Mobile menu
Altium Live
Home Altium Live PCB Design vs. Product Design: Unleashing the Power of Effective Multi-Board Design

PCB Design vs. Product Design: Unleashing the Power of Effective Multi-Board Design

Created: February 4, 2019
Updated: March 16, 2020

 

Sign up to pre-register for AltiumLive next year or try Altium Designer today.

Related Resources

Hidden Library Attributes, Filtering BOMs, Adding Daughter Boards and Running DRC in 3D with Randy Burcham Hidden Library Attributes, Filtering BOMs, Adding Daughter Boards and Running DRC in 3D with Randy Burcham . Read Article
Multi-Board Design Basics - AltiumLive University Multi-Board Design Basics - AltiumLive University . Read Article
The Keys to Simulating and Optimizing High Speed Interfaces - AltiumLive 2022 In this session, Stephen Slater will discuss the fundamentals of Signal Integrity and explore design choices we have in our control to improve signal integrity at 16Gbps and above. Watch Video
Diabolical Footprint Mistakes and How to Avoid Them - AltiumLive 2022 Delving far beyond the basics, we’ll look at some of the more gnarly errors - and how you can avoid them on your next design. Watch Video
Hidden Gem in Altium: A Built-in 2D Field Solver - Eric Bogatin - AltiumLive 2022 Dean Erif Bogatin demonstrates how to use the 2D field solver to analyze the impedance of your traces and synthesis a design that hits your target impedance. It does not get any easier than this. Watch Video
What is Target Z and Why is Power Delivery AC Not DC in Circuit Boards? - AltiumLive 2022 This presentation will immerse you into the world of using impedance to deliver resonant free power to a load. Along the way, you will learn why flat impedance is the best design, how to measure impedance, and what is wrong with vendor-supplied capacitor data. Watch Video
Samtec & Altium Streamline Your PCB Design Process - AltiumLive 2022 Don’t spend any more time thinking about connectors than you have to. Altium’s rich design tools with Samtec’s product flexibility and automated design tools ensure the fit and function you need without system redesign. Watch Video
AT&S DFM PCB Manufacturing Tour - AltiumLive 2022 Join Gerald Weis and Ube Sorgman on a tour of the AT&S PCB Manufacturing facility. They will walk you through Watch Video
Design Team & MCAD Collaboration - AltiumLive 2022 Learn how Altium 365 will improve your design process with team design collaboration, MCAD interaction, design development review, project history, commenting, and task tracking. Watch Video
Keynote: How to keep your boards from screaming like a Banshee with Eric Bogatin - AltiumLive 2022 Eric Bogatin explains the overlap of the three worlds of SI, PI, and EMI: those design features that are the trifecta, that contribute to all three problems and how to reduce them. Watch Video

Related Technical Documentation

Creating the Physical Multi-board Assembly in Altium NEXUS Creating the Physical Multi-board Assembly in Altium NEXUS

This page looks at the multi-board assembly document - the physical representation of printed circuit boards in your system. Covers creation and management, as well as working with Mates and support for rigid-flex PCBs

 Read Documentation
System-level Multi-board Design with Altium NEXUS System-level Multi-board Design with Altium NEXUS

This page provides an overview of Altium NEXUS's support for multi-board (system-level) design, covering capture of the logical system design, creation of the physical board assembly, and generation of multi-board production data

 Read Documentation
Generating Production Data for a Multi-board Design in Altium NEXUS Generating Production Data for a Multi-board Design in Altium NEXUS

This page looks at generating production data at the system level, ensuring that all component information, reports and files represent the complete product design

 Read Documentation
Capturing the Logical System Design in Altium NEXUS Capturing the Logical System Design in Altium NEXUS

This page looks at the multi-board schematic as the means of capturing the logical system design in a multi-board project, placing and connecting modules that represent each child PCB and their interconnectivity

 Read Documentation
System-level Multi-board Design with Altium Designer System-level Multi-board Design with Altium Designer

This page provides an overview of Altium Designer's support for multi-board (system-level) design, covering capture of the logical system design, creation of the physical board assembly, and generation of multi-board production data

 Read Documentation
Generating Production Data for a Multi-board Design in Altium Designer Generating Production Data for a Multi-board Design in Altium Designer

This page looks at generating production data at the system level, ensuring that all component information, reports and files represent the complete product design

 Read Documentation
Creating the Physical Multi-board Assembly in Altium Designer Creating the Physical Multi-board Assembly in Altium Designer

This page looks at the multi-board assembly document - the physical representation of printed circuit boards in your system. Covers creation and management, as well as working with Mates and support for rigid-flex PCBs

 Read Documentation
Capturing the Logical System Design in Altium Designer Capturing the Logical System Design in Altium Designer

This page looks at the multi-board schematic as the means of capturing the logical system design in a multi-board project, placing and connecting modules that represent each child PCB and their interconnectivity

 Read Documentation
Setting Up a Multi-board Schematic Document in Altium Designer Setting Up a Multi-board Schematic Document in Altium Designer Read Documentation
Shortcuts for the Altium Designer Multi-board Assembly Editor Shortcuts for the Altium Designer Multi-board Assembly Editor Read Documentation
Back to Home

Try Altium Designer

Get Altium Designer for free for 2 weeks

Get Altium Designer for free for 2 weeks