FPGA Hardware Design Build a Real SPI Flash Driver in VHDL

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FPGA Hardware Design Build a Real SPI Flash Driver in VHDL
Published 7/2026
Created by Anas Fennane
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 40 Lectures ( 4h 50m ) | Size: 2.2 GB
Master the SPI protocol, M25P16 flash memory, and FSM design - from RTL to FPGA board

What you'll learn
⚡ Understand SPI Protocol
⚡ Understand Flash and how to integrate it into a hardware system
⚡ Implement an SPI driver in VHDL
⚡ Implement a Flash driver in VHDL
⚡ Hands-on practice lab
Requirements
❗ VHDL and Digital Electronics basics needed.
❗ No Flash knowledge needed.
❗ No SPI Protocol knowledge needed.
Description
Have you ever wondered how your FPGA remembers its configuration after you unplug it?
The answer is SPI flash memory - and in this course, you will build a complete driver for it from the ground up, in VHDL, on real hardware.
This is a hands-on, board-level course. By the end, you will have designed a working system that lets you type a message into a terminal, store it permanently in flash memory, power the board off, power it back on - and watch your message reappear. No microcontroller. No operating system. Pure hardware logic running on a Xilinx Spartan-6 FPGA.
What you will build
The course is structured around five practical deliverables
✨ Areusable SPI master - a VHDL state machine that generates SCLK, drives MOSI, and captures MISO at any clock speed
✨ Aflash driver - a command-level FSM that implements READ, PAGE PROGRAM, SECTOR ERASE, and WIP polling on top of the SPI master
✨ AUART interface - a 19200-baud 8N1 transmitter and receiver so you can interact with the board from any terminal
✨ Acomplete testbench
✨ TheMessage Board capstone project - a persistent EEPROM-style storage system that ties all four components together into a single top-level design
What You Will Learn
✨ How the SPI protocol works
✨ How flash memory stores, erases, and protects data at the cell level
✨ How to design layered hardware - a transport layer, a command layer, and an application layer that are each independently testable
Who this course is for
⭐ Engineering students
⭐ Anyone interested in hardware design and system integration
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