搜索结果

The STM32MP15 boards support different kind of Flash memories: …[[:Category:Getting started with STM32MP1 boards|Evaluation and Discovery boards]].

…ard | type=157F-EV1 | name=short}}) are high-end development platforms for STM32MP15 microprocessor devices. …s article gives links to the main articles relevant to starting with these boards.

Personally, I prefer the first proposal . to be discussed with JCT }} …ls created to ease the development to be done on top of [[Getting started with STM32 MPU devices|STM32 MPU devices]].

…te a flexible and complete solution for evaluating the capabilities of the STM32MP15 microprocessor devices. All the useful information in order to start with these boards is accessible through links provided here below.

STM32MP15 boards support the following types of Flash memory: …present on [[:Category:Getting started with STM32MP1 boards|EVAL and DISCO boards]]

…e same for the three screenshots below, the article aspect would be better with this. Also, the third one is fuzzy}} STM32CubeIDE is an advanced C/C++ development platform with peripheral configuration, code generation, code compilation, and debug feat

…''' for any development platform of the '''STM32MP1 family''' ([[STM32MP15 boards]]), in order to modify some of its pieces of software, or to add applicatio If you are not yet familiar with the '''STM32MPU Embedded Software''' distribution and its '''Packages''',…

…components that might be integrated in the different [[:Category:ST boards|boards]] The STPMIC1 is a device that handles the power supplies for some STM32MP boards. The STPMIC1 main features are:

* The '''Starter Package''' to quickly and easily start with any STM32MP microprocessor device. The Starter Package is generated from th …cription|STM32MP157x-EV1 Evaluation board]]) and a microSD card (populated with the software image delivered for this platform) are all what is required to

…eration for pin multiplexing, clock tree, peripherals and middleware setup with graphical wizards …w easy communication and ressource sharing between main processors running with Linux on Cortex A, and MCU coprocessors running on Cortex M.

Refer to [[STM32MP15 resources#Reference manuals|STM32MP15 reference manuals]] for information related to JTAG and SWD. It is available by default within the Starter Package, which provides images linked to the Developer Packag

…computer vision frameworks, as well as application examples to get started with some basic use cases. …ansion_Package.png|thumb|upright=2|center|link=|STM32MPU Embedded Software with the X-LINUX-AI-CV OpenSTLinux expansion package]]

ROM code is the first code executed after a [[STM32MP15_RAM_mapping#Reset_address|reset]]. …[STM32MP15 ROM code overview#Secure boot|Secure Boot]] from serial link ([[STM32MP15 ROM code overview#Serial boot|Serial boot]])