DESK-MP1-L

ETRA Embedded Sofware Kit - DESK-MP1-L

DAVE Embedded Software Kit Linux (DESK-MP1-L in short - read more info about the naming) - provides all the necessary components required to set up the developing environment to: build the bootloader (ATF and U-Boot) build the Linux operating system build Linux applications that will run on the target build the Yocto BSP The Embedded Software kit is composed by: A Linux virtual machine (called MVM) containing Yocto build system (toolchain and SDK) Prebuilt images for supported targets (microSD card partitioned images, U-Boot images, etc.) git repositories: ARM Trusted Firmware (ATF) U-Boot desk-mp1-boot-image Linux kernel desk-mp1-l-bsp SD card with the complete environment for a complete kit bootstrap and demonstration (with U-Boot, Linux kernel, and root file systems binaries already configured) To populate the MVM with the source files of interest, please refer to this page. It also is worth remembering that DESK-MP1-L is compatible with the use of STM32Cube tools provided by ST Microelectronics. When applicable, they are mentioned in the documentation to show how they can be used in tandem with the DESK tools. For instance, see this page.

DESK-MP1-L History Version Issue Date Notes Refers to 1.0.0 Aug 2023 DESK-MP1-L-1.0.0 release ETRA SOM ETRA SBC Customers are strongly recommended to register their kits. Registration grants access to reserved material such as source code and additional documentation. To register the kit, please send an email to helpdesk@dave.eu, providing the kit P/N and S/N. ETRA DESK-MP1-L Manual PDF Manuals are available only on the latest version. Checkout the pages' history on wiki for previous releases or contact helpdesk@dave.eu

General		Development		Deployment		Peripherals
Release Notes DVDK Virtual Machine ConfigID and UniqueID ConfigID Booting from nfs		Synchronizing the git repositories Generating Device Trees with STM32CubeMX Building Boot images with desk-boot-image repo Building Linux with make Building overall BSP with Yocto How to create a bootable SD card Hello World example Asymmetric Multiprocessing (AMP) with OpenAMP		Customizing u-boot splash screen Configuring the network interfaces MAC Address programming		Ethernet LCD Touchscreen micro SD UARTs USB Host USB OTG RTC DWS GPIOs