Master FPGA design with VHDL : Driving an LCD Display
Learn LCD displays & VHDL! Build a controller from the ground up with hands-on labs. Perfect for digital design enthusiasts.
Course Content
Master FPGA design with VHDL : Driving an LCD Display is a beginner-level Udemy course taught by Anas Fennane. It runs 3h 31m, is taught in English, and includes a certificate of completion. Learners rate it 5.0 out of 5 from 2 reviews, with 9 students enrolled. It is a paid course, last updated October 2025.
Master FPGA Design with VHDL and unlock the power of character LCD displays! This hands-on module is a crucial part of our comprehensive series, providing you with practical skills for embedded systems and user interface development.
In this course, you'll gain expertise in:
- LCD Datasheet Mastery: Learn how to effectively read and interpret LCD datasheets, a fundamental skill for any digital designer.
- LCD Architecture Deep Dive: Understand the inner workings of character LCDs, including DDRAM, CGRAM, CGROM, and the essential instruction set.
- VHDL LCD Controller Design: Design and implement a fully functional LCD controller using VHDL, building a core component for your FPGA projects.
- FPGA I/O Constraints: Learn how to correctly connect and map LCD pins to your FPGA using appropriate I/O constraints for reliable communication.
- Practical Design Labs: Apply your knowledge through hands-on labs:
- Lab 1: Display "HELLO WORLD" – Create a simple demo using your VHDL LCD controller.
- Lab 2: Custom Character Generation – Generate and display a custom character (like a smiley face) on the LCD.
- Lab 3: Real-Time Countdown Timer – Design a configurable countdown timer displayed in real-time on the LCD, incorporating user input via buttons and switches.
By the end of this module, you'll be equipped to confidently:
- Read and understand technical datasheets.
- Integrate LCD displays into real-world VHDL projects.
- Write structured, reusable, and synthesizable VHDL code.
Furthermore, you'll strengthen your understanding of Finite State Machines (FSMs) and learn to design multiple cooperating FSMs within a single FPGA system. Develop essential skills in interfacing, timing, and logic structuring for creating clear and reliable digital designs – skills vital for a successful career in digital engineering.
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