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I purchased this in order to build a portable screen for Recalbox or RetroPie. Positives: USB powering and low power consumption. Bright, clear, and crisp screen. Cons: If you're utilizing the HDMI port, you need a solid HDMI cable; a few cheap cables led to rubbish, white, or blank screens. (Not so much a drawback as anything I noticed) need some setup changes in order to function with the Raspberry Pi right out of the box. Look below. Getting Recalbox to recognize it: I finally located the correct config.txt settings after some searching. The following is all that needs to be added to your config.txt. #intensify the HDMI signal (if it's not set, it will only show a black screen!) Configure Hdmi Boost to 4 #remove borders of black; disable_overscan=1 #set specified CVT mode 800 480 60 6 0 0 0 hdmi_cvt #change the default CVT to hdmi_group=2. HDMI mode: 87 You're now operational. Note that in order to force the emulators to use your default configuration, you might need to alter a few config files in Recalbox. To determine which ones, use Google. I am unable to comment on the touchscreen.

It was somewhat difficult to obtain a Raspberry PI board to put into it during the pandemic, so I wasn't able to review this for a time. Upon starting, I noticed that the product listing had undergone a modification. Although there are currently only 10 or 5 inch displays available, the 7 inch monitor that I purchased was described as such. My 7-inch touch screen was an IPS LCD with 1024x600 resolution. If you get the higher size, you'll apparently receive a 1280x800 panel, which is what they are currently shipping. You should be able to install practically any PI version in this enclosure thanks to the inclusion of the display, power supply, enclosure, cooling fans, and numerous accessory cables. Additionally, the casing incorporates a few tiny speakers. This implies that all you'll need to have a fully functional computer is the Pi itself and an SD card. It makes use of the drivers that the Pi operating system often installs by default. This Raspberry Pi display is an enclosure in its whole, unlike others. There is a cover with some fans to place over the Pi, which is attached to the back.

This window is modal. For this media, no suitable source could be located.This board functions perfectly! Check out the video in the T-Display-S3's Amazon description. It describes how to program this device using several development environments. Using the Arduino IDE version 1.8.19 is one method of programming it (which works). Nevertheless, as of right now, Arduino version 2.0.1, does not function. This, I believe, is due to the Arduino IDE 2.0.1's attempt to update the TFT.eSPI library from version 2.4.71—which is functional—to 2.4.72—which isn't. Getting the LilyGO T-Display-S3 code from github is a workaround. After downloading, move the TFT.eSPI library to your Arduino libraries folder (C:UsersYourUserNameDocumentsArduinolibraries) by copying it from the lib folder. The tutorial on Amazon demonstrates how to set up several IDEs, including Arduino. Note: Close and reopen the Arduino IDE after copying and pasting the json path in File/Preferences (as demonstrated in the video). This will create the ESP32 board using the updated route.