I've been messing with electronics for over 40 years and you have one of the best deliveries of of content and an excellent way of explaining concepts i have seen in many years. Very good job , keep it up.
Just wanted to thank you for delivering amazing content. You've also inspired me to produce my own content as an engineer (still a student). Really appreciate what you do :) Please don't stop!!
Great stuff Sir! You're freecad tutes are easily the most articulate and understandable videos on the subject. I'm really looking forward to the microcontroller series.
Can you cover content specific to C/C++ programming for STM32? For example, using the CubeIDE and the pros/cons of C vs C++ for hardware projects? Thanks!
I believe peripherals are those iOS which are connected to microprocessor and results into microcontroller. For example ADC, DAC, PWM, I2C, SPI, UART, CAN, etc..
You said one was a F4 chip... these are the same chips that F4 drone controller boards are based on...? I wonder then if could just adapt one of these controllers for r/c, as they seem to have way enough power for flight 🤔😉
Those drone controller boards aren't too complicated to design, but developing the software is the challenging part! those flight controllers do a lot under the hood! These boards are both F4 chips! this Nucleo-64 has an STM32F401RE chip, which is the baby brother (less pins) to the STM32F407VE chip that is on the STM32F4 Discovery board
Thanks for stressing these are development boards. More attention needs to be drawn to the fact these boards are for testing and development. It's frustrating reading about projects that have a whole Arduino UNO board left in when the parts they actually need would be way cheaper to use on their own.
@@thehardwareguy Definitely agree on that, but there doesn't need to be a leap straight from devboards to PCB design. A lot can be done soldering up components on perfboard as a good middle ground.
I will either use Cube IDE or Visual Studio Visual GDB Plugin. GDB is so awesome it's hard to go back to anything else. CubeMX will be used for hardware config too!
Embedded systems generally use 32 bit microcontrollers, anything more would be overkill really. We may see this change though with the introduction of deep learning, computer vision etc. ST are actually starting to branch out to machine learning now which is exciting! Although, Nvidia are already on top of that with the likes of the Jetson Nano etc. When you start reaching to 64 bit we're talking more of a microprocessor at that point!
I've been messing with electronics for over 40 years and you have one of the best deliveries of of content and an excellent way of explaining concepts i have seen in many years. Very good job , keep it up.
Just wanted to thank you for delivering amazing content. You've also inspired me to produce my own content as an engineer (still a student). Really appreciate what you do :) Please don't stop!!
Thank you for the kind words, very much appreciated👊🏻
Great stuff Sir!
You're freecad tutes are easily the most articulate and understandable videos on the subject.
I'm really looking forward to the microcontroller series.
Thank you very much!
Please Continue STM32 Series with some projects thank you
Today i found you on instagram and then visited your TH-cam channel and became your fan ❤️ , you really inspired me :)
Thank you so much!
Can you cover content specific to C/C++ programming for STM32? For example, using the CubeIDE and the pros/cons of C vs C++ for hardware projects? Thanks!
I really got an idea on a micro controller. Thanks to you!!!
I'm very hyped for this!
This was very helpful, thanks very much! ✨
Made a similar switch away from Arduino to STM32 last year, the mcus are so much more capable. CubeMX (Eclipse) is a much better IDE too.
thank you
Great content man!
I believe peripherals are those iOS which are connected to microprocessor and results into microcontroller. For example ADC, DAC, PWM, I2C, SPI, UART, CAN, etc..
huge thanks
Most welcome, thanks for watching
how to do threads inside and outside pipe thread fine and course?
What is the different between firmware and software driver in a microcontroller? Do they are different, or just they are just same meaning?
Hi dear. I’d love you to give the manner or advice so that I can understand STM32 because when I see a code HAL I panicked suddenly. Best regards 😢
Vote it up, nice video clip, thank you for sharing it :)
I have to buil a college project on IOT solution for elderly care and I need to come up with new idea........plz help me out
Thank u
good videos
thank you
You said one was a F4 chip... these are the same chips that F4 drone controller boards are based on...? I wonder then if could just adapt one of these controllers for r/c, as they seem to have way enough power for flight 🤔😉
Those drone controller boards aren't too complicated to design, but developing the software is the challenging part! those flight controllers do a lot under the hood!
These boards are both F4 chips! this Nucleo-64 has an STM32F401RE chip, which is the baby brother (less pins) to the STM32F407VE chip that is on the STM32F4 Discovery board
Thanks for stressing these are development boards. More attention needs to be drawn to the fact these boards are for testing and development. It's frustrating reading about projects that have a whole Arduino UNO board left in when the parts they actually need would be way cheaper to use on their own.
I think PCB design can be very intimidating to some. This is something I will cover also!
@@thehardwareguy Definitely agree on that, but there doesn't need to be a leap straight from devboards to PCB design. A lot can be done soldering up components on perfboard as a good middle ground.
Will you use CubeIDE?
Please teach us DMA too!
I will either use Cube IDE or Visual Studio Visual GDB Plugin. GDB is so awesome it's hard to go back to anything else. CubeMX will be used for hardware config too!
@@thehardwareguy great to hear that!
The N1
is stem 32 better or stem 64
What are those? Do you mean ST's microcontrollers? ST's microcontrollers include the STM32 family, but they don't have a STM64. Yet.
Embedded systems generally use 32 bit microcontrollers, anything more would be overkill really. We may see this change though with the introduction of deep learning, computer vision etc. ST are actually starting to branch out to machine learning now which is exciting! Although, Nvidia are already on top of that with the likes of the Jetson Nano etc. When you start reaching to 64 bit we're talking more of a microprocessor at that point!
❤👌👍
If smartphones aren't embedded systems, then what are they?
matrix