Libre Computer Board AML-S905X-CC (Le Potato) 64-bit 4K Media Mini Computer (2GB)

Product Information

GPIO: Le Potato has 40-pin GPIO headers, which makes it compatible with most Raspberry Pi accessories. LibreELEC is an OS that is intended to run Kodi as efficiently as possible, with their tagline being “Just enough OS to run Kodi.” If you are looking for a media center with a lightweight install of Kodi this or CoreELEC are your go-to choices. Libre Computer, the maker of the Le Potato, recommends CoreELEC over LibreELEC for Amlogic (AML) boards, such as the Le Potato. USB: It has two USB 2.0 ports, as well as one USB 3.0 port for faster data transfer. HDMI: It has a full-sized HDMI port, which supports 4K video output at 60Hz. Operating Systems supported by Le Potato GPIOs and Device Tree Overlays (dtoverlay) for I2C, SPI, UART, PWM need to be translated via our wiring tool.

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

In terms of performance, ZimaBoard is comparable to other SBCs in its price range. Its quad-core processor and DDR4 RAM ensure that it can handle most computing tasks with ease. The board also has a range of connectivity options, including gigabit Ethernet, WiFi, and Bluetooth. Price

Type continue to confirm you wish to go ahead and wait a couple of minutes to complete (it may take longer on older, less powerful Raspberry Pis!) Once done, it will ask you to shut down the Pi by pressing any key to confirm. It also has Raspberry Pi OS / Raspbian available. This is important for people who are considering this as an alternative to the Pi. It does run Pi OS. There are some limitations we will cover later (such as the GPIO may need some remapping) but overall it’s a good experience if you’re just trying to use Pi-specific libraries/frameworks/etc. and aren’t trying to access specific Pi hardware features. Testing Armbian Desktop (KDE Flavor) I’m very glad to report that the Armbian support for this board is fantastic. Here’s a look at the KDE flavor of Armbian running: Armbian KDE on Le Potato The tool is quite simple to use. To start you are going to boot into the image you want to enable Libre board support with a Raspberry Pi first. First make sure you have git installed with: sudo apt install git -y

Libre Computer Wiring Tool - Hardware - Libre Computer Hub

SBCs like Le Potato and ZimaBoard are ideal for building robots and Internet of Things (IoT) devices due to their small size and low power consumption. With their GPIO pins and expansion capabilities, these SBCs can easily be interfaced with sensors, motors, and other peripherals to create custom solutions. Le Potato and ZimaBoard both come equipped with WiFi and Bluetooth capabilities, making them ideal for remote monitoring and control. Media Centers and Entertainment Systems All in all, the AML-S905X-CC is meant to go up against the Raspberry Pi 3, not the Pi 4 as it’s now 5 and a half years old and predates it (in addition, the Pi 4 has 4 Cortex-A72 cores compared to the Potato’s Cortex-A53) but considering the pricing at the moment and the scarce availability of Raspberry Pis, this may be of interest. After all, you may not need the power/features and just want something that’s well-supported. Compatible devices & sensors such as smart lighting, temperature sensors, motion sensors, or cameras lrwxrwxrwx 1 root root 0 Apr 8 13:52 pwmchip2 -> ../../devices/platform/soc/c1100000.bus/c1108550.pwm/pwm/pwmchip2 Le Potato supports a variety of operating systems, including Android, Armbian, LibreELEC, Lakka, Ubuntu, and Debian. This makes it a versatile SBC that can be used for a range of applications, from media centers to IoT devices. Pros and Cons of Le PotatoPower usage is definitely one of the main benefits of this board. Idling, it pulls just a tad over 0.5A and not a whole lot more when under load (0.64A). I took these measurements with a Wi-fi dongle and a keyboard plugged in since most all other SBCs have Wi-fi onboard these days. After a couple of minutes, you should see the device pop up on your network (you’ll also see a flashing activity LED on the board itself to indicate life) meaning that it’s ready to go! Neofetch showing Raspberry Pi OS running on the ROC-RK3399-PC!