What's new in Version 7?
EAGLE Version 7.3
EAGLE Version 7.3 delivers enhanced usability and optimized performance for EAGLE users everywhere:
Library Editor Usability enhancements:
- Library overview screen that enables the user to see the complete chosen library at a glance. The user can easily rename and remove devices, packages and symbols directly from the library overview screen
- New library cross-references: direct access from the library overview to the cross referenced packages and symbols for devices. Back-references to devices are also available with one click.
- New and simplified full library context view and easy submenu access available. Descriptions can be viewed and changed directly from context menu
- Additional icon and command to view full library structure with one click
Additional information in the Control Panel available:
- Devices, packages and symbols are now visible in a reorganized structure. The symbols were added and can be previewed
- Package-Description list: the related symbol keeps showing while scrolling through the list
- Direct access to Reference Manuals, accessible without leaving EAGLE
64bit version of EAGLE is now available
for improved performance on Windows, Linux and Mac and simplified Linux installation.
Keeping up with the trend towards 64bit machines, EAGLE now leverages the improved performance of the 64bit architecture.
Significantly extended IDF export option
for 3D view and STEP File export
Update to the latest UI framework from QT
Watch some videos about the features in Version 7.3
EAGLE Version 7.2
In the latest update release of EAGLE, among the improvements are:
- User Language: DRC and ERC error messages now accessible
- Installation: Revised for Mac Computers
- Export: Improved for monochrome images
- Hierarchical Modules: Improved Port command
For detailed information, please read our Release Notes.
The existing autorouter is based on a rip-up retry algorithm in which it takes into consideration that parameters defined in Design Rule Checker & NetClass. This is a single thread process by which the end user needs to run the autorouter multiple to test different configuration.
The new autorouter for v7 augments the existing algorithm. One of the most noticeable effects of the new autorouter is that it is Multi-Threaded and therefore can take advantage of Multicore processors.
This means that the autorouter can run multiple configurations simultaneously. The user will be able to select the best outcome that accommodates his design.
On computers with multiple core processors each thread can own its own processor core. This optimizes EAGLE’s use of the available hardware.
The new autorouter includes the option to use our TopRouter. This intricate process will result in boards with significantly less points of transition compared to our previous algorithm. This will result in very cost effective optimal boards that will need less manual interaction by the end user.
This feature stems from multiple surveys hosted by CadSoft and requests monitored by our support and development team. Hierarchal design helps designers to organize large schematic designs into small functional blocks which can then be assigned to various members of a team. It helps collaborative design teams to work on specific areas of a large complex design, which can then be easily integrated.
At the end all these designs can be integrated due to our newly implement hierarchal design capability. This also favours design re-use by allowing blocks of one design to be used in another design.
Version 7 also means a modernized graphic look of the user interface. The icons used since the beginning have been replaced by new and modern images that are self explaining and support improving the usability of EAGLE from a visual perspective.
Export of IDF files
CadSoft Computer has created and included in EAGLE v7 an intricate ULP that will allow users to export an IDF file of the circuit board. This file is compatible with most mechanical programs.
What is IDF?
The IDF (Intermediate Data Format) file represents the maximum dimension (length, width and height) of a component in the form of a block. These blocks act as placeholders for exact 3D models of the individual components. This basic model can be used as a preliminary check in any suitable mechanical design application.