IC supply voltage limits must be met across the entire length of the power delivery network. Accurately validating your power budget means considering minimum and maximum device limits, worst-case voltage drops, and combined return-path currents. PDN Analyzer shows you exactly where these problems arise.

Blindly flooding "free" areas doesn't necessarily constitute a better product. Excessive copper can lead to manufacturing problems, sub-optimal signal routing, and higher cost. PDN Analyzer allows you to verify that your requirements are met, while also following best practices on copper/layer budgeting.

Floating areas of copper and areas with only a single connection can be easy to miss in early design stages, yet they can wreak havoc on your design's performance in unpredictable ways. PDN Analyzer helps you spot these areas quickly and easily while giving you valuable insight into all critical areas of your power delivery network.

Using “rules of thumb” regarding width of a power net is risky and error-prone. PDN Analyzer proves you have correctly designed your power nets, and backs up your analyses with interactive HTML reports containing all voltage margins, violations, and important image captures. The report can then be saved as a PDF and shared.

Excessive current densities lead to catastrophic failure in components, tracks and vias. PDN Analyzer lets you simulate current flow through any nets you deem to be in the critical path - simultaneously or sequentially. Peak current densities and vias of excessive current are immediately identified and highlighted, ensuring your product’s safely and reliably.