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The TFT display provides a semiconductor switch for each pixel and each pixel is directly controlled by pulse. Therefore, each node is relatively independent and can be continuously controlled, which not only improves the response speed of the display, but also can be accurately controlled. The color level is displayed to make the TFT LCD color more realistic, the brightness is good, the contrast is high, the layering is strong and the color is bright
Specification:
Viewing direction: IPS
LCD Size: 1.3inch
Dot Size: 240*240 ( There are two display way: horizontal display and vertical display, you can adjust the display direction. )
Interface: SPI Interface, 7PIN
LED color: 65K full color
IC Driver: ST7789
Working temperature: -20-70℃
Working Voltage: 3.3V
Display area Size: 23.4*23.4mm
TFT Module Size: 27.78* 39.22mm
Pin:
GND: power supply
VCC: DC 3.3-5V
SCL: SPI Clock Cable
SDA:SPI Data Cable
RES: Reset
DC: SPI Choice/ Command Choice
BLK:Backlight control, default floating, low level off
Package Including:
1 * 1.3inch TFT LCD Display Module
richard ingram
2025-08-10 16:16:15
The display is bright! Worked as expected using the libraries from Adafruit mention in other reviews. Also must use the SPI_MODE3 setting in the Init. I used the Arduino Nano, VCC to 5V and BKL to 3.3V.
Bruce Risjan
2025-07-30 16:41:03
The 1.3-inch TFT LCD module works very well and successfully completes my DIY project. It has an SPI interface, which is exactly what I need. Its IC Driver is ST7789, There are two display way: horizontal display and vertical display, we can adjust the display direction. If you also purchase this one, be sure to check out the links mentioned in the product description before using them and they will help you with your project.
TheDragon
2025-04-06 13:08:18
Followed directions, modified init for Mode3. Was able to get 2 other TFT displays to work but not this one. -> trash.
Customer
2025-01-24 11:13:02
I’m using it as an interface for an arduino based fm radio/mp3 player/ rtc clock project. For this purpose it works great and I’m using the adafruit library. This is for sure more difficult than a 16x2 lcd but it looks fantastic. The brightness and saturation are great. I was surprised by the resolution this has. On par with my apple watch.
Amanda Reichardt
2025-01-04 10:17:12
Worked as expected.
Kenb
2024-12-29 10:00:17
The media could not be loaded.
Tech Dad
2024-12-27 18:50:51
(see edit at end) Despite wasting time ad energy trying every workaround and sample, I can get other SPI LCD's to work, but after trying two of these units, neither one worked with *ANY* of the Pi Pico projects including ones specifically about this board. The contradictory statements about using only 5v, no use 3V, mode 3 vs mode 1. CS missing. Just don't waste your time on this terribly poorly documented product.After a dozen hours wasted on this I finally found the correct formula for getting this to work on ESP-32, never got it to work in PICO. Search Youtube for "Connecting and Configuring the ST7789 LCD SPI Display to the ESP32". All the other attempts and blogs and videos with the same chip were all wrong.
Wes Laquerre
2024-11-17 12:58:50
I'm going to buy the real thing from now on. Even with all the "documentation" I still can't find out WTF to do with TFT_CS, TFT_RST, and TFT_DC in the graphicstest demo. I happen to be using a Seeeduino Xiao and have limited ports. Im not clear on if I should be using SPI or the MOSI ports. For the 12 hours i've burned on this thing I'm going to spend the $ next time and leave this to the pros.I can't believe that a user had to make the suggestions as far as what libraries to install. Yah I know they are cheap and I don't expect a custom library but throw us a bone here.All my frustration is my own fault. I don't hold anyone responsible besides myself.
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