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Electric Specifications

The Electric VLSI Design System is a highly flexible and powerful system that can handle many different types of circuit design (MOS, Bipolar, schematics, printed circuitry, hardware description languages, etc.) It handles geometry at any angle (not just Manhattan) and can even handle curves.

Layout is done by placing and wiring electrical components. Although this is standard practice for schematics, it is unusual for chip layout. However, because of this style of design, Electric understands chip layout at a more sophisticated level, and can aid in design to an unprecedented degree.

Electric has many analysis tools, including design-rule checking, simulation, and network comparison. Electric has many synthesis tools, including routing, compaction, silicon compilation, PLA generation, and compensation.

The user interface is quite sophisticated and runs on all popular workstations (Windows, Macintosh, and UNIX). It also provides interpretive languages for advanced users.

The most interesting feature of the system is its global enforcement of connectivity which provides top-down design capability and ease of post-design modifications.

Here is a summary of the parts of Electric:

Tools
Technologies
Interfaces
Design Rule Checking (many options) 
Electrical Rules Checking (many options) 
Simulation
Simulation Interface (many options) 
Layout Generation (many options) 
Compaction
Placement (many options)
Routing (many options)
VHDL Compilation
Silicon Compilation
Network Consistency Checking (LVS)
Logical Effort Analysis
Project Management (2 options)
nMOS 
CMOS (many variations) 
Bipolar
BiCMOS
Thin film
Schematics
Printed Circuits
Digital Filters
FPGA
CIF I/O
GDS I/O
EDIF I/O
DXF I/O
SUE Input
VHDL I/O
Verilog Output
CDL Output
EAGLE Output
PADS Output
Applicon/860 Input
Bookshelf Input
ECAD Output
Gerber Input
HPGL Output
PostScript Output