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We recommend reviewing the recently released Altium Designer 6.4 & Altium Designer 6.4 & Autodesk Autocad A360 in order to gain an understanding of how these two products can work together in a complete PCB design toolchain. Also, if you would like to learn more about some of the unique features and capabilities of the new Altium Designer and Altium Connect, you might be interested in our Altium Designer Connect tutorials page .

This page is designed to provide a quick reference and summary of the core functionality and new features of Altium Designer Lifetime Version 22.8.2.65. The release notes, screenshots and detailed information on Altium Designer 22.8.2.65 are available here: https://altium.com/en/releasenotes/22.8.2.65

When you start a new project in Altium Designer, the first thing you should do is to set your project’s default view to Layout. This ensures that you always have quick access to the information that you need when you are creating your project. If you switch to another view (say Circuit) you’ll lose some of these benefits.

If you ever want to move a component from one schematic to another, Altium Designer can be set to show you an indicator as you move between designs. This also means that if you change the PCB footprint of a component between designs, you will always see the updated footprint in the schematic.

Altium Designer can be set to automatically create and copy default footprints by component family. While this can be useful, especially for large companies, it does create additional consumption of hard disk space. Setting the Boolean option, only export required components, and changing the false values to true will solve this issue.

When you toggle on the Keep track of changes toggle in the PCB editor, Altium will remember what you last did to the PCB. The next time you edit the board, you will be able to revert back to your previous changes if necessary. Doing so also adds the changes to the history log in the PCB View History view.

Altium Designer offers a bidirectional, automatic 2D and 3D PCB translation service. If you wish to add your PADS 2D PCB to Altium Designer, you can simply upload the PADS PCB to PADS Online and then to the Altium Designer PCB tool. Alternatively, you may use PADS Online to upload your own PADS PCB and create an Altium Designer PCB version at the same time. This works in both ways: you can import from PADS Online and export to PADS Online.

Altium Designer does not currently support PADS file import. If the author of the PADS files allows it, Altium Designer may support import of PADS files in the future. If you are an authorized customer of PADS Online, then please contact your sales representative for more information.

Altium Designer has the ability to restrict the types of items and constraints that may be placed on the PLD Pin Layout tool. This may be needed for a local rule in order to prevent Altium Designer from placing power rails and the like directly on top of signals. An example of this might be the placement of vias in a footprint to route a trace that is adjacent to the vias. For more information on the PLD Pin Layout tool, please refer to the PLD Pin Layout Tool – Guidelines for Use.

Altium Designer has the ability to restrict the types of items and constraints that may be placed on the PLD Pin Style tool. This may be needed for a local rule in order to prevent Altium Designer from placing power rails and the like directly on top of signals. An example of this might be the placement of vias in a footprint to route a trace that is adjacent to the vias. For more information on the PLD Pin Style tool, please refer to the PLD Pin Style Tool – Guidelines for Use.

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Here is an example of a part that was created in the PADS Layout and imported to the PCB design. The board has a 2-layer perforated board with pads in the top layer. The backside is a schematic lay-out with several pads. The PADS Design Rules for routing a package are standard (Name, Routing, Min_Spacing, Via_1, etc.) and because the schematic layer is a standard layer and the top layer is named layer_2, the designer can clear a patch with minimum spacing, routing, and via parameters. This has no affect in the PADS design, but the result is a failed run when the ECO attempts to run in Altium Designer. The reason is layer_2 is a 2-layer perforated board and all routing, patch, and the other design rules must be based upon 2-layer PCBs. A strategy is to first create a Plane Clearance rule that clears this pad, and set this to operate on layer_2, then proceed to create all the other required design rules.

If this is the case, then all (or at least most) of the connector and clearance rules should be created as a Plane Connect rule. Then, export all of your PCB files and recreate them in Altium Designer. However, you may need to make some adjustment to the new design. Typically, these are not major changes as the component/DRC editing tools have been greatly improved since Altium Designer was created. If you modify the outer plane of the package, for instance, it may throw off the rest of the design because the footprint is no longer supported by the connector/clearance rules. One way around this is to deselect the plane where you changed the shape of the component, and proceed to modify all planes in the same manner. Another approach, which may be less effective, is to deselect the component, open up the connector/clearance rules, make the changes, then export the file to Altium Designer.

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• Legacy of Circuit Trace Impedance
• New Manual Insert Node Gap Constraint for Controlled Impedance Traces

• Added support for components that consist of a planar and a perpendicular conductor. This allows much richer dependencies and graphical representations of the symbol.
• Added support for two-layer components and metal stamp components.
• The order of the components that are generated when assigning global constraints was changed in order to make it easier to change the constraint.
• Removed the option of changing the component width via the UI in the context of the new component support.
• Changed the default component grouping and corresponding component height.
• The option to adjust the component title in the UI was moved to the Components tab.
• Added the option to force CAD and 2D symbols to be joined when grouping components.
• Removed the ability to add overflow to a symbol via the UI.
• Removed the ability to resize components via the UI.
• Removed the ability to change the width of components in the context of the new component support.
• Removed components that are not available for the specified sheet type.

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