8051 Microcontroller Led Movable Display With Assembly Lang

8051 Microcontroller Led Movable Display With Assembly Lang.
Published 3/2025
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz

Build and Simulate a 48×8 LED Movable Display Using 8051 Microcontroller and Assembly Language Programming from scratch.

What you’ll learn

Sourcing Components & Setting Up Your 48×8 LED Matrix Display

Understand the fundamentals of the 8051 microcontroller and how it drives an LED display with assembly language code

Organize and save your work systematically within MIDE-8051 and Proteus environments.

Learn how to select and assemble components like NOT gates, 74154 decoders, and the LED matrix display.

Master circuit configurations by integrating NOT gates with decoders for smooth data flow and control.

Connect the microcontroller to the matrix display and decoders, enabling precise control of LED columns and rows.

Requirements

Basic understanding of electronics (helpful but not required)

A PC with MIDE-8051 and Proteus (installation steps included in the course)

Passion for learning hardware and assembly language programming!

Description

Overview

Section 1: Hardware Development of LED Matrix Display on Proteus using 8051 Microcontroller

Lecture 1 Required project Task

Lecture 2 How To Save Our Project

Lecture 3 How To Source For Components

Lecture 4 How To Set Up 48×8 Matrix LED Display screen

Lecture 5 How To Connect Not Gates To Matrix Led Display

Lecture 6 How To Connect 74154 Decoders To Not Gates

Lecture 7 How To Cascade 74154 Decoders

Lecture 8 How To Connect Microcontroller To The Decoders

Lecture 9 How To Enable The Decoders With Not Gates

Lecture 10 How To Interconnect The Matrix Led Displays

Lecture 11 How To Connect Our Microcontroller To Matrix Led Display

Lecture 12 Review Of Our Project Circuitry

Lecture 13 How To Add A Buffer To The Circuitry

Section 2: Installation of MIDE IDE for 8051 Programming in Assembly Language

Lecture 14 Installation Of MIDE-8051

Lecture 15 How To Save Our New Project In MIDE-8051

Lecture 16 Program Initialization And Creating Subroutines

Section 3: Character Encoding for LED Text Display in Microcontroller Memory

Lecture 19 How To Display Characters On The Screen

Lecture 20 How To Store Characters Inside Microcontrollers And Display Them On The Screen

Section 4: Assembly Language Development for 8051 Microcontroller LED Text Display

Lecture 24 Displaying Characters On The Screen

Lecture 25 Displaying Effects On The Screen

Lecture 26 How Create A Delay Time For Characters

Lecture 27 How To Clear And Repeat Program

Lecture 28 How To Shift Our Characters On The Screen

Lecture 29 How To Scroll Characters On The Screen

Lecture 32 How To Make Characters On The Screen Readable By Our Viewers

Lecture 33 Storing All The Characters We Created Into The Microcontroller Memory

Section 5: How to Create Animations for LED Text Display in 8051 Microcontroller

Lecture 34 How To Create Welcome Animation On The Screen

Lecture 35 How To Create Hello Animation On The Screen

Lecture 36 How To Create Merry Animation On The Screen

Lecture 37 How To Blink Animation On The Screen

Lecture 38 How To Display 2017 Animation On The Screen

Lecture 39 How To Create Thanks Animation On The Screen

Section 6: Code Review and Project Simulation
Lecture 40 Reviewing Our Code

Lecture 41 Complete Simulation Of Our Project
Section 7: Project Simulation in Proteus 6 – Perfect for Simulation of LED Text Display
Lecture 42 Important Notes Before Proteus 6 Installation

Lecture 43 Running Your Project On Proteus 6

Engineering students and hobbyists interested in microcontroller-based LED display projects,Embedded systems enthusiasts looking to learn assembly language programming,Anyone wanting to design and simulate real-world LED matrix displays for signs, banners, or educational purposes