Virtual Prototype Analysis

Virtual Prototype Analysis (VPA) is a structured methodology for system level signal integrity analysis.  VPA is part toolset, part process and part mindset.

Analysis stages include model development and validation, pre-route design space exploration, real-time post-route validation, system-level optimization and documentation.  Using VPA, systems designers can accelerate their design cycle, increase design performance, improve design reliability and improve control over design manufacturing costs.  VPA employs hundreds of thousands of pre- and post-route signal integrity simulations to develop system level design trends relating to key performance parameters (eye height, eye margin, compliance margin, etc.) to key system design criteria (backplane length, connector pin, SerDes EQ setting, etc.). VPA allows large simulation databases to be interactively mined for a wide variety of information, providing deep insight into how key design decisions affect overall system performance.
 
Simulating Large Systems with Thousands of Serial Links (pdf)
Read a Case Study of Virutal Prototype Analsyis

View the Webcast Now 

 

Stages of VPA Analysis:

  • Model development and validation
  • Pre-route design space exploration
  • System-level post-route validation
  • System-level optimization

Benefits of VPA Include:

  • Accelerated design cycle
  • Increased design performance
  • Improved design reliability
  • Improved control over design manufacturing costs

SiSoft's Software Products Provide Key Enabling Simulation Technologies for VPA:

  • Accurate models and simulation algorithms
  • Very large simulation database capacity
  • Scalable high-performance simulation
  • Automated reporting of key design and compliance metrics
  • Front to back analysis automation (case generation, simulation, post-processing)
  • Simulation database management (data mining)
 
 

Technical Paper Presenting Case Study of Virtual Prototype Analysis Presented at DesignCon by SiSift, Ericsson and SiGuys:

Simulating Large Systems with Thousands of Serial Links (pdf)

 

In This Section:



Other Sections:



From Our Customers:

"This is the second generation of Virtex technology where we have collaborated with SiSoft to develop and correlate IBIS-AMI models to reference simulations and hardware.  The combination of these IBIS-AMI models and SiSoft’s QCD provides customers with accurate simulation results at speeds more than 100 to 1000 times faster than traditional simulation methodologies, allowing customers to quickly optimize their designs for cost, reliability and performance.”

 Anthony Torza, senior product marketing manager at Xilinx

 



Xilinx - Second Generation Virtex