News & Updates

Unlike an ideal environment, PCB materials introduce losses into the propagated signal. In this, we tried to figure out what materials to choose for RF printed circuit boards.

During your design process, there are simple steps you can take to focus on Design for Manufacturing, or DFM. Altium Designer has a unique set of tools you can use to make the DFM process efficient ensuring manufacturability. In this overview video, we’ll talk about some of topics covered in upcoming videos about the DFM tools Altium Designer offers you.

If you have a broken component model that won’t transfer properly from ECAD to MCAD, Altium Designer will help. We’ll show you how to use the Make PCB Library tool, the Extract 3D models tool, and your MCAD tool to correct broken components and make them usable.

A PCB project contains many different objects. How to manage them? How to find the right ones quickly and efficiently? This video starts the series about query language. Learn the language commands and how to use them and expand your possibilities!

The Altium Designer MCAD Co-designer panel and extension give you a few tools to create a model that is unified during the ECAD MCAD Exchange. We'll show you how to make sure your models are transferred correctly across the ECAD MCAD exchange.

It is bad practice to use thermal reliefs to connect pads in RF path circuits. We'll show you how to quickly and easily change pad-to-polygon connection style to direct connection.

Narrowing down a precise and accurate selection of objects can be difficult on a crowded board. Learn about the PCB Filter panel, how to use it to create queries to select objects on the PCB, and how to create design rules from these queries.

The MCAD Codesigner allows you to design or edit your board shape in the MCAD environment and have it pushed back to Altium Designer. We’ll show you how to configure the board shape, rigid and flex regions, and mounting holes.

It is worth taking a responsible approach to the shape and size of the RF signal conductors. In this video we will cover some practical aspects of working with routing such nets in Altium Designer.

With the MCAD CoDesigner you can quickly add and move components from your MCAD tool and update the design automatically in Altium Designer. We’ll show you how to add a new component, move components, change a component’s region in MCAD, and update your design in Altium Designer.

The boards use transmission lines to carry high-frequency signals. In addition to microstrip lines, coplanar transmission lines with a ground reference polygon are often found on boards. Coplanar transmission lines propagate the same wave type as microstrip transmission lines, but the electromagnetic field is more concentrated near the conductor, so coplanar lines have lower losses at high frequencies, less dispersion, and less interference to adjacent circuits.

You can use the MCAD Co-designer panel to reuse your board shape or geometry in your PCB. We’ll show you how to use the MCAD Co-designer panel in Altium Designer and how to copy your board shape and geometry from your MCAD tool to Altium Designer.

Learn how to configure the types of selected objects using the Selection Filter. In addition, you will learn about the Post Selection Filter and its features.

Origins can vary from your MCAD tool and Altium Designer. With the MCAD Co-Designer panel Altium Designer can keep track of your origin point and make sure your design changes are exchanged correctly.

Editing multiple objects one by one can be a very time consuming process. Altium Designer makes this easy and efficient with the Find Similar Objects tool, which allows you to globally select and edit multiple objects at once.

Through the MCAD Co-designer in Altium Designer, you can collaborate with a mechanical engineer to shape the PCB in your MCAD tool and keep it updated in Altium Designer. We’ll show you how in Altium Designer and in your MCAD tool.