 | |
| Initial release | 1983 |
|---|---|
| Stable release | 9.07[1] 
/ 22 November 2016 |
| Repository | |
| Written in | Till version 7: C, After Version 7: Java and Scala[2] |
| Operating system | Cross-platform |
| Platform | Java |
| Type | Electronic design automation |
| License | GPL-3.0-or-later |
| Website | www www |
The Electric VLSI Design System is an EDA tool written in the early 1980s by Steven M. Rubin.[3][4][5] Electric is used to construct logic wire schematics and to perform analysis of integrated circuit layout. It can also handle hardware description languages such as VHDL and Verilog. The system has many analysis and synthesis tools, including design rule checking, simulation, routing, Layout vs. Schematic, logical effort, and more.
Electric is written in Java, and was released as part of the GNU project in 1998[6] under the GNU General Public License.
In 2017, Electric development ceased, but support and bug fixes continue.[6]
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Transcription
Alternative design style for integrated circuits
Unlike other systems that design integrated circuits (ICs) by manipulating polygons on different layers of the wafer, Electric views IC layout as connected circuitry, similar to the way schematic capture systems work.[7][8] In Electric, designers place nodes (transistors, contacts, etc.) and connect them with arcs (wires). This has advantages and disadvantages.
One advantage is that circuits are always extracted, so analyses that need to know the topology (Layout vs. Schematic, simulation, etc.) can run faster. Also, by presenting a schematic-capture-like user interface, the system offers a uniform user experience for both IC layout and schematic design. And finally, the nodes-and-arcs view of a circuit makes it easy to add layout constraints to the arcs which allow the designer to "program" the layout so that it stays connected as changes are made.
This style of design also has disadvantages. One disadvantage is that designers are not used to such an interaction and require training in order to use it. It has been observed that people with no previous experience in IC layout are comfortable with Electric's unusual style, but those who have done IC layout on other systems find Electric difficult to use.[citation needed] Another disadvantage is that it is hard to import polygons from traditional systems because they have to be node-extracted, and the polygons don't always match the set of nodes and arcs provided by Electric. Furthermore, it is not possible to execute polygon commands directly as a result of nodal interference caused within the software itself.[citation needed]
History
Originally written in C during the 1980s, Electric was distributed for free to universities[6] and sold by Applicon as "Bravo3VLSI" during the mid 1980s.[6][9]
In 1988, Electric Editor Incorporated was founded to sell Electric, and starting in 1998 it is distributed as free software by the Free Software Foundation and by Static Free Software starting in 2000.[6]
In 1999, development moved to Sun Microsystems, and in 2003 the original C version of Electric was discontinued in favour of a Java version, which was completed in 2005.[6]
Active development of Electric stopped in 2017, but fixes and support continues.[6]
See also
References
- ^ "Release of GNU Electric, version 9.07". 22 November 2016.
- ^ "[electric] Index of /Trunk/Electric/Electric-scala/Com/Sun/Electric/Plugins/Minarea/Deltamerge1".
- ^ Rubin, Steven M. (1983), "An Integrated Aid for Top-Down Electrical Design", Proceedings, VLSI '83, Anceau and Aas, Editors, North Holland, Amsterdam
- ^ Baker, R. Jacob (2010), CMOS Circuit Design, Layout, and Simulation, Third Edition, Wiley-IEEE Press, doi:10.1002/9780470891179, ISBN 9780470891179
- ^ Zobrist, George Winston (1989), Progress in Computer-aided VLSI Design: Tools, Ablex Publishing Corporation, ISBN 9780893915384
- ^ a b c d e f g "Static Free Software: History". www.staticfreesoft.com.
- ^ Rubin, Steven M. (1987), Computer Aids for VLSI Design, Addison-Wesley, Reading Massachusetts, ISBN 978-0201058246
- ^ Rubin, Steven M. (1991), "A General-Purpose Framework for CAD Algorithms", IEEE Communications, 29 (5): 56–62, doi:10.1109/35.79383, S2CID 46422270
- ^ Weisberg, David E. (2008), The Engineering Design Revolution, The People, Companies and Computer Systems That Changed Forever the Practice of Engineering, p. 7-20 and 7-23, archived from the original on 2018-04-15, retrieved 2021-03-29
External links
This page was last edited on 2 March 2024, at 01:25