frequency domain self-impedance profile of a Power Distribution Network (PDN).

Application Note 2012-04-02

Simulating High-Speed Serial Channels with IBIS-AMI Models 
This paper reviews some of the benefits and limitations of using IBIS models and introduces the new AMI extensions to the latest IBIS version 5.0 specification.

Application Note 2011-11-15

Using ADS for Signal Integrity Optimization 
This white paper shows how to replace a multi-dimensional sweep of a long running PRBS time-domain simulation (including manual data evaluation) by short, channel-pulse characterization in the Advanced Design System to efficiently optimize a channel.

Application Note 2009-10-19

Which Electromagnetic Simulator Should I Use? 
This paper outlines three of the key EM simulation technologies, MoM, FEM, FDTD and attempt to compare and contrast the relative merits of each.

Application Note 2012-04-06

PDF PDF 3.21 MB