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This project focuses on the design, verification, and physical implementation (RTL to GDSII) of full adder circuits using two architectural approaches: flat and hierarchical design methodologies. The entire digital ASIC flow is executed using Synopsys EDA tools, targeting a 32nm CMOS technology node.

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KAMATHAM19/RTL2GDS

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RTL2GDS

Tools

Tool Purpose Command
1. VCS Logic simulation vcs -full64 <design_files> -debug_access+all
2. Verdi Waveform viewing & debugging verdi -ssf <dump.fsdb> or verdi &
3. Spyglass Linting and static RTL checks spyglass
4. Synopsys Design Compiler RTL synthesis dc_shell and start_gui
5. Synopsys Formality Formal verification fm_shell and start_gui
6. Integrated Circuit Compiler 2 Physical design (place nd route) icc2_shell and start_gui
7. Library Manager Viewing and managing .frame/.lib lm_shell and start_gui
8. PrimeTime Static timing analysis (STA) pt_shell
9. Library Compiler Generating .db files from .lib lc_shell

Technology Node

  • SAED32 EDK

About

This project focuses on the design, verification, and physical implementation (RTL to GDSII) of full adder circuits using two architectural approaches: flat and hierarchical design methodologies. The entire digital ASIC flow is executed using Synopsys EDA tools, targeting a 32nm CMOS technology node.

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