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100-days-of-RTL

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Trying to get a new skill

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# 🚀 100 Days of RTL Challenge

![100 Days Challenge](https://img.shields.io/badge/Challenge-100%20Days%20of%20RTL-orange)
  ![Verilog](https://img.shields.io/badge/Language-Verilog-blue)
  ![Vivado](https://img.shields.io/badge/Tool-Vivado%202024.1-009688?logo=xilinx&logoColor=white)
  ![License](https://img.shields.io/badge/License-MIT-yellow)  
  ![Hardware Design](https://img.shields.io/badge/Project-Hardware%20Design-blueviolet)
  ![Progress](https://img.shields.io/badge/Progress-100%2F100%20Days-green)

Welcome to my **100 Days of RTL Challenge** repository! 🎉

In this project, I will be coding various digital designs using **Verilog** and **RTL** design techniques as part of a 100-day challenge to improve my hardware description language (HDL) skills.

## 📂 Repository Structure

The repository is organized as follows:

```
├── 100-days-of-RTL
│   ├── day_xxx
│   │   ├── src             # Contains Verilog source files for the day's project
│   │   ├── images          # Visuals or screenshots of waveforms, RTL diagrams, etc.
│   │   ├── <Project Folder> # Vivado project files for the design
│   │   ├── <Day_XXX>.pdf   # Documentation for the day's design
│   ├── day_xxy
│   ├── day_xyz
│   ├── LICENSE             # License file
│   └── README.md           # This readme file
```

Each day's folder includes all necessary files to reproduce the design.

### 🖥️ Vivado Projects Ready to Use

I have uploaded complete Vivado project folders for each design. You can simply `clone` this repository and open these projects natively in ![Vivado](https://img.shields.io/badge/-Vivado-007ACC?style=plastic&logo=xilinx&logoColor=white) for simulation, synthesis, or further modifications. This ensures a seamless experience for anyone looking to explore or build upon my designs.

## 📅 Progress

- **Day 1**: *Basic Gates using Behavioral Design*
- **Day 2**: *Basic Gates using Structural Design*
- **Day 3**: *Basic Gates using Gate Level Design*
- **Day 4**: *MOS Inverter Design & Testbench*  
- **Day 5**: *Random Boolean Expression (ABC + A'C' + D)* 
- **Day 6**: *Half Adder & Full Adder*  
- **Day 7**: *Half Subtractor & Full Subtractor*
- **Day 8**: *4-bit Parallel Adder with Control Input*
- **Day 9**: *16-BIT ADDER AND SUBTRACTOR with Control input.*
- **Day 10**: *Ripple Carry Adder using 4 Full Adders*
- **Day 11**: *4-bit Binary Multiplier with Adder-Based Partial Product Summation*
- **Day 12**: *Half Adder, Full Adder, Half Subtractor, Full Subtractor using Nand Gate*
- **Day 13**: *BCD adder Using Verilog.*
- **Day 14**: *4 Bit Divider*
- **Day 15**: *4 Bit Magnitude Comparator*
- **Day 16**: *Carry Look Ahead Generator*
- **Day 17**: *Carry Select Adder*
- **Day 18**: *Carry Save Adder*
- **Day 19**: *Carry Skip Adder*
- **Day 20**: *Even Parity Generator and Checker*
- **Day 21**: *N bit Comparator*
- **Day 22**: *Multiplexer [2:1]*
- **Day 23**: *[4:1] Mux using [2:1]*
- **Day 24**: *16x1 Mux using 2x1 Mux by instantiating in Verilog.*
- **Day 25**: *K:1 Mux using parameter statement (K=64)*
- **Day 26**: *Logic Gates using Mux*
- **Day 27**: *Full Adder using Mux*
- **Day 28**: *DeMultiplexer [1:2]*
- **Day 29**: *DeMultiplexer[1:8] using [1:2]*
- **Day 30**: *1:32 Demultiplexer Using Verilog.*
- **Day 31**: *Logic Gates using Dmux*
- **Day 32**: *1-Bit Comparator Using 4x1 Mux.*
- **Day 33**: *Octal to binary Converter - Encoder [8:3]*
- **Day 34**: *Priority Encoder*
- **Day 35**: *Decoder [3:8]*
- **Day 36**: *3x8 Decoder using 2x4 Decoder.*
- **Day 37**: *5x32 Decoder using Verilog.*
- **Day 38**: *BCD to Decimal Decoder*
- **Day 39**: *watchdog timer (WDT)*
- **Day 40**: *Monostable Multivibrator*
- **Day 41**: *Input Majority Circuit [7 input]*
- **Day 42**: *Binary to Gray code Converter*
- **Day 43**: *Gray code to Binary Converter*
- **Day 44**: *Binary to BCD Converter*
- **Day 45**: *BCD to 7-Segment Converter*
- **Day 46**: *SR Latch*
- **Day 47**: *JK Flip Flop*
- **Day 48**: *D Flip Flop*
- **Day 49**: *T Flip Flop*
- **Day 50**: *Arithmetic Logic Unit (ALU)*
- **Day 51**: *SR flip flop using JK, D, T flip flops*
- **Day 52**: *JK flip flop using SR, D, T flip flops*
- **Day 53**: *D flip flop using SR, JK, T flip flops*
- **Day 54**: *T flip flop using SR, JK, D flip flops*
- **Day 55**: *Serial in Serial out (SISO) Register*
- **Day 56**: *Serial in Parallel out (SIPO) Register*
- **Day 57**: *Parallel in Serial out (PISO) Register*
- **Day 58**: *Parallel in Parallel out (PIPO) Register*
- **Day 59**: *Serial-in Serial-Out Shift Register Using JK Flip-Flop.*
- **Day 60**: *Linear Feedback Shift Register (LFSR)*
- **Day 61**: *Universal Shift Register*
- **Day 62**: *Barrel Shifter*
- **Day 63**: *Booth's Multiplication Algorithm*
- **Day 64**: *Vedic Multiplier [4×4] using [2×2]*
- **Day 65**: *Mod-N Counter*
- **Day 66**: *Specific Sequence Counter*
- **Day 67**: *Up/Down Counter*
- **Day 68**: *Ring Counter*
- **Day 69**: *Johnson Couter*
- **Day 70**: *Clock Edge Detector*
- **Day 71**: *Frequency Divider {even}*
- **Day 72**: *Frequency Divider {odd}*
- **Day 73**: *Frequency Divider {decimal}*
- **Day 74**: *Two sequence detector using FSM*
- **Day 75**: *16x16 Register File*
- **Day 76**: *Cache Memory (Direct Mapping)*
- **Day 77**: *Checking if Number is an Even or Odd Number*
- **Day 78**: *Checking if Number is a Prime Number*
- **Day 79**: *Checking if Number is a Pallindrome Number*
- **Day 80**: *Checking if Number is an Armstrong Number*
- **Day 81**: *Factorial of a Number*
- **Day 82**: *Digital Clock*
- **Day 83**: *Stopwatch*
- **Day 84**: *One-HOT FSM*
- **Day 85**: *Square Root and Cube Root of a Number*
- **Day 86**: *Single Port RAM*
- **Day 87**: *Dual Port RAM*
- **Day 88**: *ROM [15* * *15]*
- **Day 89**: *Synchronous FIFO(First In First Out)*
- **Day 90**: *Synchronous LIFO(Last In First Out)*
- **Day 91**: *Trafic Light Controller via FSM*
- **Day 92**: *Washing Machine via FSM*
- **Day 93**: *PWM (Pulse Width Modulation)*
- **Day 94**: *Vending Machine*
- **Day 95**: *Exponentiation Circuit*
- **Day 96**: *Car Parking System*
- **Day 97**: *Elevator Control System*
- **Day 98**: *UART Protocol Demo*
- **Day 99**: *Sine Wave Generator*
- **Day 100**: *Synthesis and Implementation in FPGA (End-to-End Design) of a Binary to sevseg decoder*

## 🔧 Tools & Environment

- **Vivado 2024.1** 🛠️
  - The designs will be synthesized and simulated using the latest version of Xilinx Vivado (2024.1).

## 📜 License

This project is licensed under the MIT License. See the [`LICENSE`](https://github.com/ItzzInfinity/100-days-of-RTL/tree/main?tab=MIT-1-ov-file) file for details.

![](https://komarev.com/ghpvc/?username=ItzzInfinity&label=Page%20views&color=0e75b6&style=flat)

100-days-of-RTL

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