Day 1 | Full Adder Dataflow (DF) RTL Code & Testbench | Vivado, Quartus & ModelSim Simulation

Welcome to Day 1 of the Digital Design & Verilog HDL Series. In this video, we learn how to design a 1-Bit Full Adder using Dataflow Modeling (DF) in Verilog HDL. We will write the RTL code, develop a testbench, and simulate the design using Xilinx Vivado, Intel Quartus Prime, and ModelSim. Topics Covered: ✅ Introduction to Full Adder ✅ Full Adder Truth Table ✅ Dataflow Modeling in Verilog HDL ✅ RTL Code Explanation ✅ Testbench Development ✅ Simulation in ModelSim ✅ Vivado Project Creation & Simulation ✅ Quartus Prime Compilation & Analysis ✅ Verification of Sum and Carry Outputs Full Adder Equation: Sum = A ⊕ B ⊕ Cin Carry = (A & B) + (B & Cin) + (A & Cin) What You Will Learn: Verilog Dataflow Modeling RTL Design Methodology Testbench Writing Techniques Digital Logic Design Fundamentals Simulation and Verification Flow FPGA Design Basics This tutorial is ideal for ECE, EEE, EIE, CSE students, VLSI beginners, FPGA enthusiasts, and interview preparation. 👍 Like, Share, and Subscribe for more Verilog HDL, Digital Electronics, FPGA, and VLSI Design tutorials. 🔔 Turn on notifications to never miss upcoming RTL design projects and coding tutorials. #Verilog #FullAdder #DataflowModeling #RTLDesign #Testbench #Vivado #Quartus #ModelSim #FPGA #VLSI #DigitalElectronics #VerilogHDL #ASICDesign #RTLCode #HardwareDesign #Semiconductor #VLSITraining #FPGADesign #DigitalLogic #EDAtools