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Update to the Cadence 24.1 Release

Get access to the latest in PCB design technologies, submit your update request below and the EMA team will be in touch with instructions.

Users with an active maintenance contract are eligible for this update. If you have any questions about your maintenance status or questions in general please don’t hesitate to contact us at info@ema-eda.com

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What's New in OrCAD X

What's New in Allegro X

See the Latest Info & News from EMA

On-Demand Webinars

Eliminate Late Stage BOM Issues – Design Smarter from the Start

Learn how to streamline BOM management and effectively navigate component shortages.

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PCB Design Constraints: Using Constraint Groups

Learn how to use constraint sets to define groups of rules and assign them to multiple nets or net groups in the PCB.

PCB Design Constraints: Synchronizing Constraints in OrCAD X

Seamlessly communicate constraints defined during the schematic design to the PCB layout with integrated synchronization in OrCAD X.

PCB Design Constraints: Setting Up Constraints in OrCAD X Capture

Learn how to use OrCAD X Capture to set up constraints during the schematic and efficiently communicate the design intent and requirements of your PCB.

PCB Design Constraints: Setting up and Using ERC and DRC

Learn how to set up design rule checks, electrical rule checks, and physical rule checks in OrCAD X Capture.

PCB Design Constraints: Creating Electrical, Physical, and Spacing Constraints

Learn how to use OrCAD X Presto to assign and manage electrical, physical and spacing rules using the integrated constraint manager.

PCB Design Constraints Guide: Part 5

Through a practical case study, the PCB Design Constraint Guide: Part 5 reinforces key insights and helps highlight the effectiveness of proper constraint management during the PCB design process, ensuring that readers can tackle design challenges with confidence.

PCB Design Constraints Guide: Part 4

The PCB Design Constraints Guide: Part 4 discusses optimization techniques in PCB constraint management, focusing on Electrical Constraint Sets (ECSets), schematic-to-PCB constraints, and the modular approach to improve efficiency.

PCB Design Constraints Guide: Part 3

This guide explores advanced PCB design constraints, focusing on high-speed and electrical design rules such as net scheduling, impedance control, and differential pairs.