The FPGA Pin Mapping feature has been developed to expedite the process of achieving the optimal topology for pin programmable devices in PCB layouts. It offers an interactive mechanism for exchanging pin/net definition data between the FPGA (or Microcontroller) and PCB domains via the common format of
csv pin report/information files.
Included in Altium Designer as the Pin Mapper dialog, it allows a link to be specified between a schematic component and an external
*.csv pin information file that has been generated by the FPGA tool. Altium Designer will detect any changes made to that file and offer a range of pin data synchronization choices, including the option to update the external file to match the net pin names in Altium Designer.
The pin data exchange between the domains is therefore bidirectional, which enables an iterative and cooperative approach to FPGA pin layout through pin swapping, while avoiding the errors of manually passing pin data between domains.
► See the FPGA Pin Mapper Quick Guide for an overview of using the Pin Mapping feature.
When passed to the PCB via an Engineering Change Order (ECO), the class becomes available as a Diff Pair Class to apply to PCB Differential Pair Routing Rules. Control over the handling of the Diff Pair Net classes can be specified in the Comparator and ECO tabs of the Options for PCB project dialog (Project » Project Options).
Controlled Depth Drilling, or Back Drilling, in Altium Designer has been improved to support the PCB Via stub removal technique for any defined Back Drill Pairs. Along with allowing back drilling from the board surface to any internal layer, the process and its Design Rule now recognizes layer connections made to copper objects such as polygons, fills and regions.
The additional snapping points include:
When exporting a 3D model of a board design to the MCAD domain it may be desirable to exclude freely placed 3D body models, such as an enclosure that has been previously imported from MCAD.
This choice is now included as a Skip Free 3D Bodies option in the Export Options dialog, which is opened from the File » Export » [format] command, where format is PARASOLID, STEP 3D or VRLM. The dialog option is also available when any of the 3D export formats have been added as an Export Output in an Output Job.
The documentation PDF generator has been updated to support vector rather than rasterized True Type fonts, which ensures clean font rendering in the PDF output and allows text to be searched and selected in the external PDF reader.
In Altium Designer, when configuring an OutJob to generate PDF documentation outputs containing True Type fonts, check the TT fonts printout option in the PCB Printout Properties dialog to enable full TTF support.
Altium Designer now includes the option to switch between its default 'dark' GUI theme and a new Altium Light Gray theme. The option is accessed from the UI Theme Current drop down menu in the System – View page of the Preferences dialog.
A common requirement during BOM generation is the need to output the BOM in a number of different layouts – each displaying different data for various post-design processes, such as purchasing, board assembly preparation, and so on.
ActiveBOM now supports BOM Sets, each BOM Set captures the current layout and configuration of the BOM Items grid, saving it as a named Set. Any number of BOM Sets can be defined, click the icon to apply that BOM Set.
BOM Sets are configured in the ActiveBOM Properties panel.
A Draftsman Bill of Materials (BOM) table allows the standard column header names to be substituted by user defined Alias names, which allow the table to be customized to suit personal/company BOM conventions. BOM Aliases can be defined in both a Draftsman BOM Table and a Project ActiveBOM document, where the latter settings will override the former.
The improved interaction between the two Alias definition locations is as follows:
Project. A Draftsman BOM table will adopt any Aliases that have been defined in the source ActiveBOM document, and Draftsman's BOM Alias parameters are set to read-only.
Board, Aliases may be added and/or edited under the Columns tab of the Properties panel – available when a BOM Table is selected.
The ability to modify data strings using formulas and batch replacement has been added to the Properties panel in both the Schematic and PCB Editors. Formulas and expressions offer a convenient method of modifying attribute parameters of multiple selected objects to change their Location or string-based values such as the Designator and Comment.
► See information on Formulas and Batch Replacement (List panel documentation).
Some parameter string fields also provide access to the Smart Edit dialog when multiple objects are selected, which is opened from the associated ellipsis button ().
When a placed Board Assembly View is selected in a Draftsman document, the Component Display Properties section in the Properties panel now offers property settings that apply to all components on the Assembly View. Changes to the display property options, such as the Component Body (formerly Geometry Source) or Designator visibility, are global to the currently selected Assembly View.
Conversely, when a component is selected in the Assembly View, the Component Display Properties settings apply to the selected component only (as in previous versions of Draftsman). Use the Component Display Properties dialog for making changes to a specific range of components.
Also included in the updated property options is the ability to specify the Designator color, via its associated button, for both the global and single component modes of the Component Display Properties.
Active file status icons have been added to the Projects panel as a visual aid to the state of documents in an open project.
When file locking is enabled (see Data Management – File Locking), the icons associated with documents in the panel indicate when a file is open (), modified (), open and locked by this instance of Altium Designer (), or open and locked by another instance of Altium software (). Regardless of file locking, a modified document is indicated by an asterisk (
*) associated with its file name.
To improve the compatibility with existing, external Subversion systems, Altium Designer can now be configured to generate SVN working copy files in one of three common SVN version formats.
Where company standardization dictates the use of an earlier version of Subversion for example, such as version 1.7, Altium Designer can be set to that version in the Data Management – Version Control Preferences page. As a result, the working copy files created by a SVN repository Checkout will be in the version 1.7 format, which ensures compatibility with external Subversion clients and tools.
While a new set of working copy files will be created in the specified version, if an existing working copy is detected by Altium Designer, then the system will re-write the file set in the same version. By way of example, if the preferred SVN version is set to 1 .9 and the Checkout process encounters an existing working copy in version 1.8, then the Checkout copy will be created in version 1.8.
SVN version 1.9 is the default and recommended Subversion system in Altium Designer.
To assist in identifying Special Strings that are placed on a board layout or in a template legend, Altium Designer’s View Configuration panel now includes a Special Strings option. When the option is enabled, any placed Strings that are formed from converted Special Strings will be superimposed (labeled) with the unconverted Special String name.
Zoom in on a String to see its label overlay.
The Arc Approximation property for standalone regions has been added to Region objects in the Properties panel. This field is used to enter the maximum deviation from a perfect arc.
The Altium Designer Intermediate Data Format (IDF) Importer has been improved to support Height constraints in IDF Keepouts.
In the IDF format, Keepout definitions can include an additional (maximum) Height attribute. When encountered by the Altium Designer importer, both a matching Room Definition and an associated Height constraint Rule are created for the imported board placement layout. The height constraint in the new Rule corresponds to the height attribute in the source IDF Keepout, therefore transferring its intended function to the Room definition in the imported board.
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