Learn VERILOG with Real Code Examples

Start with basic modules and signals

Learn reg vs wire behavior

Practice always blocks and testbenches

Build FSMs, ALUs, UARTs

Move into CPU design or FPGA synthesis

Week 1: Syntax + combinational logic

Week 2: Sequential logic + FSMs

Week 3: Testbenches + waveforms

Week 4: Pipelining + FPGA synthesis

Difference between reg and wire?

Blocking vs non-blocking assignments?

Explain always @(*) vs always @(posedge clk).

What is synthesizable vs non-synthesizable Verilog?

How do you avoid race conditions?

module NAME (input, output);

assign y = a & b;

always @(*) begin ... end

always @(posedge clk) begin ... end

<= non-blocking for sequential, = blocking for combinational

Verilog HDL by Samir Palnitkar

Digital Design with Verilog

Advanced Chip Design

ASIC Design and Verification

Verilog for beginners

FPGA Verilog design tutorials

Verilog testbench writing

Gate-level modeling tutorials

IEEE 1364 Verilog Standard

IEEE Synthesis Subset Guidelines

Vendor tool documentation

StackOverflow Verilog tag

EDAboard

Reddit r/FPGA

Open-source HDL projects

FPGA vendor forums

StackOverflow Verilog tag

EDAboard forums

Reddit r/FPGA

Open-source HDL communities

GitHub HDL repositories