Design Tools for High-Speed Features: To help you work on complex projects, DipTrace also has tools such as: dynamic length comparison tables, length-matching, rule checking for length tolerance and meander placement features for efficiently obtaining the timing for high speed nets and buses.

You can define your design requirements by class-class rules, net classes by class-wise or layer-wise object type settings.

Advanced Auto-Routing: DipTrace has a modern routing engine with intelligent manual routing and shape based auto routing that supports high speed features and differential pairs.

Patterns and components with a large number of pins can be built faster with bulk pin naming and pad numbering. Components can be created quickly with pre-built templates in a smart library environment.

Library Management: Users get a cross-module LMS (Library Management System) that allows you to import components and patterns from external sources.

You also get cross module management, which allows conversion of principal circuits to boards, front-back annotation, and format support from other EDA, CAD and netlists.

Advanced Schematic Features: For working on complex circuits, DipTrace includes multi-sheet and multi-level hierarchical capture tools.

It also allows the designer to create single / multi part components through templates by defining dimensions, electrical and visual pin factors, initiating a SPICE model and combining the pattern with a 3D model. With tools like BSDL import, pin naming and management, part handling becomes much easier.

Component Editor: DipTrace offers an intuitive component editing workspace.

The ERC allows customization and the option to create constraints for additional modules, detecting unconnected pins, short circuits, single pin nets, and more.

DRC with constraint manager: The new DipTrace platform has a better than ever design rule checker, which also supports electrical rules.In this section, we have given the details of the key features available in DipTrace.

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