Day 2 of 30 Days of Verilog HDL | Ripple Carry Adder (RCA) RTL Code & Testbench

In this video, we learn the 4-Bit Ripple Carry Adder (RCA), one of the fundamental combinational circuits used in digital design and VLSI systems. We will understand the RCA architecture, write the Verilog RTL code, create a testbench, and simulate the design using Vivado, Quartus, and ModelSim.

📌 Topics Covered:
✅ Introduction to Ripple Carry Adder (RCA)
✅ 4-Bit RCA Architecture
✅ Full Adder Integration
✅ Verilog RTL Coding
✅ Testbench Development
✅ Functional Simulation
✅ Waveform Analysis
✅ Vivado Simulation
✅ Quartus Prime Simulation
✅ ModelSim Verification

🎯 Who Should Watch?

Verilog HDL Beginners
Digital Electronics Students
FPGA Engineers
ASIC Design Aspirants
VLSI Enthusiasts
Interview Preparation Candidates

📚 Series Playlist:
30 Days of Verilog HDL | Complete Verilog Programming & RTL Design Series

🔥 What You’ll Learn

How Ripple Carry Adders work
Carry propagation concept
Writing synthesizable Verilog code
Developing effective testbenches
Simulating and verifying digital designs

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