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Embedded thumbnail for PCB Library Management: One Library or Many?
How-To's
PCB Library Management: One Library or Many?

This detailed guide walks you through the pros and cons of each approach and offers proven strategies for managing component data, whether you're an independent designer or overseeing libraries for an entire organization.

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Stack-Up to Success: Avoid the Pitfalls

"Stack‑Up to Success" highlights how a carefully planned PCB stack‑up is foundational to preventing warpage, managing impedance, and avoiding manufacturing delays by clearly communicating layer construction, materials, and tolerance requirements to fabricators.

Embedded thumbnail for Coming Soon: Sawtooth Rounding Support for Length Tuning
New in Altium Designer 25
Coming Soon: Sawtooth Rounding Support for Length Tuning

Sawtooth Rounding for Length Tuning improves signal‑path accuracy by applying controlled corner‑rounding to sawtooth geometries during both Interactive Length Tuning and within‑pair matching in the Auto Tuning engine. Discover this capability and additional innovations on our Coming Soon page.

Embedded thumbnail for Coming Soon: Z-Axis Clearance Rule
New in Altium Designer 25
Coming Soon: Z-Axis Clearance Rule

The Z-Axis Clearance Rule checks the shortest distance between copper features on different layers in a PCB design. It is available in both the Constraint Manager and the legacy PCB Rules Editor. Discover more new features in Altium on our Coming Soon Page.

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New in Altium Designer 25
Coming Soon: Advanced Polygon Pour Engine

Now supports true arcs instead of approximated curves in copper pours. This enhanced engine marks a major advancement in the polygon pour process in Altium Designer, delivering smoother and more accurate copper shapes. Native arc rendering improves visual quality and helps ensure cleaner, more professional PCB designs.

Embedded thumbnail for How to Design Rigid-Flex PCB Stackups from Scratch
How-To's
How to Design Rigid-Flex PCB Stackups from Scratch

Watch this tutorial to learn the fundamentals of Rigid-Flex design. We cover everything from understanding polyimide materials and adhesive layers to building complex, multi-layer Rigid-Flex constructions that are ready for manufacturing.

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How to Effectively Use Jira for Hardware Development Projects

Originally built for software development, Jira has become a popular tool for agile project management across various industries. Our new article explores how hardware teams can leverage core Jira features and adapt agile principles to suit the unique needs of hardware development.

Embedded thumbnail for How to Draw Antipads - Complete Tutorial
How-To's
How to Draw Antipads - Complete Tutorial

Discover how to draw and define antipads in Altium with this complete tutorial. Learn three different methods for creating antipads around vias. From simple design rules to advanced polygon cutouts for both basic and complex PCB designs.

Embedded thumbnail for Do PCB Manufacturers Actually Look at Fabrication Drawings?
How-To's
Do PCB Manufacturers Actually Look at Fabrication Drawings?

Explore this in-depth tutorial featuring real fabrication drawings, stackup specifications, and drill tables - all created using Altium Designer’s Draftsman tool. Learn essential insights into PCB data management and manufacturing requirements from an industry perspective.

Embedded thumbnail for Compensating Transmission Line Losses in a PCB Calculator
How-To's
Compensating Transmission Line Losses in a PCB Calculator

This tutorial uncovers the key difference between ideal, lossless impedance calculations and real-world signal behavior giving you practical techniques to design controlled impedance PCBs that deliver reliable performance.

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How to Make Your PCB Layout AOI and X-Ray Friendly

Designing for inspection is key to reliable manufacturing. This article covers practical PCB layout tips to optimize your board for AOI and X-ray inspection helping you reduce defects, false positives, and production delays.

Embedded thumbnail for How Close Can You Bring a Reference Plane?
How-To's
How Close Can You Bring a Reference Plane?

Explore our in-depth investigation into practical simulations using both Altium Designer and Polar Si9000. We demonstrate impedance sensitivity analysis and reveal the real limitations of optimizing reference plane proximity for improved signal shielding.

Blog
Understanding Systems Engineering

Read our brand-new article where we explore the key areas of an engineering project and the different stages of electronic product development from a project execution perspective. From initiation and planning to design, development, validation, testing, and certification, we walk you through each phase to help you understand how successful electronic products are brought to life.

Embedded thumbnail for Do PCB Thermal Vias Actually Work?
How-To's
Do PCB Thermal Vias Actually Work?

Are thermal vias really helping your PCB’s heat management? Tech Consultant Zach Peterson dives into simulation data, research, and a controversial article to uncover the truth. Learn why via count and spacing matter more than sheer quantity.

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Blog
How to Design Your PCB Test Coupon and What You Can Test

As the operating speed of components has increased, controlled impedance is becoming more common in digital, analog, and mixed-signal systems. If the controlled impedance value for an interconnect is incorrect, it can be very difficult to identify this problem during an in-circuit test. However, testing is normally performed on a PCB test coupon, which is manufactured on the same panel as the PCB. If you want to get through board spins quickly and aid future designs, you might consider designing a test coupon and keeping it handy for future designs.

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Altium DbLibs and Electronic Components in the Cloud with Altium Designer 20.1

Altium’s DbLib support is one of the oldest and most loved features of Altium Designer for managing electronic components and their data. They’ve been present in the software world since before I could fathom the existence of Ohm’s law. Altium 20.1’s new Component Sync feature allows you to synchronize virtually any database or database Library with Altium 365, taking advantage of both approaches strengths.

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What is a Schematic Netlist for Your PCB?

If you’ve created your next great schematic, there is a lot going on behind the scenes in your design software. A schematic netlist is one of the central pieces of information that will be used in multiple features in your design software to create a real PCB. Your schematic netlist provides both electrical connectivity information, and reflects the functional structure of your design data in a single set of data.

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Blog
How to Select an Inductor for a Buck Converter

An SMPS is one of those quiet (yet electrically noisy) devices that makes your favorite electronics run smoothly. Among the numerous DC-DC converter topologies, a buck converter finds plenty of uses for stepping down the input voltage to a lower level while providing high efficiency power conversion. A common question around component selection for these power converters is how to select an inductor for a buck converter. The goal in working with an inductor and other components in a buck converter is to limit power loss to heat and while minimizing current ripple.

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Blog
US Department of Transportation Seeking Alternatives to GPS

GPS-capable devices range from your phone to your smartwatch; simply type in your destination and follow the directions. Simple, right? According to the Washington Post, we should all stop using GPS as it’s ruining the navigation centers of our brains. Despite the neurological effects on perception and judgment, the U.S. Department of Transportation (DOT) aims to find alternatives to GPS to provide redundancy.

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Bluetooth 5.1 SoC vs. Module: Which is Best for Your Design?

The list of features available in Bluetooth just got a little longer since the release of Bluetooth 5.1. If you want to incorporate a Bluetooth 5.1 SoC into your new product, you have two primary options for bringing this component into your board. The first is as an SoC that mounts to your board just like any other component. The other option is to bring a module into your new board—directly onto the surface layer. Here’s what you need to know about a Bluetooth 5.1 SoC or module in your next IoT product.

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USB Power Delivery for Your Next Project

Since its introduction in the late 90s, the USB standard has never ceased to grow in popularity. There has been a growing trend toward USB being a power delivery interface with data, rather than a data interface that can supply power, as the 1.0 specification originally intended. To supply the increasing thirst for power over USB, the USB 3.0 Spec with Type-C began implementing the Power Delivery standard, which you should consider using for your next electronics project.

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Circuit Board Design for In-Circuit Testing

There are many types of circuit board tests available in electronics manufacturing today, each having unique goals and characteristics. This article presents guidelines at the design level (schematic and layout) to enable the use of in-circuit testing (ICT) fixtures to verify proper component assembly. These simple test fixtures allow your board to be tested as its assembled, which helps identify and remove failed boards from your production run.

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Planning for the Future with Cirris Systems and Altium

Technological advancements have been a hallmark of the past few decades, from the widespread adoption of internet technology to the smartphones and wireless devices we rely on every day to stay connected. Orlan Thatcher, Board Layout Specialist at Cirris Systems, could never have predicted the demand their services would generate. The company struggled with six different software platforms before switching to Altium Designer.

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Blog
An Introduction to NFC

I used to work in a research lab that worked primarily with RFID (Radio Frequency IDentification) and NFC (Near Field Communication) technology, particularly for the agriculture industry and cattle identification. These were very specialized fields; however, the lab also worked on projects which involved retail and various other applications for NFC. It’s an amazing technology that you might be using every day without thinking about it - building access to your mobile phone payments, for instance. 

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Editing Your PCB Geometry with MCAD Tools

You need to define your PCB geometry in the context of your enclosure. If your board cannot physically be assembled into the final product, it doesn't matter how well laid out it is electrically. This webinar focuses on how the MCAD CoDesigner allows you to edit your PCB in the context of a higher-level assembly, allowing you to respect the relevant mechanical constraints.

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The PCB Fabrication Process — what Every Design Engineer Needs To Know, Part 2

In Part 1 of this article, I described the first steps that occur during the PCB fabrication process. They detailed the inner layer processing effort as well as the efforts that take place during the transition from inner layer processing to lamination. This part of the article will provide a detailed description of the lamination, drilling and plating processes.

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The PCB Fabrication Process—What Every Design Engineer Needs To Know, Part 1

There are still a number of designers - perhaps most of them - who have never toured a PCB fabrication facility. They are also unaware of the various steps that occur during the fabrication process. The purpose of this article is to describe those steps and what transpires in each of them. Part 1 of this article focuses on inner layer processing and the steps that are done prior the lamination process.

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Blog
Webinar "8 Reasons to Store Your Components in Altium 365"

Working with local libraries seems like a simple solution, but we often don’t take into account the added time spent maintaining libraries and sharing them between team members. This webinar showcases the advantages of component storage in Аltium 365 to resolve the issues of local libraries and component management.

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Blog
Bridging the Gap Between Designers and Customers

Every piece of electronic equipment starts with a great idea. Transforming great ideas into real, physical products takes a team of talented individuals and multiple companies coming together to make everything from the internal components to the external hardware. Paul Payen de la Garanderie, Founder and Owner of AW Audio, an engineering services company based in France, understands these challenges very well. With an extensive background in the Audio/Visual industry, Paul has had to work with multiple companies over the years, from small start-ups to celebrated AV firms.

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Embedded thumbnail for Pin Package Delay | High-speed Design
How To Work with High-Speed Projects
Pin Package Delay | High-speed Design

There are a few things to consider when adding and tuning signal delay to your design. Altium Designer gives you the tools to address the fine tuning for signal delay so you can easily make it work, using pin package delay. 

Embedded thumbnail for Introduction to Snapping Options
How to use Snapping
Introduction to Snapping Options

Introduction to snapping options: grids, guides, axes of objects, and snapping to objects.

Embedded thumbnail for Working with Tables | Draftsman Document
How to Work with Draftsman
Working with Tables | Draftsman Document

The Draftsman Document Editor allows you to add all your data for your design through tables. We’ll show you how to work with tables, and the various options to add and edit, such as Bill of Materials, Drill Tables, Transmission Line Tables, and custom tables. 

Embedded thumbnail for Pin Part Swapping | High-speed Design
How To Work with High-Speed Projects
Pin Part Swapping | High-speed Design

If you have a lot of traces intersecting on a single layer, but you need to minimize the amount of vias for your high speed design, you can utilize pin and part swapping. Altium Designer has tools to solve these issues, and we’ll show you how to solve them.

Embedded thumbnail for How to Route High-Speed Designs | High-Speed Design
How To Work with High-Speed Projects
How to Route High-Speed Designs | High-Speed Design

Routing for your high-speed design can be really easy with just a little preparation. We’ll walk you through the best ways to set up your routing so you can easily route your high-speed signals. 

Embedded thumbnail for How to Define A Net Class on Schematic | How To Use Altium Designer
How-To's
How to Define A Net Class on Schematic | How To Use Altium Designer

Altium Designer makes it easy to define net classes in both PCB and the schematic. We’ll show you how to define a net class in the schematic for whatever classes you need. 

Embedded thumbnail for Creating Differential Pairs in the Schematic
How to Work with Differential Pairs
Creating Differential Pairs in the Schematic

Learn how to create differential pairs on the schematic side.

Embedded thumbnail for Measuring in the PCB
How-To's
Measuring in the PCB

Altium Designer gives you fine grained control over how you measure object distances in the PCB. When spacing is such a critical aspect of board layout, this control is absolutely necessary. We'll show you how to utilize the measure distance command and measure selected objects, as well as how to measure tracks and faces of 3D bodies.

Embedded thumbnail for Quantel Laser | MCAD and ECAD Designers Collaborate with Altium
Discovering Altium 365
Quantel Laser | MCAD and ECAD Designers Collaborate with Altium

In this video, Quantel’s engineers - Jeremie Waller (Senior Electrical Engineer) is using Altium Designer for ECAD and Laine McNeil (Senior Mechanical Engineer) is using Solidworks for MCAD. They are both in an Altium 365 workspace that allows them to closely collaborate while staying in their own familiar design environment.

Embedded thumbnail for Using Free (Any) Angle Routing
How-To's
Using Free (Any) Angle Routing

In this video, you will see how Altium Designer now makes it extremely easy to create curved corners in your designs. Previously, arc-in-corner routing was only supported during interactive routing, but not in Push&Shove mode or during track sliding. The new Push&Shove engine solves this by adding arcs during push and shove and also during track sliding, which is done by switching to any angle corner mode to perform snake routing.

Embedded thumbnail for Snapping When Creating Routes
How to use Snapping
Snapping When Creating Routes

Learn how to effectively use snapping to facilitate routing.

Embedded thumbnail for How to edit or manage your board shape in Altium Designer | Rigid-flex
How to Work with Rigid-Flex PCBs
How to edit or manage your board shape in Altium Designer | Rigid-flex

Altium Designer 21 features many powerful tools for creating and editing your rigid-flex board shape. We’ll show you how to use to the board planning mode to create board shape and define regions as well as edit their properties for easy identification and functionality.

Embedded thumbnail for How Breville Innovates 4x Faster with Altium
Discovering Altium 365
How Breville Innovates 4x Faster with Altium

Learn how Breville, a consumer electronics company from Australia, was able to speed up its product development process by at least four times with Altium 365. 

Embedded thumbnail for How to use the Property Panel in Altium Designer
How-To's
How to use the Property Panel in Altium Designer

How to use the Property Panel in Altium Designer: The properties panel is your information hub for all objects in Altium Designer. Watch this video to learn how to best use the properties dialog in Altium Designer. 

Embedded thumbnail for How to Improve Routing Using Glossing
How-To's
How to Improve Routing Using Glossing

Routes for your design can get messy, leading to inefficiency and waste. Altium Designer’s Glossing features can help! We’ll show you how to clean up your interactive routing as you route, how to gloss tracks already routed, and some tips and tricks to clean them up exactly how you want them.

Embedded thumbnail for Tenting Vias in Altium Designer
How-To's
Tenting Vias in Altium Designer

This video shows how to tent vias in Altium Designer by using design rules. Since vias are often located very close to pads, during assembly, solder paste sometimes flows into vias, which, in turn, leads to poor soldering quality. To avoid this, cover vias with a solder mask layer.

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