Note that the ESP32 version is 2.0.x, not 3.0+.

The CrowPanel_ESP32_LVGL_Demo attachment contains the main program and gfx_conf.h for Lesson 5.
Please replace the main program and the gfx_conf file, and it should work properly.
If you want to test the code for the later lessons, you can add new content on the basis of this LVGL_DEMO , replace gfx_conf.h in the same way.
Our engineers will update all lesson codes as soon as possible.

Several technical aspects have come up during the planning phase:

1. Display interface and signal handling
   The LCD module I’m considering is a ​10.1-inch 1920×1200 45-pin LVDS 1000nits LCD module. Driving LVDS signals from an ESP32 requires careful handling since ESP32 doesn’t natively support high-speed LVDS. Possible solutions include using intermediate driver boards or FPGA-assisted signal conversion. Timing and voltage levels need to be carefully managed to prevent flickering or signal loss.

2. Power requirements and thermal management
   High-brightness LCD modules, especially those around 1000 nits, can draw significant current and generate heat. For an outdoor device, proper voltage regulation and thermal dissipation must be planned. Enclosures should allow airflow or use heat sinks to avoid overheating.

3. Mechanical and environmental considerations
   When integrating the display into an outdoor monitoring device, it’s important to account for moisture, dust, and direct sunlight. Protective glass or coatings may be required, and mounting solutions must be robust enough to handle vibrations or outdoor exposure.

4. Software and data display
   ESP32 will handle the sensor inputs and render the display content. Because of the high resolution (1920×1200), careful optimization of graphics and refresh rates is needed to maintain smooth updates without overloading the ESP32.

I’d like to discuss with the community:

Has anyone successfully driven a high-resolution LVDS LCD from an ESP32 or similar microcontroller?
What driver boards or intermediate circuits have you found effective for outdoor high-brightness displays?
Any tips on power management, thermal handling, or mechanical design for outdoor deployments?
Sharing experiences and solutions would be extremely valuable for planning this type of ESP32-based outdoor monitoring project. The 10.1-inch 1920×1200 45-pin LVDS 1000nits LCD moduleserves as a useful reference when evaluating signal handling, power requirements, and enclosure design for outdoor high-brightness applications.

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Any advice would be very helpful.

I am trying to use the I2C port with an BME280 board, I have tried various BME libraries to try and utilise the ESP32 I2c Ports and not the Arduino ports.
Please can somebody point me in the right direction. I only at this point want to print the out reading to the serial port.

I am not using the touch screen, although every time I touched it before disabling it the screen would glitch.
Otherwise, the interface looks fine as long as no label or widget is updated, but it glitches on the refresh every time something has to be redrawn.

I have read that LovyanGFX Drivers should be used to avoid this problem, however I have implemented it in my project and the issue wasn't resolved.

Here is my project: https://github.com/Baja-UdeS/HMI_Race_Interface

Has anyone encountered this problem?

Cheers