Zephyr Board Bring-Up Walkthrough // Zephyr Tech Talk

Tune in on Thursday, April 25 (9:00 AM EDT / 3:00 PM CEST) for a new Zephyr Tech Talk live stream where Benjamin will be joined by embedded systems engineer Eve Redero to discuss board bring-up and how to get Zephyr RTOS up and running on a new board you designed (or one that is not supported by the Zephyr project just yet).
The process of "board bring-up" can be a daunting task and one can easily end up spending days trying to get a board to boot and run a simple "blinky" sample. Creating your out-of-tree work folder, customizing a Devicetree file, building your first sample, adding support for more complex peripherals... these are some of the steps that Eve will be guiding us through during this talk.
Zephyr Tech Talks are live streams organized by and for the Zephyr community. Join us live to get a chance to ask your questions directly to our guests, or simply catch up the recording anytime afterwards!

[@JulienVermillard]

Great talk! As a new comer to Zephyr board support I learnt a lot

[@mapymap9217]

Thank you very much, excelent video and excellent framework, keep going!!

[@blueeengineer4373]

were that codes running on stm32's built-in flash, ram or external memory ?

[@ever8658]

It uses the default options for STM32: code lives in built-in flash, with a special accelerator to make it execute fast enough

[@blueeengineer4373]

@@ever8658 is that region in flash called RAM ? or is RAM seperate in the MCU ? Do you know it ?

[@ever8658]

@@blueeengineer4373 They are separate regions in the chip, this one has 192kB RAM and 1MB flash, for instance. Flash is non-volatile, so the flashed code is kept through reboots.