RemoteMCU

We accelerate embedded software development and simplify MCU-based device testing and provide interactive chip peripherals studying.

[RemoteMCU @RemoteMcu]

We have added the STM32L053 examples that could be useful to learning the STM32L0's peripherals. There are helpful #Jupyter notebooks that showed work with #ADC, #PWM and #GPIO #peripherals.
GitHub repo: https://t.co/srY4a9wNfX

#stm32 #embedded #nucleo #remcu #mcu #hardware

[RemoteMCU @RemoteMcu]

New community #REMCU version for #STM32L0x3 chips is available for download. This provides the #HAL and LL drivers Library to control the ultra-low-power #MCU of ARM Cortex M0-based #STM32L0 Series . There are version for Windows, MacOS and #Linux OS.
https://t.co/SjH0jhD9zH

[RemoteMCU @RemoteMcu]

What do you think about a Chip Peripheral Forwarding?
https://t.co/kaI3LQuVYH

#embedded #mcu #embeddedsoftware #hardware #embeddedsystems #electronics #remcu

[RemoteMCU @RemoteMcu]

#REMCU version for STM32F429 and STM32F439 chips is available. This provides the Standard Peripheral Library to control the #MCU of ARM Cortex M4-based #STM32 Series. There are version for Windows, MacOS and #Linux OS.
Go to https://t.co/KnHhAGjIuv to download it!
#embedded #iot

[RemoteMCU @RemoteMcu]

REMCU #STM32F4 version for #RaspberryPi have been added and is available for download!
Go to https://t.co/KnHhAGjIuv page, type one of the following MCU name to download the community version:
STM32F4XX, STM32F405xx, STM32F407xx, STM32F417VG
#embedded #stm32 #raspberry #chip

[RemoteMCU @RemoteMcu]

#REMCU version for STM32F334 chips is available. This provides the Standard Peripheral Library to control the #MCU of ARM Cortex M4-based #STM32 Series of mixed-signal MCUs. There are version for Windows, MacOS and #Linux OS.
Go to https://t.co/KnHhAGjIuv to download it
#embedded

[RemoteMCU @RemoteMcu]

#REMCU STM32F407 version for #RaspberryPi have been added and is available for download!
Go to https://t.co/KnHhAGjIuv page and find the chip.
A detailed information how to plug a stm32 board into RPi you can see in our Github repo: https://t.co/bopuhF89SE
#Linux #embedded #stm32

[RemoteMCU @RemoteMcu]

#REMCU version for STM32F30X chips is available. This provides the Standard Peripheral Library to control the #MCU of ARM Cortex M4-based #STM32F3 Series of mixed-signal MCUs. There are version for Windows, MacOS and #Linux OS.
Go to https://t.co/KnHhAGjIuv to download
#embedded

[RemoteMCU @RemoteMcu]

#STM32 Blue Pill board is in our GitHub examples now! There are helpful #Python scripts, #Jupyter notebooks and C/C++ programs that showed work with ADC, GPIO and #CANbus peripherals. #RaspberryPi examples are too!
GitHub: https://t.co/nCuaKD1WQh
@ST_World @Raspberry_Pi #embedded

[RemoteMCU @RemoteMcu]

We have added the #STM32F0 examples that could be useful to learning the STM32F0's peripherals and cheap expansion #Raspberry Pi hardware . There are helpful Python scripts and Jupyter notebooks that showed work with ADC and GPIO peripherals.
Github repo: https://t.co/uBAe2e1hu7

[RemoteMCU @RemoteMcu]

#REMCU Lib for low-cost 32-bit #STM32F0 #MCU is available for download. This provides the Standard Peripheral Library API to control MCU's peripherals. There are version for Windows, MacOS, Linux and #Raspberry Pi board.
Go to https://t.co/KnHhAGjIuv page and find your chip...

[RemoteMCU @RemoteMcu]

I am sorry.... 32-bit STM32F2 chips, of course

[RemoteMCU @RemoteMcu]

REMCU Lib for high-performance 32-bit STM32L1 microcontrollers is available for download. This provides the Standard Peripheral Library API to control MCU's peripherals. There are version for Windows, MacOS and Linux.
Go to https://t.co/KnHhAGjIuv page and find your chip...

[RemoteMCU @RemoteMcu]

REMCU Lib for ultra-low-power 32-bit STM32L1 microcontrollers is available for download. This provides the Standard Peripheral Library API to control MCU's peripherals. There are version for Windows, MacOS and Linux.
Go to https://t.co/KnHhAGjIuv page and find your chip...

[RemoteMCU @RemoteMcu]

@anne_engineer @realpython Hi Anne,
I am interesting which do you meant Python Hardware newsletter? Out team is working for interfacing Python with various MCUs. We would be interested in sharing our own experience.

[RemoteMCU @RemoteMcu]

@FauthNiklas @Manawyrm @Toble_Miner If you want Firmata for STM32, try REMCU Lib. But the library is not a ported Firmata version for STM. It lets you remotely run driver functions of various peripheral library on MCU connected to PC. Without having to write firmware and flashing chip via the use of debug protocol.

[RemoteMCU @RemoteMcu]

We have added #STM32F7 examples that demonstrate how to get access to internal #STM32's peripherals using #JupyterNotebook with #REMCU Library. The awesome experiments with DAC, DMA, ADC, GPIO and PWM of STM32F767 board await you.
https://t.co/nEEFPjOqPe
#embedded @ST_World

[RemoteMCU @RemoteMcu]

New community #REMCU version for STM32F767 chip is available for download. This provides the Low Layer Driver API of HAL Driver to control the #MCU of High-performance #STM32F7 line . There are version for Windows, MacOS and Linux.
https://t.co/vwMOQniEqn
@ST_World #embedded

[RemoteMCU @RemoteMcu]

@NoraDotCodes A little demo of using

[RemoteMCU @RemoteMcu]

@NoraDotCodes There's another interesting way add ADC to Rpi :) You can just expand Rpi's hardware using MCU. You can control MCU's ADC from Rpi as if the peripheral was a part of Rpi chip. Without having to develop a firmware and kernel drivers.
Detailed youtube video: https://t.co/cd4cJjPXBM