Honestly, from what the engineer said, this isn’t going to be a simple plug-and-play thing.

Yes, the RV1106 supports BT.656 in theory, but the problem is the Luckfox Pico board doesn’t expose those pins, so you’ve got nothing to actually connect your encoder (like the ADV7391) to.

This issue with the LuckFox Aura and DSI display happens because full support is not yet officially ready.

Your screen showing white flashes and errors means the panel is not properly detected or configured. You need to use the provided custom device tree and kernel image from support, then rebuild ...

To run the Core1106, you must supply 5V to VCC5V0_SYS (3.3V won’t work since it’s generated internally). Proper boot requires pull-ups on key pins (like reset and boot), otherwise the board won’t start. For UART, use the default debug UART on pins 72/73 (not UART1), and FTDI is only for serial ...

The fullscreen issue on the Luckfox PicoKVM isn’t a permanent bug—it has already been fixed, but only in a newer version (Sys 0.1.6 + App 0.1.2) that hasn’t been released via OTA yet. So if you’re still on App 0.1.1 / System 0.1.5, the button won’t work. In short, you just need to wait for the ...

Use SocketCAN on Android (if kernel supports CAN):

1. Enable CAN interface:
ip link set can0 up type can bitrate 500000
2. Read data:
candump can0

If tools aren’t available, install/build can-utils or access CAN via native (NDK) SocketCAN APIs.

Use this command instead:

cat /proc/rknpu/load

The /sys path may not work on Debian builds; NPU load is exposed via /proc.

Enable the adc-key driver in the device tree for the boot/reset button, expose it as an input device (/dev/input/eventX), and then read that input event in your application to detect when the button is pressed....