SIDesigner

Product Details

SIDesigner is a signal integrity simulation tool based on a GUI. It supports general-purpose circuit simulation consisting of common circuit component types. Using fast what-if analysis to get the best layout decision from signal integrity and power integrity perspective in pre-layout phase. With a third-party 3D full-wave modeling solver, it performs all signal integrity timing signoff simulations. For 5G/AI high throughput and bandwidth requirements, the software provides high-speed SerDes and DDR-type simulation capabilities. Engineers can conduct comprehensive system performance evaluation of electronic systems, optimize system reliability and stability, and accelerate product development and iteration.

Product Function

User-friendly GUI interface
Basic elements and wiring arrangements
Annotation of endpoints and devices
Layout design
Customized window structure background
Intelligent point-to-point wiring
Powerful built-in spice engine
Fast Analog Simulation
Efficient convergence of complex circuits
Supported circuit elements
R、L、C、E、F、G、H
Supports user-imported subcircuits
S Parametric/wideband SPICE modeling
IBIS, IBIS-AMI
Transmission Lines, Vias
Common Signal Sources
Supported types of analysis
Static working point (DC bias point) analysis
Passive Channel Simulation
DC Analysis
AC Analysis
PDA (maximum distortion analysis)
Statistical eye diagram analysis
Transient Analysis
Bit by bit analysis
Built-in waveform viewer
Ability to quickly view and test simulation results

Video Demo

DFE Function Demo
Easy importing IBIS models and pin adjustments
Basic page operations in SIDesigner

Featured Advantages

Full range of model support

IBIS4.1/4.2/5.X, Balun and other single-ended differential conversion components, AMI model, multi-port S-parameter, broadband spice model, chip transistor model (CMOS process BSIM model, StarRC output transistor parasitic parameter file .spi .spf, subcircuit file ckt inc lib, etc.), lossy, lossless microstrip/strip line/cable model, copper skin roughness model (including and limited to W Element), NRZ, PAM4, CPHY signal source, over-hole model, multi-die combined package device model *.EBD files as excitation sources.
High-speed serial interface

High-speed serial interface
Wide range of industry applications

Wide range of industry applications
High-speed parallel interface

High-speed parallel interface
Powerful secondary programming function

Powerful secondary programming function

Product Value

Identify problems ahead of time

With simulation, designers can anticipate possible signal integrity issues, such as signal reflection, crosstalk, noise, etc., at the design stage without having to wait until the physical product is produced and then debugged, which greatly saves time and cost.
Optimize the designs

Simulation tools can help designers adjust PCB layout, tracing, impedance matching and other parameters to optimize the design and ensure high quality and speed of signal transmission.
Improve product quality

With the simulation of optimized design, the product has more stable performance and lower failure rate in actual use, which improves customer satisfaction.
Match standardization and increase repeatability of designs

Simulation tools commonly have standardized workflows and analysis of results, making the design process more standardized and the results repeatable and verifiable, improving the trustworthiness of the design.
Boost Time-to-Market for Customers

By reducing the number of design iterations and shortening the design cycle, it allows for faster time-to-market and a competitive advantage in the marketplace.
Help customers save cost

By identifying problems in advance and optimizing the design, you can avoid material waste and rework costs due to design errors.