What-IF Routing

Define Classes

Physical, Spacing and Electrical Classes can be speedily defined in CCS.

Classes can be assigned to Nets, XNets and Diff Pairs.

CSets can be assigned to Classes.

Define Class-Class

Spacing Classes can be matched in CCS to form Class-to-Class Relational Spacing Objects.

By-layer Spacing CSets can be assigned for relative spacing by layer.

Class-to-Class manages spacing for crosstalk and for voltage arcing.

Class-to-Class Objects can be saved for Re-Use in TCF TechFiles.

Assign CSets to Classes

Assign CSets to Physical, Spacing and Electrical Classes.

Physical and Spacing CSets assign by-layer constraints to Classes.

CSets assigned to Classes can be saved for Re-Use in TCF TechFiles.

Assign CSets to Class-Class

Assign Spacing CSets to Class-to-Class Relational Spacing Objects in CCS.

Spacing CSets assign by-layer constraints to Class-to-Class Objects.

CSets assigned to Class-to-Class Objects can be saved for Re-Use in TCF TechFiles.

When Spacing Classes are assigned in CCS to Nets, XNets & Diff Pairs, Class-Class inheritances are automatically displayed.

Classes are collections of constraints. CCS supports Physical, Spacing and Electrical Classes.

These can be assigned in CCS to Nets, XNets, and Diff Pairs.

Class-to-Class Relational Spacing Objects define clearances between Classes. These relative clearances are used to manage crosstalk and voltage arcing.spacing.

Assign Classes to Nets

Physical, Spacing and Electrical Classes can be assigned to Nets in CCS.

Assign Classes to XNets

Physical, Spacing and Electrical Classes can be assigned to XNets imported from your BRD in CCS.

Assign Classes to Diff Pairs

Physical, Spacing and Electrical Classes can be assigned to Diff Pairs in CCS.