If ST Micro uses custom HCI commands to create services then it means they are running both Host and Controller. For a platform-neutral Host that can work with any standard HCI device (including Zephy

#stm32 #nrf52840 #hci #spi

Hi Carles, I should be hitting Group Reply so the thread is captured. Apologies :) it seems ST Micro (for their BlueNRG chipsets) uses custom HCI Vendor commands (ogf 0x3F) to create services so they

#stm32 #nrf52840 #hci #spi

Hi there, I am unclear as to what you are asking exactly, but I’ll give it a go. If your question is whether porting Zephyr code to another RTOS is easy, the answer is: generally it is not, because ev

#stm32 #nrf52840 #hci #spi

Of the 3 layers running on the Host (App, BLE Host and HCI driver) in the dual chip configuration what is the difficulty in porting each layer over to Microsoft's ThreadX? My host micro will eventuall

#stm32 #nrf52840 #hci #spi

Hi again, I am still struggling with DFU/MCUboot... Is there anyone out there that has successfully used MCUboot together with the STM32H7 line of MCU's? I have updated my build environment to Zephyr

#mcuboot #stm32

Hi, For DFU using mcumgr over UDP we have a working configuration based on a version of the manifest-rev branch of mcuboot modified to support 32 byte alignment. Environment is Zephyr 3.0.0 running on

#mcuboot #stm32

I have my own device where I use normal GPIO pins - by normal I mean input and output (not alternate function). I also have defined appropriate DT binding for this device. I want to use functionality

#stm32

New here just stumbled on Zephyr. I come from a PIC background and moved to STM32, loved it.... except the HAL framework... I like how everything is integrated in Zephyr and how easy it is to put to g

#stm32

Hello, I would like to follow this up by letting you know this issue has been fixed. This issue has been solved by calling LL_LPM_EnableSleep() function in the STOP mode exit routine. This function cl

#stm32 #pm

Hello, I'm using the Zephyr RTOS on a STM32F091 and have recently started working on implementing some low-power states (sleep and STOP). The system is fed by the PLL (48MHz) which is in turn fed by a

#stm32 #pm

Hi Laura, yes, That's the way to proceed : like the link you mention adding the new device in the ./dts/arm/st/h7 config the ./soc/arm/st_stm32/stm32h7/Kconfig.defconfig.stm32h7b0xx create the board e

#stm32

This is my first time trying to add support for a board and using Zephyr RTOS, so any help would be appreciated: I believe Zephyr RTOS already has support for my architecture (ARM), CPU core (Arm Cort

#stm32

Hi again Jukka, Thank you! Setting of MAC works fine now. The CONFIG_NET_L2_ETHERNET_MGMT parameter did the trick! /Anders

#stm32

Try to add also these two settings CONFIG_NET_MGMT_EVENT=y CONFIG_NET_L2_ETHERNET_MGMT=y Jukka

#stm32

Thanks for helping me figure this out! I have tried to use the proposed, proper way of doing this using: net_mgmt(NET_REQUEST_ETHERNET_SET_MAC_ADDRESS, iface, &params, sizeof(struct ethernet_req_param

#stm32

Hi Anders, there is also some info about MAC address setting in https://github.com/zephyrproject-rtos/zephyr/discussions/39252 Note that if you are setting the MAC address from application, then calli

#stm32

Update! Problem solved. The function net_if_set_link_addr() sets the MAC address. Why isn't the function named net_if_set_mac_addr()?

#stm32

Hi, I'm new to Zephyr and is struggling with how to configure the MAC address for the ethernet interface on an STM32F767 based platform at boot. I have searched the internet and the Zephyr documentati

#stm32

Hi, There's actually a PR proposed to solve this: https://github.com/zephyrproject-rtos/zephyr/pull/38561 Please have a test

#stm32 #jlink

does jlink RTT currently work on stm32 boards? I am testing the demo projects, I can get RTT to work on nrf52dk but not on stm32. is there any specific settings that needs to be added for stm32 chips?

#stm32 #jlink