EE577b-Course-Project
Multi-Voltage and Multi-Threshold Low Power Design Techniques for ORCA Processor Based on 32 nm Technology
Post-synthesis power optimization via dual-Vth cell assignment and gate re-sizing. Scripting in TCL with custom commands written for Synopsys® PrimeTime® and DC Ultra™.
learn the combinational and sequential logic circuit.
RTL implementation for Advanced Encryption Standard (AES) in Verilog. Synthesis Done in Synopsys DC.
Synthesis using Synopsys DC and Physical Design flow using Synopsys ICC II, of my RISC-V 5 stage pipelined using 32 nm tech repo
This repository contains my BSc graduation project at the Faculty of Engineering, Ain Shams University. The project focuses on implementing the RISC-V core, specifically the CV32E40 ,with a focus on achieving high performance and maximizing frequency through synthesis, place and route (PNR).
My Graduation Project for BSc of Engineering Ain Shams Uni which is ASIC implementation of PULPino SoC based on the cv32e40p (RISCY) core sponserd by ICpedia using Synopsys tools
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