Ex-VLSI Advanced Design Intern at MeitY (SCL) | Ex-Hardware Design Intern | Pre-Final Year in Electronics & Communication Engineering (VLSI Specialization) | Committed to Excelling in the VLSI Industry
Project 13: Serial Adder (108 Advanced RTL Projects) 1. Project Overview A serial adder processes binary numbers sequentially, performing bit-by-bit addition over multiple clock cycles. 2. Teammates Gati Goyal Ayush Jain NIKUNJ AGRAWAL 3. Low Area & Power Efficiency Consumes fewer hardware resources (gates, flip-flops) compared to parallel adders, making it ideal for low-power designs. 4. Operation Utilizes a full adder with shift registers and a clock signal to sequentially add operands and propagate carry. 5. SystemVerilog Design RTL design implemented in SystemVerilog, leveraging modular components like full adders and registers. 6. Test Bench Testbench validates the serial adder's functionality with various binary inputs and tests for correct carry propagation. 7. Simulation Results Simulation waveforms demonstrate bitwise addition and the sequential carry-forward mechanism. 8. Synthesis The synthesized design shows optimized resource usage, highlighting minimal gate count and power consumption. 9. Applications Commonly used in embedded systems, signal processing units, and low-cost IoT devices. 10. Industry Use Widely adopted by companies such as Intel Corporation , Arm , Texas Instruments Silicon Labs , and AMD for power-sensitive designs. Tags: #SerialAdder #RTLDesign #SystemVerilog #DigitalLogic #LowPowerDesign #EmbeddedSystems #VLSIDesign #FPGA #Synthesis
Student at Birla Vishwakarma Mahavidyalaya || B-Tech Electronics Engineering|| Young Researcher@SAC ISRO Ahmedabad Gujarat || Gaurav Puraskar Awarded || IEEE R&D Head || VLSI Enthusiast|| Research Paper Enthusiast
1moVery informative Abhishek Sharma