The dc_shell is the original format that is based on Synopsys's own language while dc_shell-t uses the standard Tcl language. This book focuses only on the Tc1 version of DC because of the commonality with other Synopsys tools, like PrimeTime..
What is design compiler in VLSI?
Design Compiler (DC) from Synopsys and RTL Compiler from Cadence are the tools widely used for synthesis. Synthesis is described as translation plus logic optimization plus mapping. In terms of the Synopsys tools, translation is performed during reading the files..
What is HDL Compiler Verilog Synopsys?
The Synopsys Verilog HDL Compiler translates a Verilog description to the internal format Design Compiler uses. Specific aspects of this process can be controlled by special comments in the Verilog source code called HDL Compiler directives..
Synthesizing a RTL Design
Use the provided Xilinx Design Constraint (XDC) file to constrain the timing of the circuit
Elaborate on the design and understand the output
Synthesize the design with the provided basic timing constraints
Analyze the output of the synthesized design
Example tcl file for counter above is here. Based on the example tcl file: • Lines where modifications are required specific to model: ▫ Set Path to Verilog
The process that Design Compiler does is RTL synthesis. This means, converting a gate level logic Verilog file to transistor level Verilog with the help of.
Design compiler verilog
Icarus Verilog is an implementation of the Verilog hardware description language compiler that generates netlists in the desired format (EDIF). It supports the 1995, 2001 and 2005 versions of the standard, portions of SystemVerilog, and some extensions.
Hardware description language building on Verilog for mixed-signal integrated circuit
Verilog-AMS is a derivative of the Verilog hardware description language that includes Analog and Mixed-Signal extensions (AMS) in order to define the behavior of analog and mixed-signal systems. It extends the event-based simulator loops of Verilog/SystemVerilog/VHDL, by a continuous-time simulator, which solves the differential equations in analog-domain. Both domains are coupled: analog events can trigger digital actions and vice versa.
Verilog-to-Routing (VTR) is an open source CAD flow for FPGA devices. VTR's main purpose is to map a given circuit described in Verilog, a Hardware Description Language, on a given FPGA architecture for research and development purposes; the FPGA architecture targeted could be a novel architecture that a researcher wishes to explore, or it could be an existing commercial FPGA whose architecture has been captured in the VTR input format. The VTR project has many contributors, with lead collaborating universities being the University of Toronto, the University of New Brunswick, and the University of California, Berkeley. Additional contributors include Google, The University of Utah, Princeton University, Altera, Intel, Texas Instruments, and MIT Lincoln Lab.
