If you’re coming from a Raspberry Pi device and you’d like to use the GPIO pins in a similar fashion, you can take a look at the Libre Computer Wiring Tool which will help you “translate” the functions.

Libre Computer Board AML-S905X-CC (Le Potato) 64-bit 4K Media

This is where you will set up your media sources, configuring your library, and apply themes to the UI of your media center. When he's not planning his next bikepacking trip, he's tinkering with a couple of Raspberry Pi's and writing personal apps. They’re showing up as Raspberry Pi fanboys exactly when it’s time to get off the Pi train and move onto the next thing.

Now when I say it supports 4K I do mean accelerated video and not just outputting at that resolution.

How to Enable and Control PWM on AML-S905X-CC

The other thing worth a mention is the GitHub Project which takes a Raspbian Buster armv7l Distro configured on the RPi and converts the Image to run on the Libre Computer ‘Le Potato’. Not only that, but you can actually alter the image quality and resolution to get super crisp and clear image quality! should i start here with this wiring tool or if there is documentation that i can be pointed to so as i can get answers. Now that we got all of that boring stuff out of the way, let’s start using the board in some real-life projects. Together, we explored 4 different Le Potato project ideas, but there are so many more uses for this little board.

The utility does still load and depending on what you’re trying to do, it will still work with your Libre Computer board. GPIO: Le Potato has 40-pin GPIO headers, which makes it compatible with most Raspberry Pi accessories. When most people talk about a chip that supports video playback they mean the GPU but there are plenty of GPUs/boards that do not have a video processing engine and this is what makes playback of videos slow even if you have a GPU. Like the FriendlyARM’s NanoPi K2 , the new board from Libre Computer is based around the Amlogic S905 processor, a 64-bit Quad Core ARM Cortex A53 SoC.