FPGA Drive SPI TFT LCD

Name: FPGA Drive SPI TFT LCD
Rating: 4.3 (12 reviews)

Init LCD, Display RGB Color and Display Picture

Created byHUI HU

Last updated 11/2020

English

What you'll learn

1 section • 16 lectures • 2h 3m total length

System Target2:33
Drive the LCD from the FPGA via SPI, wiring 3.3V power, ground, and the FPC connector to display RGB colors and text as the system target.
System Analysis6:50
Analyze the system architecture of an FPGA-driven SPI TFT LCD, detailing the LCD reset, SPI drive, and LCD driver modules and how reset, cs, data/command, and clock signals control LCD.
LCD RST Module 01-- Analysis6:48
LCD RST Module 02 -- Coding7:58
LCD RST Module 03 -- Simulation8:25
Simulate lcd rst module 03 for fpga driver spi lcd, focusing on timing and code changes to maintain reset during transitions. Verify with ModelSim test bench and five-clock reset timing.
SPI Driver Module 01 -- Analysis9:45
SPI Driver Module 02 -- Coding9:16
SPI Driver Module 03 -- Simulation9:55
LCD Driver Module 01 -- Interface and Variables8:34
LCD Driver Module 02 -- lcd_rst_task8:49
LCD Driver Module 03 -- lcd_init_task9:06
LCD Driver Module 04 -- lcd_disp_rgb_task9:45
LCD Driver Module 05 -- lcd_disp_pic_task7:30
LCD Driver Module 06 -- Bmp2Hex Tool6:54
LCD Top Module3:17
Target Test7:35
Create a quartus project for the fpga drive spi tft lcd, run analysis and synthesis, configure pins with pin planner, and program the board to test.

This course will focus on how FPGA drive one SPI TFT LCD. It includes:

(1) SPI protocol analysis;

(2) SPI protocol code in verilog;

(3) SPI protocol simulation in Modelsim;

(4) FPGA drive SPI TFT LCD system analysis and coding;

(5) SPI TFT LCD driver analysis;

(6) BMP large data generate and storage for FPGA;

(7) FPGA task application;