get started with signal integrity toolbox -凯发k8网页登录

signal integrity toolbox™ provides functions and apps for designing high-speed serial and parallel links. you can generate experiments covering multiple parameters, extract design metrics, and visualize waveforms and results. you can predict operating margins and link performance by analyzing transmitter, receiver, and channel interactions.

the toolbox supports standard-compliant ibis-ami models for statistical and time-domain simulation to analyze equalization and clock recovery. you can describe the channel using multiport s-parameter data, ibis, hspice, and analytical models.

signal integrity toolbox lets you analyze waveforms and eye diagrams and measure channel quality while observing effects such as isi, jitter, and noise. you can analyze the channel in the frequency domain for insertion loss, return loss, and crosstalk, and verify compliance with industry standards including ieee 802.3, oif, pcie, and ddr.

before layout, you can evaluate tradeoffs and optimize parallel and serial links for cost, performance, reliability, and compliance. you can then perform post-layout verification of the system and correlate simulation results with measurement data.

tutorials

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  learn the basics of the serial link designer app.

• analyze serial links with serial link designer
  

  configure and explore the design space of a serial link and analyze the waveforms.

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  learn the basics of the parallel link designer app.

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  configure and explore the design space of a parallel link and analyze the waveforms.

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  use signal integrity kits to implement and validate high speed interfaces to meet specified compliance standards or bit error rates.

featured examples

analyze backplane with line cards

analyze a serial link consisting of a backplane and two line cards with the serial link designer app. you can model the serdes drivers/receivers, capture a topology for analysis, run network characterization, and evaluate the impact of different solution space variables on your design's performance.