Encoder | RTL Design Implementation of 8:3 Encoder by using System Verilog |tech spot|Harish Goupale

🔍 Encoder: Working, Functionality & RTL Design 🔍
In this video, we will explore the working and functionality of the 8:3 Encoder with detailed explanations.
The video focuses on:

✅ What is an Encoder?
✅ Working and functionality of an 8:3 Encoder
✅ Truth Table and Logic Explanation
✅ RTL Design (Register Transfer Level) using System Verilog

🔍 What is a 8:2 Encoder?
An 8:2 Encoder takes 8 input lines and encodes the active input into a 3-bit binary output.
Only one input should be HIGH (1) at a time for proper encoding.
It’s used to reduce multiple inputs into fewer outputs for easier processing in digital systems.

The encoder detects which input is high and generates a binary code representing the position of that high input.

If multiple inputs are high at the same time, it may produce incorrect or undefined results (unless priority is added — for this video, we focus on basic encoding).

🧠 Key Concepts Covered:
Encoder vs Decoder

Importance of 8:3 Encoder in Digital Design
RTL logic using System Verilog always_comb block
Handling invalid inputs
Simple testbench creation and simulation

RTL design tutorial
8:3 encoder Verilog
Digital circuit design
VHDL 8:3 encoder
FPGA encoder implementation
HDL design best practices
Binary encoder explanation
RTL synthesis techniques
8:3 encoder logic diagram
Verilog coding for encoders

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UVM methodology and SoC verification
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