The current ESP32-P4 supports the LT6911D chip to read HDMI video streams.
This provides a method for seamlessly integrating HDMI video streaming into various applications. Please refer to [esp-video/https://github.com/espressif/esp-video-components/tree/master/esp_cam_sensor#supported-hdmi-to-mipi ...

Please check your configuration menu to see if the driver for the sensor is enabled. https://github.com/espressif/esp32-came ... onfig#L129
On the other hand, this type of sensor will most likely require an ISP to function properly, so the better choice would actually be the ESP32-P4.

The esp_cam_ctlr_receive function is always available. However, as a passive receiver, the ESP32 requires certain parameters configured based on the characteristics of the transmitting device (i.e., the camera sensor) to function properly. This is precisely what the esp-video component provides ...

Using the esp-video component will make it easier to capture image data from the camera sensor. There are some examples here. If an LCD is a must, you can try using example video_lcd_display.

和使用的摄像头和显示屏有关系。对于 S3，它只是从 sensor 接收数据，图像数据的好坏完全是 sensor 的寄存器控制的。如需改善，需要自己根据 sensor 的 datasheet 进行排查。
对于 P4，可以检查是否打开了[ IPA][/https://github.com/espressif/esp-video- ... -pipelines]。

There is an I2C pull-up resistor in the circuit of the ov2640 module. This may be one of the reasons for I2C communication errors.

这取决于配置菜单的设计，一般这种设计总是参考官方开发板做一些限制，比如一些管脚内部使用了，或者一些关键只能作为 input，不能作为 output，可以自官网下载对应芯片、模组的 datasheet、技术参考手册查询。

不要依赖外部终端给出的配置项。你总可以在代码中指定要使用的 GPIO。
但是对于提到的 GPIO40，它不一定是空闲的，因为技术手册中提到，一些模组默认使用它作为 MTCK，不用于其他用途：

Yes, when "still" is enabled, the backend is actually constantly pushing images to the web page. Therefore, there is a certain time difference between what you see and what you save.
This example is not very compatible, here is a simpler example to ensure WYSIWYG.

The syntax of this website is BBcode, here is a guide. Please enjoy.